ORNL-EIS-74-28
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THERMAL EFFECTS ON AQUATIC ORGANISMS -
ANNOTATED BIBLIOGRAPHY OF THE 1973 LITERATURE
Compiled and Edited by j\
Cha/iteA C. Coitfant Environmental Sciences Division
Hele.n A. Vfaudn/ieA Information Division
Bobbie Nzal ColtieA Information Division
This report was prepared as an account of work sponsored by the United States Government. Neither the United States nor the United States Atomic Energy Commission, nor any of their employees, nor any of their contractors, subcontractors, or their employees, makes any warranty, express or implied, or assumes any legal liability or responsibility for the accuracy, com- pleteness or usefulness of any Information, apparatus, product or process disclosed, or represents that Its use would not infringe privately owned rights. OCTOBER 1974
OAK RIDGE NATIONAL LABORATORY Oak Ridge, Tennessee 37830 operated by UNION CARBIDE CORPORATION for the U.S. ATOMIC ENERGY COMMISSION MASTER INTRODUCTION
Scientifically indexed bibliographic information from the 1973 literature on thermal effects on aquatic organisms is presented. The references are arranged alphabetically by first author. The thermal effects literature of this and earlier bibliographies is available for machine searching through the authors or through the AEC Technical Information Center's RECOIf System. This automated file of references indexed and abstracted to highlight the effects of temperature makes it possible to cover the rapidly expanding literature specifically and quickly. Documents in which temperature is a variable or where it is important in the experiment were included. Heat sterilization and laboratory studies that do not relate to the environment were not included.
The literature on thermal effects has been reviewed annually for several years in the Journal of the Water Pollution Control Federation (JWPCF). The literature indexed herein forms the basis of the review of the 1973 literature assembled for the JWPCF by C.C. Coutant and H.A. Pfuderer.
Citation Form
The bibliographic data were arranged according to the Environ- mental Information System standard format for computer entry of information.l
As a result of computer limitation in indicating superscripts and subscripts in the standard manner, certain conventions have been established in the bibliography:
Oen, C.J., N.F. Scllins, and D.K. Trubey, Guide to the General- ized Bibliographic Format for the Environmental Information System, ORNL-EIS-71-3 (February, 1972), 36 p. BLANK PAGE iv
l) "X sub t" (X being a variable) means X^ or X subscript t.
2) In chemical compounds and elements, "NaI03" (for example) means NalO^.
3) "10(E+3)" or "X(E-3)" (E denoting exponent) 3 -3 means 10 or X , respectively.
M For units of measurement, such as cubic. '3 centimeters or square feet, X3 means X .
Indexes
Indexes are provided for: l) author, 2) keyword, 3) subject category, k) geographic location, 5) taxon, and 6) title (alphabetical listing of keyword-in-context of the nontrivial words in the title).
ACKNOWLEDGEMENTS
Machine processing for this document was done by the Data Processing Center, Information Center Complex (ICC). Faye Fletcher of ICC and Ruth Slusher of the Computer Sciences Di" ision carried out the computer production of this document. The computer programs supporting the composition and indexing for this bibliography constitute a part of the Oak Ridge Computerized Hierarchical Information System (ORCHIS).
2 Brooks, A.A., Oak Ridge Computerized Hierarchical Information System (ORCHIS) Status Report - July 1973, 0RNL-U929 (January, 197*0, 63 p. SAMPLE REFERENCE
. kb^tmxct Vocutmnt Title.
Publication Vc&uiiption
CoH.pon.ate. Authofi
Publication Vote
Keffner, R .L. ,*»Phytoplanktoi\Dyimmies in the Delaware River EstuaryThefeis, .Millersville State College, U\p.\971, ' 4asters Abs., 53, 109B(1972). MMillersville State College, Millersville, PA)
The effect of 3 generating plants on the Delaware River Estuary near Philadelphia was negligible on phytoplankton when the thermal effluents were 3 centigrade degrees above ambient. (HPV
Comment: Part of thesis was published by the author in Marine Biology, 29, 102-108(1972)
Abit/iactoi'A Initial* 1 <1>
<1> <6-» Abbott, R.B., A Nev systesatlcs for Bryozoa . AOams, B.L., W.S. Zaugg, and L.R. HcLain, Aver. Zool,, 12, 71b. "1972.' (Marine Biological Temperature Effect on Parr-Smolt Transformation laboratory, Woods Hole, HA) in Steolheat Trout (SALHO GAIRDHERI) on Heasnred by Gill sodiun-potassiun Stinulated Adenosine Teaperature say control the expression or Triphosphatase. Comp. Biochem. Physiol., 94, developaent of astrogenetic grovth phases in 1333-1339. 1973. (Western Fish nutrition five species of coaaon encrnstlng Laboratory, Bureau of Sport Fisheries and cheilostoaate bryozoans and vithin a given Eildlife, cook, WA) grovth phase nlcroenvlronnentnl factors naybe the principal deternlnants of zooid rize and At 6.5 or 10 c there vas a twofold increase proportions. (HP) in Na • K • ATPase and a sharp decrease in coefficient of condition at the beginning of the snolt season in Harch in steelhead trout, <2> i •< SALHO GAIRDNERI. in June the ATPase activity Abeliovich, A., and N. Shilo, Photoxidative returned to pre-snolt level and the Death in Bine-Green Algae. Jour. Bacterlol., coefficient of condition increased to or 3(3), 682-689. 1972. (Hebrew university. above that of the parr. At 15 or 20 C there Department of Htccobiological Cheaistry, vas no Increase in Ha t K * ATPase nor did Jernsalea, Israel) the coefficient of condition decrease during the snolt season. Preliminary test shovod a When incubated in light nnder 100* oxygen, correlation of salt vater survival vith high wild type blue-green algae (AHACYSTI5 Ha • K • ATPase activity. These results HIDULANS, SYNBCHOCOCCUS CBDROROH) die out indicated that in steelhead trout parr-snolt rapidly at temperatures of a to 19 C, end 35 transfornation and subseguent sea vater C (or at 26 C in the case of S. CEDROROrt) in adaptation vere inhibited by vater the absence of C02. Blocking of photosysten ' tenperatures of 15 and 20 c. (HP)(Auth) II at high temperatures in the presence of C02 sensitizes the algae to photooxldatlve death, photooxidatlve death aay be <7> responsible for the sudden decoaposltlon of Adans, H.S., and W. stone. Field Studies on blue-green bloons in suaaer, and nay be a Photosynthesis of CLADOPRORA GLOHERATA factor in tbe absence of blue-green bloons in (Chlcrophyta) in Green Bay, Lake Hichigan. vlnter. (HP) Ecology, 54(4), 853-862. 1973. (Oniversity of Wisconsin, The Institute for Environnental Studies, Departaent of Botany, Hadison, WI) <3> Abrahamsson, S., Fecundity and Grovth of Sone seasonal measurements of photosynthesis in Populations of ASTACUS ASTACUS Llnne in Sweden the algae, CLADOPHORA GLonERATA, suggested vlth Special Regard to Introductions in Northern that relatively vara vater temperatures Sveden. Rep. Inst. Preshvat. Res. Drcthninghola occurred during periods of high productivity. (Sved.), 52, 23-37. 1972. (University of Lund, Lover rates of photosynthesis occurred vhen Departnent of Aninal Ecology Land, Sveden) temperatures vere between 9 and 16 c and higher rates vhen teaperatures vere betveen Breeding of ASTACUS ASTACUS vas confined to 19 and 24 C. Het photosynthetic rates vaters with an average temperature over 3 appeared to decline on days vhen water summer nonths of 15 C. (HP) tenperatures vere above 25 C. (ST)
<4> <8> Achituv, r.. The Zonatlon of TETRACHTHAHALOS Adey, W.H., and D.L. HcKlbbin, Studies on the OBLITTERATOS Nevaan, and TETRACLITA SCUAHOSA Haerl Species PHTHATOLITHOH CALCARE3H (Pallas) RUFOTINCTA Pllsbry in the Gulf of Elat, Red sea. Nov. Comb, and LITHOTHAHN10H CORALLOIOES Crouan Jour. Exp. Har. Biol. Ecol. (Heth.), 8, 73-81. in the Ria de Vigo. Botanica Narina (W. Ger.), 1972. (Hebrev Oniversity ot Jerusalem, 13, 100-106. 1970. (O.S. National nuseun, Departaent of Zoology, Jerusalem, Israel) Washington, DC)
It vas suggested that the distribution of the Tank deternlned grovth rates of the aaerl barnacle, TBTRACHTHAHAIUS OBLITTERATOS, in species, PHYHATOLITHON CALCAREUH, shoved an the uppermost parts of the aldlittoral zone opttnun betveen 11 and 14 c at 334 and 640 and its greater abundance on south facing lux and LITHOTHAHNIUH CORALLOIDES shoved a slopes reflected its greater tolerance to optimum betveen 9 and 11 C for 334 lux and 9 heat and desiccation than that of TETRACLITA and 12 C for 640 lux. (HP) SQUAHOSA. (ST)
<9> <5> Agraval, H.P., Breeding Habits and Early Adair, w.s., Tenperature Effects on Sperm Developaent of a Pulmonate Gastropod LTHNAEA Binding in the Purple sea Urchin ACUMINATA Form Typlca Lamarck. Jour. Zool. Soc. STRORGTLOCEHTROTOS PURPDRATUS (Stimpson) . Amer. India, 23(2), 125-129. 1971. (High Altitude zool., 12, 705. 1972. (California State Field station. Zoology Survay of India, Solan, Oniversity, San Diego, CA) India)
Thermal inhibition of fertilization In the Development of the gastropod, LTHNAEA sea urchin, STRONGTLOCENTROTUS PUWPURATUS, ACUMINATA, regulred 10 days at 27 to 31 C. might result from a reduction of available The influence of teaperature on rate of receptor sites on the egg surface due to a developaent vas discussed. (ST) teaperature Induced modification or destruction of discrete areas cn the vitelline membrane. Such effects may be nasked by high sperm concentrations vhlch presuaably saturate reaalnlng sites. (HP) BLANK PAGE <10>
<10V <1»> Aqris. P.P., H. Koh, anct p. soli. The Effect of < Alevras, R.A., Occurrence of a Lookdovn in the Grovth Teaperatures on the In Vivo Ribose Hudson River. R.T. Pish B Game 3ouc., 20(1), tlethylatlon of BACILLUS STEAROTHERflOPHILBS 7«. 1973. (consolidated Edison Coapany, NT) Transfer UNA. Arch. Biochia. r, Biophys., 154, 277-282. 1973. (lale nniverslty, Departaent of ' A single specimen of the lookdovn, SELEHE Molecular Biophysics and Blocheaistry, Rev 1 , VOHER, vas collected at i0 C in the Hudson Haven, CT) River at Indian Point. (HP) When BACILLUS STEAROTHBRHOPHILOS was cultured at 50 and 70 C, 1.4 tiaes as aany aethyl <15> groups were incorporated into tRNA produced Ally, J.R.R., A Description of Laboratory-Rearea at the higher teaperature coapared to that Larvae of CANCER GRACILIS Dana (Oecapoda, produced at the lover. This vas due ' Brachynra) and a coaparlson vlth other Cancel predominantly to a 3-fold increase in the Larvae. I.A. Thesis, California State i' -o-methylribose moieties of the tRHA. The University, 76 p.. 1973, Masters Abs., 10(4), type and guantity of the base methylated 200 (1973). (California state oniversity. Long nueleotiaes ia the tRtfA produced In cultures Beach, CA) grown at 50 and 70 c were alaost identical. (HP) levelopaent of the crab, CANCER GRACILIS, froa hatching to aegalopa took an average of 10 days at 17 c. (HP) <11> Albaugh, D.w., Life Histories of the Crayfishes PROCAftBARBS ACDT05 and PROCAHBARBS III RBI in <16> Toxas. Ph.D. Thesis, Texas ASH Oniversity, 148 Alouf, S.J., Description of a Rev (sammarld p.. 1973, Dissertation Abs., 34, 1321-8(1973). Asphipod froa the Subterranean Waters of (Texas ASH University, College station, T*) Lebanon, HIPHARGOS HABARIHI sp.. Ann. Speleol., 27(3), 547-558. 1972. (Oniversity of Lebanon, The incubation period of eggs of the Pac. of Science, Hadeth-Beyrouth, Lebanon) crayfish, PROCAHBAR0S ACOTOS, vas 2 to 3 vee*s at 23 C. (HP) The gaaaarid aaphipod N1PHARG0S WADARIHI froa Lebanon vas thought to be Central European, living In subterreanean vaters vhere the <12> teaperature was relatively high. (HP) Albright, L.J., and R.y. Norita, Effects of Envlronaental Parameters of LOV Teaperature and Hydrostatic pressure on L-serine Deaaination by <17> VIBRIO HARIKOS. dour. Oceanogtaphical Soc. Alsobrook, D., J-n. Larkin, and R.w. Sega, dap., 28(2), 63-70. VJ72. (Slacr. Eraser Effect of Teaperature on the cellular Integrity University, Departaent of Biological Science, of EACILL0S PStCHROPHILOS. Can. Jour. Burnaby, British Coluabia, Canada; Oregon state Microbiol., 16, 1671-1618. 1912. (Louisiana Onirersitys Departments of nlcrcblology and State University, Departaent of Microbiology, Oceanography, Corvallls, OR) Baton Rouge, LA: Baylor Oniversity, college of Hediclne, Houston, TX) VIBRIO BARIMOS, a marine psychcophilic bacterium, shoved optiaua t-serine The release ot Intracellular aaterlals fraa deaaination at 40 C and a shoulder at 15 C the psychrophile, BACILLUS PSTCHROPHILOS, at vhen grown at 15 C. Cells grown at 4 r teaperatures froa 5 to 50 c vas studied as a shaved tvo tesperature optima, one at 38 C aeans of indicating possible membrane daaage. and the other at 11 C. It vas suggested that RRA, protein, carbohydrate, and inorganic cells grovn at 15 C arp physiologically phosphate, but not DBA vas found to leak fron different than cells grovn at 4 C. the cells. The rate of leakage increased as Hydrostatic pressure stlaulated I-serine the teaperatue vas raised. It vas shovn that deaaination by vashed cells in cultures grown the aaount of leakage at 40 C In the length at 15 C and tested at 15 C and in cultures of tiae required tor 90* death could be grovn at 4 c and tested at « C and 15 C. sustained at 25 C vith little cr no death. When cells were grovn at 15 c and tested at 4 Therefore, death of this psychrophile at C no stimulation of deaaination activity due supramaximal teaperatures cannot be to pressure mas observed. The 4 C grovn attributed to loss of aeahrane Integrity vlth cells shoved a peak in activity at 130 ata resultant loss of intracellular material. vhen tested at 4 C. This vas close to the Electron micrographs of the cells hydrostatic pressure (120 atm) and doaonstcated a trilaainar cell vail vhich temperature (3.25 C) fron vhlch this organisa becoaas severely damaged during heating. The vas Isolated. Tvo knovn enzymes catalyze daaagn vas Irreversible at 40 c and aay t-serine deamination, L-serine dehydrase and contribute to heat-induced death. (AUTR) L-aaino acid oxidase. (ST)
<13> Alderdice, D.P., and P.P.J. Velsen, Soae Effects of salinity and Teaperature on Early Developaent of pacific Herring (CLOPEA PALLASI). Jour. Pish Res. Bd. Can., 28(10), 1545-1562. 1971. ffisheries Research Hoard of Canada, Ranaiao, British Coluabia)
pacific herring, CLOPEA PAM.ASI, eggs vere Incubated In the laboratory at 13 different sallnlty-teaperature combinations (5 to 45 ppt salt, 4 to 14 C). Results indicated that the lover Halt ot theraal tolerance ot the eggs van betvoen 4 and 5 C. (ST) 3 <18>
<18> shovn by eggs (32.5 and.33.6 C) and spern Aaend, D.P., Efficacy, Toxicity, and Residues of (36.6 and 37.6 C) Of PARACEHTROTOS LIVIDOS Hifurpireonol In Sulnonids. D.S. Dept. of and ARBACIA LIXOLA, respectively, tvo species Interior, Tech. Papers Bar. of Sport Pish. 8 vhich inhibit the Mediterranean Sea. Wildl, Ko. 62; 13 p.. 1972. (Bureau of Sport Thernostability of sex cells of the tvo Fisher* and midlife, Western Fishery Disease species of STRORGTLOCERTBOTOS, videly Laboratory, Seattle, Pit) distributed Bored species, differed fron each other and vere intermediate betveen the Toxicity of nlfurpirenol (DPP) to coho and other tvo groups, s. IRTBRNEDlus and S. HODDS chinoolt salnon and rainbow trout was greater egg cleavage vas Inhibited at 26.6 and 28.8 at higher water temperatures. WPP vas C, respectively, and spern motility at 32.2 eliminated fron all tissues of cohos vithin 9 and 3a.5 c, respectively. (ST) days follovlng 3 dally 1 hr exposures at 2 ppa at both 7 and 22 C, The highest levels occurred in the liver and kidney, and it <22> especially accuaulated in these tissues at 6 Andronikova, I.N., Annual Cycle of Zooplankton C. (BP) in Lake Krasnoe. Pish. Res. Board Can. / Translation Series Mo. 2175, 59 p.. 1972. (Rot given) <19> Andrelava, A.P. , The Collagen Thersostablllty of The annual cycles of temperature, Soae Species and Subspecies of the Gadoid Pish. zooplankton, and zooplankton stratification Tsitologlya (OSSB), 13(8), 100«-1008. 1971. in Lake Krasnoe, Russia vere studied over a (Hoscov state University, Departaent of Cytology four year period. During vinter, the lake and Histology, Moscow, OSSR) had an ice cover and zooplankton species composition (copepods and rotifers) and Closely related species of gadoid fish vere quantities vere at a minimum, near the end arranged by their therao-tolerance in the cf vinter vater teaperature ranged froa 3.6 folloving order: vhlting > haddock > pollack to 3.p C. in early spring vater temperatures > cod. In these species there vere increased near the Ice margin and cladocerans differences in the temperatures of appeared. In late spring, vater temperatures contraction of collagen fibers and in that of ranged fros 1 to 7 c and the density of all procollaged denaturatlon. Conpnrative studies zooplankton changed sharply ovlng to of collagen thermostability revealed reproduction of all its populations. differences betveen the vhitings living in Zcoplankton reached gualitative and the Worth Sea and the Black Sea, as veil as guanitative peaks during the sunmer-June betveen the Atlantic cod and the Kildin cod. until September, water teaperature reached a The differences involved the teaperature of aaxiaua value of 23.3 in 1963. in early , collagen fiber contraction, but at the sane october teaperatures dropped belov 10 C, but tiae no differences vere recorded as to the bloaass reached a second peak in the temperature of procollagen denaturation. (RP) profundal part of the lake. At this temperature (6 to 8 C) mass plankters do not reproduce or fora resting eggs. In Deceaber <20> an ice cover foraed. - The1 seasonal appearances and life cycles of zooplankters Andrews, J.W., L.fl. Knight, and T. Rural, vere described. Seasonal zooplankton Temperature Requirements for High Density stratification vas exaalned. Zooplankton Rearing of channel catfish fros pingerllngs to biomass as veil as species composition varied Market size. Progressive Fish Culturist, 30(1), fron year to year, depending on thermal 2H0-2U1. 1972. (Skidavay Institute of conditions prevailing in the particular year. Oceanography, Savannah, GA) (ST) The optlnun temperature for grovth and food conversion of 25 q channel catfish flngerllngs to market size vas betveen 2B and <23> 30 c. A significant reduction in grovth Andropikov, V.B., Beat Resistance of Gametes of occurred in groups maintained at 26 C. The sea Orchin in Relation to zoogeographlcal 28 C group had the best overall food Affinity of a Species. Dokl. Akad, Wauk. conversion rate of 1.U5 (g feed/4 gain). (RP) (OS SB), 209(5), 1207-1209. 1973. (Cytology Institute, OSSR Acadeny of Science, Leningrad, OSSR) <21> Andronikov, V.B., Thermostability of the sex neat resistance of spern and eggs in 6 sea Cells of Sea Orchlns of Different Zoogeogrephic urchin species vas directly related to Species. Dokl. Biol. Scl. (OSSR) , 209, 97-99. tenperature conditions of their habitats in 1973. (Institute of Cytology, Acadeny of different zoogeolographical zones, and vas Sciences of the OSSP, Leningrad, OSSE { not related taxonomic affinity of species. The hent resistance of sex cells vas highest Investigations of the thermostability of the In PARACBRTROTOS LIVIDOS and ARBACIA LIXOLA sex cells of 6 species of sea urchins shoved occurring in the Adriatic Sea (tenperature R that regardless of the degree of phylogenetic tc 29 C) , Intermediate in STROKGTLOCBMTROTDS closeness, thermostability correlated vlth MOODS occurring in the lover boreal zone (1
<24> <28> Ankar, s.» and B.O. Jansson, Effects of an Arcarese, G., G. Ravagnan, and P. Ghittino, Onusual natural Teaperature Increase on a Baltic Pirst Positive Results in the Artiflcal Soft-Bottom coaaunity. Marine Biol. (». Ger.), Propagation of Sea Bass (DICENTRARCHOS LA BR AX) 18(11. 9-18. 1973. (Dniversity of Stockholm, on a Vast Scale. Rlv. It. Pisclc. Ttliop., Departaent of Zoology and Asko Laboratorv, s-113 7(2), 27-33. 1972. (capo Laboratorio centro 86 Stockhola. Box 6801, Sweden) Tttlological Vallt Venete (CIVVt, Val Pisanl, 45010 Ca venter (Rovigo), Italy) The effects cf an'unusual natural tenperature increase of about 10 centigrade degrees vas The optiaua incubation temperature vas 13 to studied In a soft-bottom coaaunlty In the 15 C for sea bass, DICENTRARCHOS LABRAX, northern Baltic Sea. The aud surface shoved eggs. The nuaber-of degree days to hatching a succession of aicroblal coDBUnlties* The vas 15 to 18. (HP) Initially oxidized, yellov surface file, vlth patches of diatons and red SPIROLA, changed to a aore grayish layer, vlth purple areas <29> interpreted as CHROHATIOH and vhite spots of Arch, S., Biosynthesis of the Egg-Laying Hormone BEGGIATOA. The latter dominated during the (ELH)' in the Bag Cell Neurons of APLTSIA last part of the period, covering vast areas CALIIORHICA. Jour. Gen. Physiol., 60(1), of the bottoa like a gigantic cobveb. The 102-119. 1972. ' (California Institute endofauna vas forced upvards by the eaerglng Technology, Biology Division, Pasadena, CA) reflox-potential-discontinuity layer, the aore sensitive coaponents dying off, facultative A 10 centigrade degree reduction in anaerobes and neaatodes flourishing. (HP) teaperature (fron 15 c) blocked the redistribution of tritium-labeled leucine in bag cell neurons of seahares, APLTStA <25> CALXPORNICA. (HP) Ansarl, P., and HI Ahaed, Seasonal Gonadal Changes in the Oyster CSASSOSTREA GLOHERATA Gould. Pak. aour. zool., 4(1), 35-43- 1972. <30> (Dniverslty of Karachi, Department of Harine Arlaa, K., S. Haaaya, and T. Hiyakava, Peeding Biology, Karachi, W. Pakistan) Behavior of the starfishes Tovards Bivalves. Sci. Rep. Hokkaido Pish. Exp. Stn. (Jap.), 14, Specimens of the oysiter, CRASSOSTRSA 63-69. 1972. (Hokkaido Hakodate Plshery ' GLORERATA, vlth aature or ripening gonads Experiaent station, Hokkaido, Japan) vere found froa Harch to October. Host vere partially or coapletely spavned out froa June The starfish-fed at temperatures froa 5 to 25 to october. Gaaetogenesis began in late C. Peeding activity vas maximum betveen 10 February'or early Harch. (ST) and 20 C. flany of the large specimens of ASTERIAS AHOHENSIS and DISTOLASTERIAS HIPON died at 25 C, especially 0. NIPOH. (HP) <26> Ansel1, A.D., oxygen Consuaption by the Bivalve DONAX VITTATUS (da Costa). Jour. Exp. Har. <31> Biol. 8col. (tteth.), 11, 311-328. 197 3. Atlas, R.H., and R. Bartha, Biodegradation of (Dunstaffnage flarine Research Laboratory, Oban, Petroleum in seavater at Low.Temperatures. Can. Argyll, Scotland) Jour. Hicrobiol., 18, 1851-1855. 1972. (Rutgers Oniversity, Department of Biochemistry and Over the tenierature range of 2.9 to 20 C HIcroblology, Nev Brunsvick, NJ) oxygen consuaption by the bivalve, DONAX VITTATOS, rose vlth teaperature, although at Biodegradation of petroleum In seavater, a slover rate at higher tesperatures. There aeasured by C02 evolution and guantitative vas a linear decline of Q10 vith tenperature. gas chroaatographic analysis, vas slover at Differences In raws due to aceliaation vere cooler teaperatures in the 5 to 20 c range saall. (ST) studied. There vere also increased lag periods before onset of neasurable degradation that vere attributed to slover <27> release of inhibitory volatile coaponents of Ansell, A.D., Theraal Releases and shellfish petroleua at lov teaperatures. (CCC) culture: Possibilities and Llaitatlons. Chesapeake Sci., 10(3), 256-257. 1969. (Harine Biological Station, Hillport, Scotlan) <32> Austin, H.H., Northern Range Extension of the Studios of shellfish culture in controlled Rhoahoid Hojarra, DI&PTEROS BHOHBEOS Cuvier and theraal effluents shoved that benefits vere Valenciennes (Gerreidae). Chesapeake Sci., 14, possible only at certain tiaes of the year, 222. 1973. (Nev Tork Ocean Science Laboratory, (lost of the year natural plankton had to bo Hontauk, NT) supplemented vlth suitable food organisas. (ST) An adult tropical aarine fish, DIAPTEROS RRONBEOS, vas taken in a comnercial catch on Long Island, Nev fork in October, 1971 vhen the vater temperatures vere 18-20 C. This represented the most northvard distribution of this species' summer range. Adults normally exhibited very localized movement. (ST) <33>
<33> at least 0 days before they vare moved to 12 Avarla, P.S., Monthly changes of Phytoplankton C. The temperature-sensitive stage seemed to of Valparaiso Bay Betveen July 1963 and July be a short event, situated botveen the 3rd 1966. Rev. Biol. Bar., 10(3), 15-13. 1971. and 0th days after prising. Phagocytosis, (University of Chile, Departnent of ar.-igen metabolise, and cellular oceanography, Valparaiso, Chile) multiplication vere suspected to be teapersture dependent. Clearance of Although the seavater teaperatare does not lrdinatod radioactive bovine serun nlbunln have a great influence over the diaton fton the blood and tissue uptake ot this species generally present in vnlparaiso Bay, antigen vere not completely inhibited at lov Chile, it vas possible to differentiate 2 tenperatures, but occurred at a slover rate. groups of species as "cold" and "vara." (BP) Characteristic of the first group are BIODDLPHIA LONGICRORIS, C. COBSTRICTOS, C. COSVISETOS and COBETRBOH CRIOPBILOM; <37> characteristic of the second group are Babudieri, B., and R. Pavento, Marine CERATOLIRA PELAGIC*, CHAETOCBROS RADICAMS, Microbiological Research in the Kastern SKBLBTONEMA COSTATOM, CLIMACODIOM BICORCAVDS, Mediterranean. Boll. Pesca Plscis, Idrobiol., SCHRODERELLA DELICATULA f. SCRRODERI and 20(2), 151-159. 1969. (Oniversity of Stud. THALASSIOSIRA AESTIVALIS. The appear«nce of Trieste, Institute of Microbiology, Trieste, dinoflngellates vas related to sudden changes Italy) In the vater teaperature of the Bay. (Auth) Depth rather than differences in salinity: tenperature, and electric conductivity <30> affected *iactecial counts in the eastern Avaria, P.S., Observation of a Phenomenon of Red Mediterranean Sea. (ST) Tide in the Bay of Valparaiso. Rev. Biol. Mar., 10(1), 1-5. 1970. (chile oniversity, Departaaento de Oceanologla, Vina Del Mar., <38> Chile) Bader, R.G., M.A. Boessler, and A.L. Tkorhaug, Thermal pollution of a Tropical Marino Estuary. A red-tide caused by the ciliate protozoan, Part Of RUivo, M. (Ed.), Marine Pollutiau and CICLOTRICHIOM MECMIERI, appeared in Sea Life, (p. 025-028) 620 p,. 1972. Valparaiso Bay, Chile vhen vatcr teaperature (Oniversity of Hiaai, Rosenstiel School of vas high and preceded by a long period of Marine and Atmospheric sciences, Miami, PL) isolation vithout vinds. A historical survey of the red-tide phenoaeuon on the Chilean The results of field and laboratory studies coast and a bibliographical reviev of vater of the Biscayne aay, Florida, clearly shoved discoloration caused by dilates is included. that sustained temperatures above 33 C can (ST) cause extensive mortalities of sone of the aost important macroalnae and sea grasses. This may eliminate the major food source and <35> shelter for \ great nunber of herbivores and Avtalion, R.A., Z. Malik, E. Lefler, emd £. detritus feeders. These include many of the Mats, Temperature Effect on Innune Resistance of luvenile stages of commercial species such as Pish to Pathogens. Baaidge (Israel), 22, 33-38. shrinp, lobster and fish. The death of algae 1970. (Bar-Ilan Oniversity, Rapaport and sea grasses can permit erosion of the Laboratories for Microbiology, Raaat Gan, Israel) sedinents vith resulting increased turbidity of continguous vuter. This process nay have carp inaunlzed vith soluble antigen and kept a detrimental effect on productivity. at 25 c responded Immunologically by Laboratory and field studies shoved that relatively high titers of antibodies. Important green benthic macroalgael have Antibody production vas completely inhibited abrupt thermal limits betveen 31 and 33 C. at 12 and 10 c. Production of antibodies at Laboratory studies indicated that shrimp and lov temperatures vould be possible If fish crabs have upper thermal limits of 13 to 37 vBre previously in natural contact vith c. Larval stages and eggs shoved theraal antlgens-or exposed experimentally to these limits near 31 c. (np) antigens at high tenperatures. Carp vere shovn to possess immunological memory vhich vas conserved for long periods of tiae at <39> both lov and high teaperature. It vas Badoar, S.S., c.K. Tan, L.A. van Caeseele, and suggested that keeping young fish at optinal P.K. Icsac, Observations on the Morphology, temperatures, in contact vith selected fish Reproduction, and Pine Structure o£ pathogenic microorganism, before their CHLAMTDOMONAS SEGXTS from Delta Marsh, Manitoba. transfer to the rearing ponds in the cold Can. Jour. Bot., 51, 67-72. 1972. (Dniversity season of the year, could lead to acguisition of Manitoba, Departnent of Botany, Winnipeg, of iamunity to these pathogens. (BP) Manitoba, Canada)
In CflLAMTDOHONAS SEGHIS cultures maintained <36> 15 C and 250 ft vithout aeration, this alga Avtallon, R.A., A. Vojadani, Z. Malik, R. assuaed the forn of a GLOEOCYSTIS, vhereas in Shahrabani, and M. Duczysiner, Inflnence of aerated mass-culture grovn at 25-30 C and Bnvironnental veiperature on the Inmune Response 10000 ft the motile stage shoved close In pish. Current Topics in Microbiology and similarity to the genus GIGKOMOHAS. (RP) Immunology, 61, 1-35. 1973. (Bar-Ilan Dniversity, Rapaport Laboratory for Microblolosii, Department of Life sciences, Bamat-Gan, Israel)
Increasing amounts of antibodies in the cold vere obtained only in carp kept at 25 c for
V if 6 <«to>
<00> <04> Bae, 6.M., and P. A. Bae, Studies on Suspended Bal, A.R.K., s.V. Tara, and L. Dllli, Halts of Culture of Oyster CtrASSOSTREA GIGAS in the Temperature Tolerance and Hydrogen Ion Korean Coastal Haters. Bull. Fish Res. De*. concentration of a Fev Protozoans. Agency, Pusan (Korea), 9, 71-BO. 1972. (Fish. ccNF-710501-PI; Part of Proc. of the 3rd Research and Developaent Agency, Pusan, Korea) National Syap. on Radioecology, held at Oak Ridge, Tennessee, Hay 10, Vol. 1,(p. 669-678), Growth of oysters, CRASSOSTREA GIGAS, 1268 p.. 1971. (Bangalore Oniversity, accelerated vhen vater tenperature vas raised Bangalore, India) above 16 C both in deep and at interaedlate depth in southern Korea. Bsst grovth vas in Elevated teaperatures dialnished the size of vater of 18 to 26.6 C. (RP) FHONTONIA, Sl'BNVOR, SPIROSTOHOM sp., and BtEPHARISHA INTBRHEDIOH. There vas a definite increase in size of B. SESHACHARI at <01> 32, 35, and 38 C after 3 days. Thersal Bae, G.H., and P.A. Bae, Stady on Spat , stress blocked fission in SPIRASTOMOM collection of oyster (CHASSOSTREA GIGAS AHBIODOH HAJOR and MINOR and B. S3SHACHARI Thnnlierg). Bull. Fish Res. Dev. Agency, pusan vhile increased fission occurred in (Korea) , 8, 05-53, 1971. (Fishery Research ajld FROHTONIA, B. INTBBNEDIBH,.and STUHTOB. Developaent Agency, Pusan, Korea) Conjugation vas noted in B. INTEHHBDIOH only at 26 and ,32 c. Temperature increases vould The spavning intensity of the Pacific oyster, eliminate dilates in the folloving order: CRASSOSTREA GTGAS, vas affected by a sudden B. SBSHACHARI, S. AHBIGOOH HAJOR. FRONTONIA increase or decrease of vater temperature. and STENTOR. (HP) Daring'the spavning periods the average water tomperatare vas 26.8 C. (RP) <05> Bair. R.D., and'F.J. Etges, SCHISTOSOMA HANSOHI: <02> Factors Affecting Hatching of Eggs. Exptl. Saglrova, P.M., stages of Developaent of young Patasitol., 33(1), 155-167. 1973. (Oniversity Salmon in the Chaikend Salnon-BZeeding Facility. of Cincinnati, Departaent of Biological Iiv. Ale ad. Nnuk AZ SSR, Ser. Biol. Nauk(OSSR), Sciences, Cincinnati, on) 2, 83-87. 1972. (Rot given) Cold shock from 15 to 20 seconds vas , Massive deaths of young salacn in Chaikend, ineffective in stimulating hatching of USSR, salmon-breeding facility dua to SCHISTOSOMA HANSONI. (HP) elevated vater teaperatures sere observed, young salmon reaching an ago of in to 19 aonths thrive at a tenperature of 10 to 15 C.
In the clliate, BLEPHAHISHA IHTERHEDMH, reproduction and oxygen consunption increased
A veak direct relationship exists betveen vater teaperatare and salinity and absolute abundance and species diversity of the -. foraainifera population of the eguntorial and northern Pacific ocean. (BP)
Intranuclear herpes-type viral inclusions vere nore prevalent in oysters, CRASSOSTBBA VIRGINICA, at elevated teaperatures of 28 to 30 c than at nornal aubient teaperatures of 18 to 20 C. The inclusions vere associated vlth a lethal disease. (ST) 7 <"9>
<49> <52> Banner, A., and J.A. Tan Araan, Theraal Effects Barkley, S.W., and C. perrin. The Effects of the on Eggs, larvae and Juveniles of Bluegill Lake Catherine Steaa Electric Plant Effluent on Sunfish. EPA-B3-73-041; 111 p.. 1973. (Aquatic the Distribution of Pishes in the Receiving Sciences Inc., Boca Baton, PL) r Payment. Proc. 25th Ann* Conf. s.E. Assoc. came and Pish Comm., 11 p.. 1971. (Arkansas Bluegill eggs hatched at teaperatures froa 18 Game and Pish Commission, Little RocK, AR) to 36 C during 2 Incubation tests. Haxlaal hatch occurred at 22.2 and 23.9 C. Lover TL50 A direct correlation could not be Bade teaperature for hatch of noraal fry vas 21.9 between distribution of fish in the effluent C and upper TL50 teaperature vas 3 3.8 c. receiving bay and vater teaperatnres. Food Juvenile bluegills acellaatad to 12.1 c had a supply and dissolved oxygen concentration lover 96 hr TL50 of 3.2 C and an upper 96 hr vere the aalor factors controlling abundance TL50 of 27.5 C. Juveniles accllaated to 32.9 of fish. Higher concentration uf fish during C had a lower 96 hr TL50 ot 15.3 C and an the vlnter aonths vas due to t!.e abundance of upoer 96 hr TL50 of 37.3 C. TL50 increased threadfin shad vhich seek out vara vater vith increasing teaperature of accliaation. discharge and the predators attracted by the For luveniles accliaated to a given shad. In .1970 oxygen saturation at the vater tBaperature, upper T150 decreased vlth longer surface declined froa 97* at the upper end of exposure. A preliminary test determined Lake Catherine to 49* saturation In the ranges of theraal tolerance for sac-fry and receiving bay. The aaxlaua vater teaperature svla-up fry. In another preliainary test, vas 32 C. The average teaperature in the luvenlle bluegills vere accllaated to 12.1, . effluent,receiving bay in summer vas 29 C -19.0, 26.0, or 32.9 C, and reared at a series vhlch vas near the optimum grovth temperature of test teaperatures for,3 to 6 veeks to for most of the native fish in the lake. (ST) define optlaal teaperature ranges for grovth and survival. Additional research determined conditions for the culture of LEPOMS <53> ,1 ' HACHOCHIR11S, including spavning induction, Bar lov, G.W., and v.L. Devianlng,. Ovarian hatching, and grovth of larvae and luveniles. Cycling in Longjav Gobies, BILLICKTHTS,, (HP) MIRABILIS, froa the Salton Sea. Calif.- plsb & Game, 58(1), 50-57. 1972. (Onlversity ot, • , California, Departaent of Zoology and nuseua of <50> Vertebrate Zoology, Berkeley, CA) Barans, C.A., and B.A. Tubb, Teaperatures selected seasonally by Four Fishes froa Western Ovarian cycling of the long-Jav goby, Lake Erie. Jour. Pish Pes. Bd. Can., 30, GILLICHTHTS NIRABILIS, appeared to be 1697-1703. 1973. (ohio state university, Ohio correlated vith teaperature changes. Gonadal State Cooperative Fishery Bnit, Coluabus, OB) recrudescence took place as teaperatures' dropped below 25 C in autuan. Spavning began Teaperatures selected by four species of fish in January and February vhile temperatures taken from western Lake Erie in each of four vere relatively lov (around 12 to 15 c). The seasons and tested in a horizontal spavning period extended froa January to tenperature gradient differed seasonally. June. Each female spawned more than once, Differences vere attributed to conditions of and the population did not spawn accllnattzation in the lake vhich vere synchronously. Regression of the ovaries modified by accliaation during 2-3 days in started in late June as teaperatures reached the gradient. Teaperatures selected vere , their annual aaxiaa. The tiaing of ovarian above ambient lake temperatures except for . developaent at different localities in the emerald shiners, NOTROPIS ATHERINOIDES, in lake varied slightly. (ST) „ • ' summer and fall. Generally vhlte bass, BORONS CHRTSOPS, and smallaouth bass; BICROPTERdS DOLOBIEOI, selected a high range <54> in temperatures -throughout the year (18-30 C Barnahe, G.> and J.C. Tournaaille, Experiments and 18-31 C, respectively); yellow perch on Artificial Reproduction of the Bass, (PERCH PLAVERSCABS) an internedlate range 0ICEHTRARCH03 LABRAX (Linne 1758). Rev. Trav. (10-29 C), and eaerald shinors the lovest Inst. Peches Harit.• Nantes (Fr.), 36(2), range (6-23 C). (CCC) 185-189. 1972. (ISTPH/'Hantes, Prance)
The best Incubation conditions for bass, <51> .CICENTBAHCHOS LABRAX, proved to be at 13. C, Barber, J., and I.J. Shieh, Bet and,Steady-State vith steptoaycin. and penicillin. cation Fluxes in CHLORELLA PTREHOIDOSA. Jour. Tenperatures of 13 or 18 C vere suitable EXP- BOt. , 23(76), 627-636. 1972. (lap. Coll., beyond the egg stage. (HP) DepartriPnt of Botany, London, s.W. 7, England) THB NaVK* exchange in CHLOBELLA PJBEKOIOOSA,; <"v5> >, vas sensitive to tenperature and betveen 0 Barnes, H., The Seasonal Changes in Body Weight and 25 c an activation energy of about 25 and Biochemical composition of the kcal/mole vas calculated from the Arrhenius Warm-Temperature clrripede CHTHAKALOS STELLAT0S equation. (HP) (Poll). Jour. Exp. Har. Biol. Ecol. (Heth.), 8, 89-100. 1972. (Dunstaffnage Harine Research Laboratory, oban, Argyll, Scotland)
The change in body vetgkt of the varm-tenperate cirripede, CHTHAH4L0S STELLATHS, in response to rising teaperature and increase iu food during the spring vas variable, xt seamed to depend somevhat on the initial veight after, the vinter. (HP) 239 <136>
<56> velfare and successful conpetition of varn Baross, J.A., sone Influences of Temperature, vater fish. In aost trout streams, Bacteriophage, and other Ecological Parameters vara vater fish do not reproduce because the on the Distribution and Taxonony of narlne member of degree days is not sufficient for Vibtios. Ph.D. Thesis, University of maturation of the gonads. Relatively small Washington. 1972, Dissertation Abs., 33, 5966-B changes can meet such needs and allov their (1973). (University of Washington, Seattle, WA) reproductive proliferation. Warm vater fish can serve as a reservoir of disease that can Seasonal vater teaperature vas the nost have devastating effects on trout and salmon. Important parameter affecting the abundance (HP) of particular species of vibrios. In off-shore seavater, sediments, and shellfish sanples, psy^hrophillc vibrios vere dominant <60> ' and their numbers vere generally consistent Bustida, R., Boring Organisns of the Argentine throughout the year. In seavater and Coasts: II. The Presence of LIHHORIA shellfish samples from intertidal ' TBI PUNCTATA nenzins, 1951 (Isopoda, t.imnorildae) environments, the number ot vibrios vas in the Port of Hardel Plata. Physis. Brazil, ' higher but nore seasonally variable. 31(82), 113-153. 1972. (Lab. Unsayo Hater. psychrophlllc vibrios predominated daring the Ir.vest. Tecnol., La Plata, Argentina) late fall', vinter, and early spring vhen the vater tenperature vas belov 10 c. Hesophilic LIHNORIA TRIFONCTATA's distribution vas vibrios dominated daring the summer vhen extended farther south in the Atlantic ocean vater temperature ranged from 15 to 28 C. (ST) vhen it vas found in Argentina. Its reproductive cycle in relation to vater temperature vas discussed. (ST) <57> Barraclough, W.E., and D. Robinson, The Fertilization of Great Central Lake III. Effect <61> on Juvenile Sockeye Salmon. Fishery Ball., Bastl, I., Spavning of Pike-Perch (STIZOSTEDION 70(1), 37-B7. 1972. (fisheries Research Board LUCIOPERCA (Linnaeus, 175R)) in Bottom Nests in of Canada, Biological Station, Nanaino, British Conditions of the Orava Reservoir (Northern Columbia, Canada) Slovakia). Pr. Lab. Bybar., 2, 159-18U. 1969. (Slovenska pol'nohospokrska Akad., Lab. The effect of artificial fertilization on Rybarstva v Bratisir.ve, Czechoslovakia) feeding behavior and grovth cf juvenile sockeye salmon in Great central Lake, tike-porch, STIZOSTEDION LUCIOPEBCA spawn in Vancouver Island, British Columbia vas the orava Roservolr, Northern Slovakia, vhen described. 'The young sockeye fed very the vater Senperatures reached 5.8 to 11.9 c. heavily upon the EPISCHORA that reached their The spavning sites vere characterized by greatest abandonee vhen the average surface higher average teaperatures and the greatest tenperature vas about 15 C. That the sockeye abundance ot the juvenile foras of copepods. did not appear to appreciably crop the high (HP) epilimnetic1 concentrations of zooplankton daring July and August nay have been partly due to avoidance of 20 C by tbe fish. (HP) <62* Bayley, P.B., Studies on the Higratory Characlu, PROCHILODUS PLATEHSIS Holnberg 1889, (Pisces, <58> chsracoidei) in the River Pilcomuyo, south Barrov, J.H., Jr., The Biology of TRYPANOSHA America. Jour. Fish Biol., 5, 25-10. 1973. DIEHYCTYLT Tobey. Ph.D. Thesis, Yale (Lake Rudolf Fisheries Project, Ferguson's Gulf, Oniversity, 206 p.. 1951, Dissertation Abs., Kltale, Kenya) 33, (1973). (Yale oniversity, Hev Haven, CT) Host of the characin, PROCHILODOS PLATERSIS, The cycle of TRYPAHOSOHA DIEHYCTYLI in the moved apstreaa vhen the tenperature vas leech, BATRACHOBDBLLA PICTA, gastric calca betveen 11 and IB c. The aaxiaua number of changed by variation in tenperature and the fish vere caaght vhen the temperature vas nnount of blood ingested by the invertebrate betveen 15.5 and 16.5 C, vlth a rapid host. The infection in the aguatic curtailnent at lover temperatures and a more salamander, THiTOHOs VIRIDBSCENS, vas gradual reduction at higher temperatures. nonpathogenic at tenperatures of 20 to 25 C Catches of ascending fish vere highest daring and nay be pathogenic at 10 to 15 C. The the fall noon and least daring the waning and length of the cryptic phase vas lengthened by . • nev moon quarters. (HP) lov tenperatures. (HP)
<63> <59> Bayne, B.L., Physiological Changes In NYTIL0S Bartsch, A.P., and D.I, nount. Thermal Effects EDOIIS L. Induced by Temperature and Nutritive on Ecological Systems, CONF-691223: Proc. of Stress. Jour. Bar. Biol. Assn. U.K., 53(1), 2nd Ann. Governor's Conf. on Conservation, held 39-58. 1973. (Leicester Oniversity, Department In Portland, OR. 1971. (Federal Hater pollution at Zoology, Leicester, England) Control Adninistration, Pacific Horthvest water Laboratory, Cortallis, OB: Fede.val water Oxygen consumption rate of aassels, HYTILUS Pollution Control Adninistration, Rational Water EDOLIS, fed above end belov the maintenance Quality Laboratory,,Department of the Interior, energy requirement vas seasonally variable Dnluth, HH) vith high values in vinter and lov values in sanner. In unstressed animals tbe ratio of Temperature is significant in determining oxygen consumed to ammonia-nitrogen excreted whether a given river supports cold vater or remained at abont 100 for nost of the year, vara vater species of fish. Small lncteases but rose to aacb higher values in sunner. in temperature, vhile they aay not kill the Tenperature and nutritive stress altered desirable cold vater fish can foster the seasonnl steady-state values of physiological indices. (ST) 9 <87>
<91> releases froa reactor operations, and (4) Beanish, p.v.H,, Oxygen Consuaptlon of Adult hydrology ot the Coluabia Rlvar. Over 400 PETROHYZO* HARIRIS in Relation to Body'Height publications ware included. Tha abstracts and Temperature. Jour. Pish Res. Bd. Can., 30, provide an Insight into tha scope and depth 1367-1370. 1973. (Onlvorsity of Guelph, of diverse studies supported by the Dnlted Oxpactsent of Zoology, Guelph, ontarlo, Canada) States Atoaic Energy coaalsslon in order to ovt'luate any iapact on tha aquatic ecosystaa Tha logarith* of standard oxygan consumption (and to provide rolated data) throughout the of adult sea lampreys, PETROHIZON IIARINOS, "plutoniua production phase" of the Hanford increated vlth the logarltha of veight at 5, cperatlons. (Anth) 10, and 15 c. The proportionate change for a given change in teaperature van independent of size. ?or sea laapreyn of fixed veight, <68) it increased froa S2.7 to 124.0 ng/kg/hr ovor Becker, C.D., C.C. Coutant, and E.P. Prentice, the range of 5 to 20 C with the greatest Ecological Evaluation: Higratlon ot Juvenile changes occurring betveen 10 to 15 C, 64.5 to Salaon In Relation to Heated Effluents in the 114.3 ag/kg/hr. Active oxygen consuaption Central Columbia River. C0i»y-710501-P1( Part of estiaated at 10 C vas 475.5 eg/kg/hr. (ET) Proc. of the 3rd National Syap. on Hadloecology, held at oak Ridge, Tennessee, Hay 10, Vol. 1, (p. 528-535), 1268 p.. 1971. (Batti'lle Heaorial <65> Institute), Pacific Northvest Laboratories, Becker, C.D., food and Grovth Paraaeters of Ecooysteas Departaent, Richland, WA, Battelta Juvenile Chinook salmon, ONCORHTNCHUS Heaorial Institute, Richland, WA, Oak Ridge TSHAWTTSCHA, In Central Coluabiii River. Fishery National Laboratory, Ecological Sciences Bull., 71(2), 367-399. 1973. (Battelle Hnaorial Division, Oak Ridge, TN) Institute, Pacific Porthvest Laboratories, Ecosysteis Departaont, Richland, MA) Envlronaental features regulating theraal effects on juvenile salaonlds passing seavard River temperatures and discharges influenced through the central coluabia River vere the availability of food organises, feeding prevailing river teapcratures (4 to 20 C). activity, and grovth of juvenile Chinook and discharges (40,000-180,000 cubic ft/sec). nalaon, ONCORHYNCHOS TSHAWTTSCHA, In the Thermal hazard represented by a midstream central Coluabia River. Bean nuabers ot plume appeared to be less than a shoreline Insects in stoaach contents, fish size, and discharge, aenurally peak temperatares vere vater teaperatures Increased froa Harch to higher and exposure durations vere longer in July. During Harch and April, vhen fish were shoreline drifts than aldstream plumes. (HP) saall, vater teaperatures were 3 to 9 C and the aean nuaber of insects vas 10. Mean C0HHENT: See also Becker, C.D., Teaperature, nuaber increased to IB in Bay and decreased Timing and Seavard Higration of Juvenile Chinook to 28 in Juno. A peak of 07 vas reached In - Salaon froa the Central Coluabia River, July vhen the fish vere large and teaperature BNWL-1472: Battelle-Northwest, Richland, WA ranged froa 16 to 20 C. The seasonal (1970) increase and then decroaso in river flovs accoapanied by rising teaperatures vere the •ain environmental factors ccrrolated vlth <69> seavard migration. (ST) Bedford, W.B., The physiological Ecology of the Ectuarlne Clam RANCH CONEATA (Gray). Ph.D. Thesis, Texas ASH Oniversity, 133 p.. 1972, <66> Dissertation Abs., 33, 5147-B (1973). (Texas Becker, C.D., Developaent of SIH0LI0H fpsllozla) ASn University, college station, TX) VITTATIIH Zett iDlptera: Sinilldae) froa Larvae to Adults at Increments froa 17.0 to127.0 C. After salinity acclimation, the respiratory Aaer, tlidland Naturellst, 89(1), 246-251. 1973. rates of vhole clams, RANGIA COHKATA, and (Battelle Pacific Northwest Laboratory, gill tissue vere ae&sured at teaperatures Richland, WA) betveen 10 and 40 C and at salinities between 1 and 32*. QIO values for the respiration of Theraal increments proportionally Increase the claas sere generally consistent vith the rate of development of black flies, values'reported for other bivalves, and siMLion viTTATtiH, through the pupal to the alaost no effect of salinity vas apparent. adult stage. A 10 centigrade degree rise In (Auth) (ST) teaperature reduced the subseguent aean develooaent span by about half, fron 8 days at 17 c to 4 davs at 27 c. Teaperatures of 27 <70> C appeared to bt within the upper theraal Beesley, C., Investigations of the Life History tolerance of the species. (HP) and Predatory Capacity of ANAX J0NI0S Drury (Gdonata: Aeschnldae). Ph.D. Thesis, Bnlveraity of California, 114 p.. 1972,
<71> <75> Belman, B., and J.J. Childress, Oxygen Henziger, D., and B.L. Uaalnger, Rolfa of Hepatic consumption of the larvae of the lobster Glycogenolytic Enzynes in tha Cold-Induced PAHULIRUS INTERSUPTUS (Randall) and the Crab llynerglycenla of the Kllllflsh, FUNDULOS CANCER PRODUCTUS (Randall). Coup. Blcchea. HITER0CLITUS. Coap. Bloohen. Physiol., US, Physiol., 00, 021-828. 1973. (University of 767-772. 1973. (Unlvarslty of Cincinnati, California, Department of Biological sciences, Departaent of Dlologlcal sciences, Cincinnati, santa Barbara, CA) 0HI Respiratory rate of spiny lobster, PAHULIRUS The concentration of serun glucose and the INTRRRUPTUS, larvae acellnated to 12.5, 17.B, specific activities of hepatic glycogen and 29.6 C vere 0.002, 1.130, and 2.170 nl phosphorylase and glucone-6-phonphatase vere 02/ng/hr, respectively. Respiratory rates of etnainod In saltwater-adapted kllllflsh, the red crab, CANCER PROOUCTUs, vere 0.7U6, FUNDOLUS HETEROCLITUS, accllaatad to 20 c and 0.710, and 1,830 nl 02/ag/hr, respectively. to -1.5 C for 1 and 10 dayn. Exposure to It seeaed probable that survival of the subzero temperatures produced a hyperglycemia lobster for extended periods at either 12,5 acconpanled by an lncreaso in the activity of or 2«.C vould lie difficult. (HPI glycogen phosphorylase and no change in the activity of glucose-6-phosphatase. ICllllfloh dying In the subzero cold shoved no elevation <72> ot nerua glucose levels and a decrease In tho Benedict, A.H., and D.A. Carlson, Teaperatnre activities of both glycogen phosphorylase and Accllnatlon In Aerobic Blo-oxidntlon systens. glucose-6-phosphatase. (Auth) Jour. Hater Poll. Control Pod., 05(1) , 10-20. 1973. (URS/H111, tngaan, Chase f. Co. , consulting engineers and Analysts, 29 09 Third <76> Avenue, Seattle, WA) Bernlca, R., Nltroge'.. Excretion In STRIPTOCEPHALOS OlcHOTOHUS Balrd, (Cruntacae: The effect pf tenperature acclination of Anoatraca). Hydroblologla (Den.), 39, 009-056. vastevater-fed nixed cultures van studied at 1972. (Hadural University, Departaent of 0, 19, nnd 32 C. Acclination at 0 c vas Biological Sciences, Haduial-2, s. India) conplete vithin tvo veeks, whereas the accllnntlon tine nt 32 C vas on the order of The rate of excretion of aaaonla by the nonths. Insufficient acclination inhibits crustacean, STREPTOCEPHALUS OICHOTOHUS, the respiration rates of nixed cultures. The Increased vlth increase In tenperature up to settleablllty probleas encountered during the 30 C and at 33 c It decreased. (HP) operation at 32 c corresponded to biological teaperature accllnatlon and eventually led to systen failure, evxn though sludge <77> aettleabllltv as neasured by solids Bersell, P.O., Vertical Distribution of Fishes carry-over vas Inprovlng as accllnatlon Relative to Physical, Cheaical and Biological progressed. (Hp) Features in Tvo Centrnl Arizona Reservoirs. H.S. Thesis, Arizona state university, 73 p.. 1973. (Arizona state University, Teape, AZ) <73> Bennett, O.H., and J.w. Gibbons, Food of Data suggested dissolved oxygen, Largeaouth "ass (HICROPTEROS SALH0IDES) fron a chlorophyll-a, net plankton, nnd to a far South Carolina Reservoir Receiving Heated lesser extent, tenperature, as laportant Effluent. Trans. Aner. Fish Soc., 101(0), factors in fish dispersion patterns in tvo 650-650. 1972. (Virginia Cooperative Fishery central Arizona reaervolrs. (HP) Unit, Blacksburg, VA)
survival ot largeaouth bass, HICHOPTEBOS <7B» SALHOIDES, eggs subjected to varying Bhaud, N., Soae Data on the Ecologlcnl intensties of tenpernture shock van highest Determination of Reproduction In Polychaete betveen 13 and 20 c. Survival vas lover at 10 Annelids. Marine Biol. (W. Ger.), 17(2), and 27 c and lovest nt approximately 29 C. 115-136. 1972. (NCRS Laboratory of Arago, 66 Percentage ot hatch of eqgs accllvated to 10, Banyuls-sur-Her, France) 27, and 29 C was generally nuch higher than percentages for non-accllaated eggs Incubated The breeding season of polychaete annelids at those tenperatures. (ST) vas retarded for 6 months in soathern Scandinavia as coapared to the western Mediterranean Sea although these spacles <70> belong to the sane stock. In the Benovic, A., Diurnal Vertical Migration of Mediterranean the breeding of the subtropical SOLHISSUS ALBESCENS (Hydronedosae) in the species neeaed to he controlled by southern Adriatic. Narine Biol. (W. Ger.), teaperature (monthly variations); tn the 18(0), 29B-301. 1973. (Biology Institute of Indian Ocean by high levels of phytoplankton Jazu, Post Pret. 39, 50001 Dubrovnlk, Yugoslavia) abundance. A coiparieon of temperate apmcles vith thoae of soathern Scandinavia and the No significant influences on nlgration of the Mediterranean Sea reveals differences In hydronedusa, SOLHISSUS ALBESCENS, vere noted traeding seasons, vhlch are correlated vlth dae to envlrcnnental factors (tenpetature, tha theraal regime; breeding does not occur salinity, or vertical vater currents) In the belov or above a specific taaperatura, but is southern Adriatic near Yugoslavia. (HP) restricted to an optlaaa value, vhlch appears to be a physiological species characteristic. (HM 11 <136>
<79> <8M> Biggs, D.C., and J.J. HcDaraott, variation In Blafaar, S.J.N., Teaperaturn and 3alinlty Teaparature-Salinlty Tolerance Batveen Tvo Tolerance of Juvenile BHABDOSARGOS HOLOBI Eatuarlne Populations of PAOOROS LONOICARPBS Say (Steindaohne? (Taleosteit Bparldae)). Jour, (Crustaceai Anoaura). Biol. Ball., 195(1), Pish Biol., 5, 593-598. 1973. (Rhodes 91-102. 197]. franklin and Marshall Collage, Onlverslty, Zoology Departaent, orahaaatovn, Departaent of Biology, Lancaster, PA) South Africa)
A herait crab, PAOOBOS LOBGICARPUS, froa tvo Juveniles of the South African fish, sltea In Rev Jersey, aubjected to 36 RHABDOSAROOS HOLOBI, vera tolerant over a coablnatlonn of teaparatura and salinity vide range of salinities (0.7 to 70*) and shoved differences In teaperature-sallnlty teaperatures (10 to 30 C). There vaa little tolerances. Cape Shore crabs vhlch lived in a interaction batveen salinity and taaperatura. nean salinity of 20V shoved a vlder The distribution of this fish - the vara temperature tolerance than taaperate vatera of southeastern Africa - Is Identlcally-accllaated Hereford Inlet crabs probably controlled by teaporature. (ST) vhlch noraally lived In a aean salinity of 30V, Cape Shore crabs shoved less than 10* cuaulative aortallty froa 10 to 22 c, over a <85> salinity range of 15 to 35*. The optlaua Blaha, T.H., and R.J. Hcconnell, Hortality of temperature for noraal-accllsated crabs vas Adult Eulachon (THALEICHTHTS PACIPICOS) estiaated to be 16 C. Accliaation to 301 Subjected to Sudden Increases In Water salinity produced n decreased high Temferature. Northwest Sci., >5(3), 178-182. teaperature survival. (ST) 1971. (National Barlne rlnherles Service, Biological Laboratory, 2725 Hontlake Blvd. East, Seattle, WA)
Teaperature at the spavning grounds of the capelln varied betveen 3 and 6 C. Eggs froa Blodskyttodden, vorvay, kept at tevperatures hetveen 3.0 and 3.5 c started hatching in a5 days. (HP) 12 <87>
<8'»> <91> Bleyaan, L.N., Enhancsnent of Nuclear Hohle, H.W., The Bffect. of Tonporaturo on Instability by Growth at nigh Temperature in Eabryoqenesln and Diapause of EPHEHBR4LLA IGNITA TFTRAHYNHNA PYNIFONHIS. Jour. Coll Biol., 55, (Podu)(Inneota, Epheaoroptera). Oecolqola. (N. 22a. 1912. (University ot North Carolina, Gor.), 10, 253-268. 1972. (Fachherelch Dlologle Laboratories for Reproductive Biology, Chapel doc (hlllpps-Unlversltat, Harburg/L., Poderal Hill, WC1 Republic of (lemony) Nona of tho con 1ugn11ng pilrn or sabclonmn of Blapaune of EPHEHERZLLA IONITA vas terninatnd TETRAHYHBNA PTRiroRHIS derived and grown at within 12 nonths only at comparatively lov 2» C exhibited lntraclonal conjugation teapsratures (1 to 13 C). Comparatively high (nvlflng). Conjugating pairs and subclones temperatures (7 and 13 C) in the days qrovn at 19 c to natnrlty vara pradoninantly preceding tho developmental stage when the miters, (HP) embryos vere nearly developed caused an extension of diapause. The polar germ anlago stage van less sannltive than later stages to
One hundred percent nortality of adult horse clans, TRBSBS CAPAK occured nt 20 degrees C, bat survival nt 5, 10, and 15 C vas excellent. At 15 C setanorphosls occurred la 24 days, at 10 degrees C in 26 days, and at 5 c in 3a days. (BP) 13 <95>
<95> <97> Boven, 3.n., and C.C. Coutant, Theraal effect on Buvier, P.B,, Sassonsl Prevalence ot reading coapetltion Bataeen Rainbow front and CHOHDBOCOCCOS COLONHARIS Infection In Black bxv.glll, CONP-710501-PU Part of Prnc. of the Bullheads froa Clear Laka, low.. Jour. Wildlife 3rd Batlonal Syap. on Radioecology, held at Oak Dlsaaaes, 9, 115-119. 1973. ,(Iova stata nidge, Tennessee, flay 10, Vol. 2, (p. Onlveraity, Departaent of Zoology and 1029-1033), 1268 p.. 1971. (Bhodeo Onlveralty, Entoaology, Aaaa, IA) Departaent of Zoology, orahaaatovn, Sooth Africa; oak Rldga Batlonal laboratory, Tho trend In percentage carrier rate of Ecological sciences Division, oak Bldge, TH) CFLOBDROCOCCNS COLOHNABIS Infections by black bullheads, ICTALOROS BBLAS, In Clear Laka, A decisive Influence of accllaatlon lava vas highest as water teaperature waa teaperatnre on feeding conpetitlon bataeen Increasing during spring and reached a peak rainbow trout (SALHO OAIflDNEBI Rlchardaon) at the tlve when the water waraed to 15 C. and blueglll (LEPOHXS HACROCHIBOs) vas As taaperature continued to rlae, prevalence deaonstrated. Groups coaprlaed of » trout dropped, two aaall prevalence peaks occurred and a bluegill each wore accllaatrd 15 15, at vater teaperaturea of 23 C. (HP) 18 , 20 , 21, 22 , 23, and 20 C, and feeding coapetltlon vaa assessed by tvo aethod. One asthod lnvolvod feeding 3-5* of tha coabined <98> body veight for that group and recording the Boydan, C.R., Aerial Respiration of the Cockle nuaber of food units captured by each CERASTODERHA ED0LE In Relation to Teaperature. species. The percentage of food capture wan Coin. Hloche*. Physiol.. 83(3), 697.1291. 1972. plotted over the range ot accliaation (Onivoralty of Bristol, Departaent of Zoology, taaperaturea. The teaperature at vhicb both Bristol, Onited Klngdoa) species captured 50* ot the food vas estiaated to be 22.5 C, vith 95* confidence Aerial respiration of tha cockle, Halts at 22.0 and 23.1 C. The second aethod CERASTODEBHA BDOLE, teated over tha range ot involved feeding the group to saturation and 7.5 to 30 C vas teaparatura dependant. A Q10 recording vhlch species captured each unit. of 1.88 betvaan 10 and 25 C vaa observed in A running tally was Bade, and the percent of suaaer accliaated cockles, while a Q10 of tha total unlta captured by trout was plotted 2.53 vas obtained betveen 10 and 20 c in tha over the percent of all units captured by winter accllaated group, (St) both trout and bluegill. The resultant coapotitlon profile shoved the outcoae of coapetltlon as a function of ration as well <99> as of teaperature. This vork deaonatrated Boyden, C.R., A Coaparative Study of the the potential altorlng effect of aublethal Reproductive Cycles of the Cockles CERASTODERHA teaperatures in a natural aquatic enaaunlty. fDOLE and c. BLAOCOH. Jour. Har. Biol. Assn. (Auth) O.K., 51(3), 605-622. 1971. (Queen Hary College, Departaent of Zoology an>l coaparatlve Physiology, Hile End Road, London El, Onited <96> Klngdoa) Bowler, K., c.J. Duncan, R.T. Qladwell, and T.r. Davison, Cellular Heat Inlury. ccap. Blochea. CERASTODERHA EDOLB and CEBASTODBRHA OLAOCOH, Physiol., 95(2), 0H1-S50. 1973. lOnlveraity of cockles froa a alxed population In the Crouch Durhaa, Departaent of Zoology, Durhaa DH1 3LE, eatuary, England, spawned in Hay and July OR) respectively. Initiation of spavning for C. 1DBLE occurred at about 13 c. Hybrid Heat death In A5TAC0S PALLIPES was associated trochophore larvae were produced la 22 hr at with a draaatlc Increase In permeability to 25 c, 36 hr at 20 C, and 98 hr at 15 C. (ST) cations. Reeolyaph Ra* falls and K* rises. This has been correlated with an iapalraent of the bioelectric properties of ausele, and <100> with the lnactlvatlon of aeahrane-bound Boylen, c.w., and T.D. Brock, Effects of Tharaal AT PaBe. m CALLTPHORA BRTTHROCBPH ALA a Additions froa tha Tellowstone Geyser Basins on correlation vas obtained betveen the LO 50 the Benttilc Algae of the Plrehole River. and loss of respiratory control and the Ecolcgy, 5»(S), 1282-1291. 1973. (Onlvaraity of coupling of oxidative phosphorylation by Wisconsin, Departaent of Bacteriology, Hadlson, sarcosoaes. It was proposed that cellular Wll heat inlury was due to a chanqe in the stability of lipoprotein coaplexes, or In The quantity of chlorophyll per unit area enxyaes whose activity vaa dependent on extracted froa epllithic algal aats increased aaintalnlnq aeabrane structural Integrity. with the theraal water input to the Pirehole This proposal vas discussed la relation to River in Yellowstone National Park to 20 previous vork, and to theories of heat tiaes that In unheated control areas. The injury. (BP) apparent grovth rates of benthlc algae calculated froa periodic qnantltiva saapling of cleaned rock vore over fivefold greater In the varaed than In the cooler portioa of the river. The teaparature optiaua for CO2 fixation paralleled the aldsaaaer teaperature ot the habitat although It averaged about 3 centigrade degrees higher at each station. Higher teaperaturea froa tha additions of theraal vatar Increased the algal standing crop through Increase in grovth rate of the algae. (HP) 11 <101>
<101> <100* Roylnn, C.W., and T.D. Brock, Bacterial Brawn, K., H. ftnnnenann, and II, Laudlon, The Decoaposlton Proceenon in Lake Wlngra Sediments Influence of Taaperature Change* on Bntymem of During Winter, Llnnol. 6 OcitnM>i 18(01 , the rlsh HusaU. Experisentn with BIIODEBS 628-R33. 1973. (University of Wisconsin, AHARUS. Harlnw Biol. (V. fler.), 7(1), 59-70. Department of Bacteriology, Radlson, sit 1970. (Kiel University, Federal Republic ot Oeraany) Growth of bacteria Isolated froa Lake wlngca, wtnconsln, sediments was four tlnna an fast oxygen oonsnnptlon of DROOBOS AHABUS at 21 c as that at n C, although temperature acoliaatad to dlfferad teaperatures was ot the sedlnentu renalnefl below 1 C for over tented nt 22 C. At lov acclination three aonths. Wo obligate psychrophllic taaperaturen no adaptation was found. At bacteria vera found. optimum temperature for high accllnatlon temperatures compensation glucose uptake and C02 evolution waa 25 C or vas ascertained, A auddan or slow Increase greater all winter. Date of uptake vas fonr or decrease in adaptation tenperature to fourteen tlaea higher nnd«t amroblc produced narked fluctuations in muscle enzyme conditions and fonr to eight tines higher activity. After several days a new enxyae under anaerobic conditions at 25 c as 1K«1 became stable, Temperature change coapared with lov teaperatncna. Thus rapcesented a physiological stress even bacterial decoaposltlon processes occur tad at vithin nornal tenp~catn
<107> <110> Brett, J.II., and f.n. alms, Metabolic nates and Brook, T.o., microbiological stadias on Tharaal Critical Balaelag Speedn of tiockaje Saltan Babltata ot the Central volcanic Region, North (ofCOnifYNCNOS HERKA> In Delation to slzo and Island, Nav Zoalsnd. Rev Zealand Jour, Bar, Taaparatnre. Jour, riah Raa. Bd. Can., 30, Fceahvater Res., 5(2), 233-258. 1971. 319-3B7. 1913. IPiehmrion Research Board ot (Hsconsln university, Departaont of Canada, Pacific Biological Station, Nanalao, Bacteriology, Madison, wij British Colombia, Canada; Onited States Environmental protection Agency, national Tha upper taaperature Halt for blue-green Environmental Beaearch Center, Corvallla, OR) algae In Rev Zealand "as 60-65 C, and tha species living at the tharaal Halt na Tan years researcli on aetabolia rates and generally MASTIGOCLADOS LAHINQSOS although in svlaalng speeds of Bockeya salaon, aoae canon pnORMIOIOM sp. or SYNtCROCOCCOS ONCORHYNCTLOS NltwtA, ranging in veight ftoi 2 ap. vas found. Tha SYVECHOCOCCOS ap. to 2000 0, at teaperatures froa 2 to 2« C vas characteristic of high temperatures (73-7a c) reviewed and suaaarlzed. Analysis of present in North America van not found In Kev aalqht-nlope relations, using log-log Zealand. In virtually all boiling poola transforations, provided an overall aean of <99-101 ci vlth pH valaaa In the neutral and 0.BR for standard aetabrllsa and 0.99 for alkalltrt range bacteria vara toned, but in active astabollsn, A previously deterained acidic boiling pools, bacteria vara absent. seallog equation for teaperature effect on (HP) standard aetabollc rate (at approxleately 50 q) vas supported, by suppleaentary data at 2 C. predictive graphic aodols in the fora of <111> laopleths of aetabollc rates and critical Brock, T.D., P. Paasian, and I, Toder, Absence svlaalng speeds In relation to velqht, of otllgatsly psychrophllic Bacteria In length, and teaperature vere depicted. These Constantly Cold Springs Associated vith Caves n provide a coaposlte presentation useful In southern Indiana. Aaer. Midland Naturalist, estimating the aetabollc rate and maximum 90(1), 240-2B6. 1973, (Indian! Oniversity, sustained speed for any size and teaperature. Department of nlctobiology, Mooalngton, IB) (Auth) Teaperature optima of resident natural populations of bacteria In cola springs of southern Indiana vore 25 to 30 c. Year round Brierley, c.L., ana j.A. Brierley, A temperature of the springs vaa 10 to 12 C. Cheaoautotrophic and Thermophilic Blcroorgenlsa (ST) Isolatil froa an Acid Rot Spring. Can. Jour. Microbiol., 19, 183-188. 1972. (Nev nexlco State Bureau of Nines and Mineral Resources, <112> Socorro, NH! Nev Mexico institute of Mining and Brovn, c.H., and D.E. Miunikln, The Effect of Technology, Departaent of Biology, Socorro, NM| Growth Teapefcaturo on the Patty Add Composition of Soae psychrophlllic Marine Pseudoaonads. A cheaoautotrophlc and theracphilic Jour. Gen. Microbiol., 75(2), 9. 1973. alcroorqanisa isolated from an acid hot tOnlversity ot Newcastle, Departments of spring vas described. Morphological and Microbiology and Microbiological Chealstry, nutritional similarities as veil as Newcastle upon Tyne, MS ,17 Bo, England) corresponding thermophilic acidophilic requirements suggests a relationship to Analysis of the fatty aClds of cultures of SOLPOLOBdS. The orovth temperature range mas aarlne pseudoaonads showed' that no »3 to 70 c. (BP) significant changes took place with temperature changes. (HP) ' .,
<109> Brittain, J.E., The Biology and Life cycle of
<115> <119> Brovn, R.L., Effects of Light and Temperature on Buchan, O.C., A Cybernetic Approach to Theraal Algal Crovth. Part of Sealnxr on Eutrophlcatlon Pollution Declslon-Maklnq, Ph.D. Thesis, and Btostinulation, Held In clear Lake, Onlvarsity of Texas at Austin, 076 p.. 1972. California, October 19-21, (p. 111-131). 1971. Dissertation Aba., 33, 132B-H (1973). (California Stato Department of water Rosonrcos, (University of Texas, Anntln, TX) Sacramento, CM An analytical ecosystea van developed to Temperature directly affects algal predict the physical and biological metabolism, reproduction, nnd distribution. alterations resulting fron the discharge of Light had a nore direct effect on algal theraal effluents. Aquatic, atnospheric, and grovth than temperature. (ST) coablned nethods of vaste heat discharge vere exaained and the output of (.his physical model vas used as an Input to the biological <116> aodel vhich deternined change in the Brubaker, D.C., The Influence of Migration on ecosystea stability (basad on altered species the Age Claasos of DAPHHIA in Prains Lake, diversity!. A coablned political-legal Hichlgan. Ph.D. Thesis, university of Michigan, approach to theraal pollution decision-making 127 p.. 1972, Dissertation Abs., 3», S63-B vas proposed. (ST) (1973). (Oniversity of Hichlgan, Ann Arbor, HI)
DAPHHIA vere found in the cool netallanian <120> daring the day in Prains Lake, Hichlgan, and Buchanan, R.J.. Studies of Oyster lay In in the vara eplllanlon daring the night. Janalca, West Indies. 5. Oaalltatlve Dally novenents Into and oat of these Observations on the Planktonlc Algae and tenperature rones created a teaperature Protozoa. Bull. Harine scl., 21(U), 91H-937. cycling (froa 9 to 10 centigrade degrees in 1971. (Johns Hopkins Oniversity, NcCollun-Pratt amplitude) vhlch vas directly transferred to institate, Departaent of Biology, Baltlnore, HD) developing eabryos. Laboratory studies on the effects of alternating •""•^erature Qualitative observations of the planktonic envlronaents (using 10 and 20 c) on eabryo algae and protozoa found In the shallov and developaent and hatching suggested that highly luminescent Oyster Bay, Janlca, vere teaperatare cycling nay phase hatching in reported. Examination of the literature on such a vay that the hatching in the varn the knovn temperature tolerances of tha 28 phase of the cycle vas incrensed. Pros 60 to nast conmon and abandant taxa shoved that 70* of the lasatures hatched at night, vlth a only tvo species vere restricted to a greater proportion hatching in the tenpernture range of 25 to 35 c found in the eplllanlon. (HP) Bay. (ST)
<117> <121> Bryan, G.B., The Occurrence and Seasonal Pudde, H.1., B. Beck, L. Flnke, C. Rater, and Variation of Trace Ratals in the scallops PICTIH B.J. staggenborg. An Investigation of the effect MAXIH0S (L.) and CRLAHTS OPERCOLABIS (I.) . of Heated Hater Discharge froa the Becklord Jour. Mar. Biol. Assn. O.K., 53, 13«-166. 1913. Electric Plant on the Hicroorgenlsas "in the Ohio (Plymouth Laboratory, Onited Klngdoa) River. Thonas Hore College Bivar Research Bull.. 1971. (Cincinnati Gas and Rlectrlc Seasonal changes in the concentrations of the Conpany, Cincinnati, OHI trace netals, Co, ca, Pe, Hn, Hi, Pb, and In vere observed in the scallops, PICTIB HAIIHOS The operation of the Beckjord pover plant on and CHLAHTS OPERCOLABIS, aad. In general, the the Ohio River did not interfere vlth the highest values vere found in the fall and alcrobial life foras. The teaperatare at the vinter nonths. These changes say be related discharge*vrs less than .5 to 6 centigrade to food supply, since concentrations vere degrees above that of the Intake. The generally highest vhen phytoplankton absence of aany bine-green algae vas a strong productivity vas lov and tended to fall In indication that the effect of the plant vas spring as productivity Increased rapidly to one of calefactlon and not pollution. (BP) its annual peak. (ST) 17 <136>
<122> <125> tacky > A. J., Ilicitaa Turnover, Reeplratlon, and Cairns, J., Jr., Envlrcaaental Quality and the Interpopulatlon Variation In th* Stroaa Llapet Theraal Pollution Problem. Part of parvar, B., PERRISSIA MTDLARI3 (Say), f!col. Monographs, and Hilton, J.P. (Eds.), The careless 41(3), 235-251. 1971. (Case Wemt«rn Reserve Technology, Ecology and International Onlvervlty, Dopartaent of Biology, Dnlverslty Devalopaent, Tha Natural History Press, Garden Circle, Cleveland, On) City, llev Tork (p. 829-856). 1972
In field accllaated streaa llapets, PERR1SSIA The results of field studies for several RIVDLARIS, roaplratlon vas lcvest dating the years at the savannah Blver Plant and at tho vlnter. Daring the spring, respiration vas Potoaac Electric Power Plant vere nuaaarized. closely cortalated vlth temperature and egg Data froa before and after plant operation laying Intensity, oxygen consumption as veil as during seasonal fluctuations were aeisureaenta at 10 and 20 c for all seasons presented. The data were discussed In shoved roverse accliaation t« lov temperature relation to the need for social and policy (qualitative and quantitative dovnvatd changes so that proper aanageaant ot the ad-fustvent of aatabollsa). This acclimation environment may occur. (BP) pattern vaa accompanied by a decrease In Q 10 (3,3 to 2.1) that can daap the effects of winter teaparatura fluctuations, (nP) <126> Cairns, a,, Jr., T.K. BahnB, D.T. Burton, K.L. Dickson, R.E* Sparks, and w.T. Waller, The <123> Effects of pH, Solubility and Teaperature Opon Burton, D.T., B.L. Rorgan, and 0. Cairns, Jr., the Acute Toxicity of Zinc to tha niueglll Bortallty Curves of Bluegllls (LEPOHIS Sunflsh (LEPOnis HACR0CHIR0S Rat.). Trans. HACROCfllBtlS Baf inesque) siaultaneously Exposed Kansas Acad, Sci., 70(1), 81-92. 1971. tc Temperature and Zinc Stress. Trans. Amor. (Virginia polytechnic Institute and state Pish Soc., 101(3), 435 - 441. 1972. (Virginia Oniversity, Oepartaent of Biology and Center for Polytechnic Institute end State University, EnvlronBental Studios, Balckabutg, 1h> Department of Biology and Center for Envlronaental Studies, Blackaburg, VA) tluegill sunfish, LEP0HIS HACB0CHIR0S, accllaated to and tested at 7.5 C and exposed Temperature rise reduced survival time of to soluble zinc sulfate at a concentration of blaegill exposed to lethal and sublethal 32 eg/1 died vithin 36 to 52 hr after concentrations ot zinc. i»lsh vere exposed exposure whereas those tested at 21 C died temperature-zinc Interactions consisting of 5 after to 6 hr exposure. No mortalities teaperature regimes and a zinc concentrations occurred in bluegills exposed to Insoluble (1.0, 5.6, 10.0 and 32 ag Zn**/1). Zn(P0U)2 at the sane teaperaturos and saae Teaperatures vera (1) 20 C, (2) 30 C, and calculated concentration of zinc. (ST) three rates of Increase froa 20 to 30 C(3)1 C/2«hr, (4) 1 C/hr, (5) 1.5 C/10 ain. Pish exposed to 32 ag Zn»»/1 died 2.6 tlaes faster <127> at 30 C than at 20 C. Rapid rise to 30 C calabrase, A.. Reproduction of Larval Ecology of (1.5 c/10 aln) caused death a.ft tlaes faster the Coot Claa, noLIBIA LATERALIS. Aaer. Zool., than In fish held at 20 C. Zinc 12, 722. 1972. (National Harine Fisheries concentratIon that was sublethal at constant service) 20 C van toxic when the teaparature rose at the fastest rate. (CCC) The range of salinities tolerated by the coot clam, noLIBIA LATERALIS, narroved progressively both above and belov 22.5 C. <124> Survival ot larvae vas relatively uniform Cairns, J., Jr., Rate of species Diversity troa 7.5 to 27.5 C and from 10.0 to 35.0 ppt Restoration Folloving stress in rreshvater salinity S, but there vas a drastic decrease Protozoan Coaaunltiea. dniv. of Kansas Sci. in larval survival at 32.5 C at all Bull., as(6), 209- 224. 1969, (Oniversity ot salinities except 30.0 ppt. Grovth of larvc« Kansas, Departaent of Zooloqy, Lavrence, KS) vas aost rapid froa 20.0 to 35.0 ppt S and 22.5 to 27.5 C. (HP) Freshwater protozoan coaaunlties aero exposed to a range of pB and teaperature shocka of long (31 C) and short (Bo and 50 c) duration. <128> The aagnitude of shock was aore iaportant In Calov, P., on the Regulatory Nature of reducing protozoan epecies diversity than its Individual Grovth? Soae observations troa duration and restoration of species diversity Preshvater Snails. Jour. Zool. (G.B.), 170, required only a few hours vhen the shock vas 015-428. 1973. (Glasgow 0niversi4y, pepartaent alld but five or six daya tor severe shocks. of Zoology, Glasgov, Scotland) A teaperatare ahock of 50 C and pH shock of 19 caused a reduction of species froa 26 to 7 Rate of grovth of the freshwater snail, and 5, respectively, and several days vere PLANORBIS CONTOBTUS, vas more than tvlce as required for recovery. (ST) fast at 18 c as at 4 c. Oltlaate size vas less dependent on teaperature than the rate at vhlch it vas approached. Partial compensation of the latter characteristic at higher teaperatures (10 to 18 c) suggested that P. C0NT0RT0S vas better adapted for life under these conditions. Onder conditions ot temperature fluctuations a reductionist grovth model appeared to be more suitable vhereas under food variations a systems (holistic) representation vas more realistic. (ST) 18 <12q->
<129> <133> Campos, H., Breeding Season and Early Carlson, A.R., Induced Spavning of Largemonth Development of BRACHTGALAXIAS BVLIOCKI Bass (HICROPTERtfS SALH0IDES (lacepede)) . Trans. (Ostelchthyas: Galaxlldae). Tex. Jour. Sci., Aaer. Fish Soc., 102 (2), 112-111. 1971. (Onited 23(«| , 532-544. 1972. (Onlversidad Austral de states Environaental protection Agency, National chile, Zoological Institute, Valdtvla, chile) Water Quality Laboratory, 6201 Congdon Boulevard, Duluth, HM) Tho oggs of BRACHTGALAXIAS BULLOCKI hatch In about two works at temperatures between 10 Off-season spawning of largaaouth bass can be and 15 C. (HP) Induced on deaand by exposing then to a depressed tesperature reglae and abnoraal photoperiod and then gradually increasing the <130> vater teaperattire to it normal spawning Cardtrell, B.D., Acute Toxicity of Ho. 2 Diesel teaperature (20 C). These spavnings occurred Oil to Selected species of Harine Invertebrates, in December through July vithin a period froa Harine sculplns, and Juvenile Salnon. Ph.D. 6 to 19 days after 20 c vas reached. (HP) Thesis, Onlversity of Washington, 138 p.. 1973, Dissertation Abs., 31, 1623-B (1973). (University of Washington, Seattle, WA) <134> carpenter, E.J., Brackish-Water Phytoplankton Median lethal tines (IT 50) of undiluted Ho. Response to Teaperature Elevation. Estuarlne 2 diesel oil ranged from 159 ninutes in hairy Coastal and Har. Sci., 1 (1), 37-44. 1973. hern It. crabs, PAGORIIS HIRS0TI0SC0LQS, to (Hoods Hole Oceanography Institute, Woods Hole, 1,795 minutes In hairy shore crabs, HA) HBNIGRAPSOS OREGOHKNSIS, at 10 to 12 C and decreased with Increasing temperature. In The only statistically significant effect of all cases, except for hairy shore crabs heating a pool siaulatlng the Paallco River exposed to oil belov 20 C, the LT 50 values Estuary, North Carolina an average of 5.5 of nlneral oil vera significantly greater ( P centigrade degrees on phytoplankton clas3 less than 0.05) than I.T 50 estinates derived coaposition vas an increase in the fron dlesel oil at the sane temperature. (HP) dlnoflagellate concentration In the heated pool. Phytoplankton populations in the heated pool vere nore diverse and vere <131> coaposed of larger cells (call3 averaged 5.2 Carey, P.G., "Ishas vlth Warn Bodies. Set. Aa., tines larger in voluae) than In controls, it 228(2), 36-44. 1773. (Wot given) appeared that the warming tended to accelerate tbe succession of the late Tunas, THUNNUS spp., and mackeral sharks are vlnter-early spring population and produced a able to naintaln body tenperatures varaer oore mature successlonal stage. Thus the than vater tenperatures. Bluefin tuna fran varmlng of brackish vater, possibly by heated 30 c waters of tho Bahaaas vere only a fev effluents fron electric generating plants, deqreea varner than the vater, vhereas those can alter the composition of phytoplankton fron 7 c northern vatars vere 20 C above the populations. (HP) vater teapetatures. "Rete •IrabUe", a parallel net of snail arteries and veins CCHHENT: The effects of heating on the conserves the heat of netabollsn to Increase respiration of phytoplankton using the Panllco the pover ot svinning auscles. The systen River Estuary simulation are discussed in Davis, constitutes a countercurrent heat exchange: R.L., III. Evaluation and Ose of the Partial venous blood varmed by aetabolisn gives up Pressure of Carbon Dioxide in Studying Community its heat to cold, nevly oxygenated arterial netabollsm in Heated Experiaental Ecosystems, blood fresh fron the fish's gills. (ST) Ph.D. Thesis, North Carolina State Oniversity (1971).
<132> Carey, P.G., and K.D. lavson, Tenperature <115> Regulation in Frue-svlmaing Bluefin Tnna. Conp. Carpenter, R.H., III, properties of Bifnnctlonal Biochem. Ohyslol., 91(2), 375-392. 1973. (Woods Glycolytic Enzymes In PACBTGBAPSOS CBASSIPES Hole oceanography Institute, Departaent of Randall. H.A. Thesis, California State Biology, Woods Hole, HA) Oniversity, 94 p.. 1973, Rasters Abs., 10(4), 201 (1973). (California state Oniversity, Long Bluofin tuna, TH0NN0S TH0HH0S, that Beach, CA) experienced narked changes in vater temperature, shoved excellent regulation of The Q10 of glyceraldehyde 3-phosphate the teaperature of th» stcnach and epaxial dehydrogenase of the crab, PACHYGRAPS0S auscles. Bigeye tuna, THUNNtJS 0BES0S, and CRASSIPES, vas 1.1 in the 10 to 40 c range. dusky shark, CARCHARHIHOS 0BSC0R0S, did not The netabolisn of the crab vas veil adapted appear to control their body tenperatures. for environaental tenperature variations. The bluefin does not have a fixed body (HP) teaperature set-point. Fish taken fron the saae school nay vary 5 centigrade degrees or so in their aaxlaue auscle teaperature, and on occasions the body teaperatures of fish folloved vere observed to change independently of vater teaperature. (HP) 19 <210>
<136> <1M» Catroll, J.H., Jr., and T.C. DorrIs, The Life Chang, J.W., and D.Y. Chung, Studies on the History o« BRAHCHXORA SOHERDT. Amer. Hldland Culture of Lanlnarla. 2. On the Tide Over the Naturalist, 87(2), 113-121. 1972. (Oklahoma Sunner of Cultivated LAHIBABIA BELIGIOSA Hnyabe State University, Heservior Research Center, in wars Water Area. Bull. Pish Rea. Dev. Zoology Department, stillvater, OK ) Agency, Pusan (Korea), B, 31-11. 1971, (Fishery Research and Development Agency, Pusan, Korea) Hean teaperature during the reproductive period of the ollgochaete, BRAHCRIORA Apical parts of LAKlHABIk RELIGIOSA fronds SOWBRBY, vas 22 C. (HP) began to die in Ilsan Bay and Kyeong Jeong, Korea vhen the vater tenperature became 15 to COHHBHT: Field study supports laboratory study 20 C. The mortality vas extensive vhen the by Aston, R.J., The Effect of Teaperature on the vater temperature vas greater than 22 C. The Life cycle, Grovth and vecundlty of BRARCBIBRA mortality decreased vhen the vater SOBVERBT (OLIGOCHAETA: TDBIFICIDAE) , Jour. tenperature vas less than 22 c and regrovth Zool. Proc. Zool. Soc. London, 151, 2? (1968). was apparent at about 20 c. (HP)
<137> <111> Castle, P.B.J., The Eel Genus BEHTHENCHELYS Chang, S.Y., and C. Kung, Tenperature-Sensltive (Paa. Ophichthidae) in the Indo-Pacific. Dana Pawns: Conditional Behavioral nutants of Rep, 82, 1-32. 1972. (Victoria University, PARAHECIOH ADREllA. Science, 180, 1197-1199. Departaent of Zoology, Wellington, Rev Zealand) 197 3. (Oniversity of California, Department of Biological Sciences, Santo Barbara, CA) The eels, BEKTHENCHElYS spp., vere only to be found in vater temperatures betveen 13 to 23 "Pawns" are nutants of PARAHBCIOM MI RELIA in C in the central Indo-Paciflc in the open vhlch the process of calcium activation ocean, in about 200 a over depths of soOO n. during membrane excitation was genetically (HP) impaired, vitb a corresponding loss of avoiding reactions. nutants vera selected that behave normally vhen grovn at 23 C bat <138> as pavns at 35 C. The normal excitation can Cater, R.T., Developaent of the Egg of nov be disrupted and restored In the HABOPHTETOS SALBIRCOLA (Chapin) and Infection of strain at will. The loss of the aveidlr.a the First Interaediate dost. Ph.D. Thesis, reaction suggested a heat disruption ot' a Oregon State Oniversity, 75 p.. 1973, mechanism general to the excitation process Dissertation Abs., 33, U582-B (1973). (Oregon triggered by cationic stlnull. (HP) State Oniversity, Eugene, OR)
Developaent of the uneabryonated eggs of the <112^ parasitic vora, RANOPRTKTOS SALHTHCOLA, Charmantier, G., Ecological Research on occurred in eggs washed froa feces, exposed SPHAEROHA SERRAT0H (Fabrions). Bull. Sec,, 2ot>l. to 5 C for froa one to nlnety-tvo days and Pr., 97(1), 35-11. 1972. (Oniv. Sci. Tech. incubated at tenperatures froa 15 to 30 C. Languedoc, Lab. Physiol. Invortebr., Gronpe Eggs incubated 37 days or longer hatched vhen Ecophysiol., 31-Hontpellier, France) exposed to the snail, OKYTBEHA SILICOLA, along vith the addition of fresh vater. (ST) Extreme temperatures (2 and 30 C) partially reduce ionic regulation ia SPHABROHA SERIATIM, while fairly lov ones (10 C) ftror <139> it. (HP) Chan, H.L., The Relationship Betveen Grovth Tenperature and cell Envelope conposition of several nicroorganlsas. Ph.D. Thesis, <113> Oniversity of Kansas, 219 p.. 1972, Chavln, v.. Responses of Fish to Environmental Dissertation Abs., 33, 5»09-B (1973). Changes. Charles C. Thomas (Pub.l, Springfield, (Oniversity of Kansas, Lavrence, KA) IL, 159 p.. 1973. (Wayne State Hniverslty, " Detroit, HI) CLOSTR7DIOH cells grown at higher teaperatures contained greater aaounts of Responses of fish to environment&1 change, fatty acids with higher melting points vhile vere reviewed. Papers from various field cells grovn at lover temperatures contained ranging firom behavioral to Molecular vere • fatty acids vlth lover melting points. presented. The papers range in subject £ro» BACILLOS sp., a facultative thernophlle, observations of certain preferences, grovn at higher teaperatures had sore rigid lethality, etc., to the ultrastructure and" call membranes than cells grovn at lover chemical level in. telecasts and sharks. The - teaperatares. Fatty acid composition of the papers on thermal effects are abstracted ' ',• cell membrane apparently affects tbe separately In this data liaso. Those not , theraostabillty of microorganisms. At higher abstracted include teleontean endrocrine and • ' teaperatures an increased amount of paraendocrine alterations, salt and vater ' '. hexasones, glutamic acid and dlamlnopivellc movements, color changes, ueusory detection^ acid vas present in the cell vail cf both the lateral line organ and nlneal organ of organises. (ST) fish. (HP) :mu>
<147> Cherry, D.S., R.K. Guthrie, and R.s. Harvey, 1 chou, S.C., K.A. conklin, K. Yanada, and Y. Theraal Loading Effects on Bacterial populations Hokaaa, Biocheaical Characterization of of a Jon-Polluted Ploving Streaa. DP-HS-72-S9; TtTSAHYBEHA PIRIFORMS Catalase. Int. Jour. 11 p.. 1972. (Cleason University, D*'partaents Blochea., 2(12), 705-710. 1971. (University of of zoology and Microbiology, Cleason, sc; E.I. Havail school Medicine, Departaent of do Pont de tleaours and Coapany, Savannah River pharaacology, Honolulu, Havali) Laboratory, Aiken, sc) Destruction of catalase activity of the changes In tenperature of 3 to 1 centigrade protozoan, TETRAHYHENA PYRIPORHIS occurred at degrees above the naturally occurring aabient a teaperature of 37.5 C and above in onn vater teaperatnre at the Savannah River strain and 50.0 c and above in another. 50* Laboratury allowed for an Increase In total lnactivatlon in 10 nin occurred at 44.3 c in counts and diversity of bacterial types. the first strain and 58.0 c In the second. Optiaal teaperature ranges favoring high . (ST) diversity In bacterial types occurred In the range of 16 to 19 C. A 10 centigrade degree increase resulted in an increase In total <148> bacterial counts; however, a reduction in Chua, K.E., and R.o. Brinkhurst, Bvidence of diversity of types vas noted. (HP) interspecific Interactions in the Respiration of Tublficid Oligochaet.es. Jour. Pish Res. Bd. can., 30(5), 617-622. 1973. (Oniversity of :i«5> Toronto, Oepartaent of Zoology, Toronto, Chin, P., The Effect of Teaperature on ontarlo, Canada) Respiratory netabolisc of the Bysid, HEOHTSIS AHATSCHERSTS (Brandt). Publ. Raevundae Bar. Deteralnatlon of respiration of TOBIFEX lab. (Korea), 0, 9-ia. 1971. (Pusan Pish. T0BIPEX, LTHHODBITOS HOPPHEISTERI, and College of Baevundae, Harlne Laboratory, PELOSCOLEX HOLTISETOSOS in the laboratory Haevrlndae, Republic of Korxa) provided evidence of interspecific interactions betveen 2 tubificid species. The effect of prolonged exposure to 5 and 25 The saae Individuals In sired species culture C on standard aetabollsv of the aysld, resoire significantly less than In pure MEOHYSIS AVATSCHBffSIS, vhen measured at 15 C culture. The effector of the interaction in vas slight. Respiration of H. JBATSCHERSIS the one interaction betveen T. T0BIPEX and L. accliaated to 5 c decreased significantly H0PPHEISTER vas rendered ineffective by vhen deterained acutely at 15 C and 25 C heating at 60 c for 20 ainutes, vag , vhile respiratory rate of the aniaals vaterborne end smaller than 0.45 mu. (HP) accliaated to 25 C vas lev at 5 C. In general, Q10 values vere lov but shoved considerable changes vithin the experimental <149> teaperatures. (HP) Clechoaskl, J.O. De, Distribution and Abundance of Anchovy Eggs in the Plankton off the Argentine, Uruguayan and Southern Brazilian :ias> Coasts: Results of 10 oceanographlc Campaigns, Chittenden, H.K., dr.. Responses of Young August 1968-August 1969. Proyecto Desarrollo Aaerlcan Shad, ALOSA SAPIDISSIHA, to Low Reaq Ser Inf Tec. PI Publ., 25, 1-10. 1973. Teaperatures. Trans. Aaer- Pish Soc., 101(4), (Institute of Biology and Harlne, Har del Plata, 1 680-685. 1972. (Rutgers Oniversity, Bepartaent Argentina) of Environaental Sciences, He* Brunswick, HJ) The ainlaua temperature at vhich the Rapid teaperature decreases frca 24 to 12 C reproduction of the anchovy occurred vas did not affect young Aaerican shad, ALOSA about 9 c, of salinity about 23.5*. (HP) SAPintSSIRA. In a teaperat.ure gradient tank fish veakly avoided the cold end vhen )t vas 8 c and strongly avoided it vhen it vas belov <150> 5 C. Belov 6 C fish aoveaent vas slnggluh; Clark. J., and W. Brovnell, Electric pover feeding ceased, equllibriua vas teaporarlly Plants In the Coastal Zone: Environaental lost, svlaaing vas vobbly, and there vas no Issues. Aaerican Littoral Society Special response to hand aoveaents and collision vith Publication Ho. 7. 1973. (Conservation* objects vas frequent belov 4.a c. The lover Foundation, 1717 Massachusetts Avenue, theraal tolerance Halt vas about. 2.2 C, but Washington, DC) „ lethal teaperature vas Influenced by exposure tlae. Onaceliaated fish aay not survive Envlronaental Issues involved in electric prolonged exposure to a to 6 c. The effects pover developaent in the coastal zone, of teaperature on reproduction and aigration particularly estuaries vere reviewed. vere discussed. It vaa suggested that cold Detailed environmental assessments made by: < vater releases aay adversely affect spavning the authors, the Atoaic Energy Coaalssion and and nursery areas belov reservoirs. (ST) others were consolidated for consideration of general coastal pover plant probleas." Entrainaent of saall organises through the cooling systea vas judged more'iaportant for environaental daaage than teaperature increases in water bodies. Envlronaental guidelines for public'plant siting and design that are characteristic for the ecologlcally-iaportant coastal areas vere proposed for resolution of envlronaent-energy conflicts in the coastal zone. (CCC) 21 <151>
<1S1> <155> Clark, v., and D. A. Powers, Environmental Colby, P.J., and L.T. Brooke, Effects of '-/ Adaptation of FONDBLOS HBTEROCLITOS Boscle and Teaperatucc on Eabryonlc Developaent of Lake Liver Lactate Dehydrogenase. Biol. Boll., Herring, COREGOROS ABTEDII. Jour'. Flul Pes. Bd. 115(2), 428. 1973. (Marine Biology laboratory. can., 30, 799-810. 1973. (Great Lakes Fishery Woods hole, HA) Labcratory, U.S. Fish and wildlife Service, Ann Arbor, HI) The levels of auscle and liver lactate, glycogen, and lactate dehydrogenase in the An eguatlon vas derived troa laboratory killifish, FONDOLUS HETEFOCLITUS, adapted to observations to predict eabryooic development 10, 20, and 30 C did not change vith stage of lake herring, COREGORBS ABTEDII, at environaental teaperature. However, constant teaperatures, on the general pyruvate, glucose, and ATP pools did change assuaption that developaent stage vas a ' significantly. Holecular adaptation and function of tiae and teaperature. A second allelic coapetltion appeared to be a function regression model, derived prlaarily for of environaental teaperature and vere fluctuating teaperatures, related developaent influenced directly by the structural and stage (ORj), expressed as tbe reciprocal of functional properties of enzyaes- (ST) time to teaperature (x) • The generalized equation for a development stage vas: DR1=ab(B«X)cfB=JT2)d(E»X3)• In general, tlae <152> required for embryos to reach each stage of Clay. B.E., and c.E. venard. Larval Diapause in developaant in Pickerel Lake, nlchigan, the Mosquito AEDES TRISEBIATUSs, Effects of Diet agreed closely with the.ties perdlcted froa and Teaperature on Photoperiodic Induction. this equation. The equations derived with Jour. Insect Physiol., 18(8), 1441-1046. 1972. the second aodel were used to predict the (Ohio State University, Departaent of effect of superiapositloa of teaperature Entoaology, coluabus, OH) Increases of 1 and 2 centigrade degrees on the measured teaperatures in Pickerel Lake. Larvae of the aosguito, AEDES TRISERIATOS, (HP) underwent diapause vhen their developaent was slowed by lov tenperature (16 C) or, lov-guality diet for a sufficient nuaber of <156* , days to allow short-day photoperiod to exert Coleaan, R.', The Oxygen Consuaption of BTTILOS a visible effect. (tip) i • ED0LIS in Air. Coap. Biochea. Physiol., 45, 393-002. 1973. (Oniversity of Manchester, Department of Zoology, Manchester (113 9pL, <153> > England) ' . Cognard, c.. Influence of the Teaperatore on the Eabryonlc and Post-Embryonic Developaent of the Curing exposure in air the heart and Dlaptomid Copepod EOOIAPTOHOS GRACILIS (Sars, respiration rates of HITILOS EPULIS are 1863). Crustaceana (Beth.) , 2tt (3) , 323-331. reduced, and becoae independent of changes In 1973. (Unlversite d'Orleans, Labacatolce temperature, allowing the maintenance of d'Bcologie, Prance) aetabollc homeostasis, and. a saving of food i, (• reserves. (Auth) Studies at a, 15, and 18 c shoved that an increase in teaperature shortened the duration of the different larval stages of <157> the copepod, EBDIAPTOHOS GRACILIS, and Colijin, P., and C. Van,den Hoek, The influenced the survival rate of the life-Bistory of SPACELARIA PDRICIGS8A Itutz. population. Teaperature also influenced sex (Shaeophyceae)II.. Influence of Daylfength and deterainatlons aasculinization in offspring Teaperature on Sexual and Vegetative vas stronger at lov temperatures. (ST) Reproduction. Nova Hedvigia, 21(1-4)', B99-922. 1971. (Groningen PUksuniverslteit, Haren, Netherlands) <154> , ; a Colby, P.J., Response of the Aleulves, ALOSA Cultures of gaaetophy^es and sporophytes of PSEODORAREHGUS, to Envlronaental Changes.• Part SPACELARIA FURICICERA, tormed abundant of Chavin, W. (Ed.), Responses of Fish to propagules under 12 and 17 c and long dny Environaental Changes, Charles C. Thoaas (Pub.), (16L). No propagules were formed under 12 or Springfield, IL, (p. 163-278), 459 p.. 1973. 17 c short day or 0 c short or long day. (Hot given) Plurllocular aacrogaaetangia vere abundantly foraed at 4 and 12 C long day conditions. That alevives were severly stressed by low Under 17 C long day conditions pluriloculac temperatures (<3 c) In the laboratory vas aacrogaaetangia vere initially foraed, but indicated by their behavioral responses vere soon suceeded by propagules. Unilocular susceptibility to fungal infection, and sporangia of the diploid generation vere mortalities, winter alevife mortalities in foraed at 4 and 12 C. (Hp) the Great Lakes region have been reported during periods vhen vater temperatures vere within the range that eas fatal to alevives under laboratory conditions, observations of laboratory mortalities suggest that the mortality may last several veeks beyond initial stress, suggesting exhaustion and breakdovn In adaption. If the stress is sufficient, fiovever, death say occur within days or hours. The aortality of alevinves in summer were associated with physiological changes (e.g. hyponatremia, and proliferation of the thyroid). The suamer mortalities aay be a delaved response to vinter stress or subsequent repeated stress or both. (HP) 22 <210>
<15B> <161> ' Collins, R.A., Cage Culture of Trout in Coalta, G.W., The Seasonal Zooplankton Cycles, warnvater Lakes. Aaer. Fish Parser, 3(7), 4-7. Production and Transfornations of Energy in 1972. (State College of Arkansas, Departnent of Severson Luke, Hlnnesota. Arch. Hydroblol. Biology, Cojvvay, AH) (Ger.), 70(1), 14-66. 1972. (North Dakota State University, Departnent of Zoology, Fargo, ND) ' Tanperatures as low as 3 C were tolerated by rainbow trout without a distinct reduction in The seasonal cycles uf tbe zooplankton feed consunption. Tenperatures of 2 C caused populations in a saall shallov lake, Severson a lag in feed consunption and growth rate. Lake, Hinnesota, and the related neasurenents The optlaus latitude for culture of trout of energy transfornatlon fron solar and sky during the winter should be latitude where radiation through the phytoplankton and the ainincin temperature of the water was zaoplankton populations vere presented. Air approximately 4 c and the period of tine tho tenperatures, vind velocities, and lake tenperature was belov,; 16 C vas longest. An isatherns vere shovn graphically. The area around 33-35 latitude and oast of the seasonal cycl.es of several species of 100th nerldian should provide vater rotifers, c?,adocerans, insect larvae, and taaperatures nost suitable for culture of copepods vocj discussed in detail. (ST) trout during the vinter. (HP)
/1 <162> <159> Caoley, J.L., Effects of Teaperature and chronic colthart, B.J., and H.W. Johansen, Grovth Rates Irradiation on populations of the Aguatic snail of CORALLINA OFFICINALIS (Fhodophyta) at PHYSA -HETEHOSTROPHA. COHP-710501-P1; Part of Different Tenperatures. Harine Biol. (W. Ger.), Ptoc. of the led National Syap. on Hadloecology, 18, 46-49. 1973. (Clark Oniversity, Department held at Oak Ridge, Tennessee, Hay 10, Vol. 1, of Biology, Worcester, HA) (p. 585-590), 1268 p.. 1973. (Oak Nidge National Laboratory, Ecological Sciences The aean grovth rates of the naln axes of the Division, Oak Ridge, TH;) CORALLINA OFFICINALIS were 2.8 an at 18 C, 29 a* at 12 C and 0.2 aa at 5c. No growth Aguatic snails, PHISA HBTER0STR0PHA, vere occurred at 25 C. At 6 C, grovth increased significantly aore fecund at 25 C than at 15 vlth lover light Intensities. Tbe aean total ' C. The 25 c teaperiture did not affect egg > increase in length of branchlets present vhen hatching. (HP) the plants vere collected did not vary ' significantly at 12 and 18 c. The production COHHENTs See also Cooley, J.L. and Nelson, of these branchlets on cultured intergenicula D.J•, Effects of Chronic Irradiation and vas higher at 12 C than 'at 18 C. (HP) Temperature on Populations of the Aguatic Snail PHTSA HETEROSTROPHA, 0RNL-4612, 71 p. (1970) CONHENT? Based on a H.S. dissertation conpleted atclark Onlvernlty by B.J. Colthart <163> Cooper, s.C.B., The Effects of Cold Accliaation <160> > Opon Gluuose-6-Phosphatase Activity in Tvo Colton, J.B., Jr., Teaperature Trends and the Species of Free-Living Neaatodes. Ph.D. Thesis, Distribution of Groundfish in continental Shelf Oniversity of Idaho, 155 p.. 1972, Dissertation Waters, Hova Scotia to Long Island. Fishery Abs., 33, 2772-B (1973). (Oniversity of Idaho, Bull., 70(3), 637-656. 1972. (Harlne Fisheries Hcscov, ID) Service, Hortheast Fishery, Woods Holes, HA) on the bnsls of oxygen consunption The 1953 to 1967 dovnvard trend in seavater neasurenents, the free-living nouatodes, tenperature in continental shelf vaters PANA(,ltALL0S BBDIVIV0S and T0RBATRIX ACBTI, betveen Nova Scotia and Long Island did not accliaated to lov teaperatures after 7 days significantly alter the distribution of four of continuous exposure to 10 c. The optiual species of groundfish. There vas an assay teaperature fro glucose-6-phosphatase extension of the southern range ot Aaerican (G-6-pasa) activity for the voras of both plaice and a contraction of the northern species acclimated at 20 C vas 30 C. For 10 C range of butterflsh. These shifts In accliaatet voras, it was 43 c. Two isozyses distribution vere not extensive. The of G-6-Pane vere induced by cold accllnatlon, eguatorvard boundary of Aaerican plnice replacing one or possibly 2 isozyaes prosent ' appears to be United by suaaer teaperatures tn the 20 0 controls. Glucose-6-phisphatase toe high for survival and the polevard activity was observed to increase v*.ry boundary of butterfish by sunner tenperatures slightly, P. RBDIVIVtJS ir significantly. I. too lov for reproduction. There vas no ACITI in cold-accllViV tores. It was obvious alteration In the geographic suggested that the inct*4se in G-6-Pase distribution of haddock and yellovtall activity ollclted by cold accusation flounder. The distribution and noveaents of relensed free glucose that say aid in the haddock and yellovtail flounder appeared to onnoregnlntory processes of the worn. (BP) be influenced aore by restrictive spavning area and botton type conditions than by tenperature. (Auth) <164>
<164* <167* Corbet, P.S., and H.V, Dunks, Seasonal Emerqence Cosson, J,, The Effect of Teaperatunir and flight and Activity ot Hosquitoen (Dlpters: • Culicidae) on the Dovelopaent of the Gaaetophyte of in a Hlgh-Atctlc locality. Can. Entbmol., 10S, tANINARIA DIGITATA (I.) Lull, (phaeophycoae, 837 -872. ,1973. (Entomology Research Instltote, taalnarlalas)). C.R. Hebd. Seances Acad. Sci. Canada Departaent of Agriculture, Ottawa., Ser. D. scl. Hatur. (Pr.), 27«(5), 973-975. Ontario, Canada; University of Waterloo, 1973. (C.t). Hobd. Seances Academy of Sciences, Departaent of Biology, Waterloo, Ontario, Canada) Paris, Prance)
Although there vere sexual differences, about It van found that 15 c and lighting of 180 or 190 day-degroen centigrade above 7000-9000 ergs/c«2/sec vas moitt favorable for freezing for the mosgulto, AEDES IHPINGER, germination of eabryosporns of LAHINARXA and about 230 or 250 day-degrees centigrade DIGITATA. Teaperature vas not an important for A. NIGRIPIS vere necessary for factor in tho grovth of prothalli. (HP) pre-energence developsent to be completed. Year to year teaperature differences altered both the seasonal position and deviation of <168> emerqonce In ponds in the Northvest 'Cosson, J., Action of Teaperatnre and Territory, Canada by up to 10 days. (HP) Illualnatlon on tho Ealsslon of Spores by LAHINARIA DIGITATA taaouroux (Pheophycoe, laminariale)., C.R. Hebd seances Acid. Sci. Ser. <165> D. Scl. Hatur. (Pr.), 275(22), 2501-2504, 1972. Corni, (I.e., Seasonal Variations of Cladocera at (taboratoire de Blologle CellulalM (CB-BG) , et a Station on the Pano Coast (Adriatic sea) de Botanlque (Algologle), Onlvemlta do Caen, Dnring 1969. I. Preliminary Data. Boll. Pesca 14032 AEN Cedex, Calvoados) Plsclc. Idroblol., 26(1,2), 113-123. 1971. (University of Bologna, tab. Biol. Bar. e Pesca The optimum teaperature for sporoiation of dl Pano a Tst. 'tool., Bologna, Italy) IAHINARIA DKilTATA vas at 20 C ar.d light at 5400 erqs/cm2/second. A pre-exposute at 5 c Tho eladocerans, EVADNE SPINIfERA, E. and 9000 ecgn/cm2/second for 14 hr permitted TERSESTIHA, and PENILIA AVIROSTftIS preferred the lessening of latent temperature and the vater teaperatures greater than 20 c In the Increasing of sporulation. (HP) Adriatic Sea. PODON POLTPHEHOIDES shoved an optlaur at 18 to 20 C, E. HOBAHAMBI at 13 to 18 C and PODON INTERHEDI0S at about 15 c. (HP) <169* Courtenay, w.R., Jr., and n.il. Roberts, Environmental Effects on Toxaphane Tonicity to <166> Selected Pishes and Crustaceans. EPA-H3-73-035; Cosgrove, G.E., and B.C. Blaylock, Acute and 73 p.. 1973. (O.S. Envlronaental Protection chronic Irradiation Effects In Hoegulto Pish at Agency, office of Research and nonltor'ng, 15 or 25 Degrees Centigrade. CONP-710501-P1; Washington, DC) Part of Proc. of the 3rd national Syap. on Radioecology, held at Oak Ridgn, Tennessee, Hay The 96 hr teaperature Tl 50 for all stages of 10, Vol. 1, (D. 579-584), 1268p., 197?. (Oak largemouth bass, HICROPTEROS SAtHOOIBS vere Ridge Rational laboratory. Biology Division, oak 31.5 c for eabryos, 33.5 c for sac-fry, and Ridge, TN; oak Ridge National laboratory. 37.2 c for juveniles. The 96 hr TL 50 for Ecological sciences Division, Oak Hldge, TN) the aullet, HDGIt CEPHA10S, vas 26.4 C for eabryos and 36.5 c for juveniles.. A 96 hr Tt At acute radiation doses froa 750 to 6000 50 vas 36.2 C for juvenile poapano, rads, no aosgulto fish, CARBOSIA ATPINIS, TRACHIROTHS CAROIINOS. The 96 hr Tl 50 for survived longer than 13 days at 25 C or 2fi all stages of the crab SESARHA CINEWEOH, days at 15 C. In aost groups, fish aalntalned ranged froa 36.3 to 37 C. The 96 hr TL 50 at 75 c vere aore quickly and severely for pink shrimp, PENAEDS DOOVASBN, vas 36.3 affected than fish held at 15 C. The reverse to 16.5 C for naupllar protozoal, and mysls vas true for feaales In the lover dose stages. The 96 hr TL 59 vas 36.7 to 37 C for groups. Peaales shoved aore head and kidney the blue crab, CALLINECTES SAPIDIOS. The 96 daaage at 15 C vhen doses were 1500 and 2800 hr TL 50 vas 37.0 to 37.3 C. There vas a rads, vhereas aales at all doses and feaales significant Interaction of, temperature and at 5800 rads shoved aore daaage at 25 than 15 Toxaphene for all stages of P. DBORARH" and C. Th(. spleen vas Bore severely affected at for stages one and four of S. CINERB0H. (HP) 25 C at each dose In both sales and feaales. The aost severe daaage to ovaries vas seen in 15 C fish at 1500 rads, but In 25 C fish at 2800 and 5800 rads. (HP)
COHHENT: See also Blaylock, B.G. and Mitchell, T.J., The Effect of Teaperature on the Dose Response of GAH80SIA APPIMIS APFINIS froa T-io Natural Populations, Radlat. Res., 40, 503-511 (1969) 24 <210>
<170> <173> Coutant, C.C., Effect of Thernal Shock on Coutant, C.C., and H.A. Pfuderer, Thermal Vulnerability or Juvenile Salaonlds to effects on Aguatic Organlnaa - Annotated probation. Jour. Pish "on. Da. Can., 30, Bibliography of 1972 Literature. "66-972. 1973. (Battelln Kuiorlal Inatltute, ORNI-ETS-7J-28; 1B3 p., 1971. (Oak Ridge PaclCio Northvest Labor it or Ion, Richland, HA) National laboratory, Environmental Sciences Division, Oak Ridge, TN) Susceptibility of -Juvenile rainbow trout to prndatlon (relative to controls) appeared to The 448 articles In the bibliography vere follow the tlao-and temperature-dependent Indexed by author, keyvordn, taxanonlc nana, response pattern previously shown by others geographic location, and title. The thermal for death and visible equilibrium loos. effnets literature fron 1970 through 1972 la Selective pradatlon began at exposures of available for machine-searching through the about 10* of the aedlan death tiae in the AtC's Technical Information Center's RKCON ranqe of 26 to 30 C. Juvenllo ralnbov trout nystem. (11°) and Chinook salaon were selectively preyed upon by larger trout vhen exposure times to elevated tenperatures exceeded 10* (Chinook) <174 > and 20V (ralnbov) of the exposure duration Coyer, P.E., Effect of Toaperature on Active and that caused obvious loss of equlllbrtua Resting netabollsm in Polychaeten. Amor. Zool., (complete body inversion) of half the test 12, 687. 1972. (College of William and Nary, population at that temperature. Longer Williamsburg, VA) exposure increased vulnerability to pradatlon relative to controls alnost exponentially. Substantial thermal compensation was observad Shorter exposures aade shocked fish less ever several 6 centigrade degree intervals in susceptible to predatlon. shocked fish the polychaete, AHPHITRITE ORWATA. The shoved soae recovery from heat affects when ranting netabollsn of this intertldal returned to the initial holding temperature lnvortebrata vao not temperature Independent; for V2 to 1 hr prior to predatlon. (HP) no 010 values as lov as 1.0 vere found over 20 centigrade degree ranges. (HP)
<171> Content, C.C., and C.D. Decker, Growth of the <175> Colunbla River Limpet, FISHMOLA NDTTALLT Coyne, J.A., An Inventlgntlon of the Dynaalcs of (Raldeman), In normal and Reactor-Warued Water. Population arovth and Control In scyphlstoaae of CONF-710501-P1J Part of Proc. of tho 3rd the Scyphozoan AOPELTA ADRTTA. Chesapeake Sci., National Syap. on Radloecology, held at Oak 14, 55-58. (College of Nllllaa and Hary, Ridge, Tennessee, Nay 10, Vol. 1, (p. 564-568), Departaent of Biology, Williamsburg, VA) 126B p.. 1973. (Battelle Nenorlal Institute, Pacific Northvest Laboratories, Aquatic Neology Halntenance at lov teaperatare (12 C) section, Richland, WA; Oak Ridge Rational severely depressed population grovth of the Laboratory, Ecological Sciences Division, oak acyphoxoan, AORELIA AORITA. A population Ridge, TN) nalntalnad at 12 c reached a density only 1.16 tlaes the Initial danaity In 21 days. Limpet snails, PISHEROLI N0TALLI, collected Polyps vera contracted and did appear to feed upstream and dovnstream of reactor theraal at thin teaperatare. since population grovth discharges on the Coluabla River (leap, van even lover than coapletely starved differential O.S to 2.1 centigrade degrees) calturos, lov tenperatare alone nust Inhibit shoved the saae pattern of annual grovth and badding. (HP| reproduction, Egg deposition occurred in Apr-June during the period of rising teaperatures and naxiaun river flova. Grovth of young limpets vas most rapid July-Oct Cteaser, I.P., Jr., Reproduction of the during maximum temperatures <19-20 C). Blocdvorn (GLTCERA DIBRANCHIATA) In the Sheepscot Adults held In dovnstream vater reproduced Estuary, Halne. Jonr. Finh Nes. Bd. Can., 30, successfully. This snail had a predominantly 161-166. 1973. (Departnant of Sea and Shora one-year life cycle. (CCC) Fisheries, West Boothbay Harbor, NB)
COHHENTi See also Coutant, C.C., Grovth of the A bottoi temperature In axcass of 13 c seemed colunbla Fiver llapet, FTSREFOLA N0TTALLT necessary for spavning of bloodvoras, GLTCERA (Haldeaan), In Norual and Neactor-Warned Hater, DIBNANCHIATA, to occar at VIseasset, Halne. BNWL-1537, Battelle-Northwest, Richland, WA The npparent direct effect of teeperatnre on (1970) spavning vss also revealed by thm fact that spavning occurred only in the afternoon on those days daring vhlch the sun vas shining <172> on the exposed aud flats during the previous Coatant, C.C., and P.A. Pfaderer, Theraal lev tide. (HP) Effects. Jour. Water Poll. Control Fed., a5(6), 1331-1364. 1973. (Oak Ridge National laboratory, Environaental Sciences Division, Oak <177> nidge, TN) Canning, J.B., and B. RcKag» . Preliminary Studies of Effects of Juvenilw (lornone Analogues The 1972 literature on theraal effects on on Adult Eaergence of Blnck Flies (Dlptera: aquatic orgnnlsns was reviewed. The tmblem Dlaullldam). Can. Entonol., 105, 509-511. 1973. on; (a) reproduction and davalopaent, (b) (British Colaubla Research, Vancouver B, distribution, (c| teaperature tolerance, (d) British Colunbin, Canada) oxygen mmtmbolism, and (a) temperature and other streaaas vere omlttmd in the June imnne Increasing the rearing teepereture of the 1973 Issue of the Journal and appeared in the black fly, SIHOLIOH DECOROH, fron 13 to 22 C Decenber issue. (HP) reduced the tine required for nature larvaa to produce admlta froa 19 to 9 days. (HP) 25 ei7B>
<181> <185> Das, A.K., Breeding of an Indian Carp (CIBRHAlA Davydov, o.*., and l.V. Strazhnlk, Soae RRXGALA) under Different Envlornaental Experlaental Data on the Biology of Teaperatures. Blochea. Jour., 128, a. 1972. TRIAtnOPHORQS nODOtOSBS L. During Early Stages (Sultaa Bazaar, Randasvaal lane, Hyderabad 1, of Cevelopaent. Gldroblol. «h. (OSSR), 8(3), India) 87-90. 1972. (Academy of Sciences of Ukr. SSR, Institute of Hydroblology, Kiev, OSSR) successful spawning of the Indian carp, CIRRRIRA BRIGAIA, daring the hot suamer The tlae of devalopaant and hatching of occurred vhen the envlronaental teaperature TRIAERCPROB0S RODBIOSBS Vaa directly vaa lowered from »2 C to 27 c by cooling vltb proportional to vater teaperature.. At 20 to artificial "raindropa" and when the diet was 25 c the life span vas 28 hr, at u2 to a5 c, suppleaentod. Onder these conditions, the 3 to 10 alnutea. Early axpoaure to carp progeny shoved a faster grovth rate. (HP) aodarately high teaperatare Increased resistance to high temperatares In coracidla. (HPI 2ft <10IS>
<1B6> <190* Davydova, S.I., Effect of TaBparature anl Do Laarsnyder, H., Tha Influence of Tenperature Kenpinq Tine of fanale sturgeons In Captivity on on the Prequnnuy of Houltn and arovth Rate of naturatlon of Oocytes Under the Influence of ERIOCHNlR SINENSIS 11. Nllne-Bdvards (Crustacea Romanes In Vitro. Joar. Dav. Biol. (039R), I, Dec a pod a grachyourea). Cah, Biol. nar. (Nr.), 319. 1972. (Acndeny ot Sclancea of the USSR, 13(3), 351-155. 1972. (Laboratory of Biology Institute of Developmental Biology, Hoscov, Animal, B.P, 36, 59-Vlllenauve-d*Ancq, rrance) U3SR,1 Holts vere aore nuseroas vhen crabs, tlhder the Influence of progeaterone, tho BRIocneiR SINENSIS, vara nalntnlned at 20 C oocyctes of tha stellate sturgeon, ACIPBNSER than vhen they vare aalntatned at IK c. STBLLATOS, ripened over a B to 39 C arovth of crabs vas also higher vhen crabs teaperaturo range, oocytes vhlch vare vers maintained at 20 C. (IIP) ovulated through the action of progesterone at extreme tenperaturen underwent cleavage and qastrulation after fertilization, <191> svlaalnq prolarvae vere obtained. Onder tho De leersnydmr, H., Influence of Certain Eitarnal In finance of the pituitary suapension anny and Internal factors on tho Duration of the oocvtes aatured only at optlaal teaperaturen. Intacnoult Cycle, tho Rate of (irovth and the Ash It vas found that the reason vhy maturation Content of Kxavln in ERIGCHETR SINENSIS H. of the oocytes under the influence of nllna-Edvards (Crustacea, Dacapoda, Brachynra). pituitary gonadotropic hornones does not take Cah. Biol. Har. (rr.), 11(2), 289-298. 1972. place at extrone teaperatures (8-10, 2B and (laboratory of Blo'lrgy and Animals, BP 16, 30 C) and aftec keeping the feaales in ig-lUlenenve-d'ABcq., France) captivity (for n to 7 days) at spavning tanpernturea vas because the cells of the Normal and eyeatalkless crabm, ERIOCNEIR follicular eplthellua lose their ability to SINENSIS, maintained at It C had a longor stlaulate saturation of the oocytes In the Interaolt than crabs nalntalned at 20 c, (ST) presence of pltultnry gonadotropic hornonea. (HP) <192> De Sylva, O.P., and A.E. Nine, Clguatara-Nartne <187> rish Poisoning- A Possible Connoguence of De Batros, ft.v., and j.r. De Castro, The Effect Theraal Pollution in Tropical Seas. Part of ot Teaperature on Nucleotide Pool Poraatlon In Rslva, H. (Ed.), Nartne Pollution and Sea Lite, TETRAHVHENA PTRlFORnlS. Jour. Cell. Physiol., (p. 599-596) 62a p.. 1972. (Dnlverslty of 81(2), 199-151. 1973. (Cnlverslty of red. Rio Hlaal, Roaenstell school of Harine and de J. Inst. Btofts., Rio de janJlro, Brazil) Atmospheric Sciences. Hiaai, PL)
Narninq of exponentially groving TETRAHTnENA Harine algae presently implicated In PTBIPORNI3 to 3« C resulted in severe clqmntern food vebs inclodm LTNQBTA inhibition of nucleotide pool forsation. The HAJOSC0LA, SCHIZOTBRII CALCICOLA and utilization of the pool for stable NNA CALOTHNII CRUSTACEA. Since these potentially synthesis vas poorly affected at the hlqh toilc algae vere foand rather generally teaperature. The synthesis nnd procosslnq of thronqhont the Blacayne Bay area, ve nay ribosoval RNft precursors vere not prinarlly eipect that farther increases in effluent la paired at 3» C. (HP) temperature and volonm vlll lncreane the habitat area favorable tor theao algae. (HP)
<190> periods at these teaperature levels vere 6 Da «laalnq, v.I., Th* Effects of Tenperatore and 1/2 and 4 days, respectively, and vera both phouparlod oil B*productlv* Cycling In tha exhibited by newly natured snails. Evidence Estoarlne Oobitd Flab, (lIUJCHTtirs MIRABILIS. derived fro* the present stady genernlly Piahaty Boll., 70(0), 11.17-1151. 19''2. Indicated that newly hatched R. CORKOnRlBTIS (Oniversity ot calttornln, Dapartaant ot vere tho least tolerant to extras* vater Zoology, Berkeley, CA) tenperaturas, followed by the fully nature or old snnlln, then the juveniles. Wavly Tha tharaal threshold for gonadal regression naturad Individuals vere relatively the nost in th* lonolav goby, OIIIICHTMVS MIBABILIS, resistant. In the light of the resalts was 2a c (salts) and 22 C Ifoaales) reported, it seesad unlikely that teaperatnre r*gardl*an of photoparlod. Gonadal vould inhibit thin snail fron colonizing rocrudescence was d*p*nd*nt on low natural vater bodies in Egypt. (DP) taaparatwras (10 to 20 C) and was accaleratad by short photoparlods. It wan concluded Miat gonadal regression of San Pranclsco Bay <197> qobias during the sasnar aontho was tha DeDont, D.J., and R.n. fliller, Pirst Reported result of increasing tanperntares. High Incidence of Gas-Bubble Disease in the Rested teapnratnrnn blocked tho tranaforaatlon of Effluent ot n strenn Generating station. Proc. nperaatoqonla to sparaatocytas and inhibited 25th Ann. Conf. S.E. Assoc. Gaae and Fish conn., rttellogenasls in feaalas. (ST) p. 1-13. 1971. (Worth Carolina wildlife Resources Coaalsslon, Division of Inland Flnherles, Raleigh, Wc) <195» Oean, J .11., Th* Response of Pish to a Modified During the vinter of 1970-11, thirteen TVi*raal Environnent. part of chnvln, V. (Ed.), npecles of vara-vater flnh exhibited external B**pona*s of rlsh to Bnwlronn*ntal Changes, aynptons of gas-bnbble disease (nostly Charles C. Thosns (Pub.), Springfield, It, (p. •pop-eye) in the discharge cannl and cove of .13-63), ase p.. 1973. (Hot qiven) the Marshall Steaa station on Lake Roman, north Carolina. Peak aonthly incidences vere To tant whether a fish was able to recover 70.B, 13.3, and 23.5* for vhlte bass, froa agaltibriaa loas (El) vhen retsrned to threadfin shad, and blueglll, respectively. nonlethal taaparaturo, Chinook, eoho and Forty-nine * ot the bluegill in excess of o rainbow trost aocllnated to 15 C ware exposed in. ware affticted, vhareas only 0.0* of to 27 to 10 C. kt the aoaent ot BL the finh those under 0 in. exhibited synptons. Aaong vara retwrnad to th* accllaatlon tenperatnre the blueglll, the right eye only syapto*s and recovery tines vera tacotded. Eighty vere sore prevalent than vere the left eye percent ot the chlnookn died after El but only syaptoas. Dead fish, principally black only 25* ot tha cohos died. The tine to KL crappie, observed in the discharge tn of coho at 27 C during an acute exposure vas February, 1971 did not exhibit external 100 seconds conpared vlth 1000 ascends vhen synptons of gas-bubble disease. Autopsies of tk* flnh war* exposed to Increasing dying black crappie revealed gas enboli in teaperatures of 1 centigrade degraa/aln. the larger vessels of the gill fragments. There van an indication that naaller fish (BP) have shortor tlaes to death at high teapnraturaa (29.1 or 30.0 C) while the opposite occnrs at lov tenperatures. Th* <198> rearing teaperatare did not aff«ct th* s*dtan Depalo, R.» nnd B. Latorre, Effects of resistance tin* of juvenile chlnook salson. Tenterature on Benbrnne Potential and Ionic It vns sngg*nt*d that at faster rates of Fluxes In Intact and Dialyzed Barnacle llascle heating the teaperature of tha Bl would have Fibers. Jour. Physiol., 225(2), 255-273. 1972. been higher than that d*t*rtlned at slover (Institato Venezolano de Investlgnclones heating rat*n. Acut* exposure to high Clentlflcas, Caracas, Venezuela) taaperature vlth a graded decrease tn exposure teaperature of 1 centigrade Tbe tenperature-dependent conponent of degre*/aln after an acate exposure to 30 c resting potential of barnacle nuscle fibers had only a 20t vortallty as cosparad vlth vas insensitive to Inhibitors of the sodiun 100* on an Increasing rnte of 1 centigrade pnnp. The effect of tenperature an nenbrane dagree/aln. A coablnation ot gradual potential and tonic fluxes vas probably Increase and decreaa* vas strikingly lethal. related to a variation in the passive The effect of t*ap*ratur* accllaatlon on In peraeabillty rather than active transport. vitro synthoais of th* enzya* van seasured by The reaoval of external chloride in bnrnacle Inductnq tryptophan pyrrolase in tlver slices aascle cells produced a substantial decrease of 5 and 15 C accllaated fish. The induction In the voltage shift induced by teaperature. tiae indicated that induction began sooner in IBP) the cold accllaated fish. (RP)
<199> <196> Devyatktn, V.G., The Effect ot Pover Station Rot Oeaian, E.S., and h.H. Ibrahia, Tolerance of the Water on the phytoplankton of the Dua Reach of Snail NABISA COBItOABIETIS (I.) to EXtrene tha Ivan'kov Reservoir. Bydroblological Jour. Taaperatures under laboratory Conditions. Ball, (0SSP), 6(1), 31-33. 1910. (Mot given) zool. soc. (Egypt), 20, 20-30. 1972. (Ain Shass Onlvsrsity, Oepartaent of Zoology, Pac. of The increase of vater tenperature (> 22 Science, Cairo, OAR) centigrade degrees) resulting fron tho operation of the Ronakov pover station Sadden exposures to tenperatures of 5 and 05 throughout the greater part of the year has a C resulted in high nortallties aaong snails, favorable effect on the developaent of RARISA COBROA*TETIS, of all sizes vithin 2 phytoplankton around the aouth of the hr. Only 5* of the nevly aatured snails Moshkovichskiy Bay part ot the Ivan'kov coald survive a 3 hr exposure period of -5 C. reservoir, OSSR, vhere the theraal effluents Exposures to teaperatares of 5 and 00 c vere dlshcarged. (RP) could be tolerated by the snail at all ages for nuch longer periods. Bnxinnl survival 28 <210>
<2D0> <204> Diaz, R.J., effects of Thereal Shock cn larvae Dipolo, R., and R. Latorre, Effect of of the oyster, CRASSOSTREA VIRGINTCA (Gaelln). Teaperature on Hembrane Potential and Ionic U.S. Thesis, university of Virginia. 1971, Fluxes in Intact and Dlalysed Barnacle Muscle August. (Virginia Institute of Marine Science, P lb res. Jour. Physiol., 225(2), 255-273. 1972. Gloucester Point, VA) (Institute of vensz. Invest. Ciont., Aportado 1827, Caracas, Venezuela) Growth of larvae of the Aaerican oyster, CRASSOSTREA VIRGIMICA, that vere accliaated A decrease in teaperature froa 22 to 12 C at 25 centigrade and 20* salinity vaa not produced a aean depolarization of 10 MV in affected by a thcreal ahcck of 10 centigrade the aeabrane of barnacle, BALARUS RIBILUS, degree or 15 centigrade deqree, but a 20 auscle fibers. Neither addition of centigrade degree theraal shock had a strophanthidin nor replaceaent of external Na detriaental effect on growth. Mortality of by Ll affect the voltage shift induced by oyster larvae Increased significantly teaperature. The aagnltude of the voltage following theraal shocks of 10, 15 and 20 shift depended on the external CI and K centigrade degree, and vas higher for older concentration. The dialysis technique vas larvae, tarvae receiving 15 and 20 applied to aeasure the It, ci and Na fluxes as centigrade degree shocks had lover setting a function of teaperature. The 010 for the success. (HP) passive fluxes of these ions vas 1.9, 1.7 and 1.4, respectively. The teaperature-dependent changes in the passive ionic fluxes conbtned <201> vlth the inability of inhibitors of the Ha Diaz, R.J., Effects of Brief Teaperatare puap to alter the teaperature dependence of Increases on Larvae of the Aaerlcan oyster the resting potential suggested that the (CRASSOSTRP.A VIPGINICA) . JOUC. Pish Pes. Bd. change Induced by teaperature on the resting Can., 30, 991-993. 1471. (Virginia Institute ot potential vas priaarily caused by a change in Harlne Science, Gloucester Point, VA) the passive peraeability ratios and vas not related to active Ion transport. (HP) Grovth of larvae of the Aaerican oyster, CSASSOSTRBA VIRGINICA, was not affected by 10 or 15 centigrade degree increases for 5 <205> seconds at an aablent teaperature of 25 C, Dohler, G., Effect of short Dark Periods on but a 20 centigrade degree increase had a Carbon Dioxide Uptake and Carhoxylatlon of detrimental effect. Mortality increased phospheonolpyruvate During the vhotosynthetic significantly folloving all teaperature Induction Period In CHLORELLA VULGARIS. Arch. increases, setting rates of larvae receiving Hikroblol. (Her.), 90(4), 333-341. 1973. 15 or 20 centigrade degree increases were (University of Frankfurt, Botony Institute, significantly lover. Grovth rate, mortality, A.M., Federal Republic of Germany) and setting also seemed to be affected by the age at vhlcb larvae received a thermal shock. Carbon dioxide exchange, C 14 labelled C02 (HP) fixation and c 14 labelled products of CHLORELLA VULGARIS were studied during the photosynthetlc induction period at 10 and 25 <202> c after a dark period of 40 ninutes and 40 Diaz, R.J., and J.D. costlov. Larval Developaent seconds. The autoradiographic studies of the of OCTPODE Q0ADRATA (Brachyura: Crustacea) kinetics of the appearance of labelled Under Laboratory Conditions. Marine Biol. (B. products at 10 and 25 C shoved that after a Ger.), 15, 120-131. 1972. (Duke Oniversity long dark period (40 ainutes) at the Marine Laboratory, Beaafort, HC; Duke beginning of illuaination C 14 labelled C02 Oniversity, Departaent of Zoology, Durhaa, HC) vas Incorporated Into aalate, aspartate and 3-phosphoglycerate. Under these conditions, The larvae ot the gbost crab, OCTPODE the interaediates of the Calvin cycle vere QUADRATA, have been reared In the laboratory labelled after 30 seconds (25 c) or 2 ainutes froa hatching to aegalopa stage at 25 C and (10 C) of photosynthesis. After a dark 35V s. At 25 C, the aegalopa appeared in a period of 40 seconds (at 10 and 25 C), miniana of 34 days folloving hatching. (R?) however, c 14 Incorporation Into aalate and aspartate vas rather lov at the beginning of Illuaination; aoreover, the interaediates of <203> the Calvin cycle appeared earlier and aere Dilov, c.L., and S. Yordanova, A Research on the aore strongly labelled after this short dark Grovth of Bulgarian Strains of Algae at Various period. The results are discussed vith Teaperatures. Bastenlevod Raukl, 8(7), 35-45. reference to the influence of interaediates 1971. (Inst. Genet. Plant Breed., Sofia, on the foraatlon of the transient changes of Bulgaria) C02 uptake in CRLORELLA. (HP)
selection vas done for productivity at 28 and 35 c of 28 strains of unicellular green algae <206> froa Bulgaria. The theraophilic strain of Dohler, G., Effect of Tnternittent Illumination CBLORELLA VULGARIS 8/1, segregated in the an the Carbon 14 Labeled Products During tbe Petrich-sandanski region sas suggested for Photosynthetic Induction Period of CHLORELLA cultivation. (BP) VULGARIS. Z. pflanzenphysiol. Bd., 69, 142-151. 1973. (Botanisches Institut der Unlversitat Prankfurt a.H., Federal Republic of Geraany)
Radioactive photosynthetic products of CBLOBBLLA VOLGABIs grown at 25 C shoved that a carboxylation of phosphoenolpyruvate eaiated along vlth the Calvin cycle. (ST) 29 <207>
<207> <210> Dohler, 0., Investigation of Photonynthetlc Ookolil, H., Respiration and Reaistency Against Transients in CHLOBELLA VtfLGARI S at Different Anaeroblosls ot Preshvater Algae. Int. Hev. Teaperatare ffslng Radioactive Carbon Dioxide. Cssasten Bydrobiol. (Ger.), S6(?), 751-788. Plants (V. Ger.), 107(1). 33-»2. 1972. 1971. (Ptianzenphysiologlsches Institute der (Frankfurt onlversltr. Botanical institute. Beat Oniversltat Wlenj Germany) The period of oxygen deficiency that can be It 11 C and above, the aaxlaaa carbon dioxide andured by tllaaentous freshwater algae uptake by CHU>BELLA VULGARIS, occurred at the without Incurring daaage was decreased when beginning of the illuaination period followed teaperature was elevated. (ST) by a ainlaua uptake before steady rato of photosynthesis vas reached. At 10 C a log lag phase without a ainlaua in uptake vas <211> observed. At 10 c, labeled products frnn C1U Dole, s.H., and B.A. papettl, Theraal Inputs to labelled 02 appearing at the beginning of the Water. R-992-RF; Part of Envlronaental Factora light period showed nearly all the In the production and Ose of Energy, prepared radioactivity vas Incorporated into aalate for the Rockefeller Foundation, (p. 53-60), 77 and aspatate after 2 ainutes. At 39 C, p.. 1973. (Rand, Santa Honlca, CA) radioactivity appeared in 3-phcsphoglycerate and in aalate and aspartate after 10 seconds. The aost Important limitations on hot water (HP) discharges are those needed to preserve desirable foras ot agnatic biota. It la evident froa the literature on the subject <208> that eaerging temperature standards Dohler, G., Recent Results of Induction of the established to protect aquatic life are Photosynthetic CO-2 Optake in AHACT3TIS and already placing a constraint upon the CHLORBLLA. Ber. Beutsch. Bot Ges. Bd. (Ger.), unrestricted use of natural waters for 371-379. 1973. (Pachberelch Biologie der cooling. It is increasingly clear that aost UnlTersltat Frankfurt aa Rain) pover plants using freshwater and salt vater sources will probably have to resort to saae At 20 c no transients in C02 exchanges of type of auxiliary cooling device or go to ARACTSTIS vere observed. At 35 C a aaxlaua rather involved and perhaps expensive of C02 uptake existed at the beginning of stategies if they wish to continue the lllualnatlon followed by a steady rate of current practice of once-through cooling. photosynthesis, in tha following dark phase (HP) a Co2 gush appeared at the saae teaperature. Autoradiographic studies showed that at 35 C glycine and serine wore labelled after 20 sec <212> of photosynthesis; at 20 c only a saall C 10 Doty, J.D., and R.L. Swallow, The Effect of Incorporation In these tvo products was Teaperature and Starvation on Liver Hetabolite found. At 5 and 10 c a long lag phase in C02 Levels in TILAPIA ROSSARBICA. Aaer. Zool., 12, uptake existed in CHLORELLA. At 15 C and 669. 1972. (Oniversity of Houston, Houston, TX) above, a aaxiaua In C02 uptake at the beginning of the light phase vas observed, Gluconeogenesls in TILAPIA HOSSARBICA aay followed by a alninua before reaching a begin betveen days 10 and 12 in 33 C steadystate. At 10 c at the beginning of accllaated fish and between days 20 and 23 in illuaination, aalate and aspartate were 23 C accllaated fish. (IIP) labelled. Products of the Calvin cycle were found after 2 ain of photosythesis. At 35 C the interaediates of the Calvin cycle were <213> found after 20 sec. Dow, R.L., Fluctuations in Gulf of naire Sea Teaperatare and Specific Holluscan Abundance, dour. Cons. Cons. Int. Explor. Her., 30(3), <209> 532-530. 1972. (State Bouse, Departaent of Sea Dohler, G., and K.R. Przybylla, photorespiration Shore Fishery, Augusta, HE) in the Blue-Green Alga ARACTSTIS HID0LAMS at Different Teaperatures. Planta (H. Ger.), The coefficient of correlation between aean 110(2), 153-158. 1973. (Oniversity of Prankfurt annual sea teaperature in the Gulf of Haine, aa Rain, Botony Institute, siesaayerst, 70, and total annual production of hard clans D-6000 Prankfurt as Rain, Federal Republic of froa data obtained for 37 yr is »0.73. The Geraany) relationships of teaperature to approxlaate natural abundance vas noted in connection At 35 c a aaxiaua C02 uptake could be vith predicting future abundance fluctuations observed in the blue-green alga, ARACTSTIS by species based on long-range cllaate HID0IAHS, at the beginning of the forecast. (HP) illuaination period followed by a lover steady rate of photosynthesis. At 15 C the stationary rates of C02 uptake respiration were reached dire - ' At a teaperatore of 35 c serine • elled ofter 20 seconds of photosynthesis. .t 15 C a low radioactivity appeared in serine after 5 ainutes of photosynthesis. The results show that photorespiration of ARACYSTIS was stimulated by high teaperature. (BP) 30 <210>
<210> <219> Dragoli, A.L., Pastures of Heat Exchange Betveen Dugan, C.C., and T.A. Frakas, culture of the Thallus of Harine Hacrophytes and tho Hater. Brackish-freshwater Shrlap, HACROBRAClilon Dokl. Akad. Hank. (USSR), 201(2), 088-091. ACANTHUR0S, H. CARCINUS and H. 0HI0NE. Part of (972, Aquatic Sci. Pish Abs., 3, Aq 11222H Proc. of the 3rd Ann. Workshop World Hariculture (1972). (OSSR Acndeny of Sciences, Institute of Soc., held at St. Petersburg, Florida, January Soathern Seas Biology, Karadaq Departaent, 26-28, (p. 185-191). 1972. (Florida Departaent Feodosiya, OSSR) of natural Resources, Harine Research Laboratory, St. Petersburg, PL) In experiaents to deteralne the thernal reaction of the thallus of narlne nacrophvtes In a controlled spawning oxperlaent involving darlnq coollnq folloved by heatlnq, sasples shrlnp of the npecies HACROBRACIIIUH, 52.9* of of the 3 nost vldespread Black Sea species the fesalns tested spanned within one week BNTERHORPHA INTESTINALIS, CYTOSEIRA BARBATA after the tenporature was lowered froa 27.5 c and PRULOPHOOA NERVOSA, vere studied. to 21.0 r for two weeks and then returned to Accunulatlon of heat in coollnq and ealssion 27.5 c. Results vere lowest for H. OHIONB, a of heat on varainq vere observed In all species vith a sore northern range. (ST) experiaents and vere not dependent on the speclnens being alive, but vere apparently due to the presence of hlgh-noleculear <220> polyaers. (HP) Daralntnan, H., studies on the sonsonal Cycle of sea Surface Tenperatures, salinities, oxygen and phytoplankton in Noddlyar Ray, TrLnconalee <215> in Relation to the Shore Seine Fishery. Bull, Dreqol
Seasonal teaperatare changes had little « .-shift between the carves of lasinoas effect on the resistence of white Sea brovn intensity of an ACHBOHOBACTBR sp. vas noted seaveed to desalinatloa. (ST) when teaperatare decreased and then Increased. This shift depended on the rate of decrease and increase and could be written <218> ns a function of tenpernture nnd rate. (HP) Dugan, C.C., and T.A. prakes, culture of Bracklsh-Preshvater shrlap, NACROBRACHIUH ACANTHU30S, M. CARCINUS, and H. OHIONE. Proc. Norld nariculture Soc., 7 p.; Florida Dept. Nat. Resources Cont. No. 198. 1972. (Pla. Departnc.it of Natural Res., Harine Research Laboratory, St. Petersburg)!, PL)
No natlng occurred at 2* C in the shriap, HACROBBACRIUH ACACTHURUS, H. CARCINUS, and n. OHIONE. (HP) 31 <269>
<223> <269> Balm, J.G., Radlothyroxlne Hetabollsa In Eddy, F.B., Oxygen Dissociation Curves of the Several Preahvater Telaost Pishes. Can. Jour. Blood of the Tench TIHCA TIWCA. Jour. Exp. Bool., 50(5), 623-631. 1912. (Onivoralty of Biol., 58 (2), 281-293. 1973. (Oniversity of Manitoba, Departaent of zoology, Winnipeg, Bristol, Research Onlt for Coap. An. Keep., Manitoba, Canada) Bristol England)
Biological half-liana of Initial loss of Oxygen dissociation curves of tench, TIRCA plaaaa T 12S froa <2 to 13 c accllaated TIRCA, blood vere constructed for fish vhich starred fish inttaperltonaally inlactad alth had been acclimated to 5, 13 or 20 C for at radlothyroxine vara 7.9 hr for goldflah, 8.7 least 3 veeks. When coapared to the blood of hr for ralnbov troat, 12.2 tc 28.5 hr for an active fish such as the rainbow trout, channel catfish, 14.2 hr for sticker, 24.0 to tench blood has a high affinity for oxygen; 37.6 hr for barbot and 56.6 to 138.0 hr for at 13 C and a CO2 pressure of 2 to 3 aa Hg brown hallhead. (HP) the blood was half saturated with oxygen at a 02 pressure of 4 am Bg. Increasing taaperature, increasing C02 pressure and <224> increasing hydrogen Ion concentration Bchelle, A.A., Behavior of the pnpfiah, decreased the oxygen affinity of the blood. CYPRIMODOB ROBBOPLDVIATILIS. Copela, 1, 68-76. At lov teaperatures tha blood had an elevated 1973. (Oniversity of oklahoaa Biological pH value coapared to blood at high Station, Itlnqston, OKI teapuratures. This vaa discussed in teres of the teaperature dependence of Ionization Pupflsh, CTPRIR0D0B RODROPLOVIATILIS. Spawned constants, in particular that of water. The froa febrnary Into Rovoaber at teaperatares Bohr effect and the factors Influencing the of 13 to 34 c, with a shift froa prlaarlly loading and unloading tensions of oxygen in afternoon spanning in the winter to prlaarily tench blood were discussed. The role of the aorning spawning in waraer aonthn. In Harch, blood In respiration and soae properties of spawning was observed froa sunrise until fish heaoglobina were also discussed. (HP) nlqht fall on days when paralsslve teaperatares prevailed. Hales began defending territories when daylight water <22B> taaperaturea approached 11 to 15 c. When P.dvards, P., Plaid and Cultural oservatlons on afternoon water teaperatares approached 33 to the Grovth and Reproduction of POLTSXPHORIA 35 c, aales left the shallows for deeper DEN00ATA froa Texas. Brit. Phycol. Jour., 5, waters. Peeding occorred at teaperatnres of 145-153. 1970. (Oniversity of Texas at Austin, 4 to 40 C. reeding rates varied vlth Oepartaant of Botany, Austin, TX) teaperatnre. At taaperatares of 4 to 15 c popflsh foraed large cohesive schools Grovth of POLISIPHORIA DEMODATA did not occur coaposed of both sexess agression vas at 10.5 c. Growth proceeded slovly at 14.5 C ainlaal. With Increasing teaperatares, and increased vith increasing teaperature to agression Increased and schooling dlalnished attain an optiaaa at 23 C. (HP) although tose schooling tendency always persisted In feaales and nonbreeding aales. (ST) <229> Edwards, P., field and cultural studies on the seasonal Periodicity of Growth and Reproduction <225> ot Selected Texas Benthlc Harlne Algae. Bckelbarger, K.J.• and D.J. Beleh, A flrat Contributions In Harlne Scl., 14, 60-114. 1969. Report of Self-?ortllliat ion In the wood-Boring (Onlverstty of Texas, Departaent of Botany, Paaily Teredinldae (Hollasca: Pivalvia). Ball. Austin, TXl So. calif. Acad. Scl., 71, 48-50. 1972. (Harbor Branch *oundatlon laboratory, BFO 1, Box 19i>, Twelve brovn and red algae vere cultured in Fort Pierce, PL) varying teaperatures, light Intensity and day length reglaes. The rasults support the More larvae vere produced by vldely held view that teaperature Is of self-fertilization of LI8000S PEDICBLLATOS in priaary iaportance In seasonal distribution anlaals raised et lov salinities (9.0 to of algae In nature. The aajorlty of the 19.J* S) at 14 to 16 than at 22 to 24 c. algae investigated did not grow at the lovest This aay reflect a lower sensitivity to teaperature tested, 9.5 C. However, the reduced salinity conditions as a result of C0NCR0CELIS and blade phases of PORPRTRA both lover teaperature. (HP) grew slovly at this teaperature. Host algae coaaenced grovth at 14.5 C and shoved an Increase In growth vlth teapcrature before <226> reaching an optlaua at the higher Bckelbarger, K.J., and D.J. Belsh, Effects of teaperatures. GIPFOROIA MTTCHELLIAP and varying Teaperatures and Salinities on CERTROCERAS CLAS0LAT0H demonstrated a Settlement, Grovth, and Reproduction of the decrease In grovth at 9.5 c indicating that wood-Boring Pelecypod, LYBODOS PEDICBLLATOS. this teaparature vas higher than their Bull. So. Calif. Acad. Scl., 71, 116-127. 1972. optlaua growth teaperature. GIPP0RDIA (Barbor Branch foundation Laboratory, RPD 1, Box HITCRELLIAE and ACR0CHAETIUH PLEXB0S0M 196, Port Pierce, PL) reproduced at all teaperature at vhich grovth took place. In POLTSIPHORIA BOLDII sexual The ainlaua teaporature and salinity levels organs developed when grovth occurred, but for larval boring of the pelecypod, LTRODOS tetrasporangia did not develop at 14.5 and PEDICELLATOS, vere 12 to 14 C and 20* 29.5 c, the lovest and highest teaperatures, salinity (S). optlaua activity for the respectively, at vhlch grovth took place. (HP) larvae was found to be froa 14 to 24 c and above 25* s. The long tera ainiaua requirements for survival of adults was about 11 C and 22 to 25* s. Reproduction occurred in the teaperature range of 1a to 24 C above 28.8* S. (HP) 32 <230>
<230% <230 > ggami, R., and K. Hosokava, Responses of the Elliott, J.H., The Pood of Brovn and Ralnbov Gonads to environmental Changes In the Fish, Trout (SALHO TROTTA and SALHO GAIR0HERI) in OBLZIAS LATIPES. Part of chavin, n. (Ed.), Reattion to the Abundance of Drifting Responses of Pish to Environmental Changes, Invertebrates in a Hountain Stream, oecologla Charles c. Thorns (Pub.), Springfield, il, (p. (W. Ger.), 131*), 329-308. 1971. (Perry House, 279-301), 059 p.. 1973. (Rot given) Freshvater Biology Association, Par Savrey, Ambleside, Westmorland, OK) Effects of sone environnental factors on the embryonic developaent of the gonad, and on Brovn and rainbov trout (SALHO TR0TTA and s. the annual cycle of the gonadal activity GAIRDRERI) fed in a Pyrsnoan stream vhen including aviposltion In the nedaka, OR1ZIAS drifting invertebrates vere mast abundant at MTTPES vere revleved. Included vere nean temperatures of 0,7 and 7.3 c. There responses of gonadal annual cycle to vas a second feeding period at 10.8 c vhen temperature and day length changes in various terrestrial Invertebrates and emerging seasons and the effects ot lov tenperature on aquatic organisas formed a large portion of tiae of ovualtlon and ovipositlon. (HP) the diet. The veight of food consumed/trout/day increased vith vater teaperature. The effect of temperature on <231> rates of gastric evacuation vaa the chief thru, v., S. Bontenps, R. volskls, a»d L.I. factor that determined tbu number of splrlna, spavning Migrations. Part of Biol, and meals/day, the reguireaents for metabolism pish ot vlnba in Europe, held in Vilnius, (affected by temperature and body voight) Lithuanian S.S.R., Hintis, (p. 71-103). 1970. deterained the amount of energy left for (Hot given) grovth, and the availability of food organisms in the drift determined the tiae of Autumn nigration of the vlnba vas deternlned feeding. (HP) by a drop in vater teaperature, by the degree of fatness, and an increase in freshwater flov but not by sexual aaturlty. In the <235> spring, rise in vater tenperature along vith Elvoad, J.R., Theraal Pollution Coatrol in sexual maturity vere laportant as veil as Massachusetts Coastal waters. Jour. Hev England Increase tn freshiinter flov, and increase In Water Pollution Control ASSOC., 6(1), 18-30. the oxygen tension in waters leading to stony 1972, (Massachnsetts Water Kesources or gravelly places In the spavning grounds. Commission, Bostin Division of Water pollution (HP) control, HA)
Experience in thermal pollution control was- <232> dravn from several pover plants. It vas Btsenberg, A.D., and T.R. Corner, osnotlc recommended that a preliminary ecological and Behavior of Bacterial Protoplasts: Teaperature hydrothernal study of the receiving vater Ertects. Jour. Bacteriol., 110(3), 1177-1183. including benthlc studies be accomplished 1973. (Hichlgan State Oniversity, Oepartaent of before any serious consideration can be given Hlcrobiology and Public Health, East Lansing, MX) to expanding an existing plant or developing a nev site. Usually a physical hydraulic Anong protoplasts released fron cells of model study vas regulred to predict the BACI1.L0S HEOATBRIOH grovn at 20, 30 or 37 C, dispersing pattern of the heated vnter osmotic swelling in Racl solution at a given discharges under varying conditions. When eRt-ernal osmotic pressare vas greatest for Massachusetts state agencies are satisfied protoplasts fron cells grovn at 20 c and that there vill not be a«y significant least for protoplasts fros cells grown at 31 adverse effects on the marine resources or C. protoplasts froa cells grovn at lover ether use of the vater, an interln pernlt is 'temperatures vere also less stable to osmotic issued, usually for a period of 3 yr from 'the shock and lysed at higher external osmotic date of plant start-np. (HP) pressures than did protoplasts fron cells grovn at higher teaperatures. But for cells grovn at any one temperature, osmotic <236> stsbilization vas itself tenperature Emadi, H., Tolk-Sac Balforaatlon in Pacific dependent so that the higher the anbient Salmon in Relation to Substrate, Teaperature, incubation tenperature, the higher the and water Velocity. Jour. Fish Res. Bd. Can., osaotlc pressure needed to prevent lysis of a 30, 1209-1250. 1973. (oregon State University, given fraction of the input protoplast Department of Fisheries and wildlife, corvallie, population. (HP) OR)
Chum (OHCORHYHCBBS KETA), pink (O. <233> GOftBOSCHA), sockeye (O. RERKA), and hybrid Elliott, G.V., and T.R* Jenkins, dr., Winter (pink ( Chinook) salmon alevius were Pood of Trout in Three High Elevation Sierra susceptible to yolk-sac malforaatlon when Revada Lakes. Calif. Pish S Gane, 58, 231-231. provided a smooth substrate as in standard 1972. (O.S. Bureau of s» irt Fisheries and hatchery incubators at 12 C and a vater Wildlife, Sierra Hevada Aquatic Research velocity of 100 cn/hr. Chinook (0. 1 Laboratory, Bishop, CA) TSHAWTTSCHA) and coho (0. KIS0TCH) alevins vere not susceptible. In sockeye, Since brook trout, SkLVBLIHOS FORTIBALIS, ani* nalforaations Increased with increase in rainbov trout, SALRO GAIRDRERI, vere active teaperature fros 8 to 12 and 10 c and, at 10 and readily caught vlth bait at tenperatures but not at 12 c, with increase in vater of 1 C, in 3 high elevation Sierra Hevada velocity froa 25 to 000 cm/hr. Replacement Lakes, It was believed that poor feeding vas of the smooth substrate vith a gravel due to reduced availability cf important substrate usually prevented the condition. agnatic prey species rather than to a change (Auth) in trout activity or readiness to feed. (HP) <237>
<237> <241> Eppley, R.»., Temperature and PhytnpJankton Fabny, P.It., itocerog'aaoous Accllaatlon of Fist, Ctovth In the Sea. Fishery Boll.,. 70 (0), to Teaperaturo. Can. Jour. Zool., SO, 1035. 1063-1085. 1972. (Oniversity of California, 1972. (University of Toronto, Oepartaent of Institute of Marine Resources, San 0i«go, P.O. Zoology, Toronto, Ontario, Canada) Box 109, la Jolla, CA) Brook trout, SALVBtrtOS KIRTMALIS. vere . An equation describing the aaxitma expected accllaated heterogeneoua'ly fcr 3 veeks by, growth ra<:« of nnlcollalar algae far exposing t'4e bead*and tall simultaneously to teaperatares less than 00 c vas driven. tvo different tsaper,uteres. Time to death at Reasured rates of phytoplankton grovth In the a lethal tenpffjraturu was taken as a aeasui:e sea and lakes vere revleved and compared vith of resistance acclluttlen. The relation aaxlaua expected rates. Only in coastal between the rvslstaTtc* (iCCMantion and aean estuaries tihere nutrient regeneration vaB teaparatoro of the whole Ixch during rapid does tbe seasonal variation in accliaatiou it-dloiteil that the response of asslsllation nnaber vlth teaperatare agree the wholu orginlan depended on the theraal vith expectation, Real aad saxiiioa expected history o'J th«> lo»al tissue regardless of the values vere quite different In other systeas aaatoulcai site. The mechanism through which tecause environaental factors such as radient a fish IccllmatoO to a higher or lover level energy, nutrient concentrations, grazing, and of temperature is util). unVcnovn and vhethur aixing processes vere difficult to evaluate. the central nervous syntax has a direct or (SI) indirect, role oil such nccllaation is not yet clear. (Auth)
<238> Btoh, H.» T. Hyodo-Taguchi, and B. Bgaai, <242> Responses of Cell Reneval Systea of Goldfish to Pahy, Observations ua tfce Gruv'-.b of Ionizing Radiation at Different Teaperatures. EPHBBERotTERA in fluctuating aad Constant Part of Chavin, B. (Bd.), Responses of pish to Temperature Conditions. Proc. B. X'v. Acad., Environaental Changes, Charles c. Thoaas (Pub.), 7B(10B), 133-149. 1973. (An ,*>tas. Vorbnrtha, Springfield, IL, (p. 302-315), 459 p.. 1973. St. Bartin's Bouse, Satnrloo soad, In 4, (Rot given) Eire)
Survival tiae of goldfish after Irradiation In an lsothexalc stream the grovth rate of and cell reneval late of the syntea dependent EPHBHBR3LI.A IGBITf) vis altered by difference on teaperature. Blochealcal studies of In ':«aperature3 and Its grovth vas a function retention of tritiua and Iodine 125 cf total day-degrncs. (HP) incorporated into DRA of cells In the cell reneval systeas ve>?e revieved. (RP) <243* Fast, A.R., anA 1.1. lloaot, The Effects of <239> Artificial Aerntlon o-i the Depth Distribution of Pagetti, B., and I. Caapodonico, Larval the crayfish OVUWHECTES VIRtLIS (Hagen) in Tvo Developaent of PILORROIOBS PERLATos (Brachyura: Rlchigan Lakes. Met. H5.Aland Katuralist, Xanthidae) under Laboratory Conditions. Rarine 89(1), 89-102. 1973. jfl'lchlgan State Biol. («. Ger.), 18, 129-139. 1973. University, Oepartaent of Fisheries, East (Oniversldade de chile, Departaaento de Lansing, ni; Ohio State University, Department Oceanlogia, Vina del Rar, Chile) of Zoology and School of Natural Resources, Columbus, OR) A coaparison betveen the larva'l developaent of the crabs, PltQHROIDP- PEBLkTOS and In teiperatuw stratified lakes in northern HORALASPIS PLARA, shoved that in both species Michigan, cra)'fi«hr OttCORECTBS VIRILIS, were 20 C resulted in the best survival to confined to arena above* 10 C.- Rales vere aegalopa. At the lowest teaperature (10 C) iiore abundant la tho varaei: shallov areas, the larvae did not survive beyond the third 'then the lakes were artificially aerated ana zoea stage. Soae of the p. PERLATUS larvae des'tratifi-ed viih impressed air, both males reared at 20 C shoved an abaoraal and feaal«s distributed evenly throughout the setaaorphosls vhen aolting into the aegalopa lake. (ST) stage. At 15 and 20 C, 56.7 (tnd 43.6 aean days vere regulred for zoea duvelopaeat. (HP) <244* Pedorov, K.Te., ftocigeographli: Characteristics of <210 > the Greenland Halibut (aEITIRIlRDTIOS Pagetti, E., and R. Harak, Xchthyoplankton HIPPOGLOSSOMES (Vftlijnum) ) . jour. Ichthyology Studies in Vest Africa - A Revlev. FAO Pish. (OSSR) , 6, $71-975.., '1971. (Polar Research and Circ., 137, 1-11. 1972. (PAO, Departaent of Planning Institute for Sea Fisheries and Pish., Fishery Resour Division, Rarine Biology Oceanography, (PTRk'01 , USSR) Branch, Via delle Terae de Caracalla, 00100 Poaa, Italy) By tho natcr5. of the seasonal distribution of the Greenland 'aaltbut, REIRHARTIUS The spavning of SARDlHELLA AORITA along the RIPPOGLOSSOIDBS, and tlie features of its Rest African coast appeared to take place ecology in the Barents Sea, the Greenland primarily in teaperature vaters (20 to 25%). The peak of fora. It tiay ha concluded that this species spavning coincided with the coldest season in historically evolved as a aember of the each region except Senegal where the boreal fa'jni, as vas s.hova by features of its teaperatures were considerably lower than 20 oogenesis, s.sxual cycle, and the protraction C. The spavning behavior of S. EBA changed of the spavning periol. (HP) latitudinally. (ST) 265 <2»S>
<205> <209> Feeney, R. F., J. Vandenheede, and D.T. osuga, Planer, A.R., Factors Affecting the Vertical Hocronolecule3 fros Cold-Adapted Antarctic Distribution of a Blue-Green Alga. ' Ph.D. Fishes. Naturvlssenschaften (Ger.), 59(1), Thesis, oniversity of Hinnosota, 69 p.. 1973, 22-29. 1972. (University of California, Dissertation Abs., 30, 633-8 (1973). Departnent of Food Science and Technology, (Oniversity of Hinnosota, Minneapolis, HN) Davis, CM Given sufficient nutrient enriehaent, Blood fron Antarctic fish living in -1.85 C sotalimnetic populations of the blue green ice-salt vater had tvc major characteristics alga, OSCILlATORIh'AGAROHIX war. TSOTHRI* related to cold adaptation: a rapid rate of could increase in the epilinnion across clotting of the blood at 0 c and a gradients of light and teaperature in Dealng specialized type of glycoprotein responsible lake, Hinnesots. (HP) for the prevention of freezing of the blood. Six nuscle ani 'bsilin enzymes vere studied. Adaptation for '.itf'aciont catalysis at lov <250% temperatures ITIDN'JAJ a 'lov activation energy Florez, P., The Effect of Temperature on and a ceslstnn-w finactivation at lov Incubative Tine, Growth and lethality of i-e.»peraturfea, t<'t no cr®.eral property Embryos, larvae and Ju«»ntles of the Ide, IDOS din ractf ri-s&^t; Af leu lve*
The svlaming rhythm of isopods, PSEBDAEGA <252> PUNCTATA, vas reinforced by chilling thea to Foley, J.B., and T.T Raises, Hultllevel Control 2.5 c. During cold spells there is no of Rultipollutant Systen. Proc. Aner. Soc. swlaatuq activity aud the Isopols reaaln Civil «ngr.. Jour. Environ. Eng. Div., BB3, buried in tbe varaer suad. Control of 253-267. 1913. (Case western Reserve rhythaic activity la thought to be by Oniversity, Systems Research Center, Cleveland, neurosecretion. (ST) OH)
Analytical models and an optlal7ation <20B> approach for multiple pollutant (biochemical Flncham, A.A., Ecology and Population Studies of oxygen demand and temperature) systems vere soae intertidal and Subllttoral Sand-Dwelling presented. The Chattahoochee Biver in Aaphlpods. Jour. Bar., Biol. Assn. O.K., 51, Georgia vas nodelud in terns of BOO and 071-088. 1971. (Rvci-ne Biological Station, Port temperature, optimal levels of treataent Erin, isle 'of nan. Great Britain) vere deterained asing the uultllevel approach vhlch included a regional authority, effluent Exposure deterained the abundance and charges and decentralized decision aaking. diversity of anphipods at Port Erin Bay, Isle The application of effluent charges vas cf flan. Seasonal migrations occurred In extended to the case of nonlinear response to surC, sea temperature, and constraints. The law of supply and deaand competition. A decrease in population size was used to satisfy the Kuhn-Tucker during winter vas the result of nortality. conditions. The effluent charges vere given (ST> in teras of pollution loads and hydrological characteristics. The sultllevel approach allowed constraints to be incorporated into the objective function. Numerical results were given for a example that Illustrated the possible interactions between teaperature and biochenical oxygen deaanding decisions and enter quality constraints on caariaua tenpsrature levels, alnlnum dissolved oxygen levels, and maxiaua concentrations of algae. (ST) 35 <25 3>
<253> <257> ,. Foote, B.A., Biology of HBDttlA HI IT A (Dlpte.-a: Fraffe, G., and D.G. Berkert, On Locomotion Scloayzldae). Ann. Entomol. Soc. Aaer., 6»(
<256> Hetamorphosls of the bivalve, HYSELLA Foxton, P., observations on the Vertical PLAROLATA, occurs In tvo veeks at 25 C. (BP) Distribution of the Genus ACATHEPHYRA (crustacea: Decapoda) in the Eastern Rorth Atlantic, vlth Particular Reference to species <261> of the "PORPORBA" Group. Proc. B. Soc. Fyhn, H.J., J.A. Petersen, and K. Johansen, Edinburgh, Sect. B., Biol. (GB), 73, 301-313. Eco-Physiological studies of an Intertidal 1972. (Rational Institute of oceanography, Crustacean, POtLICIPES POLYRERBS (Clrrlpedla, Boraley, Godalalng, surrey, England) Lepadomorpha) I. Tolerance to Body Tenperature Change, Desiccation and Osmotic stress. Jour. Environaental temperatures, and to some Exp. Biol., 57, 83-102. 1972. (University of degree light, vere the major factors Washington, Friday Rarbor Laboratories,'Friday controlling the vertical ranges of several Ratboc, WA) species of pelagic shrimp, ACARTBEPBYRA, in the eastern Rorth Atlantic. The teaperature The body teaperature of air-exposed range of the tvo shallov species vas 7.a to intertldal cirripedes, POLLICTPES P0LYHBR0S, 8.2 C and 7.4 to 9.a C and of the tvo deep vas alvays lover than expected froa the heat species 6.1 to 7.0 C and 5.7 to 7.2 c. (ST) load. Evaporation froa the peduncle vas responsible for the heat loss. The rate of vater loss fay evaporation froa the peduncle cuticle vas 1.5 ul/ca2/hr/aaflg both at 21 and 27 c. (HP) <262>
<262> nuneric abundance, blosass, and diversity. Fyhn, H.J., J.A. Petersen, and It. Johansen, Five or 6 thernally tolerant species Heart Activity and High-Pressure Circulation in reaalned. Flathead catfish, PYLQDIcTIS Cirripedla. Science, 180(4085), 513-515. 1973. 0LIVARIS, vithin the vnrned area innedlately (Oniversity of Washington, Friday Harbor vlth iaproved reproductive success and a Laboratory, Friday Harbor, HA) decided Increase In population abundance. Redhorse populations, nalnly golden redhorse, The palpation rate of hesolynph of the HCX0ST0HA ERYTHRUROH, and shorthead redhorse, Pacific gooseneck barnacle vas highly 1. BHEVICEPS, probably vlll becone teaperatare dependent. (HP) peraanently reduced in the varned areas. (IIP)
C0HHEHT? See also Gannon, J.R. "Aquatic Life <263% Survey of the Wabash River vlth special Gabbott, P.A., and B.L. Bayne, Biocheaical Reference to the Effects of Theraal Effluents on Effects of Tenperature and Hatratlve Stress in Populations of Hacroinvertebrates and Pish." HYTILOS EDOLIS. Jour., Har. Biol. Assn. O.K., Report to Public Service of Indiana, 65 p (1970) 53(2), 269-286. 1973. (HEBC On it of Harlne and Gannon, J.R. "The Response of Fish Invertebrate Biology Harlne science Laboratory, Populations In the Wabash River to Heated Henai Bridqe, Anglesey, OK) Effluents." Part of proc. 3rd National syaposlua on Radioecology, Oak Ridge, Tennessee, At tenperatures above asbient in vinter the Hay 10-12, 1971, (p 513-523) (1973). rate of ganetogenesis of the aussel, HYTILOS EDOLIS, vas increased. This resulted In increased energy deaand and high oxygen <267% coRsnnption. If food vas scarce, part of Gannon, J.R., The Response of Flah populations this'deaand vas net fron stored reserves, in the Wabash River to Heated Effluents. prinarily protein and carbohydrate. This COHP-710501-P1; Part of Proc. of the 3rd ensured nornal developaent of ganetes in the Rational Synp. on Rndioecology, held at Onk vinter. When vitellogenesis vas conplete and Ridge, Tennessee, Hay 10, Vol. 1, (p. 513-523), reserves vere depleted, stress resulted in a 1268 p.. 1971. (DePauv University, Departnent rapid decrease in oxgyen consunptlcn. (RP) of Zoology, Greencastle, IB)
A study of fish distribution in tvo segaents <264> of the Wabash River, one receiving theraal Gauvskaya, A.V., Effect of Light and Water effluents 7 to 9 centigrade degrees above Teaperature on Energence of Certain Species of aabient, revealed yonnger, snaller fish bad cercarlae froa Black Sea nollusks. Gldroblol. higher naxinaa preferenda than older, larger Zh. (OSSR), 8, 10B-105. 1972. (Alt. Research individuals. The effluent zone generally Institute Harine Fish Oceanography, Kalinlgrad, harbored only about 50* of the species OSSB) collected either above the plant or davnstreaa in the aixed zone, but the Lov tenperature has an inhibiting effect on standing crop in terns of nunbers and velghts cercariae species fron Black sea aolluscs, vas only slightly reduced, catch data lowering their activity and redacing their (converted Into relntive density Indices and energence froi aolluscs to a ainiaus. Low plotted against nenn tenperatares) revealed teaperatures of late fall, winter and early ranges of tberaal preference for 19 species spring are the sain obstacle to the ot fish. (HP) developaent of cercariae at these tiaes of the year. (HP) COBHEH?; See also Gannon, J.B., The Effect of Thernal Inputs on the Population and Fish and Hacrolnvertebrates in the Wabash Biver, <265> OVBB-B-031-IWD, 105 p. (1973| and Gasson, J.R. Galat, D.L., Horual Enbryonic Developnent of the Agnatic Life Survey on the Babash Biver vlth Huskellunge (Esox BASQOIHORGY). Trans. Aner. Special Beference to the Effects of Thernal Fish Soc., 101(2), 384-391. 1973. (Cornell Effluents on populations of nacrolnvertebrates Oniversity, Rev Tork State College of and Fish, Report to pabllc Service of Indiana, Agriculture and Life Sciences, Hev Tork 65 p. (1970) caoperatave Fishery Onit, Ithncn, BY)
Bornnl enbryonic developnent of the <268> euskellunge, ESOX HASQBIBOBGT, fron Gardner, D.B., The Effect of Sone DDT and fertilizntion until hatching, takes 14 days Nethoxychlor Annlogs on Tenperatare Selection at 13 C. (ST) and lethality In Brook Tront Fingerliogs. Pestle Blochea. Physiol., 2(4), <31-446. 1973. (Carleton University, Departnent of Biology, <266> Ottawa, ontarlo, Canada) ' Gaaaon, J.R., The Effect of Thornal Inputs on the Popnlntlons of Pish and Hacrolnvertebrates DOT and aethyoxychlor analogs, bEt not in the Wabash River. OWRH-B-031-IRD: BEE-type analogs altered teaperature 14-01-0001-3279$ 105 p.. 1913. (OePanv selection of brook trout. The effect of Oniversity, Departaent of Zooiogy, Greencastle, r.p(prlae)-sethoxychlor on tesperature IB) selection progressively docreased until noraal values vere obtained 5 days after As the resslt of therssl additions to the exposure. The effect of p,p (prise)-DDT was Wabash River in a tenperatare range froa 26 still pronounced 9 days after exposure. (BP) to 31 C, fish species with relatively lov optlnue teaperature preferences noved oat of the heated segsent and sere replaced by species vlth relatively high optiaaa teaperatare preferences. When the tenperatare of the theraal area exceeded about 31 c, there vas a sharp reduction in 37 <269>
<269> <272> Garslde, B.l,, Ultlaate Upper Lethal leaperature Gelling, w.T., and R.S. Caapbell, Stages of of Atlantic Salaon SALMO SALAR L.. Can. Jour. DIAST0ND3 PALLXD0S Merrick. Hanoi. 6 Oceanog., Zool., 51, 090-900. 1973. (Dalhousle 17(2), 300-307. 1972. (Missouri Oniversity, Oniversity, Departaent of Biology, Halifax, Nova Division ot Biological sciences, Coluabia, BO) Scotia, Canada) Oevelopaent tlae froa egg to adulthood of the The ultlaate tipper lethal teaperatare for copepod, DIAPTOMUS PALLID0S, grovn at 10, 15, large parr of Atlantic salaon, SALBO SILAS, 20, and 25 C varied froa 85.2 days at 10 C to based on tests of 10 alnutes, following 10.6 days At 25 C. Developaant rate accllaatlon approaching this level, van 27.00 plateauud betveen 15 and 20 c, largely C. Thure vere no significant correlations because of the siallarlty In tlaa spent in betveen size and order of doath. (ST) the preadult copepod stages. (ST)
<270> <273> Gatz, A.J., Jr., V.S. Kennedy, and J.A. Georgiev, 0.1., C.V. Dllov, and B.H. Hristova, Hiliursky, Effects of Teaperature on Activity and Effect of Light and Teaperature on Radioactive Mortality of the scyphozoan nedusa, CHBYSAOBA Carbon 10 Released froa SCEHEDESHDS AC0T03 In a QBTRQOECIRRHA. Chesapeake Scl., 10(3), 171-100. Nutrient Nedlue. Dokl Sel'sko Khoz Akad. la 1973. (University of Maryland, Natural Georglya Dialtrova, 5(2), 151-150. 1972, (Inst. Resources Institute, Halloaing Point Field Genet. Plant Breed., Sofia, Bulgaria) Station, Prince Frederick, HD) Carbon 10 released froa SCENEDESRDS ACUTOS Pulsation rate of CHRTSAORA Q0XHQUEC1RRRA into the aediua vas Inversely proportional to sadusae vas Inversely and linearly related to its absorption In the interval betveen 20 to ball diaaeter over the natural teaparatura 32 C, and vas not inflnencad vhen teaperature ranqe (15 to 32 C) In tha Chesapeake Bay. aant up froa 32 ta 36 C. This testified to pulsation rata increased alth teaperature the decisive and peculiar influence Increase froa 15 to 30 C and then decreaaed teaperatare haa on radioactive C relaaaa froa over the 30 to 32 C Interval. Teaperatures algae cells into the aadiua. (BP) above 32 C led to erratic activity and death. The accllaated rate-teaperature curve vas siallar to rate-teaperature carves reported <27»> for vara vatcr aeduaae and different froa Gerlach, 9.A., Productivity of Banthos in those reported for cold vater foraa. Helgoland Bight, Verb. Dtsch. tool. Gee., 35, Accliaation of lethal teaperatare vaa less 1-10. 1972. (Inatltute ot Heereaforach., D-285 rapid than accusation of pulsation rate. Braaarhavan, Federal Republic of Geraany) Median upper lethal teaperature vas betveen 33.5 and 30.5 C depending on prevloaa theraal Mlnlaua gaaeratlon tlaa for the free-living hlatory. Bedusae ceaaed pulsating and died neaatoda, HONHTSTEBA DISJORCTA, vaa 13 days at 10 C. (ST) at 17 to 22 C. (B?|
<271> <275> Gayevsksya, A.v.. Effect of Light and Ratar Gerlach, S.A., and H. Schrange, Ufa Cycles at Teaperatare on the Emergence of Sana Species of Lev Teapsrataras la Soaa Free-Living Marine Cercarlae froa Black Saa Rollaaka. Reaatodea. Varoff. mat. Reerasforach. Hydroblologlcal Jour. (OSSR), B(5), 8*-85. 1912. Biaaarhavan (R. Gar.), 10(1), 5-1. 1972. (Xnst. (Atlantic institute of Fisheries and Beereaforacbnng, 2B5 Breaerhavan, Aa Oceanography, Kaliningrad) Hindalahagan 12, Federal Republic ot Goraany)
Five treaatodaa CERCARTA OIBBDLAE, eaergad At 7 C tha life cycles of the naaatodea, froa the aollaac, 0IBB0LA HACA, at a vater ONCROLAIHOS BRACHCZROS, DESROOORA SCALBERSIS, teaperature of 7 to 8 C and 595 eaerged froa and RALICHOAROLAIHUS B0BBST0S vare coaplotad the aolluac at 21.5 C. After tha flrat la 199, 603, aora than 603 days, aollaac vaa tranafarred to 21.5 C, 782 respectively. Liaa betveen egg dapoaltlve cercarlal left In a day. RASSABIBS and hatching vaa *3 to *0 daya for aoat BETICOLATOS at a taapetatura of 11 C vaa apeclaa. Lite cycles of theae aatlaa abandoned by 135 carcarlae In a day vhile the neaatodaa are coapleted la oae to tvo years aolluac at 21.5 C aaa abandoned by B12. The under Rortb Saa conditloaa. (ST) cercarlae alaoat ceased to aaarga vhen tha teaperatare van lovarad to 6 to R C. Vhen the aolluac saa kept for several hours at a <27«> subzero teaperature. It died along vlth tha Certi, S.R., Tha Fata of a Radionuclide la the DIPRTEROSTOROR BRUSXRRR, sporocytea aad Agaatlc Bnvlroaaaat - A nathaaatlctl Equation carcarlae Infesting It. At 7.5 to 8 for 3 hr Representing Radionuclide uptake by Algae. the carcarlae vere iaaoblle tat bacaae active Ph.D. Theala, Drexal Bnivaralty, 128 p.. 1973, vhen transferred to 22 c. (BP) Dlaaertatloo Aba., 10, 7J5-B (1971). (Drexal Bnivaralty, Philadelphia, PA)
Taaparatara, algal reproduction rats, aad potasslua aad chloride eoacaatratlaaa had no affect on caaiaa 137 coacaBtratloa by CMLAMTDOBORAS BEIRRAB01. (HP) 38 <53 €>
<277> 21*, regnardlass of tha taaperature of Gibbons, J.V., an! U.H. Bennett, Abundance and acclleatlon or season. Tn winter, anlnals local Movenent of largenoutk Baas (HICROPTEROS respiration effect at 2»« S and 10 to 15 C 3ALH0IDES1 In a Reservoir Receiving Heated vaa Indicated. Corves fron the Effluent fron a Reactor. C0»p-710501-p1| Part oceanic-coastal populations (Juan de paca of Proc. of the 3rd Rational Sysp. on Strait) indicated that as tha teaparature Radloacology, held at oak Rldqe, Tennesnee, Hay Increased tha lov critical salinity lit, Vol. 1, (p. 52a-527) 1268 p.. 1971. increased. Por vinter aninals tha lover (Savannah River Ecology laboratory, Aiken, SC) critical salinity lien belov 211 at 5 and 10 C but at 15 c It lies veen en 20* and 21*. Population density of larganouth bass, Tn snnsar aninals oxygen uptake Is reduced niCROPTBROS 3ALH0IDES, vas greater in the with increased tenperatare. The coaatal haated nreaa of Par Pond, particularly daring population (Saanlch Inlet) could wlthatand vinter. Individual base exhibited a high 21* S at 5,10, and 15 c In sunner and 5 and nobility in the reservoir, vlth aovanent of 10 C In winter with no large reduction in nore than 6 ka being n frequent occurrence. xeaplratlon. (MP) (HP)
<281> <278 > cllftUan, E., seasonal and latitudinal Effects Gibbons, J.W., J.T. Hook, and D.l. Pornay, on tha Responses of EVPBA0SIA PACIPICA Hansen winter Responses ot largenouth Bans to Heated (cruotacea) to Experlsental changes ot Effluent froa a Nualear Reactor. Progressiva Teaperatnre and Salinity. Part of Takannnth, Pish Culturlst, ia(2), 88-90. 1972. (Savananh A.T., (Ed.), Biological oceanography of tbe River Ecology laboratory, Alkan, SC) Northern Worth Pacific Ocean, Idealtsu shotan, Tokyo, Japan, (p. 003-063). 1972. (Onlvarslty The abundance of largeaouth bass, KCROPfEROS of Hassachusetts, Marine Station, Gloucester. MA) SAlftOlDES, caught and observed In Pnr pond van apparently anhanced by vara vatvr Physiological reactions fron saven sfflaant froa tha Savannah Biver Plant dnv'lng latltudlnally separated groups of EOPHAOSIA the vinter. Activity, aa aeanared by angling PACIPICA to changes In tenperatare and success and undervater observation, vas far salinity have bean lnveatlgatad via greater in tbe hot water dan'a heated naaanraaents of spaclaenn' respiration. effluent tian in tho unheated effluent or in Spacinans froa alt groups could tolarata a slatlar unhealed part ot the reservolt. large changes of tha teaporature and snllnity
<2fl3> <286> Olnoxa, U.S., and C. Lukeroth, Piotein and Godlevaka-Llpova, W.A., The Effect of Deoxyribonucleic Acid synthosls in a Teaperature on the Generation Tiae of a Thermophilic Bacterium. Aaer. Soc. nlcrobiol. Bacterial Coaaunlty in Lake Water. Bull. Acad. Aba., 73rd Ann. fleeting, 33. 1973. (Aaos Pol. Sci. Ser Scl. Biol., 20(9), 653-656. 1972. Research Center, Hoffett Field, CA) (Poland Akad. Nauk, Institute of Ekology, Dzlekanov k. varszawa, Poland) It was suggested that the Inability of obligate thermophilic bacteria to grow at The aost Intensive increase in the temperatures slightly abcve or belcv their reproduction intensity of a bacteria normal growth range is not due to heat population in a natural lake vater took place Induced lesions of tholr protein synthesizing at 25 C and the least intensive at 6 and 30 apparatus. A thymine and leucine regulrlng C. (HP) mutant derived from an obligate thermophlle isolated froa a theraal pool of the Yellovstone National park was used to study <287* protein and DNA synthesis at growth Goldner, B.H., The Effect of Teaperature on the restrictive teaperatures of 73 and <10 C, Grovth of nlcroorganlaas In the prasence of respectively. The organisa grew optiaally Sublethal Concentrations of Chemical Toxicants. between 55 and 70 C, but vhen the teaperature Ph.D. Thesis, Onlverslty of California, 187 p.. was elevated to 73 C, cell division ceased. 1973, Dissertation Abs., 33, 5971-B (1973). Protein synthesis aeasured by incorporation (Oniversity of California, Los Angeles, CA) of C1
A positive photorssponse was observed with a At 16 C no larvae of the crab, PAGUR0S summer temperature of 16 C in the fish PRIDEA011, survived to the glaucothoe stage LEOCASPIOS sp. after 17 hr of light daily. A and at 24 C none reached the fourth zoeal lov teaperature (11 C) reversed photoreaponse atage. Survival was best (38 to 02%), at 19 after exposure to long photoperlod was higher C. At this teaperature the aedlan duration in suaaer than in vinter. Decreases in the of developaent to the glaucothoe stage vas temperature in not change the response of 26.5 days. (ST) roach and bleak juveniles. The positive photoresponse of burbot juveniles vas Increased vhen they vere exposed to the <289* unusual teaperatures of 7 and 17 C. (HP) Gclikov, A.R., and o.A. Scarlato, nethod for Indirectly Defining Optiaua Teaperatures of Inhabitancy for Marine Cold-Blooded Anlaals. <285> Harlne Biol. (W. Ger.I, 18, 1-5. 1973. (Acadeay Glynn, P.W., and R.R. Stevart, Distribution of of Sciences, Zoology Instltate, Unlversitetskyaa Coral Reefs in the Pearl Islands (Golf of Nab., 1, Leningrad B-16U, USSR) Panaaa) in Relation to Theraal Conditions. Hanoi. 6 Oceanog., 18, 367-379. 1973. in cold and teaperate aarine vatera of the (Salthaonlan Tropical Research institute, P.O. northern heaisphere, ainlaua teaperatures Box 2072, Balboa, canal zonf) lear the northern periphery of the distributional areas and aaxlaUB values near The ainiaua critical teaperatarea that ware the southern periphery hava proved to found to hava a debilitating effect on tha represent the theraal Halts of tha species coral, POCIIIOPOBA D1ANICORWIS, waa 20 to 21 concerned. The range betveen auaaer Cm The highest groath rate vaa around 29 C- teaperatures la tha Rorth and winter The hypothesis that coral reefs are largely temperatures In the South enabled species to confined to tha north and eaat aides of reproduce successfully and approached optiaua lalaads because of theraal conditions vaa conditions. The ranges of optlaua conflraed. Teaperatara aay control the teaperaturea and reproduction teaperaturea dlatrlbutioa of coral raafa by loverlng the for 120 aollusc species were In agreaaant ability of corala to coapeta vlth other with data froa the literature. (HP) benthie organises. Since aparse populations of all coral apacles do not occur on non raefal shores, their dlatributioa doea not aaea to ba Halted through the effecta of ainiaaa teaperatnres oa reproduction. (BP) 271 <37B>
<290> <292> Oollkov, U.K., and 0.1. Skarlafco, On the Goodyear, C.P., Learned Oriantntion in tha Determination ot the optlaam Environaental Predator Avoidance Behavior of Mosgultofish, Tenperatnre toe Marine Poikllothetmlc Animals by GAHBUSXA APPIRIS. Behaviour, »5(3-»), 191-221. Examining the Temperature Conditions at the 1973. (savannah River Ecology Laboratory, Borders ot thelc Distribution Areas. Dokl. Aiken, SC) Biol. Scl. (033m, 203, 183-185. 1972. (Academy of sciences of the 0SSH, Zoological nosqaltoflah learned shoreward directions nnd Institute, Leningrad, USSR) aubuaguently oriented toward shore cequardless of the teaperature of the water A review of the literature showed that in the test fncility. These fish also reproduction tenperntures of marine solluscn responded to changes in teaparature of the ware within the zone of proposed optimal test facility by orienting toward shore vhen environnental temperatures of the species, tha teaperature vaa belov 30 C and tovard and ware not related to the wider, more deep vater vhen the tenparature exceeded 35 changeable range of survival temperatures C. (HP) associated vlth a particular apeclis. In the tenperate northern hemisphere, the range between summer temperatures at ^he northern <293> Units of the distribution areas of tha Oorbuiiova, R.M., Vertical Distribution of Egga species and winter teaperatures at the and Larvae of Pish in the western Tropical southorn Halts were proposed as the optinal Pacific. Part of Vinogradov, H.B. (Ed.), Lite living teaperatures. (ST) Activity of Pelagic connunltles on tha Ocean Tropics, Moscow, DSSR, (p. 256-257), 298 p.. 1971. (Shirshov Institute of Oceanology of tha <291> Acadesy of Sclencen, OSSR) Gonzalez, .'i.e.. Seasonal Variation in the Responses cf Estuarina Populatlonn to Heated Larvae of the fish, GOHOSTOMA BLOHGATOH and water In the vicinity of a steas Generating 0. ALBA keep to the upper part of the Plant. Ph.D. Thesis, university ot Rhode theraocllne at water teaperaturen of 25 to 29 Island, 155 p.. 1973, Dissertation Abs., 39, C and do not perfora dlurnnl migrations. (HP) 178-B (1973). (University at Bhode Island, Kingston, PI) C0HHEKT3 Published for the Rational Harlne fisheries Service, ROAA, O.S. Departnent of field Rtudlos at the Wew England Electric Ccannrce and the Rational Science Foundation, Conpany in Sonerset, Massachusetts indicated Washington, D.C., by the Isrfl Pragma for that aortalltles of ACABTIA TORSA and A. Scientific Translations in Jerusalem, 1913. CLAOSI attributable to the generating plant vere Insignificant throughout nost of the year, except for a brief period daring Jane. <29S> Experlnentn indicated A. CLAOSI van smnstlve core, B.H., Zooqeographlcal Aspects of Decapod to tenperatares above 25 C. populations of Crustacea in the Indinn River Region of Florida. A. TonsA accllaated to 25 and 27 c can Aser. zool., 12, 714. 1972. (Snithsonlan withstand 37 C for several ainutes. Institution, Ft. Pierce, PL) EUBYTEMORA BEODHAW cannot tolerate teaperatnres above 22 c. Temporatare in the The sajorlty of spaciea of decapod effluent canal vas alvays above 25 C daring crustaceans collected in the Indian River the late part of the spring. In the ertlaent region, Florida, were primarily tropical in canal, an entire bed of nassels, HITILUS their affinities, but seeaed to be those EDULIS, died during aid-June vhen the tropical and subtropical toraa vhich arm able tenperatures increased above 27 c. to vlthstand the extreme fluctuations of Similarly, the population In the intake canal teaperatare (over 15 centigrade degrees) and disappeared vhen teaperature rose above 27 c salinity (over 25*) vhich occur in the Indian In August, laborntory studies shoved H. River. (HP) EDOLIS could not tolerate continuous teaperatnre above 27 C and feeding stopped shortly nfter the aninals vere exposed to 25 <295> C. Rlstopathological studies indicated that Goryczko, K., A change of the Spavning Season in the cause of death of this bivalve vas Rainbow Troat (SALNO GAIBDHERI Blchardson). associated vlth degeneration of the frontal Focznlkl waak Rolnlczych, Series H - Fisheries and latero-frontal cilia ot the columnar (Pol.), 9a, 57-68. 1972. (Instytut Bybactwa epithelium of the gill filaaents. In Srodladovego, Tarenova Pracovnin Bzeczna, conjunction vith this there vas necrosis and Cdansk-Ollva, Poland) sloughinq of tha epithellun cf the intestinal diverticula. Extensive anoebocytlc A acceleration in the light cycle brought Infiltration vas noted in the byssogenlc about earlier gonad saturation of rainbov cavity, gill filaaents and stonach vail. The trout, photoperlod acts prlaarlly during tha amphipod, COROPHIUM ISIDIOSOH, escaped froa stage of rapid oocyte grovth. flovever, it its tubes betveen 27 and 3a c and became vas iaposslble to obtain eggs vithout varning abundant in the effluent canal. (HP) tha vntor temperaturm. (MP) <11 <296>
<296 > <299> Goryciko, K., Incubation al Egg a froa tbe Autuan Gray, R.J.B., Molecular and Cellalar Events Spawning of Rainbow Trout (SALHO BAIRBRERI initiated by Theraal stress in PSEODOHORAS Rlchardsonl. Roczniki Rauk Rolnlczych, series R PLOORESCBNS (P7). Ph.D. Thesis, Oniversity of - fisheries, 90(1), 69-00. 1972. (MBt. Illinois at nrbana-Chaapaign, 153 p.. 1972, Hybactva srodladoveqo, Terenova Pracoanls Dissertation Abs., 30, 780-B (1973). Rzeczna, Poland) (University of Illinois at Orbana-chaapaign, Otbana-Chaapalgn,: II) The teaperature of 9 C was the threshold of eabrronlc developaent of autaan spavning The use of 0.1* peptone, distilled vater, or rainbow trout. The threshold vas 6 c In the Eutterflelds buffer as diluents proved lethal first stages of post-eabrfonlc period. The to PSEBDOROKAS PIOORESCERS heat stressed at Incubation period for eggs of autuwn spawning 36 C for 2 hr. Oltiaately less than 1* of ralnbov trout was longer than fur eggs froa the initial papulation produced colonies. the aprlnq spawning. The length ot this The survival of cells to dilution after heat period aeasared In degree days was treataent vas laprovnd to 10% vhen defined approximate to the length of the Incubation aediua vas used as adllueat. Sucrose aa a period of brook trout eggs. (HP) diluent was inferior to an equlaolar eolation of aanasodtUB glutsaate, demonstrating that the traaaa of dilation was ionic rather than <297> osaotic. The saae concentration of RaCl Ooryczko, IC., The Grovth Rate of Rainbov Trout (0.00 R) was also effective, but 0.00 HgC12 (SALMO GAIRBRERI Richardson) froa the Autuan and offered sufficient protection to iaprove Spring Spavning. Roczniki Rank Rolniczych, survival by aore than 100* over the RaCl Series R - fisheries, 9B(1) , 01-96. 1972. solution. Ose of the selective inhibitors (Inst. Rybactva Srodladovego, Terenoaa Pracawnia rifaaycin and chloraaphenicol showed that the Rzeczna, Poland) recovery process vas dependent on RRA . synthesis but not on protein synthesis, The qrovth of spring and autuan spavning leakage of 260 na absorbing aaterial during ralnbov trout was coapared. The theraal heat injury was indicative of RRA degradation qrovth rate coefficient k vas used: k • Inw and this was substantiated by a colorlaetric sab t - inW sub 0/0 (B»P) -x where: W sub t assay of total cellular RRA. Gel is veight W at tho tlae t, W sub 0 is Initial electrophoresis of rRRA froa noraal, weight, D(E»0) Is nuabar of degree days, and theraally stressed, recovering and growing x Is the product of the nuaber of days the cells revealed that although degradation took teaperatnre aaounted to 3 c, (assaaed as the place, neither the 23S nor 26 RRA species teaperuture below which trout stop groving). vere completely degraded. Although these It vas found that shift of the spavning In mature species of RRA remained after heat rainbow trout froa the spring aonths to the treatment, further synthesis of BRA was autaan aonths gave a aarked shortening of the necessary for recovery and accumulation of breeding period. It was also found that the 16S, 17s and 23s BRA aere observed. theraal conditions prevailing in the River Similarly the mature ribosoaal subunlts Field Station, Poland, froa the end of April survived the heat treataent and yet the nev till June ensure the rapid grovth of hatch RRA synthesized vas incorporated into stocked in the pond. (Auth (HP) ribosoaal particles. Both precursor and nature particles vere accnaulated expressing the effect of the theraal stress ot ribosoae biosynthesis. (Auth) (HP) <298> Gradner, D.R., The Effect ot Soae DDT and Rethoxychlor Analogs on Teaperature Selection and lethality in Brook Trout Fingerlings. <300* Pestle Blochea. Physiol., 2(0), 437-0116. 1973. Grayua, II.R., Effects of Theraal Shock and (Carleton Bnlvorslty, Departaent of Biology, Ionizing Radiation on Priaary Productivity. Ottawa, Ontario, Canada) CORP-710501-P1; Part of Proc. of the 3rd Rational-Syap. on Radioesology, held at Oak DDT and aethoxychlor analogs, bat no DDE-type Ridge, Tennessee, Bay 10, Vol. 1, (p. 639-600), analogs altered teaperature selection of 1268 p.. 1971. (Oniversity of Washington, brook trout. The effect of p, College of Fisheries, laboratory of Radiation p1-aethoxychlor on teaperatare selection Ecology, Seattle, *M t ' progressively decreased ontil noraal values were obtained 5 days after exposure. The The productivity of cultures of CRIABTDOHORAS effect of p, pi-DDT was still pronounced 9 REIHHARDI, HOROCHBTSIS IOTHERX, and of aixed days after exposure. (BP) phytoplankton species fron lake Washington and Puget Sound water saaples vas deterained by aeasuting the utilization of carbon in the photosynthetic process. The specific aabient teaperatures and the teaperatares at vhlch a decrease in productivity was observed are as follova: C. REIHHARDI, 25 and «5C; H. 10THERI, 20 and 36C; lake Washington phytoplankton, 21 and 37 c; and Puget Sound pbytoplankton, 12 and 25 C. There was no xecovery in priaary productivity froa theraal shock when the cultures vere returned to aabient. In aost cases, productivity vas stimulated by saall teaperature increases. . .The c 10 uptake decreased at r rate greater than oxpected froa theraal shock only vhen c. BtlRBABDI received a gaaaa radiation dose of 100 krads and a teaperature increaent of 13 and 18 centigrade degrees. (H») 273 <37B>
<301> <300> Green, R.H., Growth and Mortality in an Arctic Gruhl, J., Quantification of Aguatic Intertidal Population of RACOHA BALTHICA Environaental lapact of Electric Pover (pelecypoda, Telllnidne). Jour. Pish Res. Bit. Generation. HTIS-PB-220 602/AS; 172 p.. 1973. Can., 30, 1305-1308. 1973. {Oniversity of (Massachusetts Institute of Technology, HIT Manitoba, Winnipeg, Mac. Canada) Energy Laboratory, 77 nassachusetts Avenue, Canbridge, MA) Tenperatare vas the prinary factor causing a higher grovth rate in an arctic Intertidal This is a state-of-the-art survey of research population of pelecypods, RACOMA BALTHICA, areas contributing to quantitative located at a tidal level of 1.1 n above nean predictions of aguatic ecosysten consequences lov vater than those located at the nean lov of electric pover generation. Particular vater level. The 1.1 n tidal level vas attention vas paid to preuse input aodeling exposed to the air about 37* of the tine techniques available, and a nev aethod for vhile the lover population vas exposed only quantifying ecological impacts and relating briefly during belov average tides. ,j5uaner then to pover production schedules vas air tenperature reached 18 C and sedinents presented. The aethod involved a vere heated veil above this tenporature. probalozllstlc systeas approach vhich Salinity did not differ and food vas nore calculates changes in desirability of abundant at the nean lov vater level. Grovth ecosysteas to aan as influenced by organisa apparently ceased in vinter. (ST) losses. (CCC)
<302> <305> Grib, I.v.. Analysis of Fishkills in Snail Guderley, H., and G. olrikson. Effects of Rivers in the Western Poles'ye on the 0trains. Sublethal Theraal Shock on the Blood Serum Bydroblological Jour. (USSR), 8(2), 29-00. 1971. Proteins of the Ralnbov Trout (SALHO GAIRDMERI). (Kharkov state Oniversity, OSSR) CQHP-710501-P1; Part of Proc. of the 3rd Rational Symp. on Radioecology, held at Oak Tenperature and precipitation vere the vain Ridge, Tennessee, Hay 10, Vol. 1, (p. 570-578) , causes of fishkills in the rivers of the 1268 p.. 1973. (Oak Ridge Rational Laboratory, vestern Poles
<307> <310> Gulllksen, B., Spawning, Larval settleaent. Gutierrez, fl., and 8. Establlec, Proteolytic Growth, Bloaass, and Distribution of CIORA Activity in the Anchovy (BHGRA0LIS IRTESTXNALIS L. (Tunicata) in Borgenfjorden, ERCBASICROL0S). Invest. Pesg. (Sp*). 36(2), Rorth-Trondelag, Borvay. Sarsla, 51,. 83-96. 341-354. 1972. (Lab. Inst. Invest. Pesg., 1972. (Biology Station, H-7001 Trondhela, Puerto Pasguero, Cadiz, Spain) Hot-way) The aaxiaa of proteolytic activity in the Spavning of the tunicate, CIORA 1RTESTIRALIS, anchovy, ENGBAOLIS ERCBASICHOLBS, was began in Borgenf-Jorden, Norway at a observed at 50 to 55 C, and at pH 2.6 and teaperatuce between 8 and 12 c in nay and 8.65 for dorsal muscle, 45 to 50 c and pR 3 June. (HP) and 8.45 for the ventral muscle and 50 to 60 C and pH 3 and 8.79 for the visceral aass. (BP) <300 Gundersen, K.» and P. Blenfang, Theraal Pollution: Bse of Deep, Cold, Rutrient-Bich Sea <311 > Water Cor Power Plant Cooling and subseguent Hada, y.. The Protozoan Plankton of the Aquaquliure in Hawaii. Part of Ruivo, N. (Ed.), Antarctic and subantarctic Seas. dap. Antarct. Harine Pollution and Sea Life, (p. 513-516) 624 Res. Exped. Sci. Rep. (E), 31, 51. 1970. P.. 1972. (Oniversity of Hawaii, Department of (Hlroshiaa Shoka Daigaku, Kanon-Shlnaachi 4, Ricrobiology, Honolulu, Hawaii) Hiroshiaa, Japan) A significant increase in growth was obtained The highest freguency of occurrence of vhen phytoplankton were placed in vater froa protozoa in Antarctic and subantarctic waters the deep ocean and exposed to surface light vas observed in surface vater of 0 to 5 c. and teaperatuce conditions. The production in Of the 76 species collected, 18 vere nev deep vater relative to open ocean surface species. There vere 31 fores of flagellatos, vater showed a auch higher value. The one pelagic foraalniferan and 44 dilates. surface ocean vater vas the land Influenced, (ST) phosphate-rich vater froa Raneoke Bay, Hawaii. The aaxiaua aaount of carbon fixed in this study vas veil above 250 ag C/a3/hr. <312> If vater froa 600a depth at 6 c vas used to Haines, K.C., and D.A. Roels, The Influence of cool an average Havalian power plant, 1/3 of Teaperature on Growth Rates of Six Clones of the theraal effluent could produce 400 kg Harine Centric Dlatoas froa St. Croix, Virgin cell carbon or 1,000 kg orqanlc aatter (dry Islands. Jour. Phycol., 9, 5. 1973. welght/40* C) per day at the prlaary level. (Latnont-Ooherty Geological Observatory, (HP) Palisades, RT)
The sarlne centric dlatoas THALASSISOSIRA <309> Sp., 1. PSEBDORAHA, 1. FL0VIATILIS and Gunter, P., Ecological Studies on a Theraally BELLER0CHEA sp, fron surface and reef vaters Anomalous Water Course (Zrft/Hlederrheln). of St. Croix, Virgin Islands, grew at Report of the Landesanstalt for Gevasserkunde teaperatures no higher than 32 to 33 C. Tvo and Gewasserschutz des Landes ether clones isolated froa upvelllngs Hordhela-Westfalen, Vol. 33 (in Geraan), 158 p.. CHAETOCEROS SIBPLEX and BELLEROCHEA sp. grev 1973 at teaperatores as high as 36 to 37 C. (HP)
The river Hrft, a tributary of the lover Rhine In Geraany, has an elevated winter <313> teaperatuve (always above 11 C) due to large Bales, D.c., and A.R. Gaufln, Observations on inflov of ground water. Studies sere Bade ot the Eaergence of Tvo Species of Stoneflles. teaperature, vater cheoistry, alcroorganisas, Ent. Revs, 82, 107-109. 1971. (south Dakota alcrophyte drift and attached aacrcphytes. cooperative fishery Unit, Brookings, SO; The vara winter teaperatures (1) allowed the University of Otah, Department of Biology, Salt presence of the tropical-subtropical red Lake city, 0T) algae conPSOPOGOR HOOKEBI, (2) increased winter abundance of SPHAEHOTILOS RATARS P. Although eaergence of the stonefly, REHOOEA EOTROPRICA, (3) caused earlier leaf CIRCTTPES, Is usually associated vith varalng developaent of POTAHOGBTOR RATARS, and (4) vater teaperature, eaergence vas year round caused earlier blooming of BOPflAR LBTBOB, in a constant teaperature cold spring-fed vhen compared vith other streams in the streaa (5.5 C) In Otah, vlth a peak of rogion. There vas no effect on seasonal eaergance in Harch. Eaergeoce of ISOPERLA periodicity of algae, which appeared to be PITBRSORI in the saae streaas occurred only aost affected by light, or on aost bacteria In late Auguvt and early septeaber. (ST) and protozoa vhich were influenced by coBpetltlon with algae. Studies characterized levels of pollution, effects of <3ia> brown coal alne drainage aad seasonal rua off ffalfen, L.R., and G.W. Fiancis, The Influence of on the length of the river. (CCC) Culture Teaperature on th« Carotenold Coaposition of the Blue-Green Alga ARACTSTIS RtOBLARS. Arch. Rlkroblol. (Ger.), 81(1), 25-35. 1972. (Onlvarslty Trondhnia, Rorvay Institute Technology, Department of Biochealstry, Trondhela, Rorvay)
The carotenold coaposition of the blue-green alga, ARACTSTXS HISOLARS, except canthaxanthin rose vlth Increasing teaperatare with echlnenone and the glycosides displayed regular Increases at higher teaperature. (BP) <237>
<315> <319% Haaal, I., K. lcyashln, and T. Ronashita, Effect Hanson, A.R., The Role of Prior Feeding and of Temperature on the Body For* and Mortality in Teaperature in Regulation of Pood Uptake by the Developmental and Early Larval Stages of the Brook Trout. Ph.D. Thesis, University of Alaska Pollack, THERAGRA CHALCOGRAHHA (Pallas). Hichigan, 170 p.. 1972, Dissertation Abs., 33, Poll. Fac. Fish., Hokkaido Bnlv. (Jap.), 220, 5207-B (1973). (Oniversity of Hichigan, Ann 11-29.. 1971. (Hokkaido university. Laboratory Arbor, HI) of Biology of Fish Populations Facility of Fish, Hakodate, Japan) The ratio of naxlaua daily food ration to steady state values vas high for large. The rate of enbryonic developnent at the Isolated brook trout, SALVELIHOS FONTIHALIS, Alaska pollack, THERAGRA CHALCOGRAMHA, vas feeding at lov toaperatures. Feeding to faster at 10 C over 2 anl 6 C. Arrhenius staaach capacity vas observed iaaedlately tenperatare characteristics shoved the values folloving a starvation period, but subsequent froa 13200 to 19900 in the eabryonic period food consuaptlon rate approached this and had a tendency to increase in tha later linltlng level only for snail fish. The developnental stages. Incubation tine ability of fish to conpensnte for food required fron fertilization to 50* hatching deprivation periods by subsequent Increases ranged froa 10 days at 10 C to 2B.5 to 27.0 in food uptake, therefore appeared to be days at 2 c. Percentage of hatching vas as linked to lioth size and tenperature. In high as 89-90* at 2 C and vas lover in the natural habitats, it vas speculated that hlqher teaperatures. Grovth vaa better at a feeding rates might be modified by group higher tenperature. High tenperatnres behavior and different food types. (ST) operated on the auditory vesicle tc nake its dlaneter larger in the lnrval stage, bat no significant influence of tenperature upon the <319> developaent of the eye vns observed Hanson, A.v.. Life cycle and Host Specificity of throughout the enbryonic and larval stages. D1CLIDOPHORA sp. (Honogenea-Dlclidophoridae), a Survival vas better at a lover teaperature. Parasite of Eabiotocid Pishes. Ph.D. Thesis, The survival rate daring the yolk absorption Oregon State University, 115 p.. 1972. (Oregon period ranged froa 20* at 10 c to 59* at 2 c. state University, Eugene, OR) (HP) Eggs of the Bonogenean, DICLIOOPHORA sp., ' required 32 days to hatch vhen incubated at <316> 12.6 C and 30.9* salinity. Rate of Haaor, T., and E.T. Garslde, Peroxisoae-Like developnent and hatching success vere Vesicles and Oxidative Activity in the Zona strongly dependent on incubation teaperature Radiata and Tolk of the ovun of the Atlantic and salinity. Rates of infection of redtall Salaon (SAIHO SALAR L.). coap. Blochen. surfperch, silver surfperch, and valleye Physiol., 05B, 107-151. 1973. (Dalhoosle surf perch vero 38.5JS, 50.0*, and 8*, University, nepartaent of Biology, Halifax, Hova respectively, oncoairacidln survived Scotia, Canada) approxlaately 36 hr if no host fish vas reached. (ST) Isolated zonn raOiata and Isolated yolk of fertilized ova of Atlantic salaon consuned dissolved oxygen in Barburg aanoaetrle <320> respironeters at highly variable rates of Harbison, G.R., and J.B. Fisher, Purification vhich 25 and 66 ug/g per hr are Properties and Tenperature Dependence of the representative for zona at 5 and 10 c, and 75 Adenosine Deanlnase froa a Poikilothera (Bay and 33 ug/g per hr are representative for scallop). Arch. Blochem. B Biophys., 150(1), yolk at 5 and 10 c. Zona radlata consumed 80-95. 1973. (Florida State Oniversity, dissolved oxygen in iaprovised Departaent of Biological Science and Institute continuous-flov respironeters at of Molecular Biophysics, Tallahassee, PL) approxinately 130 ng/g per hr at 5 c. Peroxlsoae-like vesicles containing oxidative The adenosine deaminase of the digestive enzyaes vere deaonstrated histochenlcally In dlvertlculua of the bay scallop (AEQOIPECTEH both zona radiata and yolk. (Auth) IRRA&IAWS) vss stable at rooa teaperatare fraa'PH S.O to 7.0, and in this range vas exceptionally resistant to heat lnnctlvation. <317> (BP) Hancock, D.A., and A. Franklin, Sensonal changes in the condition of the Edible Cocklo (CARDI0N BOOLE L.). Jour. Appl. Ecol. (G.B.), 6(2), <321> 567-579. 1972. (RAFF Fishery Laboratory, Rardvick, .r.E., Bionass Bstlnates of Spavning Barnhaa-on-Crouch, Essex, OR) Herring, CiapEA BAREBGDS FALLASI, Herring Eggs, and Associated Vegetation in Tonales Bay. The east contont of the English cockle, Calif. Fish C Gaae, 59(1), 36-61. 1973. (Harine CARDIOfi E0ULE, vas highest froa Ray to Resources Reyion, California Departaent of Fish Septenher and vas accompanied by shell and Gaeo) grovth. Spavning loss vas compensated for by rapid qrovth. Froa Septeaber to nay food Herring eggs hatched In 6 to 11 days at 8 to intake vas great2v reduced resultisg in a 10 C. (BP) decreased Beat yield. (ST) <237>
<322> <325> Harris, J.B., The Immune Responses of Dacs Harris, R.P., Horizontal and Vertical LEOCISCOS LEOCISCIJS (L.) to Injected Antigenic Distribution of the Interstitial Harpacticoid Haterlals. Jour, pish Piol., 5, 261-276. 1973. copepods of a Sandy Beach. Jour. Bar. Biol. (Onlversity of Exeter, Departaent of Eiological Assn. O.K., 52, 375-387. 1972. (Plynouth Sciences, Exeter, Devon, England) Laboratory, Plyaouth, England)
Determinations of latent periods of antibody The spatial distribution of copepods observed production by dnce, LEOCISCOS LEtrCISCIJS, over at Bhltsand Bay vas probably a result of tbe a range of tenperatures (2 to is C) shoved tenperature extrenes at the upper beach that although the latent periods of prlsnry stations and at the sand surface, in snaner response Increased vith decreasing Copepods vere concentrated at tb'i sand tenperature, flBh vere able to produce nnrface; In sinter, deeper distributions vere antibodies to the erythrocyte antigen at 2 C observed, oxygen availability vas probably and to the SALHOHBLLA and serua protein •ore isportant in vertical thnn horizontal antigens at 5 c. (BP) distribution. Disturbances due to vnve action nny hnve bnd nn effect st the upper beach levels. Salinity, grade size, sad pore <323> vater sere relatively unifors and vere Harris, P.P., Reproductive Activity of the probably unlnportant. Bacterial population Interstitial copepods of a Sandy Beach, dour. vns not studied. (ST) Har. Biol. Assn. U.K., 52, 507-524. 1972. (Plynouth laboratory. Great Britain) <326> Teaperature change vas probably the aost Harris, B.P., Seasonal changes in population iaportant environaental factor affecting Bensity and Vertical Distribution of copepod reproduction at Bhltsand Bay. The Barpactlcold Copepods on a Intertidal sand majority of copepods had distinct breeding Beach. Jour. Bar. Biol. Assn. O.K., 52, periods during vhlch ovlgerous feanles vere 493-505. 1912. (Plyaouth Laboratory, Great present in the population. In sunaer Britain) breeders, sea vater tenperatures vere the sane at the beginning and end of egg The majority of copepod species at Bhltsand production and vere higher than the nean for Bay, England shoved seasonal changes in the year, onset of egg production coincided population density. Population density vith nn upward nigratlon into vnraer, surface aaxlaa occurred during the sunaer. The sand layers. Egg development vas aore rapid tlalng of these nnxina differed in different at the higher temperatures and resulted In species and different species doainated in nore generntions per year. (ST) different years. There vas a pronounced seasonal vertical aigratlon. Seasonal teaperatare changes controlled reproduction <324> and affected sand nicroflora, the aain food Harris, B.P., Seasonal changes in the Helofauna source of copepods. (ST) population of an intertidnl sand Beach. Jour. Har. Biol. Assn. O.K., 52, 3B9- 40 3. 1972. (Plynouth Laboratory Great Britain) <327> Hartley, R.p., and C.P. Potos, Pronounced seasonal changes In the density ot Algae-Teaperature-Bntrient Relationships nnd the total nelofauna population vere observed Distribation in Lake Erie 1968. EPA Report, 87 at the intertldal levels. Population density p.! O.S. Govt. Printing Office 1972-751-485. naxiaa occurred in sunner. At lover shore 1972. (Envlronaental Protection Agency, Vater areas seasonal density changes vers less Quality office. Region V, lake Erie Basin, HI) narked. Vertically, aoat of the population vas found closest to the sand surface in July In general it vas indicated that for any vhen sea vater tenperatures teached 16 c and algae species, nutrient requirements distributed throughout tho surface 50 cn In increased as tenperatures departed fron the December vhen teaperatures dropped to 10 C or optiauu. Loser populations of algae sere belov. In nil groups there vns a clear characteristic of aldsuaaer. At teaperatures association betveen population density and above 20 c, blue-green populations vonld not the seasonal cycle of sea vater tenperature. be reduced by the control of inorgnnic The effect of teaperature on reproduction vas nitrogen, since blooms occur after this discussed. (ST) nutrient has all bat disappeared fros the lake. (HP) <237>
<328> <330> Harvey, F.S.. Temperature Effects on the Hascheaeyer, A.E.V., control of Protein Sorption of Ceslua 137, strontlun 85, and Zinc Synthesis In the Accllaatlon of Pish to 65 by freshwater Shrlsp. COBP-710501-P1; Part Envlronaental Teaperature changes. Part of of Proc. of the 3rd National Syap. on Chavin, R. (Ed.), Responses of Pish to Radioecology, hold at Oak Ridge, Tennessee, Nay Envlronaental changes, Charles C. Thoaas (Pub.), 10, Vol. 1, (p. 599-602), 1268p.. 1971. (B.I. Springfield, XL, (p. 3-32), «59 p.. 1973. (Not du font de Neaouts and Coapany, Savannah River given) Laboratory, Aiken, sc) Studies on the control of protein synthesis A 12 centigrade degree teaperature provide a new approach to probluas of differential was not a aajor factor in the environaental variation and the physiology of sorption of cesiua 137, strontiua 85, and fish. The deteraination of a tlae constant zinc 65 by the freshwater shrlsp, for polypeptide chain asseably peralts PALAERONETES PALQD0S0S. Although sorption determination of the rates of protein levels varied inversely vith tesparature, synthesis In vivo. A aolecular aodel for radionuclide concentration in whole shrlap cold accliaation was suggested in vhich (expressed as pCl/ag vet wt) decreased by altered enzyae levels vere brought about by factors less than 3 as water teaperatures perturbation of the equilibria betveen were raised froa 20 to 32 C. Concentrations protein synthesis and turnover. (HP) of a given radionuclide vere essentially the saae at 29 and 32 c, even though these teaperatures vere lethal for up to 60* of the <331> test specimens. (Auth) Rasle,
<334> ventilatory freguency in Boat species. Hazel, J.1*., The effect of Teapcratare Respiratory puap uncoupling daring thernal Acclimation upon succinic Dehydrogenase Activity stress van frequently seen in trout but snch froB the Epaxlal Huscle of the Coo*on Goldfls.b less so lit bullhead '.'atfish or bluegills. In (CARASSIOS AORATBS L.| I. properties of the fish that actively ventilate the gills vhile Bnzyae and the Iffeet of Lipid Extraction. svlnalng, the control for this probably Coap. Bloches. Physiol., 43, 837-B61. 1972. depended on svlaalng nuscle reflexes rather (Bniverslty of Illinois at orbana-Chanpaign, than blood huaoral (.'actors. This control Department of Physiology and Biophysics, nechanlsn say have operated in a reverse Orbann-Chanpalgn, IL) fashion in fish thdt use ma-jet ventilation. Duriug recovery f n.'.m severe exercise and Sncclnlc dehydrogenase (SDH) activity fron during theraal ntriiss the control of gill the epaxial aascle of 5 c acclinated goldfish ventilation vas apparently huaoral. Of the vas 1.3 to 2.2 tines (depending upon season) possible factors, blood oxygen and possibly that of 29 C acellaated goldfish ahen also PR vere considered to be the nost nnasared at the sane tonperatuce la bath important. Evidence vas suaaarlzed that erode honogenates and isolated altochonirlal suggests the error detector is on the foras. plectrophoresls of solublo arterial side of the gas exchanger. (Auth) preparations fros both 5 and 25 C nccllsated goldfish yielded a single SDR band of identical electrophoretlc nobility fron each <330> accusation group. Inhibition of the soluble Oeffner, R.L., phy'toplankton Dynamics in the enzyse by oxaloacetic acid vas extrenely Dr/lamare River estuary, H.S. Thesis, teaperatare dependent as evidenced by a 12 to Hillersville state College, 93 p.. 1971, Hater 15 fold increase in K sub i upon a drop in Resources Abs., 6, B73-071B5, (1973). usnny tenperatare fron 25 to 5 C. These (Hillersville State college, Blllersville, PA) results vere Interpreted as indicating that SDH noraally fanctlons as a lipoprotein The effect, of 3 generating plants on the cosptez vithin the inner mitochondrial Delavare ftivec Estuary near Philadelphia vas maabrane and exhibits properties vhlch negligible on phytoplankton vhen the theraal maintain tenperatnre - Independent catalytic effluents vere 2 centigrade degrees above function in response to short tern and aabient, »HP> prolonged teaperaturo fluctuations. (HP)
<339% <335% Reffnsr, R.I.., G.P. Hovclls, G.J. Lauer, and Hazel, J.B., The Effect of Tenperature H.I. Hlrshfleld, Effects of pover Plant Accliaatlon Opon succinic Dehydrogenase Activity operation on Hudson Biver Estuary nicrobiota. froa the Bpaxlal nuscle of the Ccsnon Goldfish COHP-7V4501-P1; Part of Proc, of the 3rd (CARASSIDS AORATOS L.)-XI. Lipid Reactivation National Synp. on Radioecology, held at Oak of ti;e Soluble Inzyse. Coap. Blochen. Physiol., Bidge, Tennessee, Bay 10. vol. 1, (p. 619-629), 43(4), 863-082. 1972. (Nebraska oniversity, 1268 p.. 1971. (Hev Tork Oniversity, oepartaent Depnrtnent of Zoology, Lincoln, RB) of Bnvironnental Nedicine, Hev Tork, N?)
Lipids extracted fron the altcichoadria of 5 c Pield observations of phytoplankton accllaated goldfish, CARHSSIDS AORATOS, sere papulations In the Hudson River at Indian aore effective reactivators cf soluble Point pover plant Indicated no significant succinic dehydrogenase than lipids extracted differences in the seasonal changes, variety, froa 25 c acclinated goldfish. The or abundance of standing crop. Coaparison of difference vas due to the grantor degrei of phytoplankton in the intake vater and ansaturatlon of the 5 C lipid?.. (ST) discharge canal did not indicate significant differences in variety or abundance although there nay be a slight advance on seasonal <336> changes, zooplhnkton variety in the canal vas Healey, P.P., Photosynthesis and Respiration of slallar to that in the river. Sone organisas Sone Arctic Seaveeds. Phtccilogia, 11, 267-271. nay tend to renain longer in the relatively 1972. (University of California, Scripps sheltered environnent. Bacteriological Institution of Oceanography, San Diego, La studies failed to show any effects on Jolla, CA) cultures for incrennnts of less than 22 centigrade degrees vhen anbient teaperature The teaperature optiaa of photosynthesis and vas 0 C. for higher teaperature increnents (to na.a centigrade degrees) collfora count respiration of soBO Artie seaveeds vere slallar to those of teaperate seaveeds and decreased vith increntse in tenperature. such higher than the lccal temperatures. Total bacterial count/3 shoved only a slight Reaction rates at lov temperatures (as a decrease. Increased exposure tine appeared percentage of the aaxinus rate) vere higher to have little effect, phytoplankton appeared than those reported for plunts grovn or little affected by teaperatare increnents ap collected at higher tenperatures. (HP) to 23.3 centigrade degrees above aabient (4 C) for 30 Binutes of exposure. Zooplankton vere unaffected by exposure to teaperature lncrenents up to 17.a centigrade degrees for <337> 30 ninates. CTLCOPS BiscnSMDATOS could not Heath, A.G., ventilatory Responses of Teleost sarvive 23.3 centigrnde degree tenperature Pish to Exercise and Thernal Stress. Aner. lncreaents vhen aablont vas 9 C. DAPHHIA zool., 13, 991-503. 1973. (Virginia Polytechnic POLEX could not survive exposure to a in.4 Institute and state Oniverisvy, Departaent of centigrade degree inckencnt vhen aabient pas Biology, Blackburg, VA) 20 to 27 c. Ostracods could survive an increnent of 17 centigrade degree but Everise and thernal stress both narkedly survival after 17.8 centigrade degree for 30 raised the oxygen denand of fish. The alnates vas reduced; (H?) control of ventilation under these tvo conditions vas apparently quite different and contrasts betveen species vere notevorthy. Onder both exerise and thernal stress., changes in respiratory punplcg aaplitude tended to be greater than changes in 48 <37B>
<340> <3U4> • • Heitkoap, Q., the Bechanlsus ot subltaneous and Hendrlx, S.S., The Biology, Ecology and Taxonony Resting Egg Production in HESOSTOBA LINGUA of PLAGXOPORUS HYPERTELII (Treaatoda: (Ablldqaard, 1789) (Tutbellarla, opecoelidae) A parasite of the Hog sucker, Reochabdocoela). 2. Rorphol. Tiore, 71(3), HYPEHTELIOH NIGRICANS in the Ronocacy River 203-289. 1972. (Oniversity Zoology Institute of Basin of Maryland and Pennsylvania. Ph.D. Bus., Berliner St. 28, D-3400 Goettingen, Thesis, University of Naryland, 162 p.. 1972, Federal Republic.' of Geraany) Dissertation Abs., 34, 922-B (1973). (University of Maryland. College Park, BD) The deterslnation of the 2 egg types of the turbellarlan, RESOSTOHA LIMEUA, vas The optlaum time for development of the particularly influenced by teaperature treaatode, PLAGIOPORUS HTPENTEI.II, was 8 days changes and crowding. (HP) at 25 C at vhich 98.1X of the eggs hatch. Hatching of eggs of this parasite of..the hog ficker, HYPENTELtOH NIGRICANS, occurred <341 > tetween 10 and 30 C. (BP) Oellstroo, B.G., and A. Rauverck, The Biology and Population Bynaaics ot POtT ABTEHT A FORCIPATA (Fisher)- Rep Inst. Preshvat Res. Drottninghola <3«5> (Saed.1 , 51, 47-66. 1971. (Oniversity of Keslop, J.P., and E.A. Hoves, Teaperature and Oppsala, Institute of Llanology, Uppsala, - Inhibitor Effects on Past Axonal Transport in a Sweden; Canadian Center of Inland Raters, Holluscan Rerve. Jour. Neuroehea., 19(7), Burllnqton, Ontario, Canada) 1709-1716. 1972. (ARC Onlt of Invertebrate Chemistry and Physiology, Department of Zoology, The developaent of larvae of the phyllopod, DCvninq Street, Cambridge, OK) POLYARTEHXA TORCIPATA, started at about 4 to 5 C. The production ot eggs stagnated The fast axonal transport of tbe botvoen 9 and 10 C. The development rate of pond-dvelling mollusc, AROOONTA CYGRKA, the larvae, the grov.th rate of the adults, increased vlth temperature greater than IS C. and the Intensity of egg production vere It vas more or less teaperature independent dependant primarily on temperature. (BP) froa 4 to 15 C, i.e., over the noraal teaperature range of this aollusc. (HP)
<342> Beapel-Zavltkovska, J., Resistance of Eggs of <346 > TRIOPS Cf.NCRIPORflXS (Bosc.) to Lov Teaperatares Hickman, G.D., and H.R. Devey, Notes on the as Related to several C'hosen Envlronaental Upper Lethal Temperature of the ouskystrlpe Factors. Pol. Arch. Htfdrobiol., 18(3), 295-302. Shiner, NOTROPIS PILSBRTI, and the Bltiegill, 1971. (Barsav Agricultural Oniversity, LEP0BIS RACR0CRIRUS. Trans. Aaer. Pish Soc., Departaent of Zoology, Rakovlecka 26/30, Varsav, 101(4), 838-845. 1973. (University of Arkansas, Poland) Departaent of Zoology, Fayetteville, AR)
Eggs of the crustacean TBXOPS CARCSIFOHtlls The incipient tipper lethal teaperature (50% shoved a high resistance to teaperatures of aortallty) of the bluegill, LEP0HIS -10, -25, -79, and -»96 C, only when BACR0CHIRU5, vith a 2 centigrade degree/day desiccated. Exposures to these teaperatares teaperature rise froa an accliaation of desiccated eggs stiaulated their tenperature of 21.5c, vas 35.5 C and that of hatchability as coapared vith non-frozen the duskystripe shiner, HOTHOPIS PILSBRTI, eggs, pre-f mazing ot eggs before their vas approximately 32.0 C. Vhen bluegill vere exposure to teaperatuce of -196 C increased exposed to a sudden teaperature Increase froa their resistance to the latter teaperature by . an accliaation teaperature of 21.5 to a test about 40t. Ro effect vas found of anaerobic '/'teaperatare of 31.5 c, 67% mortality vas conditions on resistance of eggs to lov observed vithin 24 hr. Interpolation reveals teaperatares. (HP) the incipient upper lethal tenperature vould be approxiaately 31.0 c for duskystripe shiner. (HP) <343> Beapel-Zavitkovska, J., Resistance of Eggs of ARTEHIA SALIRA L. to Lov Temperatures as Related <347> to several chosen Environmental Factors. Pol. "Hidaka, T., on the Stability of Harlne Arch. Rydroblol., 18(3), 287-294. 1971. (Barsav Bacteriophages. Bull. Jap. Soc. Sci. fish., Agricultural University, Department of Zoology, 38(5), 517-523. 1972. (Kagoshlaa Oniversity, Rakoviecka 26/30, Rarsav, Poland) Faculty of Fisheries, Shimoarata-cho, Kagoshiaa City, Japan) Eggs of ABTERIA SALXNA, both dry and hydrated revealed a considerable resistance to Of five aarine bacteriophages isolated froa teaperat.ures -10, -25, -79, and -196 C. The sea vater, tao vere partly or coapletely degree of this resistance vas dependent on Inactivated by beating at 50 c for 30 ain. dehydration of protoplasa, caused by Three vere not inactivated by the heat. The dssiccatlon or osmotic dehydration, but least resistant phage vas inactivated•ulthln alaost independent fron the prior presence of 10 ain at"45 C. Host bacteria, VIBRIO, eggs at anaerobic conditions. (A0TH) F1AV0BACTE8IUH, and PSE0D0H0RAS, die vithin minutes after heating at 50 c. (ST). 09 <39 B>
<348> <352> Blanks,?., aal T. Fajinnra, On the Heat- and Hlrayaaa, it., and s. Ogava, Pundanentnl Studies Chlorofora- Besistance of Harine Bacteriophages. on Physiology of Rotifer for its Hass Culture. Hen. Pac. Pish. Kagoshiaa Dniv. (Jap.), 20(1), I. Filter Feeding of Rotifer. Bull. Jap. Soc. 155-158. 1971. (xagoshina Oniversity, pac. of Sci. Fish., 38(1), 1207-1210. 1972. (Nagasaki Plshery, Laboratory of Microbiology, Kngoshina, Oniversity, Pac. Fish., Nagasaki, Japan) Japan) The highest filtration rate of tbe rotifer, Of 15 bncterlophages isolated from seavater, BSAHCHIOHBS PLICATILIS, vhen fed ad libitua 6 vere sensitive to heating at SO c for 30 vas at tenperatures over 22 C, vith a ninates as veil as treataent vlth Chloroforn, salinity of 7.8% and a pH of 8.0. Assuaing and the others vere resistant to both that the filtration rate indicnted the trentnents. In the 6 unstable phages, 2 of physiological activity of the rotifer, the thea are phages vith a long and above conditions seened to be the nost non-contractile tall, and the other a have a fnvorable for its culture. (RP) short tail. Unstable phages vere not found nnong phages vith a tail possessing a contractile sheath. The authors found a <353> clear relation botveen stability and the His, E./r First Bleaents'of Comparison Betveen structure of particles of the bacteriophages. Portuguese and Japanese oysters. Sci. Peche, (HP) Bull. Inst. Sci. Tech. Peches Harit., 219, 1-9. 1972. (Laboratory Institute Peches, 33 Arcachon, France) <349> Hill, K.B., Feeding of Black Bullheads ICTALURUS At tenperatures belov 10 C, the dally HELAS (Baflnesgue) in Experiaental Cages, proc. frequency of palleal cavity opening of the I ova Head. Sci., 79, 10-11. 1972-1973. (Iova Portuguese oyster, CBASSOSTREA AHGULATA, fell Conservation Connisslon, sergeant Bluff, Ik) nore than the Japanese oyster, CBASSOSTRSA GIGAS. C. GIGAS retained its capacity for Over 75% of the total volght vas gained by filtration dovn to tenperatures of 3 C. The black bullheads, ICTALURUS HELAS, vhile sater filtration capacity vas lost in c. ABG0LATA teaperatures vere betveen 23 and 24 C. at 5 c. This physiological advantage of the Better food conversion ratios vere obtained Japanese oyster at lover tenperatures vas vhen vater teaperature vas above 2 3 C than thought to be the reason for its rnpid vhen vater teaperature vas belov 23 c. (HP) replacenent of the Portuguese species in oyster beds in Arachon, France. The grovth of Japanese oysters daring aataan and vinter <350> vas desirable froa the coaaerclal point of Hillyard, S.D., and I. vinegar, Bespiratiaa and viev. (HP) Theraal Tolerance of the phyllopod Crustacea TRI0P5 LONGICAUDATOS and THAHNOCBPHALUS PLATIBROS Inhabiting Desert Epheaeral Ponds. <350> Physiol. Zool., 45(3), 189-195. 1972. Hobson, L.A., The Effects of Interactions of (University of California, Departaent of Light Intensity, Daylength, and Teaperature on Biology, Biverside, CA; Rilaington College, Division Bates of Three Species of Harlne Departaent of Biology, Bilnington, OH) Unicellular Algae. Jour. Phycol., 9, 0. 1973. (University of victoria, Victoria, British Tadpole shrinp, TRIOPS LOHGICAODATUS, died Coluxbla, Canada) after'1 hr exposure to 42 c and fairy shrinp, ; THAHHOCBPHALUS PLATTDBUS, died during the Light saturated division rates of first 20 ninutes of exposure to 44 c. Larvae THALASSIOSIRA FLUVIATILIS, ISOCHRTSIS sp. and and adults of each species shoved sinilar CHROOHONAS SALINA increased as teaperature theraal tolerances. Very little rise in increased froa 10 to 20 C. at constant ;' v oxygen consuaption vas observed in the adults daylengths. changes in division rates varied vhen subjected to consecutive 1 hr exposures aaong species as teaperature increased fron of tenperatures fron 26 to 00 C at 0 20 to 25 c. Responses of light saturated centigrade degree increnents. Hean oxygen division rates to daylength varied aaong consunption of tbe larvae increased narkedly species as a function of tenperature and vere betveen 26 and 30 c. Oxygen levels vere not a aost variable at 10 and 25 c. (HP) Uniting factor in the ponds. Hear aaxiaal levels of respiration in the adults vere related to rapid grovth necessnry to becone sexually nature and reproduce in transient epheaeral ponds. (ST)
<351> Hinz. ff., Filtration Rate of OR EISSBRA, SPRAERI0H and PISIDI0H (Eulanellibranchiata). oecologia (B. Ger.), 11 (1), 05-50. 1972. (Gesasthochsch., Lotharst. 65, 000100 Duisburg, Federal Republic of Gernany)
The differences in filtration rates of 0 species of eulaaellibranches, DBEISSEHA POIYHORPHA, SPHAERI0H COPHEUfl, PISIDIUH AHHICUH and P. CASERTAHUH, at high (10, 15 and 20 C) and lov (5 and 6 C) tenperatnres vera significant in all rizes. The filtration efficiency of largo individuals vas nore dependent on teaperature than that of saall ones. (RP) 50 <53 €>
<3S5> <358> Hochachka, P.W., an4 B.C. Claytcn-Bocbachka, Hofaann, D.K., Experimental studies on Colony Glucose-6-PhGsphate Dehydrogenase and Theraal Grovth and on Budding of Medusae in the Marine Accliaation In the Mullet Pish. Harine Biol. Hydroid EIBERE'VIRID0LA. Helgolaender vlss. (W. Ger.), 18 , 251-259. 1973. (Oceanic Meeresunters (Ger.), 25(1), 63-84. 1973. Institute, Waiaanalo, navali) (University OF Koln, Institute of Entvlcklungsphyslology, 5 Kiln-Lindenthal, Glucose-6-phosphate dehydrogenase in aullet Gyrhofstr. 17, Cologne, Federal Republic of liver, ROGIL CEPHALOS, occurred in 2 Geraany) electrophoretically distinguishable fares, teraed I and II. Kinetic studies of J>ore I Raising the teaperature did not stiaulate the Indicated that it vas strongly Inhibited by propagation of hydranths in the aarine oxidized nlcotinaalde adenine dinucliotide hydroid, -EIHERE VIRID0LA, as expected. Most phosphate (TPHH) vhlch vas coapetltive vith of the colonies transferred to 25 or 29 C respect to both glucose-6-phosphate and TPB. finally vere even ssaller than those reared Inhibition vas greatly increased at high at 20 c. This vas partially due to teaperatures vhile enzyae-substrate and resorption of several hydranths about 9 days enzyae-coenzyae affinities greatly decreased. after the teaperature rise. Transfer froa These properties strongly favored , higher to lover teaperaturos affected colony qlucose-6~phosphate dehydrogenase function at grovth negatively. Raising the teaperature lov teaperature, a situation that vas partly froa 20 to 25 or 29 C initiated formation of compensated for during vara accliaation by an gonozooids froa the distal part of hydranth increase in the relative iaportance of Fora stalks and developaent of aedusa buds in both II. Although Form II displays catalytic and types,of colonies. With the exception of regulatory properties vhich vere slide-grovn colonies transferred to 25 C, qualitatively siallar to those of Poru I, it young aedusae vere budded off. After raising vas able to cutcoapete Fora I for Halting the teaperature from 25 to 29 c, aedusa buds substrate at high teaperatures. (RP) vere observed in non-substrate bound colonies only; a snail nuaber of aedusae vere budded off froa soae of these colonies. Lovering <356> the teaperature froa 29 or 25 to 20 c caused Hocutt, c.H., Sviaalng Performance of Three resorption of existing aedusa buds. In warawat-er Fishes Exposed to a Rapid Temperature several non-substrate bound colonies, Change. Chesapeake Sci., 11(1) , 11-16. 1973. transfer from 29 to 25 C induced developaent (Ichthyologieal Associates, Druaore, PA) of gonozooids vlth nedusa' buds and, in soae cases, of young aedusae. Incubation with the dean sviaaing perforaance values of alkylating cytostatic Trenlaon and transfer largeaouth bass, RICROPTEROS SALROIDES, froa 20 to 25 c caused irreversible spotfln shiners, HOTROPIS SPILOPTBBOS and resorption of all hydranths vhen 4 x 10(E-2) channel catfish, ICTAL0R0S P0RCTAT0S, ng/al vere adainistered for 10 ainutes. increased vith teaperature betveen 15 and 30 (Auth) (HP) C. Rean perforaance values for each species indicated that the optlaam teaperature for perforaance vas 30 C, the average aabient <359> river teaperature. curvilinear regressions Hokanson, K.E.F., J.R. HcCoraick, and B.R. shoved that sviaaing perforaance of;the Jones, Teaperature Requirements for Eabryos and spotfin shiner and channel catfish peaked Larvae of the northern Pike, ESOI LUCIOS betveen 25 and 30 C. Bovever, the (Linnaeus). Trans. Aaer. Fish Soc., 102(1), performance cf the largeaonth bass continued 89-100. 1973. (Environaental Protection Agency, increasing to near the upper lethal Rational w ter Quality Laboratory, 6201 congdon teaperature of 35.5 C. (BP) Boulevard, Duluth, HR)
The lover and upper aedian tolerance Halts <357> (TL 50) for northern pike, ESOX LOCIOS, Hoff, F., c. Rovell, and T. Polvet. Artificially eabryos and larvae vere 6.9 and 19.2 C for Induced spavning of the Florida Poapano Bader noraal hatch and 6.3 and 19.9 c for total Controlled Conditions. Part of Proc. of the 3rd hatch. The one day TL 50 for nevly hatched Ann. workshop world Rariculture Soc., held at and sviaaing yolk-sac larvae was 28.4 c vhen St. Petersburg, Florida, January 26-28 (p. accllaated to 17.7 c. Both larval stages 53-64). 1972. (Florida Departaent of natural survived a lover llait of 3.2 c for 7 days. Resources, Rarine Research laboratory, P.O. Revly-hatched yolk-sac larvae rare aore Draver F, St. Petersburg, Fl) sensitive than sviaaing yolk sac larvae to 7-day exposures to high teaperatures at all Fertilized eggs of the poapano, TRACRIR0T0S accliaatlon teaperatures (6-1B C) and partial CAROLINES, hatched after 20 to 26 hr at 2B C. aortality occurred over a greater teaperature Vigorous surface feeding as a result of range. Grovth of larvae vas aaxlaaa at 26 c coapetition froa southern sea bass vas and negligible below 7 c. The high larval particularly evident at 1B and 23 C. Food grovth at 26 c vas offset by an Increased consuaption of the fish increased vlth aortallty rate during the flrst-tvo veeks of teaperatare. (HP) life, consequently, the net bioaass change vas highest at 21 c. (HP) 51 <37B>
<3«0> and BO C. Wear lethal taaperaturas and lov Bokanson, l.f.f., J.ff. HcCornick, II.H. Jones, salinity produced a narked liemw In qill ant J.B. Tocker, Theraal Bsqutrenwnts for respiration over that at higher salinities. Hataration, Spanning, and Embryo SanifAl of the Tha rontal cilia of RAN0IA gills appeared to Brook Trout, SAIVEUKOS roNTlNALIS. done. Plnh reach peak activity at approxlantely 22 c. Res. Bd. Can., 30, 419-98*. 1973. (Rational The activity was considerably reduced by Vater Quality laboratory. Dnlnth, Bit avpoaute to lana than 16 C and greater than 28 C. At lov temperatures RAHOIA probably The optima range foe brook trout, SAIVELTKOS requires less oxygen, thus tha loss of. PONTINALIS, growth and relative condition effectiveness of ciliary activity would not factor was 10 to 19 C. The aailann place tha organise Into jeopardy dne to lack teaperatnre at which aales becane o( ventilation, in assays conducted to find functionally aature and contained sotlle the relationship batvean temperature spersatozoa was 19 c. owalatlcn and spanning vatlation nnd the specific aaylase and occurred at 16 C and lover. Water naltase activity of RAN01A froa Trinity, teaperatures had little effect on tine ot Anahuac, and Bechas, Texas at incubation spnwning, but hnd a na jor influence on temperatures of * and 10 C, there van 'panning activity and egg viability. The detectable aaylaae activity vith the Anahuac upper aedlan effective teaperature for tha class and bstveen to and 16 c all three nunber of viable eggs spawned per fennle was preparations exhibited significant activity. 11.7 c. The upper aedian tolerance llalt for Specific activity for all thrae preparations nornal hatch was 12.7 c; tha optiaon lncrenseA sharply with Increasing tenperatare tsnperature was near 6 c. Hajor factors until the appnrent optlea was reached, at influencing tha nunber ot oabryos surviving approxtaately 30 c for tha Heches and at 37 c to hatch vere spawning and incubation for the Trinity popolntlon. Activity began taaperatures and age of enbryos when exposed to decrease with the enzyne ot the Heches te test teaperatures. Theraul criteria that population batveen 30 and 37 cs vlth the recognize seasonnl changes in their theraal other tvo populations the decrease began requlreaents were reconnended for batveen 40 and as C. Spaclttc activity ot self-sustnlnlng brook trout populations. (HP) all preparations dropped sharply betveen 45 snd 50 C and at 60 C tha activity hal bean conpletely lost in all. (BP) <361> Holeton, C.f., Respiration of Arctic Char (SALVELINOS ALPHINOS) froa a High Arctic take. <36a> Jour. rish Res. Bd. Can., 30, 717-723. 1973. Hoppe, B.C., Ecological investigations on leasts (Oniversity of Toronto, Departnent of Zoology, in the Bestecn Baltic. Kiel. Neeresforck., Toronto, Ontario, Canada) 28(1), 54-77. 1972. (Institut fur Heereskunde nn der Oniversltet Kiel, Rial, Qeraany) Resting oxygen uptake by Artie char, SALVBLIN05 ALPIROS, fron n high arctic lake The peaks of yeast development occurred in vus lov at 2 C, shoving no evidence of "cold spring and fall In tha Baltic Sea and vere adaption" and vas coaparable to projections related to vater tenperatare and natrient ot oxygen uptake versus tenperature relations concentration. In sterile filtered seavater of other salaonid fish froa lover latitudes. yaast counts vere higher at lover The oxygen uptake versus vet weight relation teaperatures (4 and 12 C) than at higher at 2 c vas: log 02 aptake « 0.7316 log teaperatures (20 and 26 CI. The generation velght - 1.094a. The short tern aetabollc tine of RHODOTOROLA vas 178 hr at 25 c and a response to a rise In teaperature of n cell concentration of 5,020 cells/ml and 261 centigrade degrees vas independent of body hr at 12 c and a cell concentration of 23,800 size except vlth fish vith yolk sacs and cells/ml. (ST) veighing less than 0.125 g. (BP)
<365> <362> Horning, H.B., II, and B.C. Pearson, Growth Holoik, J., The natural History at Perch - PBBCA Temperature Requirements and lover Lethal PLOVIATILIS Linnaeus, 1758 in the Rlicava Temperatures for Juvenile Smallmoath Bans Reservoir, pr. Lab. Rybar., 269-305. 1969. (HICBOPTEBOS DOLOHIEOI) . Jour. Pish Res. Bd. (Charles University of Prague, loology Can.. 30(8), 1226-1230. 1971. (U.S. Institute, Laboratory of Fishery Besenrch, Environmental Protection Agency, Newtown Fish Slovak Acadany ot Agriculture Science, Toxicology Station, Cincinnati, OH; O.S. Bratlslnva, Czechoslovakia) Environmental Protection Agency, Region v, Chicago, IL) Spavning of perch, PBRCA PLOVIATILIS, in the Rllcava Reservoir, Czechoslovakia, takes HaxiB£* growth rate of juvenile smallmoath place at vater tenperatures of 8 to 19 C. bass (NICROPTBN0S DOLOHIEOI), grown at (BP) constant temperatures of 16, 23, 26, 29, 32, and 35 C, occurred at approxlaately 26 c. Pish held at 35 C deaonstrated a negative <363> grovth rate. Th? average 96-hr lov Hopkins, S.B., J.N. Anderson, and K. Borvnth, teaperatare TL 50 values (aedlan tolerance The Brackish Water Clan RAWGIA C0HBATA as limit) varied froa 1.6 to 10.1 c for Indicator of Ecological Effects of salinity saatlaonth bass accllaated to 15 and 26 C, Changes in Coastal Raters. O.S. Amy Engineer respectively. Mternedlate values vere Waterways Experlnent Station Contract Report obtained for fish acclinated to 18 and 22 c. H-73-1; 2*V? p.. 1973. (Texas A r.n Oniversity, An iaportant aspect of the study vas the Departsent of Biology, Research Foundation, cccarrence of a secondary fangus infection ?n College Station, TX) the fish after 96-hr exposure to cold teaperatnres. In soae cases the Infection The critical teaperature for respiration of was severe enough to cause conplete mortality the clan, BANGIA C0HEATA, vas betveen 30 and vithin 7 days. (Autb) 35 c. The extrenely lov Q02 vnlues exhibited by RANG!A at 35 c can only be the result ot danage to the netabolic systeas. The critical teaperature for gills was betveen 35 52 <37B>
<3*«> observed In flux rates. Even so, theraal noroszevlcz, 1., Lethal and 'Disturbing' death aay Include an osaoregulatory Tesperaturos in Soae Fish species froa Lakaa Involvement. The correlates of heat death In alth noraal and Artificially Elevated freshvater fish appeared to bo aualltatlvely Teaperatare. Jour. Pish Biol., 5, 165-181. similar to those observed during lethal cold 1913. (Inland fisheries Institute, Zablanlec, shock. When compensation vas not achieved, Warsaw, Poland) plasaa electrolyte levels frequently varied directly with teaperature In freshvater fish narked differences aare not revealed In and Inversely In aarlne forms, cellular theraal resistance between flah populations cationlc concentrations with the exception of froa anhe&ted and heated lakea despite the K, appeared to Increase In freshvater fish as fact that several generations of flah had accliwation teaperatures Increased. Studies been exposed to tha heating. Acclimation of of total body vater content suggested that flah to the aaxlaaa seasonal vater exposure* to cold proapts dehydration In teaperatures occurred vithin the range of aarine fish and water loading in freshwater "noraal* teaperatures. when vater fish. (HP) teaperature exceeded this range, tba aajorlty of flah species avoided the varaeat layers of vater and did not accllaate to the aaxiaaa <370> teaperaturea. Boach, RDTILOS ROTILOS, rudd, Havell, B.J., H. Rahn, D. Ooodfellov, and A. SCARDIRI03 BBTTflROPHTRALHOS, and PERCA Herreld, Acid-Base Regulation and Teaperature in FIOVIATILYS avoided vater teaparatures Selected Invertebrates as a Function of exceeding 28.0 to 28.5 C, (BP) Taaperature. Aaer. Zool., 13, 557-563. 1973. (State Oniversity of Rev Tork at Buffalo, Department of Physiology, Buffalo, BY; state <367> University of Rev York at Buffalo, Departnent of Horstadlus, S., Tvo Metabolic Systeas vlth Biology, Buffalo, RY) Oiffecent Reactions to Teaperatura in Sea Orchin Larvae. Exptl. Cell Res., 78, 251-255. 1973. The pn of the heaolyaph of selected (University of Oppsala, Zoological Institute, invertebrates decreased as their body Oppsala, Sweden) teaperature Increased. The aagnitude of this change (delta pH/delta C) vas very slallar to Anlaal halves of 16 cell ntages of the sea the change of pH of vater vith teaperature urchin, PARACEBTkOTOS IIVIDDS, becaae aore (delta pH/delta C) and suggested that these aniaalized and vegetal halvea aore invertebrates regulated the pH of their vegetallzed vhen reared a
Many teleostean species display sone ability to coapenaate for theraal effects In that variations seen in body fluid coaposltlon and distribution are considerably less than those 53 <37B>
<372> <376> Huebner, J.D., Physiological Ecology and Hydock, I., Gonad Maturation and Rocaone-induced Bloenergetlcs ot POLIHICES DOPLICATUS (Hollusca: Spavning of the Gulf Croaker, BAIROIELLA prosobrsnchla). Ph.D. Thesis, Oniversity ot ICISTIA. Fishery Bull., 69, 157-180. 1971. Hassachasetts, 152 p.. 1972, Dissertation libs., (Southern California coastal Rater Research 56, 2B61-B, (1973). (Oniversity of Project, 18045 Llndbrook Drive, Los Angeles, CA) Massachusetts, Aaherst, HA) Hale croakers, BAIRDIELLA ICISTIA, captured oxygen consnnptlon of the Bnall, POLIHICES veil beyond the breeding season becane DOPLICATOS, varied directly vlth teaperatnre running ripe vithin 3 veeks after being betveen 5 and 25 c but leveled off betveen 25 plnced In tanks vlth various comblnntions of and 30 c. oxygen consnnptlon did not vary 14 and 22 C and 16L:8d or 8L:16D photoperiod seasonally if aeasared at the sane schedules. The fish rennined in running ripe tenpernture. Q10 varied Inversely vlth size condition throughout the vinter vhlch nay fron 15 to 30 C, and directly fron ,5 to 10 C. have been caused by the absences of very vara 010 rarely exceeded 2.0, oxbept at lov temperatures (25 to 30 C) or the onlssion of tenperatures (less than 10 C) and tended to the nornnl spavning act* (RP) decrease vlth Increased teaporature'. Activity, variations In Q10, and, to a leaser extent, level of netabolljn suggested sone <377> fora of "aetabollc svltch" operating betveen Ihssen, O.E., Inheritance of Thernal Resistance 10 and 15 C. Grovth and feeding rates in the in Hybrids of SALVELIROS F0RTIHALI3 and s. field varied vlth teaperature. (BP) HAHATCUSH. Jour. Fish Res. Bd. Can., 30, 401-408. 1973. (Oniversity of Toronto, Departaent of Zoology, Toronto, Ontario, Canada) <373> Huebner, J.D., The Effect of Body Size and The tvo reciprocal F1 hybrids of brook trout, Teaperatare on the Respiration of POLINICES SALVELIROS FOMTIltALIS, and lake troat, S. DOPLICATOS. conp. Biochen. Physiol., tin, RABATC0SR, had slallar tinea to death on 1185-1197. 1973. (Dnlversity of Bassachusetts, exposure to several lethal high teaperatures Departaent of Zoology, Aaherst, HA) for a series of acclination tenperatures. These hybrids resembled the brook trout, the The Q10 for respiration of the snail, more resistant parent, sore than the lake POLIBICBS DBPL1CATBS, vas inversely troat. The ??. hybrids vere iaternedlate in proportional to size betveen 15 and 30 C and resistance to the parents. After acclination directly proportional to size betveen 5 and to 5 and 10 c, F2 and backcrosses arising 10 c. The aetabolisa level vas directly from the F1 hybrid ot brook trout naternnl proportional to teaperature. Cravllng origin vere consistently higher in resistance activity vas 35* less betveen 5 and 10 C than than the F2 backcrosses arising from the F1 betveen 15 and 30 c. There vas no evidence hybrid of lake trout maternal origin. After of seasonal accllaatlon of respiration in P. acclination to 20 C and above, differences DOPLICATOS • (HP) associated vlth the naternal origin of the PI hybrid vere not found. The nunber of effective factors segregating vas estimated <374> using the technigues of variance conponent Hoot, H., Raising and naturation of Pike in analysis. A genetic model vlth tvo snail ponds. Verb. Intl. Ver. Linnol. (Ger.) , codominant factors vas found to fit the data 18, 1128-1134. 1972 for 5 and 10 C accllaatlon, and one vith five factors and donlnance of the brook troat Laboratory naturation of pike, ESOX LOCIOS, factors vas found to fit the data for the vas obtained by regulation of teaperature higher acclination temperatures. (Auth) betveen 9 and 10 C. (HP) COHHERT: See also Ihssen, P., Ph.D. Thesis, Oniversity of Toronto <375> Hughes, G.H., and t. Itazava, The Effect of Teaperature on the Respiratory Function of coelacanth Blood. Experiaentla. 28(10), 1247. 1972. (The Oniversity, Research Onit Coap. Ania. Resp., Vocdland Road, Bristol BS610G, OK.) Blood of the eoelacanth, LATIHERIA CHALORHAE, shoved a lover atrinlty for oxygen at 28 c than at 15 C. The blood samples had a lov pH (6.88 at 15 o . Loverlng of pH and oxygen affinity of the blood by raising teaperatare aay partly explain death of specimens after only 6 hr in surface vater. The saall oxygen carrying cnpaclty (5.15 vol * at 15 C) vonId also add to the respiratory probleas in such circumstances. (HP) 54 <37B>
<37B> seavatet-accllaatizod CHLORBLLA as a basic Ihssan, O.E., Tha Inheritance of Theraal diet. The CHLORELLA strain vas collected by Resistance In Hybrids of SAt thirds roRTTRAlls Inoue In the spa of Ragashlaa Hie In 1969. (Hltchlll) and SALVEUBas RAHATCOSH (walbaua). Accordingly this CHLORELLA sp. vas naaed C. Ph.D. Thesis, Onlverslty of Torcnto. 1971, RAGASHIHA by the authors, it Is a Dissertation Aba., 33, 5159-B(1973). hlgh-teaperature strain, laboratory studies (Oniversity of Toronto, Canada) vere aade so that the C. RAGASHTHA might be accllaated to seavater (aaxiaua S value Tvo species Of troot, SALVELIROS PORTIBALIS 34.76X). The accliaatization could be and SAIVBITBOS RAHAYCOSH, the tvo reciprocal achieved and the dlaaeter of the cells could #1 hybrids, hackcrosses to either parent and te reduced to only 2-3 u. (HP) P2 hybrids arising froa the tvo reciprocal PI hybrids, were tested over a range of lethal teaperatares at 5, 10, 20, and 23 c <381 > accliaation. Brook trout had a higher Tsala, J., Coaparatlve Effects of Teaperature on theraal resistaace than lake trout and PI the Sodiua and Water Permeabilities of the Gills hybrids arising froa the aore resistant of a Stenohaline Preshwater Pish (CARASSI0S feaale brook trout parent vere aore resistant AORATOS) and a Stenohaline Harine Pish.(SBRRARUS to high test teaperatures at 5 c accliaation SCRIBA, SERRAH0S CABtillLA). Jour. Exp. Biol., than "1 of lake trout naternal origin. A 57(2), 359-366. 1972. (Bniv. Rice, lab. siailar effect vas evident in the backcross Physiol. Cell, Pac. Scl. 06-Rlce, Prance) of P2 hybrids. At 20 C and above all hybrids of equivalent genetic origin had the saae The coaparative effects of teaperature on the theraal resistance. The resistance of the peraeabiilty of the gill to vater and sodiua hybrids relative to the parent species and were studied in the aarine sea perch, the nuaber of factors responsible for theraal SERRAH0S and the freshwater goldfish, resistance vere discussed. (ST) CARASSIOS. The acclimation Q10 for the vater fluxes vas higher in the freshvater fish COflBBNT:. see also Ihssen, O.E., Jour. Pish Res. than in the aarlno fish. In the goldfish the Bd. Can., 30, 401-008 osmotic permeability was the diffusional permeability at all accllaatlon. teaperatures, suggesting the presence of water-filled <379> channels in the branchial aeabrane. In the Ingraa, B.R., The Effects of Teaperature and sea perch, osaotic peraeablllty/dlffuslonal Daylength on Ryaphal Developaent in Tvo Species permeability vas about 1, indication that of Oaaselflles (ODORATA: ZTGOPTERA). Aaer. vater aoveaents probably occur by siaple Zool., 12, 715. 1972. (Cleason Oniversity, diffusion. The peraeabllitles to water and Cleason, SC) sadiua vere siailar it the sea perch but very different in the goldfish. Assnalng the Days froa collection to eaergence of tvo teaperature changes do no cause aodification species of daaselflles, ERALLAGHA RAGBRI and tc the branchial surface or relative BRALLAGRA ASPERS0H, shoved that rapid perneabilities to vater and sodiua, the developaent regulred transfer to 21C and 14 Independence of the teaperature-eoefficient hr daylengths (LD) reguardless of the type of variations for vater and sodiua indicated a pretreataent or length of exposure. certain dissociation betveen the aoveaents of Pretreataents at 10 C, vhlch vere equally vater and salt in the sea perch. In the, effective vlth 11 hr daylength (SO) and LD, goldfish, assuning a constant branchial stimulated subsequent rapid developaent at surface, the high teaperature coefficients 10-21 c to a greater extent than continuous for the vater fluxes suggested that the vater exposure to LD-21 C conditions. The longer in the water-filled channels vas in a highly the exposure to 10 c, the faster the organized state. (HP) subsequent response. (HP)
<382> <3B0> Islaa, A., The Effect of Teaperature on the Inoue, (!., n. Aoki, and T. Abe, Accliaatlzatlon Reproduction of the Red Shiner, HOTBOPIS of a High-Teaperature Strain of Chlorella 1DTRERSIS (Baird and Girard). Ph.D. Thesis, (CHLORELLA HAGASHIHA) to Seavater and to High Texas ASH Oniversity, 79 p.. 1972. (Texas ABB Teaperature. Jour. Coll. Bar. Sci. Technol;, University, College Station, TE) Tokai Oniv. (Jap.) 6, 89-94. 1972. (Tokai Onivarsity, college of Harlne science and At a tenperature range ot 20 to 31 C the red Technology, shialzu-shi, Shizuoka-ken, Japan) shiner, ROTROPIS LBTRERSIS, underwent Its natural reproductive cycle in the laboratory. The optiaua teaperature for CHLORELtft Tlae of egg hatching was aaxiaua at 20 to 26 RAOASHIHA, lies around 35 C at 2700-4000 lux, C and alnlaua at a high of 29 C. Intensity but the nuaber of cells that had been set at of breeding color and survival rates of eggs 50 C for 24 hr increased again at 40 C. In and young vere inversely related to 1968 the authors succeeded in the artificial teaperature. Pze-adult grovth vas greatest culture of a seavater-accliaatized CHLQRELLA at 29 c and progressively less at increasing having an extreaely small diaaeter (about 2 and decreasing teaperatures. After aaturity U). They obtained good results in greatest grovth occurred at rooa teaperature. experlaents of aass reproduction of There vas a strong positive correlation aicrozooplankton, using this betveen fish size and egg nuaber and a negative correlation betveen teaperature and egg nuaber 19 of fish. (Auth)(ST) 55 <25 3>
<383> <253> Iturrlaga, 7.R., and G. Rhelnhoimer, Ivleva, I.v.. The Influence of Tenperatare on investigations on the Occurrence of the Metabolic Rate of Poikilotheraic Animals. Phenol-Deconposlng Hieroorganicns in waters nnd Dsp. Sovrem. Biol., 73(1), 13H-155. 1972. sedinents. Kiel. Reerenforch., 28(2), 213-218. (Okralne Academy of Science, Institate of 1872. (hoc den Instltnt for Heereskunde an der Biology Soathern sens, Sevastopol', OSSR) Onlversltat Kiel) The influence of tenperature on the metabolic Phenol oxidizing microorganisms were present rate of marine invertebrates vas studied in in pollnted waters of Kiel fjord and Baltic strictly controlled conditions, particular and Worth Sea sedlaents In bcth sasner and attention being devoted to the process of, winter. Microbiol decomposition of phenol and time reguired for, acclimatization. It took place nnlnly daring the warn season st vas demonstrated that the relationship water temperatures above 10 c. kt the oater betveen metabolism and temperature vas . end of Kiel fjord the capacity to degrade cenpletely described by the Van't phenol increased in spring and summer vith Hoff-Archonius eguatlon when metabolic rates the temperature of the vater. (ST) were coapared using paraneters characterizing established aetabolic levels at the aonent at vhlch the accliuatization process Was'' <38«> completed. Relevant literature data vas Ivankov, 7.If., and v.L. Andreyev, The South critically reviewed and it vas concluded that Mril' Cham (OdCORUTNCHOS KETA (Walb.)) - the opinion established in recent years as to Ecology, Population Structure and the Modeling the capacity of poikilothvrmic aniaals to of the population. Jour. Ichthyology (OSSR), raise their aetabolic levels on adaptation to 11(H), 511-522. 1972. (OSSR Acadeay of Sciences cold conditions vas without foundation, since and Par Eastern State Oniversity, Institute of it was based on data reflecting the primacy Harine Biology, Far Eastern Departnent, reaction of organises at the aoment of Vladivostok, OSSR) teaperature change. (Aath)
The heaviest spawning of the chun salmon, OHCORHTHCHOS BETA, vas observed in the South <387> , Kuril' Islands, DSSH, at 5 to 8 C in Ivanage, P.M., and J.D. Hall, Effects of Logging November. The mortality of eggs and embryos on Growth of Juvenile Coho Salmon. in the reds daring the lncabatlon period BPA-RS073-006: 35 p.. 1973. (Oregon State . averaged (HP) Oniversity, Departaent of Fisheries and Wildlife, Corvallis, OR)
<385> Field studies of juvenile coho salaon found Ivleva, I.v.. Quantitative Correlation of that grovth rates vere slightly higher in the Tenperatare and Respiratory Rate in varmer (13.6 to 17,3 C) clear-cut vatersheds Polkilothermlc Animals. Pol. Arch. Rydrobiol., of the Pacific coastal streams'as conpared to 20(2), 283-300. 1973. (Acadony of Sciences of the cooler (10.8 to 10.5 c) unlogged stream. OSSR, Biological Institute of the Soathern Seas, In laboratory stadies juvenile coho Hahimova 2, Sevastopol, OSSR) experiencing the cooler temperatures of;the shaded stream generally deaoastrated better The dependence of netabollsn on temperature grovth than did those in the, unshaded stream. vas examined using five Black Sea species.pf Higher temperature fluctuations in the invertebrates acclimated to several clear-cut stream vere associated vlth a temperatures from 5 to 30 C. Increasing slighty increased grovth rate. The grovth of temperatures increased the respiratory rate the coho fry in the unlogged stream remained by a coefficient of 13 to 16 kcal/aole. Q10 relatively unchanged vith Increasing values, calculated for 5 centigrade degree temperature fluctuations. , This difference in intervals, decreased from 2.5 to 2.0 as the experinental results say have been dae to a temperature increased. In all cases the change in availability and abundance of food. dependence of metabolism on temperature vas There vas a marked dcrease in the cutthroat described by 7ant-Hoff and Arrhenlus* lav. trout.population In the clear-cut stream, The change in respiratory rate vith,, vhlch may have reduced competlon, for the coho temperature change for the five, spec,ies is ,.,'salno'D. (HP) given In graphical and table torn. Analysis of literature data shoved that differences in metabolic rate of animals living in natural <388> ' conditions vere also vithin the limits Izakov, v.y., S.M. Ratkevich, D.A. Zhlgal'skij, foreseen by Vant-Hoff and Arrhenius' lav. and V.s. Kraglov, The Ossibllity of literature data shoving independence of Quasi-Hoaeostasls in the cardiac Activity of temperature and metabolism vas based on data Cold-Blooded Aniaals vith Tenperature change of describing the initial reaction of aniaals to the Environnent. Ekologiya (OSSR), 1, 23-31. tenperature change. The degree of usage of 1971. (inst. Ekol. Rastenijl 1 Zhivotnykh, assimilated food for grovth in REREIS ORTS, Academy of Sciences, Moscow, nssR) DIVBBSICOiOR, vhich normally lives in a broad range of temperatures, steadily diainlshed Total contractility on product of the froa 5 C to a ainimum at 25 C. Thus animals strength of the contractions in terms of are acclinated to life at lov teaperatures freguency of heartbeat of ROTILOS ROTILOS did vithout increasing energy losses for cast of not fall vith a tenperature reduction but had maintenance. (ST) an extreme character. (HP)t 56 <389>
<389> <392> Jana, B.B.. The Theraal Springs of Bakresvar, Jansson, A., and G.G.B. Scudder, CORIXIDAE India, Hydroblologla (Den.), H(3), 291-307. (Reaiptera) as Predators: Rearing on Frozen 1973. (Vlsva-Bharati university, Departaent of Brine shrlap. Jour. Bntoaol. Soc. Brit. Zoology, Santiniketan, Best Bengal, India) Coluabia (Can.), 69,
<390> Treataent for 2tt hr with sublethal doses of Jannasch, H.W.', and C.o. wirsen, Activity of DDT, ranging fron 2 to 200 ppb resulted in psychrophillc Bacteria at Lov Teaperatures and shifts in tenperature selection of 3 species Varied Hydrostatic Pressures. Aaer. Soc. of salaonlds. In both the Atlantic salaon Microbiol. Abs., 73rd Ann. Meeting, 5q. 1973. and brook trout, in general, lov doses of DDT (Roods Hole oceanograph Institution, Hoods Bole, decreased the selected teaperature, higher HA) dosas increased it. In rainbow trout exposure to DDT led to only an upward shift Specific rates of substrate conversion by in selected teaperature. A "shock-response" aarine psychrophillc bacteria isolated froa to cold temperatures of the gradient vas various depths in the open Atlantic, vere tvo observed in both the Atlantic salaon and or three orders of aaqnltude higher at 15 C brook trout at higher DDT concentrations than at 1.5 C. This and pressure data while the rainbow-trout exhibited a v indicated that the natural activity of tbe •shock-response* to vara temperatures. psychrophilie isolates would decrease vith Exposure of Atlantic salaon to KCH doses, depth in the ocean. (BP) ranging from 1 to 200 ppb, resultea in a downward shift in selected temperature that vas dose-dependent. Treataent vlth the ATP <391 > uncoupler 2, 4-dintrophenol was vithout any Jans, S.R., and F.I. HacLean, The Bffect of Cold effect on temperature selection of Atlantic Shock on the Blue-Green Alga ABACYSTIS RIDOLARS. salaon. It seemed that DDT-induced changes Can. Jour. Microbiol., 19(2), 381-387. 1973. In the behavior of fish observed vere due to (Dalhousie oniversity, Biocheaistry Departaent, Interference by DDT vlth the thermal flalifax, RS, Canada) accllaation mechanism. A hypothesis of DDT action vas discussed in which metabolic rate After blue-green algae, AftACYSTIS BIDOSARS, vas.the causative factor in theraal vere exposed to teaperatures of 0 to 3 c for accliaation mechanisa. (HP) 15 ainutes, viability vas reduced to about 2* and the photosynthetlc rate to about 1/3. Resistance to this effect increased vlth age <39»> of the culture froa which the cells vere Javaid, R.T., Tha coarse of selected Teaperature harvested. ' Palarographlc aeasureaents shoved Daring Theraal Accliaation of Soae Salaonids. that the decline in photosynthesis vas nucleus, 9(1-2), 103-106. 1972. (University of coap".ete vithin a fev ainutes after renoval Pan-Jab, Departaent'of Zoology, Hew Caapus, froa ''••he cold, and autoradiography showed Lahore,.India) that '-he decline vas distributed aaong all the ceils in the suspension. The short-tera SALMO SALAB and SALVELIROS FOHTINALTS On c in labelled C02 fixation products in transfer to a nev teaperature shoved a cold-shocked and control cells differed only ,transient rise or overshoot In selected in aaount and the c la labolled Co2 fixed per teaperatare reguardles3 of the direction of oxygen evolved during photosynthesis was the the change. . SALflO GAIRDifERI showed no saae in control and•cold-shocked cells, cold overshoot during vara accliaation and in the shock also caused the loss of soae of the course of cold accliaation shoved an diffasible aaterial froa the cell; the loss undershoot. There vas an indication that the vas rapid but did not continue beyond about rates of vara and cold accliaation vere 1/1 Of the diffusible C and P; intracellular teaperatare Independent. (HP) glutaaate vas lost to tha extent of 50-80*. It vas suggested that cold shock affects the Halting aeabrane of the cell and that this causes cell death, but it vas uncertain whether it va3 also responsible for the decline in photosynthesis. (HP) 57 <395>
<395> <399> Javatd, H.Y., and P. Hassan. Effect of Johnson, c., Oistribntlonal Patterns and their Teaperatare and Sublethal DOT Troatrent on the Interpretation in BBTABBIBA (Odonata: Brain Tissue oxygen Consasption of Cfumt calopterygldoe). Fla. Bntonol., 56, 42. 1973. POHCTATOS. Pa*. Soar. Sci. Pes., 23 (1621 , (Oniversity of Plorldn, Departnent of Zoology, 81-88. 1912. (University of Panjab, Department Gainesville, PL) of Zoology, Lahore, Pakistan) lenperatnre probably controls the northern Brain tissae oxygen consumption of the fish, llnlts of the danselflies, HSTABBIHA CRARRA PuncTATOS. acclimated to a lover AMERICANA and B. TITIA, (BP) teaperatare was higher than in those acclimated to a higher temperature. Hales had a higher oxygen concamptIon than females in <000 > the teaperature esperlnents and after Jchnson, P.H., numerical Abundance, sex Ratios, treatnent vith sublethal amounts ot DOT. (ST) and Size-Age composition of the Walleye spavning Run at Littlo cut Foot Sioux Lake, Minnesota 1902-1969, vlth Data on Fecundity and Incidence <396> of Lyaphocystls. invest. Rep. Hibn. Deo. Bat. Jensen, A.L., Variation in Penults of Identical Besour., 315, 9 p.. 1971. (Minneapolis Bioassays of Minnows Subjected to Instant Departaent of Rational Resources, Minneapolis, Teaperature Increase. Trans, Aaer. Pish soc., MM) 101(3), 403-007. 1972. (Tennessee Valley Authority, Division of Environaental Research The walleye spavning run begins In Little cut Development, Chattanooga, T!f| Foot Sioux Lake, Minnesota at a vater temperature ot 3 c on April 17. Peak catches Variation in the results ot five nearly vere usually aade at.water tenperatures of 8 identical bioassay3 of fathead minnows C about 9 days later. The duration cf the (PIHEPH»I.ES PBOHELAS) subjected to instant spavning run was extended by cold weather and Increase in vater tenperatare was examined. shortened by warn teaperatures. (BP) Bedlan tolerance limits for an instant tenperatare increase can be estimated vith precision, and levels of stress tolerable to <0
<»03> BCMO-treated theraophillc strain of Jones, J.k., Tho geology of the Modalnnov, OH BR A SVRECHOCOCCOS in the teeperatuce range ot 0 LIMI, in Fish take (Anoka county, Minnesota). to 75 c. Using the basic assuapttan that OLE Ph.D. Thesis, I ova state University, 118 )•.. vaa produced by the back reaction of priaary 1973, Olssertstlon Abs., 3», P68-B (1973). photoproducts of systea II, and that two such (lova state University, Aaes, IA) reactions were required tor It, a linear relationship between J C(E-1/2) (where J wan HadainPOv, OHBRA tlHI, spawned on Pish take, energy per unit tlae available for DLK) and Minnesota, at water teaperatures ot 10 C. tlae after illumination vas derived. This Ice was still present only a few Inches below second-order relationship vaa conflraed the developing eggs and larvae. (HP) expariaentally at several teaperatures (2, 5, 10 and 15 C). Froa these analyses, reaction rata decay constants, at specific <»oa> teaperatures, vere calculated. An Arrhehius Joyner, B.C., and T.E. Preeaan, Pathoaenlclty of plot vas aade for these calculated rate RHIZOCTORIA soLAHl to Agaatlc Plants.' constants. Its slope (8-10 kcal/aole) agreed Phytopathology, 63(6), 681-685; OBBB-E-OII-PIA well vlth previous reports; however, it had a (9) ; ia-31-0001-3268. 1973. (Florida- region of zero slope vhlch occurred at the Oniversity, Departaent of Plant Pathology, physloloqlcal teaperature of the organises Gainesville, PL) used. It Is suggested that, In addition to tbe back reaction of t»(the priaary oxidized photoproduct of system II) with Q- (the Disease in vater hyacinth caosed by a fungus, priaary reduced photoproduct of systea II), a RBIZ0CT0MA SOtAMI, isolate (BhEa) vas aore reducing entity, beyond the sites of DCHU and severe at 28 C than at 32 C. Disease antiaycein a action, was soaehov involved in severity In water hyacinth caused by another the production of slov F. SOLAHI isolate (H287) vas the saae at both DIE. (HP) 38 and 32 c. (ST)
<007> <105> Kahan, D., CTCLIDIDM CITROLLUS Cohn, A Clllate Juklc, s., nutrition of the Hake (MEBLUCCIOS troa the Hot Springs of Tlherias (Israel). HERLUCCLIS L.), Bogue (BOOPS BOOPS L.), Striped Jour. Protozool., 19(U), 593-597. 1972. (Hebrev Mullet (HOttOs BARBATOS t.), and pandora University of Jerusalea, Departaent of Zoology, (PAGELLUS , EMTHRIHUS) in the Bay of Knstela. Jerudalea, Israel) Acta Adriat., 1»(0), 1-UO. 1972. (Institute of Oceanography and Fishery, split, Jugoslavia) The clliate, CVCLIDIOH CITRULL0S, vas collected froa Tiberias, Isreal, hot springs Rake, RERLUCCIUS HERLOCCIOS, has the best at teaperatnres of 50-58 C. c. CITRULLOS nutrition during winter vith the Adriatic Sea tolerated teaperatares froa 18 to 87 c in the sea temperature at Its lovest (11.9 C). laboratory. The optiuua teaperature vas During sstaaer f'S to 2a c) the stoaach about nil c. (HP) contents dropped. It vas thought that the quantity and availability of sardine and anchovy accounted for the nutritional status <«08> of hake, in bogue, Boops BOOPS, striped xaneko, T., and R.R. colvell. Ecology of VIBRIO aullet, noItOS BARBATOS, and pandora, PARnHAEMOLVTICUS in Chesapeake Bay. jour. PAGELLOS SBITBBinoS, stoaachs vere least full Bacterlol., 113(1), 20-32. 1973. (Georgetown during winter. (HP) University, Oepartaent of Biology, Washington,. DC) i
«»06> Proa late spring to early suaaer, vhen vater Jursinic, P., and Govlndjee, Theroolumlbesceace teaps were 10 plus or ainus 1 c, vibrios and Teaperature Effects of Delayed tight overwintering in sediaent vere released froa Emission (Corrected for Changes In Qaalftua yield the bottoa coaaunlties and attached to r of Fluorescence) in DCHO-Trented Alg*«jas zooplankton, proliferating as the tenperature Photochea. Photobiol., 15 (0), 331-308. 1972. rose. The number of vibrios in aad on (Oniversity of Illinois, Departaent of ftatony, plankton was reflected in the water coluan Orbana, IL) bacterial population densities at vater teaperatares of 19 c. Thus, temperature of Theraoluainescence or temperature jump the water coluan in the range of 10 to 19 C delayed light eaisslon (IDLE) was aeasured in vas found to be critical in the annaal cycle CHtOREttA and STRECHOCOCCOS using various ot the vibrios. (Awl i* teaperature conditions and it vas found that not only the magnitude of the teaperatare 1uap but the initial and final, teaperatures <»09> of the saaple, were important, for exaaple, a Kato, H., R. Ogata, T. Kuaa&a, and T. Tani, temperature jump of 8 centigrade degrees froa Studies on the Lov Temperature Fermentation, 2 to 10 C gave much higher TOM than froa 12 part ill. utilization of n-Paraffin by Rarine to 20 C. Many properties, e.g., magnitude, Teast. Agrlc. Biol. Chea., 35(10), 1«69-ia76. teaperatare dependence and tiae independence 1971. (Kyoto University, Department of of TDLE could ba explained by the delayed Agriculture Chealcal, Kyoto, Japan) light emission decay data (corrected for ,, changes in fluorescence yield) and the The cultivation temperature for the aaxlaua kinetic analysis.' The slaultaneous rate of grovth and that for the aaxiaua level aeasureaents of delayed light eaisslon and ot grovth of the aarlne yeast, CAR9IDA ,.sp." chlorophyll fluorescence yield in DCHO (3-(3, BH313, was 28 and 10 C, respectively. The n-dlchloropheayl) -1, 1-dlaethylureal) - treated yeast vas isolated froa a marina"sediment CHLORCLLA vere aade In the tiae range of 1-10 sample at a depth of 1120 a,' but would groa sec. at various teaperatares froa 0 to 50 c. , in freshwater. (BP) Slallar aensureaents vere aade for 59 <»10>
<010> <013* Kaya, C.B., Effects of Temperature on Response Kelso, J. R.n., Conversion, (lain ten a nee, and of the Gonads of Green sunfish (LEPOnis Anslallation for walleye, STIZOSTBDIOB VIVREBM CYAHBLLtfS) to Treatsent vlth Carp Pltultarins VITREOR, as Affected by site. Diet,, and and Testosttttone Propionate. Jour. Pish Ren. Temperature. Jour. Fish Res. Bd. Can., 29, Bd. Can., 30, 905-912. 1973. (Oniversity of 1161-1192. 1972. (anlverslty of Manitoba, Risconsln, oepartsent of Zoology, Madison, VI) Department of Zoology, Winnipeg 19, Manitoba, Canada) Gonadal recrndeseence in green snnfish, IE POMS CYAN ELMS, could be stl«ul&t«4 In Gross and net food conversion by valleye, seasonably regressed ovaries ard testes by STIZQSTED10* V1TRE0H, was affected by neither injections of a erode extract of flBh teaperature nor cation size, but decreased pituitary glands, and in testes by vith Increasing fish size, conversion of the testosterone propionate, bat only ander third order was affected only by temperature, elevated tenperatues (> 15 CI. The lov being greater at higher temperatures. Gross temperatures that blocked gonadal responses and net conversion were consistently lower at to long photoperidos also effectively cycled temperatures of 8 to 16 c. prevented gonadal responses to adainistered Maintenance tegulrenent/g fish Increased hornones. These observntions indicated that greatly above 12 C. Maintenance reguirenent/g the responsiveness of the gonads of this vns affected by tenperature but not fish species to stlaalatlng hormones Is markedly size. (BP) modified by teaperatir-i: hovever, the results do not obviate the possibility that secretion of gonadotropins by the brain-pituitary <010> system may also be affected. (HP) Kemp, C.L., liquid-Holding and Recovery fron 0V-Induced Danage In WIOORIHA BLEGARS. Arch. Mikrcbiol. (Ger.), 86, 255-260. 1972. (Simon <011> Eraser nnlversity. Department ot Biological Raya, c.tl.. Effects of Temperature and sciences, Burnaby 2, British Colunbla, Canada) Photoperlod on Seasonal Regression of Gonnds of Green Snnfish. MPOHIS CYAHPLL0S. Copeia, 2, A decrease in survival of the colonial green 369-373. 1973. (Oniversity of Wisconsin, alga, EDDORIBA ELE6ABS, vas observed vhen the laboratory of Limnology, ffadlson, HI) culture vas Incubated at 22 C rather than 32 C following irradiation. (HPt A stady of the relation betveen photoperiod and teaperature changes on gonadal regression in the green sawfish, LSPOBIS CYAHELLOS. <015> indicated that regression proceeded rapidly Kendall, A.W., Jr., Description of Black Sea at an elevated temperature of 20 c and vas Bats, CENTROPRISTIS STllIATA (LINNAE0S), Larvae retarded by a lov temperature of 10.5 c. and their Occurrences North of Cape Lookout, Inhibition ot gonadal regression by lov North Carolina, in 1966. Fishery Ball., 70(0), teaperature vas due to retardation in rates 120 3-1260. 197?.. (Rational Marine Fisheries of absorption and not to maintenance of Service, Riddle Atlantic coastal Fisheries ganetogenesls. Photoperlod vas ineffective Center, Sandy Hook Laboratory, Highland, NJ) in alteratlng rates of gonadal regression, in the natural population rapid regression is Larvae of black- sea bass, CENTROPRISTIS probably related to elevated sidsummer vater STRIATA, vere found in tovs of the teaperatures. (ST) aid-Atlantic continental shelf from the surface to 33 n in vater varying in surface ,.. teaperature froa 10.3 to 28.0 c and surface M <012> salinity froa 30.3 to 3D.6*. (HP) Kazama, P.T., and N.s. Puller, mineral nutrition of PTTKIOR HARIWIH, A Racine Facultative Parasite. Can. Jour. Bot., 51, 693-69». 1972. <016> (Oniversity of California, Departnent of Botany, Khan, R.A., Developsental Stages of . Berkeley, CA; Oniversity of Georgia, Uepartaent HIBMOGREGARINA DElkGEl F.esnil in an of Botany, Athens, GA) Blanmobranch, RAJA BADIATA Donovan. Can. Jour. Zcol., 50(6), 906-907. 1972. (Remorial The parasitic fungas, PYTHIOH HABIHOH, grovs Oniversity of Hevfoundland, Departaent of optimally at 15 to 20 c. species of PTTHIDH Biology, St. John's,-Revfoundland, Canada) have been found associated vith algae, and an ova of the peacrab, PINNOTHERES PISOH. (HP) A higher incidence of the parasite, BAENOGBEGARIBA DEL KG EX vere recorded in thorny skates, RAJA RADIATA, collected at 7 and 10 cthan at o c. (HP) 60 «r»>
<417> <421> Khaskln, V.V., Temperature characteristics at Kleor, B., Plankton Relations of the Red Sea, Tissue Respiration of Skeletal Muscles of the Persian Gulf and Arabian Sea. In Press. 1973. Roach ROTILIS BUTXLIS, LACiiSTEIS and tho Uhite (Sea Plsheries Research Station, Haifa, Isreal) Rat, jour. Evolutionary Oiochea. Physiol., 0(2), 120-123. (Siberian Branch Acadeay of Tho high teaperatares and salinities sciences nssp. Institute of Physiology, prevailing In the Red Saa vere considered Hovoolbirisk, OSSR) significant factors in reducing the nuaber of planktonic species in the Red Sea as compared The teaperature curves and Q10 coefficients to the Indian Ocean as a vhole and the of In vitro tissue respiration of the red and Atahlan Sea in particular. (HP1 white auscles vere coapared in the Siberian roach ROTILIS ROTILIS and the vhlte rat. The aaxiaua oxygen consuaption by the red auscles <422> vas 1.6 tlses higher in rats than in the ttirk, R.G., A Review of Recent Developments in roach, and by the vhite auscles vas tvo tiaes TILAPIA Culture vith Special Reference to Fish higher. The teaperature optiiaa of auscle parsing in the Heated Effluents of Pover respiration vas 5-6 centigrade degrees hlgh'ir Stations. Aguaculture, 1(1), 45-60. 1972. In rats than in the roach for vhlte auscles (Bin. Agriculture Fish. Food, Marine Hatchery, and 13-ia centigrade degrees higher for red. port Erin, 10H, OK) The Q10 for ascending segaents of the teaperature curves Is higher in the roach Preliainary studies suggested that TILAPIA than In the rat. These differences are spp. vere suitable for culture In the heated exaalned froa the standpoint of the effluents of pover plants. Growth and evolution of hoaolotheray. (lath) reproduction may be noraal or aear noraal in saline conditions, and TILAPIA vere able to tolerate lov oxygen levels and moderately lov <418> teaperatures <6 to 12 C). population control Kbaskin, V.V., Temperature Characteristics of techniques and food requiraents vere Tissue Respiration in Skeletal Muscles of the described and discussed. Although TILA7IA Roach ROTIICS ROTILOS lacustrls and the Albino aay have a secondary role as sport fish or in Rat. Zh. Bvol. Biokhla. Flzlol., 6(2), 142-145. clearing excessive plant grovth in pover 1912. (Acadaay of science, Institute of stations, their aain value vould seea to be Physiology, Rovoslblrsk, osSR) as food fish. (HP)
The Q10 for vhite and red auscle of the roach, HOTIIOS P.OTILOS vas 2.1. Theraal <423> optiaa of respiration vere higher in rats Kltitsyna, L.A., Reproduction and Fecundity of than in fish. (ST) POHTOGAHMARBS ROBOSTOIDES (Grina) in the Cooling Reservoir of Kurakhovo Pover Station. Rydrobiological Jour. (OSSR), 6(2), 57-64. 1970.
Only 15 species of macro-algae vere found in <420> teaperatures ranging from 10 to 20 C in icibby, ft.t.. Energetics and population Dynamics Taguina Bay, oregon. All the other species of DIAPTOHOS GRACILIS. Ecol. HCnogtaphS, 41(4), had narrower tolerance ranges. (BP) 311-326. 1971. (Oniversity of London, Westfield Collage, Bepartaent of Zoology, London, England) <425> The filtering rate of the copepod, DIAPTORBS Kleerekoper, H., Effects of Copper in the GRACILIS, varied from 0.61 al/copepod/day at Locomotor Orientation of Fish; Ecological . 5 C to 2.no al/copepod/day at 20 c. The Research series. EPA-BE-73-045; Honitor: ng filtering also varied videly vlth the species Agency Rapt. Ho. W73-13021, 97 p.. 1973. (Texas of algae fed. The mean 010 vas 3.33 froa 5 ASM University Department of Biology, College and 12 c and 2.62 fron 12 and 20 C. Station, TX) Respiratory rates varied vlth the season. (HP) Whether the response ,of goldfish to copper Ions vill be avoidance or attraction seeaed to depend on the slope of the gradient to vtich the fish was exposed. Even in steep gradients, the avoidance behavior.vas reversed to attraction when the copper ions interact vith a teaperatute slightly higher (.4 centigrade degrees) than that of the surrounding copper free water. (HP) 61 <026>
<026> linear (Q10"2.C'). Tine of peak aoltlng vas a Kleerekoper, H., J.B. Baxaan, and J. ~*atis. function of temperature. Bo differences in Interaction of Tenperstuca and Copper Ions as body length or gross morphology of comparable Orienting Stimuli in the Locomotor Behavior of instars were defected among grouos reared at the Goldfish (CARASSIUS AURATOS). dour. Fish different tesperaturus. Fluctuating Pes. Bd. Can., 30, 725-728. 1973. (Texas ABH temperatures had no affect on duration of University, Departnent of Biology, College larval development. Tenperature acclination Station, TX; Texas ASH University, Oepartaent of of eggs to tenperatures near the tolerance of statistics. College station, TX) the shrinp appiared to Induce hatching aberrations. (HP) Hovenents of single goldfish (CABASSIOS AORATOS) vere monitored in a free choice situation comprising zones of laboratory <030"> vater or copper-containing vater (0.010 ppa Knovlton, R.E., Larval Development of the as CnC12) each at tvo teaperatures, 21.1 and snapping Shrimp ALPBE0S IIETE'aiKHAELtS say, 21«5 C. Fish entered the copper zone at 21.1 Beared in t.ha Laboratory., 3£ut. Nat. Hist., C significantly less fregnently and spent 7(3), 273-306. 19"?3. (CcfcWja Washington ! less tiae there per entry as ccspared to the University, Department e'r : Biology Science, noncopper zone ("avoidance" behavior). Tbe Washington, DC) eopper zone at 21.5 C becane significantly "nttractive" to the fish in terms of both The larval development of the snapping fregoency of entry and tiae spent. shrimp, ALPHB0S HBTEROCHABUS, takes place in Laboratory vater at 21.5 C vas "attractive" 0 days at 25 C. (HP) to the fish but became significantly sore so in the presence of copper ions at the concentration of 0.010 ppm. (Auth)(HP) <031> Koch, D.L., and G.P. Coutereras, swinning Ability and Effects of'Stress on the Cui-ul <027> Lakesucker (CHASHISTES'CHJDS Cope). Occas. Pap. Klyashtorln, L.B., Content of Free Bncleotides Biol. soc. Hev., 31, 1-8. 1972. (University of in Autolyzing Huscles of Fish During Bevada, Department of Biology, Beno, NV) Irradiation. Priklad. Biokhis. Hicrobiol., 9(1), 86-90. 1973. (All-onion Besearch The cui-ul lakesucker, CBASRISTES CUdUS, vas Institute Fish. Oceanog., VHIBO, Hoscov, 0SSB) unable to ascend the jumps in the Havana Dan fish ladder. In addition spavning grounds The inoslne monophosphate decay In carp have been destroyed because of reduced vater tissae vas completed in 12 days at the flov resulting in high tenperatures (30 C) at storage temperature of 0 to 2 C and in 6 to 7 the aoqth of the Trocker river in sunaer. days at the storage tenperature of 5 c. (HP) (ST)
<02B> <032> Knight, B.L., Bntrainaent and Theraal shock Kohonen, 3., R. Tirrl, and K.T.H. Lagerspetz, Effects on Pbytoplankton Bombers and Diversity. Temperature Dependence:,of tbe ATPase Activities ESE-336; 73 p.. 1973. (Oniversity of Horth in Brain Boaogenates fron a Cold-water Fish and Carolina At Chapel Bill,' Departnent of a Warm-Eater Pish.' Coap.. Biochea. Physiol., Environaental Sciences and Engineering, school 00(3), 819-821. 1973. {'(Oniversity of Turku, of Public Health, chapel Hill, DC) Zoophysiology Laboratory, Departaent of Zoology, 20500 Turku 50, Finland) In all cases, discharge saaples of fron the Allen Steaa station. Lake Bylie, North The Hg+2 ATPase activity in brain hoaogenat.es Carolina vere found to be lover in froa a cold-vat'er fish, the roach (LEUCISC0S phytoplankton naabers and diversity. The RUTILU5), vas less sensitive to tenperature inaediate lovering of diversity values viths- and shoved aaximun activity and' a llttle change in an evenness parameter discontinuity point/at temperatures 5 indicated that phytoplankton species vere ' cenitgrade degrees lover than the brain Hg+2 indiscriminately affected by condenser ATPase fcoa a varm-vater' fish, the kissing ' passage. Culturing of the affected gouranl (HELOSTOHA TEHHINCKI). The brain Ha* populations shoved dominance by tolerant K< ATPase activity in,the roach shoved a species proportional to the magnitude of the curvilinear tenperaturo dependence vith 2 - temperature rise. (HP) activity maxima;, (at; 01 and 20 C):, vhile that in the gouraai' WadM maximum at- 05 C and vas relatively insensitive to temperatures
<434> <437> Konstantinov, U.S., and K.V. Lisitsa, Phototalie Kozhova, 0.R., Theraal Reglae and Biology of Reactions of the larvae of CHIROBOHUS noRSAUS. lake Kenon. . Hydroblological Jour. (OSSR) , 8(4) , Biol. Raukl, 15(8), 15-19. 1912. (H.S. 101-102. 1972. (Sot given) Chernyshevskli Sarat. state Onlversity, Departaent of Invertebrate Zoology Saratov, The Initial results of a comprehensive study OSSR) .cf the cooling pond of the Chita Regional Electric Pover Plant, OSSR, vere revieved. vlth an increase in teaperatare froa 1 to 21 The theraal effluent vas marked by a decrease centigrade degrees the speed of phototaxis in priaary production and an increase in movement of larvae of CHIROROHQS DORSAIIS destruction, vhlch vas regarded as a factor increased by a factor of ® to 6, (BP) that accelerated tho self-purlflcetloii of the vater. Priaary production, including that of the hydrophytes, vas intensified In the
«wo>
<451 > <455> Lasserre, p., Boophysiological Data on the Lav, T.H.C., and J.G. Bales, Delodlnation of Distribution of the Rarine Helobenthic Radiothyroxlne by Tissue Roaogenates of Brook Ollgochaeta. Incidence of the Salinity and Trout, SALVELIROS FOBTIRALIS ((I Itch 111) . Camp. Teaperature Paraaeters on the Respiratory Biochea. Physiol., 44, 1175-1183. 1973. Hetabollsa of Tvo ot the Genus HARIORIRA 1889 (Oniversity of Ranitoba, Departaent of Zoology, (Enchytraeldae, Ollgochaeta). vie Hllleu, Winnipeg, Ranitoba, Canada) Suppleaent, 22, 523-540. 1971. (Institute of Harine biology, 33120 Arcachon, Prance) A theraostable delodlnatlng systea was found in tissue hoaogenates of brain and hear^ of The aarlne aeiobenthlc ollgochaeta, HABIORIRA brook trout, SALVEL1R0S FORTIRM.IS. (HP) SPICOLA, vas unable to survive at the high teaperatare (greater than 30 C). (HP) 65 <53 €>
<456>
Three tangi, ROBILLARDA BRIZOPHORAB, <»61> DENDRYPBIELLA SALINA, and TBICHODEBHA VIRIDE, Legeza, H.I., The Bole of Abiotic Factors in the isolated froa a Ravallan mangrove svaap Distribution of Sturgeons (PISCES, shoved poor cr no grovth at 10 and 37 c. The ACIPBNSERIDAB) in the Caspian Sea. Jour. optisua teaperature for grovth vas 25 C. B. Ichthyology (OSSB), 11, 10-19. 1972. (Central RHIZOPHOBAS shoved the best lov teaperature Sturgeon Fisheries Besearch Institute, grovth at lov salinities and the best high Azerbaydzhanian Division, TsNIOBKh,' Baku, OSSR) temperature grovth at high salinities. (ST) The quantitative distribution of the sturgeons in the Caspian Sea vas directly dependent on near-bottos teaperatures. The beginning of the spring and autuan aigration of sturgeons vas deterained by the beginning of the warning or cooling of the vater. The Persian sturgeon, ACIPENSER GULDENSTADTI PBRSICDS and pnrticularly the sevrguga, A. STELLATOS are more thermophilic in their distribution than the Russian sturgeon, A. GOLDENSTADTI. The Persian sturgeon vas found in June and July .fron 12 to 23.5 c, the sevryugn fran 19.0 to 23.5 C and the Russian ' sturgeon at 9.3 to 23.5 C. In vinter the Persian sturgeon is-found at 12.0 to 19.0 c, the sevryuga at 6.0 to 8.0 C;^and the Russian: sturgeon at 2.0 to a.O c. (HP)' 66 <53 €>
<462> <465> Leggett, W.c., and R.A. Jones, It Stady of the Lenat, D.R., and C.H. Weiss, Distribution of Rate and Pattern of Shad Hlgratlon In the Benthlc Hacrolnvertebrates in Lake Wylle Rorth Connecticut River - utilizing sonic Tracking Carolina - south Carolina. ESE Pub. Ho. 331; 74 Apparatus. Connecticut APC-1; 118 p.. 1970. p.. 1973. (University of Horth Carolina at (Essex narine laboratory. Inc. novelty lane, Chapel Hill, School of Public Health, Departaent Essex, CT; Connecticut Department of of Envrlonaental Sciences and Engineering, Envlronaental Protection, state office Building, Chapel Hill, NC) Hartford, CT) Differences In the coaaanlty structure of The results of sonic tracking studies of South Fork benthos vere aost evident In the Aaerican Shad, ALOSA SAPIOISSIHA, In the area profundal and sublittoral zones of Lake of the Connecticut Yankee Atoaic Pover Plant Wylle. These differences were ascribed to a heated effluent Indicated that under present coablnatlon of Allen steaa Station thereat plant operating conditions no therial block discharges and South Fork water quality. In to the upriver passage of shad exists. The the littoral zone the teaperature Increases perferred avenue of aigration eas on the side caused by theraal effluents were aest severe, of the river opposite the discharge, soae but organisas in this segaent of the alterations in behavior vere recorded in the environaent were naturally adapted to large area of the pluae, but it vas not knovn dally and seasonal teaperature changes. vhether these vere in response to exposure to Possible teaperatare effects vere liaited to elevated teaperature or chance events. (HP) areas subjected to teaperature changes of" greater than 3 to 0 centigrade degrees. In analysis of individual taxa, it was found <063> that the nuaber.of organises showing an lehakuhl, D.H., Change in Theraal Reglae as a increase in nuabers with heat vas Cause of Reduction of Benthlc Fauna Dovnstreaa approxlaately egual to that showing a of a Reservoir. Jour. Pir.li Res. Bd. Can., 29, depression in nuabers. Overall the standing 1329-1332. 1972; (Oniversity of saskatchevan, crop vas depressed In a very saall area which Included the discharge canal and tho area of Departaent of Biology, Saskatoon, Saskatchevan, 1 Canada) iaaediate discharge in the lake, (lit )
Bayflles could not reproduce and thus vere absent belov a daa on the South Saskatchevan <466> River because the required teaperature Lenkievlcz, A., Studies on Behavior and Learning sequence for breaking diapause and in Starfish Under Various Teaperature stinulatlng egg hatching and grovth vere Conditions. Rev. coaport. Ania., 6(1), 3-16. absent and/or the total degree days needed 1972. (Jagellonian University, Institute of for grovth and adult eaergence vere not Zoology, Laboratory Zoopsychology et Ethology attained. Hineteen species of aayflles vere Anlaals, Krakow al. Krapnicza 60, Poland) found in the control areas upstreaa froa the reservoir. Ho species vere found iaaediately The turning fron dorsal to ventral side of belov the daa, but an increasing auaber of starfish, HARTHASERIAS GLACIALIS, ASTBRIAS species vere found at each progressive RUBERS, HERRICIA SAHQUIHOLERTA, ASTERIHA. station dovnstreaa froa the daa. Seventy GIBBOSA and CBOSSASTER PAPPOSUS was ailes dovnstreaa the incidence of aayfly influenced by vater teaperature. Raising the species vas less than 40% coapared to the teaperature froa 15 to 18 C had only a slight upstreaa control areas. All physical and influence, but lovering it to 10 c distinctly cheaical factors except teaperature vere reduced the activity of the starfish vithout, slallar throughout the saapling area. Suaaer hovever, inhibiting it coapletely. . The aaxlaa vere lover and vlnter alnlea vere species aost sensitive to the changes of higher belov the daa than in the control teaperatare vas H. SARGUIROLERTA, and the areas. (ST) least sensitive A. GIBBOSA. (BP)
<464> <467> ') Leighton, D.I.., Abalone Larval Ecology and Lin, C.K., Phytoplankton Succession in a Culture Rethodology. Sea Grant pub. Ho. 2a, Eutrophic lake with Special Reference to 39-10 p.. 1971-1972. (la Jolla Laboratory, Blue-Green Algal Blooas. Rydrobiologia (Den.), Southvest Fisheries Center,. Rational Rarine 39(3), 321-334. 1972. (Acadeay of Rational Fisheries Service, La Jolla, CA) sciences, Departaent of Llanology, Philadelphia, PA) The optlaua for survival and develapaent rate of larvae of the pink and green abalones, Relatively high suaaer vater teaperatures HALOITIS CORRUGATA and HALIOTIS POIGERS, vas favored the blue-green algal blooa in Astotln betveen 18 and 20 c. The red and vhite Lake, Canada and resulted In a high ahalones, HALIOTIS RUFESCERS and HALIOTIS concentration of organic Batter. A rest in SORBRSERI, existed betveen 10 and 18 C. The vater teaperature and a deficiency of silica black sbalone, HALIOTIS CRACBEBODII, apparently caused a decline of the spring exhibited an optiaua siailar to that of the pulses of diatoas. (BP) colder-vater'species. The green abalone survived and grew well at the highest theraal situation provided, 23-25 C. The green , abalone aiqht he reared profitably using heated effluent vater generated frca pover plants. (BP) 67 <068>
<«68> <«71> Lindqulst, t., Healthy Bay Endongered by llpovsky, V.P., and U.K. Chew, Mortality of Indifference. Monterey Fisheraan Aroused by pacific oysters (CRASSOSTBEA GIGAS) : The Actions of Tvo corporations. Natl. Flshaao, Influence of Teaperatare and Enriched Seavater 50(3), 15A-27A. 1972 on oyster Survival. Proc. Rati. Shellfish Assoc., 62, 72-82. 1971. (Oniversity of Pacific Gas and Electric Coapany operates a flnshlngton. Fishery Research Institute,!.College theraal generating plant on Monterey Bay, of Fishery, Seattle, WA) California, which discharges aster at a 20 C teaperature,differential into tidal areas, Pacific oysters, CBASSOSTREA GIGAS, In lethal theraal shock to aarine life entering seavater at 9 C had no mortalities in the on the flood tide and hot vater flowing out laboratory, at in c aortalltles were 2*, and on the ebb tide is of concern to biologists. at 21 c aortallties were 100*. Oysters Interviews vlth boat operators revealed that periodically transferred between 9 and 21 C fishing had fallen off In the area. Plsao showed reduced aortalltlos. Death resulted claas, once abandant, are no longer fonnd. froa bacterial proliferation. Graa-negative Basalts of aortallty stadias by Pacific Gas bacteria identified as Basophilic vibros were and Electric Coapany on salaon and striped aonltored at 9 and 21 C in the oysters and in bass fingerllngs passing through the seavater. Histologically, cellular responses operating condensers vere goastioned. Also tissue pathology, and bacteria in the tissues discussed was the effect of Kaiser increased progressively with a rise in Refractories, which discharges llae into the teaper&ture. There aay ba a connection bay In volawes that exceed solubility in sea betveen the laboratory deaths and some of the water. (ST) summer Pacific Oyster mortalities in Washington State. (BP)
<069> ling, S.B., A lota on the Progress of <072> Bxperiaents on the Induced Breeding of H0GI1 listen, J., and J.A. Baross,.. Distribution of CEPHA105 in Talvau. Jour. Inland Flsfc. Soc. VIBRIO PARAHAEH0L7TIC0S in the Ratoral India, Barrackpore, 1, 113. 1970. (Reg. Off. Environment. Jour. Rllk c Food Tech., 36, Asia and Par Cast, TAB, Bangkok, 2, Thailand) 113-117. 1973. (Bnlversity OF Washington, Colleqe of Fisheries, Institute foe Food Science larvae of the fish, MDGIl CEPHAtOS, vere and Technology, Seattle, WA) successfully reared In plastic tanks at 20 to 2a c in fertilized natural seawater. VIBRIO PARAHASHOLTTICdS has been isolated salinity vas reduced after the second veek by widely froa marine environaents but appears 0.5* per day froa 32* to 20*. Heavy to be aost abundant in inshore add estuarine aortallty resulted froa unknown causes. areas vhere ambient temperatures rise Surviving larvae shoved a size increase froa seasonally to levels permitting grovth of the 2.3 aa at day 1 to 22.0 aa at day 31 and vere organise. (HP). siailar In behavior and size to naturally.' reared fry. (ST) <073> lobunpov, If. A., Antibody Poraatlon in Fish. <070> Biol. Vses. Inst. Eksp. Vet., 11, 93-r96.. 1971, llnley, J.R., and G,H. Adams, Ecology and . Biol. Abs., 56(8), 03205 (1973). (Not given) Behavior of laaature COIICOIBBS RB11EBS (Cog)(Dept., certopogonidae). Bull. Ent. Res., The best conditions for Intensive antibody 62, 113-127. 1972. (Entoaological Research formation in carp vere high temperature and Center, Florida State Division of Health, P.O. optlaal living conditions. Carp kept In a 18 Box 520, veto Beach, Ft) to 20 C pond were immunized with killed AEROMOHAS P0MCTATA cultures. The agglutunin In laboratory experiments with a teaperature titer averaged 1;577 on the 23rd day after gradient, second to fourth instar larvae of vaccination and 1:8915 on the 06 day. (HP) COLICOIDBS HELLE0S preferred the IS to 25 C range, and.-fourth instars vere the least di'scrlalnatlng. Pupating larvae vere <070> negatively phototactic and avoided inundated Logan, J.W. R., and E.j. Perkins, Toxicity of , areas, larvae and pupae on a Florida beach Essolvene. Mar. Poll. Bull., 3(10)', 155-157. vere confined to the intertidal zone and. 1972. (University of strathclyde, Harlne these distributions were unaffected by tiae Laboratory, Dalandhui .House, Gacelochhead, of day or tidal level. (ST) Dun tart on, OR) .it' ..','• ' v. The toxicity of Essolvene,-an oil eaulslfler, to freshwater crustaceans and molluscs increased with an increase in teaperature, but decreased vith aeration. Mortality resulted vhen the organisms vere Immersed in dlesel oil at 12 C but total lamerslon in crude oil had little effect. (ST) 6B <»75>
<481> <484> Lucas, J.S., and E.P. Bodgkln, Grovth and Lynch, H.P., and R.L. Webb, Variations in serua Reproduction of HALICARCINOS AOSTRALIS (Hasvell) constituents of the Blue Crab, CALLIRECTES (Crustacea, BraChyura) In the swan Estuary, SAPIDBS: Free Aalno Acids Bnd Total Nlnhydrin Western Australia. 2. Larval Stages. Positive Substances. Coap. Biochea. Physiol., Australian dour.,Bar. Freshwater Bes., 21, 45, 407-418. 1973. (Virginia Institute of 163-173. 1970. (Oniversity of Western Harine Science,.Departaent of Envlronaental, Australia, Departaent of Zoology, Medlands, V. Physiology, Gloucester Point, VA) Australia; Janes Cook University of Rorth Queensland, School of Biological Sciences, Beau serua total ninhydrln positive , , , Tovnsville, MD) substances (TMPS) vas highest in aature blue crabs, CALLIRECTES SAPIDBS, during aonths Live crab larvae vere found fron 0.4 to 19.S* vith the lovest teaperatares. It is possible salinity and fron 16.7/19.0 to 27.4/28.2 C that at lov teaperatares, the peraeability of (lovest to highest values In a vertical cell aeabranes to free aaino acids changed profile). The occurrence of live third stage drastically allowing Intracellular free aalno larvae vas aore restricted: 0.5/2.7 to acids to leak eat into the surrounding 12/1/19/1* salinity and 17.5/19.0 to nedlua. A positive correlation betveen 24.0/27.8 c. In the laboratory the feaale crabs and salinity vas attributed to percentage survival of larvae to first crab increased synthesis of Intracellular aalno lnstar at four coablnations of. salinity (1.0 acids during aigration to higher salinity to 19.3) and teaperature (13.1 to 30.2 C) vas vaters for spavning. Variability between studied. Host aortality occurred during the aonths and sanples vas high. . (ST) first larval stage. (ST)
<483> Lux, P.E., White Spotting in the 1959 Tear-Class <487> of George's Bank Winter Flounder, Lysak, A., The Influence of Envlronaent PSEOOOPLEORORECTES AMERICANOS (Valbaua). Trans. Teaperature and of Thyrotrophin on Iodine Aaer. Fish Soc.. 102, 83-88. (973. (Rational Metabollsa In Carp (CTPRIN0S CABPIO L.) ZI. Marine Fisheries Service, Northeast Fisheries Results of chroaatographic Analysis. Pol. Arch. center. Roods Role, MA 02543) Bydrobiol., 18(4), 419-423. 1971. ' (Agriculture College, Institute of Applied Zoology, Winter flounder vith vhlte spots on the eyed Micklevicza 24/28, Cracov, Poland) side vere unusually coaaon in the 1959 year class caught on north-center Georges Bank in Carp, CTPRIR0S CARPIO, vere given vith 1964, 1965, and 1966. A possible thyrotropin and coapared to controls at 10 relationship betveen lovered developaental and 20 c. Blood saaples were collected froa teaperature and vhite spotting vas suggested. all fish on the 16th day after radlolodine (HP) was inlected. Coluan chroaatographic analysis of enzyaatlcally digested plasaa saaples showed the radioiodine existed aainly as a free iodide. The last hocaonal fraction washed out froa the coluan with tertiary aayl alcohol aaounted to only a few percent of total radioactivity. The value of this fraction was distinctly higher in carp kept at a higher teaperature. The action of thyrotropin aade this difference aore significant. (HP) 70 <«sa>
<095> <099> Hahili, O.K., studies on Factors Affecting Mangold, K., and 5. von Boletiky. Rev Data on Survival of Rile Fish In the Sudan. II. The Reproductive Biology and Growth of OCTOPOS Effect of Teaperature. Marine Biol. (R. Ger.), VULGARIS. Harlne Biol. (A. Ger.), ig(1), 7-12. IB, 93-95. 1973. (Ministry of natural Resources 1973. (Laboratoire Arago, Banyuls-sur-Her, and Rural Dovelopaent, Fisheries Research France) Division, Khartoua, Sudan) At teaperatures above 20 C, larvae of OCTOPUS The 24 hr aedlan tolerance liait for the VULGARIS becoae benthlc betveen 35 and 60 fish, TILAPIA RILOTICA, vas 37.6 C. (RP) days ot age. Lover teaperatnres aay delay settling. In the laboratory, grovth vas fastest in individuals kept at 20 c and <096> slovest In those raised at 10 C. The faster nakamura, R., S. Kasahara. and T. Tada, Studies grovth at a higher tenperature vas result of on the Usefulness of the Blueglll Sunflsh, higher food intake. Food conversion vas not LEP0MI5 HACROCHIROS RaSlneague, as an directly related to teaperature. Deprivation Experiaental standard Aniaal: II. on .the cf food leads to a higher loss in velght in Developaental Stages Rnd Growth fron the Egg cctopl kept at higher teaperatares. (HP) Through one Tear. Jour. Pac. Pish Anis. Ruab. Rlroshlaa unlv. (Jap.), 10(2), 139-151. 1971. (Biroshiaa university, Bepartaent of Fishery, <500> Pac. of Fishery, Aniaal Husbandry, Pakuyaaa, Mangua, C.P., Temperature sensitivity of Japan) Metabolise In offshore and Intertldal Onuphid Pclychaetes. narlue Biol. (V. Ger.), 17, The Incubation period of bluegills, LRPONIS 108-110. 1972. (Systeaatics-Bcology Prograa, RACROCRIROs, eggs vas about 00 hr at a Rarine Biological Laboratory, Roods Hole, HA) teaperature of :2a.5 C, 28 hr at 28.5 C and 79 hr at 18.5 c. Abnoraal larvae appeared 36* Accllaated aetobollsa-teaperature curves have of the tiae at 18.5 C. (HP) teen constructed tor o populations at the Intertldal onuphid, DIOPATRA C0PREA, and for the 2 offshore species, ByALXNOECIA TBBICOLA <097> and R. ARTIFEX. The intertidal species shovs Rakeyeva, A.P., aad 0.V. Vertgin, Vse of the greater teaperatare sensitivity than Its Method of Pituitary Injections in the offshore relative, despite Its presumed Propagation of silver carp and Grass Carp. adaptation to theraally unstable habitats. Jour. Ichthyology (OSSR), 11, 170-180. 1972. Teaperature changes considerably in excess of »noscow state Oniversity, Departeent of natural fluctuations do not greatly alter Ichthyology, Hoscov, OSSRI aetabollc rates in HTALIROECTA. However, the range of thecaal tolerance in these tvo Teaperature reduction had an intrinsic effect species la considerably reduced. (Auth) on sexual saturation of feaale silver carp, HTPOPRTRALMICHTRTS MOLITRIX, independent of the general level of the theraal regiae. At <501* 17 to 19 C feaales yielded eggs aore or less Han tale, B. H., Studies of the Teaperature satisfactorily. Drop in vater teaperature to Tolerance In Snail, CMPTOZOBA SF.MWJGATA. 19 C after a period of stable high Harathvada unlv. Jour. Sci. Sect. B Biol. Sci. teaperature practically caused coaplete (Ind.), 10(3), 155-163. 1971. (Marathwada cessation of the egg yield. (R?) Cnlversity, Department of Zoology, Aurangabad, Nanharashtra, India)
<09B> . -Bhen the snail, CRTPTOZONA SEHIRUGATA, was Mandell), B.P., and R.P. Kcllhenny, A study of< maintained at 12 C the heat tolerance Halt the Effect of Desalination Plant Effluents on fell froa 00.3 to 35.8 C after 3 days and to Rarine Benthlc Organises. PB-2151B2; 33.5 C after 10 days. The heat tolerance IKT-OSR-RBPR-71-803I 22 P.. Rot given. (Dov lost after 10 days exposure of 12 C was Cheaical Coapany, Freeport, TX) regained within a day after the snails were returned to 'ihe original rooa teaperature. Teaperatuce aud salinity increases up to 10* The rate of gain of heat tolerance was aach above the natural valaes did not affect adult higher than the rate of loss. Vhen tested oysters, CRASSOSTBEA VIRGIRICA. The after accliaation for 5 days at 35 c, the 20 increased teaperature and salinity enhanced hr median tolerance Halt had increased to the infection levels of tbe lethal pathogenic 03.5C. The water content and total protein fungus LABYRINTROMYXA MARINA. A high content were increased on wara percentage of oyster eggs developed noraally acclimatization, whereas fat and glycogen at 30 C and 35,000 ppa s, but a significant contents vere decreased on vara percentage did not develop noraally at 32.5 acclimatization. (HP) C. PENAEOS AZTECOS and PERAE8S DUORAROM eggs developed noraally up to 32.5 C and 00,000 ppa S. Increasing teaperatures up to 27.5 C <502> favored the grovth of postlarval P. AZTECOS Harcenko, E., Interaction of Htneral Nutrition and P. OQBRMtnn. At temperatures above 29 c and Teaperature on the Growth of E0GLEKA grovth declined. (HP) GRACILIS. Acta Sot. Croat. (Tugosl.), 31, 61-70. 1972. (Institute Ruder Boakovlc, COHHENT: 56 tables, 30 figures Bijencka 50, p. 1016, 01001 Zagreb, Yugoslavia)
In a strain of the protozoan, EUGLENA GRACILIS, grovn In a repetitive light-dark cycle, the need for exogenous nutrients Increased vlth Increasing teaperatare up to 18 c. Number of cells and aaount of chlorophyll and carotenolds rose at higher teaperatares with the addition of phosphates, aicroelements, and Hgsoo. (ST) 72 <53 €>
<503> <5C6> Rarer, B.C., Jr., Vulnerability and Survival of Marshall, J.S., and L.J. Tilly, Teaperatare Toung Connecticut fliver rish Entrained at a Effects on Phytoplankton Productivity in a nuclear Paver Plant. Jour, Pish sea. Bd. Can., Reactor Cooling Pond. COHr-710501-Pls Part ot 30, 1195-1203. 1973. (Essex Narine laboratory, Proc. of the 3rd National Syap. on Radioocology, Essex, CT) held at 0«k Ridge, Tennessee, Nay 10, Vol, 1, (p. S45-651), 1268 p.. 1971. (B.I. du Pont ds (lost of the young fish of nine species that Neaours and Co., Savannah River laboratory, vera entrained in the condenser cooling-water Aiken, SC) systea o* the Connecticut Tnnkee nuclear pover plant vere dead by the tine they Incubator studies run concurrently with field reached the lover end of the plnnt's l.iu eiperinents at Par Pond, Savannah River nlle long discharge canal. Saapling daring Plant, Aiken, South Carolina revealed June and July, vhon 959 of the nonscreonable teaperatare optima for photosynthesis which fish vere abundant near the plant*a intake, do not exhibit pronainced seasonal shoved that approxinately SOX ot tha variations. optima vere 5 to 15 centigrade aartality in the canal vas caused by degrees above habitat teaperatare during mechanical danage and 20* vas attributed to actobor through April and 3 conttgrade heat shock and prolonged exposure to degrees during Nay through August. A weak temperatures elevated above 2B c. there vas hat highly significant correlation vas found no aeasureable mortality dun to the injection between the optinua teaperatare tor priuaty of aodlua hypochlorite into the systes as a production and habitat teaperature. Rann biocldo. The nnnber of nonscteenable living Whitney "0" results froa field tests resulted fish entrained at the intake averaged about In 15 stimulations, 7 insignificant a* (range, 1.7-5.8*) ot thas<2 passing by the differences and 5 inhibitions of priaary plant under conditions of unidirectional net productivity in Deceaber through Hay in vara tidal flov. (Auth) station incubation. In June thcoagh August there were 5 Inhibitions, 5 insignificant differences and i stimulations. (HP) <5 On* Marcy, B.C., Jr., and B.C. Calvin, Winter-Spring Sport Fishery in the Heated Discharge of a <507> nuclear Bower Plant. Jour. Fish Biol., 5, Basic, V. D., and R. rfaaa, 541-597. 1973, (Essex Ratine laboratory, Essex, Atanln-Anlnotransferase in the skeletal Ruscles CT) of Carp. Arch. Flsch. Biss. (Cor.), 22(3), 256-262. 1971. (Inst, fur Cbeale and pityslk 4er * substantial winter-spring sport fiahety has Bundesanstalt for Pleischforschung, Kuluabach, developed in the heated discharge canal of Geraany) fchp Connecticut Yankee Atoaic Pover Coapany. Flshursen utilizing the heated discharge in Cold-storage (•» C) and freezing (-20 O and the cooler acnths caught twice as aany fish thawing of carp, CYPBINOS CARFlo, skeletal (2,07 fiaS/rod-hr of effort) as these in nasele tissae did not influence the level of other areas in the vicinity ot the plant, total glutamic, pyruvic tcansaaiase (GPT) white perch dominated the catch. Water in the activity in the aascle. freezing an? thawing canal was heated 12.5 centigrade degrees resulted in an Increase of the 6PT activity above aabient. Tenperatarea in the canal in the auscle press-juice, vhich night be .due ranged froa 5.5 to 29.9 C. There vas a to freeze damage of aascle mitochondria. (HV) correlation between vater tengeratare and the nuaber of fish caught per rod-hr of effort. Tha catch rate Increased sharply vhen <508* tsaperatures reached 17 c and dropped vhen Bassengill, R.R., change in Feeding and Boiy teaperatures exceeded 22 C. After July 12, Condition of Brovn Bullheads Overwintering in vhen teaperatures vere above 32 c no fish the Heated Effluent of a Pover Plant, vere caught la the canal. On days vhen the Chesapeake Sci., 19, 138-191, 1973. (Essex plant reduced its pover level enoaght to Harine Laboratory, Essex, CT) lower the vater taapersture considerably, catch rate declined. At this tlse catfish, bullheads, and carp vere observed swlanlng on Brovn bullheads, ICfALOROS NEBOLOSOS, the surface and exhibited a stonned or overwintering in the heated discharge canal lethargic behavior vhile being carried out of ot fcfca connecticue Yankee Atoaic Pover Plant the canal by the current (0.3 to 0.6 a/sec). on the Connecticut River fed vhile those in Carp schooled along the banks vith their vater at 2 c froa an unheated cove did not. backs oat of the water. They shaved no The noraal bullhead diet of Invertebrates apparent reaction to touch; no aortality vas shifted to saall fish In the densely observed. (5T) populated canal. ?ish in Chapman Pond cove began feeding around a c. Fish in the heated effluent were in poorer condition than those at ambient vinter temperatures. (ST)
<510> <514* Hat'nur, o.( Food Habits and Feeding chronology Hayzaud, P., and S. Dallot, Respiration and of tbe blackbanded Darter, PERCIHA HIGROFASCIATA Hitrogen Excretion of Zeoplanktcn. I. (Agasslz), in Kolawakee creek, Alabaaa. Trans. Evaluation of the Metabolic ftatjos of Soaa Aaer. Fish Soc., 102(1), 48-55. 1973. (Auburn Rasters Mediterranean Species, Marine Biol. (V. Oniversity, Alabasa Cooperative Fishery onit, Ger.), 19(4), 307-314. 1973. .^Station of Aeburn, At 36830) zoology, villetrancbe-sur-Mer, France)
Optlaua teaperatuce range for aaxiaal feeding Respiration rates ot feaale aaphipods, of the Blackbanded darter, PE&CIRA PBROHIHA SEDEHTARIA, vere 8.2, 15.7, 16.1, NIGNOFASCIATA, in Ralavakee creek, Alabaaa and 20.7 ug 02/mg/day at-5, 10.5, 15.1, and vas 17 to 23 C. (HP) 19.5 C. (ST) ',
<511> <515> I' natsaara, y., A study of tha Life History of McAllister, p.B., II, The Oregon Sockaye Salaon Brazilian sardines. SARDIWElt-A AOBITA. I. virus (IBR): A. Replication and Distribution and Abundance of Sardine eggs in Kutolntorference. B. Th'j Effect of Temperature the Region of Rio de Janeiro. 8o!l, Inst. on Infection in rokarea salaon (ORCOBBYMCHBS Oceanogr., Sao Paulo (Brat.) 20(1), 33-60. 1971. RERRA) and on Virus Stability. Ph.D. Thesis, (onlversldada Sao Paulo, Institute of Oregon State Dnlyersity, 159 p.. 1973, Oceanography, sao Paulo, Brazil) Dissertation Abs., 34, 2184-B (1913). (oregon state Oniversity, corvallls, OB) Teaperature and salinity in the spavning of the sardine, SARDIREllA A0RITA, ranged Tho optiaua teaperatare range for Oregcn betvecn 18 and 24 C and 36.1 and 35.9*, aockeye salaon virus in kokanee salaon, respectively In the Ilha Brands region. Rio ORCORHTRCBBS SERBa, vas 12.2 to 15 C. A de Janeiro, Brazil. It vas noticed that temperatures above 17.8 c, the percent spanning has a close relationship to an area mortality decreased significantly. At of cold vater apaelllng. (BP) teaperatures belov 9.4 c, the peccant aortallty vas very high, but the mean time tor death vas groatly increased. (HP)
<518> <521> HcCauley, P.M., and I.A.A. Read, Teapcpitore HcDonald, S.C., Activity Patterns of LYNNABA selection by Juvenile and Adult Yellov STAGHALIS (L.) in delation to Tenperature (PERCA'FLAVESCEHS) Accllaated to an C. Jour. Conditions: A Preliminary study. Balneological Fish Res. Bd. Can., 30, 1253-1255. 157!. Reviev, 6 (1), 59. 1973. (Oniversity ot (Waterloo Lutheran University- w.tterlr-j. Hichigan, Huseum of Zoology, Ann Arbor, HI) Ontario, Canada) Results suggested that incrensed temperature Juvenile mil] adult yal'lov perchc t'StCA for the snail, LYHUABA STAGHALIS, (1) FLAVESCBH3, collected from two differo-it increased the rate of surfacing for water sources and acdin^ted to 7.1 € vare breathing, (2) decreased the tine available subjected to a vertical .tcaperatvtre gradient. for feeding, (3) did not alter the percentage Javen'les selected temperatures in tfc- range of tine spent in actual motion but (0) 29.0 to 23.3 C and adults in th.' r,r>*!*- 17.6 accelerated the rate nf change of activity to 20.1 c. It was doncludeC t5n»i r>;'e clayed patterns and (5) induced a rhythmicity to an important' role in tbe tem'per-'r..rr\- certain of the activity patterns. (HP) selection of this species.; (St)
<5225 <519> • HcErlean, A.J., C. Kerby, tnd R.c. Svartz, HcCoy, R.H., AEROHOHAS 5ALR0HICIDA and AEBOHORAS Discussion of the Status of Knovledge Concerning HYDROPHILA (LIQ0EFACINE3) -ts Pathojens Of Sampling Variation, physiologic Tolerances, and Salnonid Fish: A. Selective AEROHOHAS Hediun. Pontible change criteria for Bay Organisns. B. Comparative Characteristics al Virulent and Chesapeake Scl., 13, S02-S50..1972. (Onlversity Avirulent Strains of AEROHOHAS SALNOHICIDA. c. of Haryland, natural Resources Institute, Effect of WatQr Tenperature on AEROHONAS Departnent of Environaental Research, Halloving Infections. Ph.D. Thesis, Oregon State Point station, prince Frederick, HP; Smithsonian Bniverslty, 108 p.. 1973, Dlssartatlon Aba., Institution, oceanography and Limnology progran. 30, 2185-B (1973). (Oregon State Oniversity, Office of Environmental sciences, Washington, Corvallis, OR) DC; Virginia -Institute of Harine science, Departaent of Ecology-Pollution, Gloucester later temperatures above 15 C produced high Point, VA) . mortality rates oC juvenile coho salmon inject°d intramscularly with ABR0B0RAS t'ioassay testing and the characterization of SALHOHICTDA, with losses exceeding 001 at 10 toxicity effects should serve a dual purpose: and 12 c. Hortality rates vere low at 0 and developnent of change criteria and 6 C. The nean tlati to death vas estimated to characterization of normal requirements. be 3.5 days at 21 C with steady increases as Selection of aethodology or recoaaendatlons water tenperature decreased to'a aaxinua of for fatare work should build on past and 31 days at 0 C. when juvenile spring Chinook present knowledge rather than encourage salnon were- Intraperitoneally injected vith a divergent and possibly low-yield efforts that 1.5 LD 50 dose ot' A. SALROHICXOA, the aean must be validated in situ. The current state tiae to death vas 2.9 days at 23 C and vas of knovledge concerning nornal physlologlcnl found to progressively increase as vater . requirements ot estuarine organisns with teaperature decreased, to a naxlnun of 18.0 regard to the key variables of temperature days at a c_ The effect of teaperature on the and salinity is poor. To remedy this grovth rate of A. SAifiOBXCTDA in vitro /situation tbe. follovlng steps ere proposed: appeared to be similar to Its effect on the (1) selection of key, doalnant or rate of progress of the infection in juvenile representative species, (2) subjection of the salmonIds. The percentage of fatal selected species to intensive laboratory infections nnong juvenile steelhead trout and study of temperature and salinity tolerances, coho salaon Injected vith A. HYDROFHILA vas (3) standardization of procedures, choice of high at tenperatures of 18 C and above, design variables and reporting procedure, and noderate at 15,C and zero at 10 C and belov. (0) perforaance tolerance testing for (HP) pesticides, heavy metal uptake etc. only on species for vhich n background of normal Information already exists or inclusion of sach studies. The study of benthlc !520> communities appeared to be of high potential HcCray, E.H., Jr., and B.F. Schoof, The Effects yield as a useful and generalized indicator. of Lov Tenperatures on Eggs ot AEDES AEGYPTI (HP) (L.I. flosguito Bevs, 32, 599-607. 1972. (O.S. Public Health Service, Center for Disease Control, Halaria Progran, Technicnl Developnent Laboratories, savannah, GA)
Bggs of the aosgulto, AEDES AEGYPTI, from different locations vere alike in their ability to survive lov teaperatures (less than 3 C). Bone of the eggs less than 20 hr old vhen placed in 3 c vater, hatched. Three day old eggs exposed for 3 days or less had 50« or greater hatch. (HP) 75 <523>
<523> <526> HCErlean, k.J., S.G. 0'Conner. J.H. Hihursky, HcLeese, D.B., Effects of Several Factors on the and C.X. Gibson, Abandonee, Diversity and Gcovth of the American Lobster (BOHBROS seasonal Patterns of Estuarine pish populations. ABERICARUS) in Captivity. Jour. Fish Pes. 3d. Bstrarlne and coastal Bar. Sci., 1(1), 19-36. Can., 29, 1725-1730.11972. (Fisheries Research 1973. (University of Maryland, Departaent of Board of Canada, Department of the Environment, Envlronaental Besearch, Chesapeake Biological Biological station, St. Andrevs, nev Brunsvick, Laboratory, Prince Frederick, MD) Canada)
Bo marked effect froa a steal electric The ainlaua loss o< lobsterE, H0HARUS generating station on the aiddle Patss.-.flt AMERICANOS, occurred In the group at 17 c and Estuary, Maryland, was stated on fish 6V fending rate... Ho difference in mean tlae populations clthouqh thste ware occasional of nolting could be demonstrated ahen teoperal shifts. Fish populations vote teaperatures vere elevated. (HP) sampled over a foar-year period vlth goarterly fregoency using three saapling qears; haal seine, beaa trawl and otter <«27> tratfl. Trend analyses aere perforaed for the BcLusky, D.S., The Effect of Temperature on the nuaber of species, nuaber of individuals and Oxygen Consumption and Filtration Bate of several diversity indices. All analyses shov CRLARTS OPERCOLARXS (1.) . Ophelia, 10, 1U1-1M. strong seasonal cycles that vere related to 1973. (University, Departaont of Biology, the nursery function ot the estnary and to Stirling, Scotland) algratory activities. Regression lines fitted to the cyclic-trend patterns all nhov The oxygen consumption of the queen scallop, decreasing functions vlth tiae. These CHLAR1S OPERCULARS, accllaated for 1 veek at patterns suqgented that a loss in diversity, 5, 10, 15 and 20 C increased 09 to 15 C, bat as aeasured by these Indices, has occurred. fell sharply at 20 c vhlch vas near the These changes vere Interpreted as telog lethal teaperature of this species. A marked caused by a tcue loss of species in vcae decrease in oxygen consuaption over a 5 veek cases and a shift in population structure in accliaation period'vaa noted at all others. Possible explanations for the trends teaperatures. Tn the 1 veek accliaation vere exaained and the iapllcatlon of the experlaents, filtration rate increased vith trends aere discussed. Should these trends teaperature, reaching a maximum at 15 c and continue, structural coaplexity of an already declining to the EC value at 20 C. After 5 staple systea vill be reduced and Increased veexs aucllaation, filtration rate dropped auounts of energy aay be diverted to doainant sigiiiflcastly at 5 C, but did not change froa foras. The altered systea, because of the the 1 veek period ate 10 and 20 C. Oxygen loss of buffering capacity provided by consumption and filtration rate vere related alternate food veb interconnections, aay to size of the animal, it vas suggested that becoae subject to crashes and booas. the relationship between oxygen consuaption (ABTB) (BP) and filtration rate vas not a fixed one. (ST)
Horizontal and vertical teaperature gradients Reasur«d at 10 a»4'26 c and 105% oxygen vera nov. strongly related '-•> variations in tension, respiration rates of.the pond zooplankton abundance In the north Pacific, limpet, LAEVAPEX FOCOS, vere higher in summer (BP) than in winter at vasotrophic and entrophlc sites. At ambient temperatures during the saamer, rate-* vere' 26 to 35 tiaes tie vlntet <*.V>> ' alnlaa. An accllaatory process, apparently ncRaffey, D.G,, photoperiod and Teaperature triggered by decreasing teaperatures, Influences on Diapause In Eggs of the ploodvater produces a higher, respiratory rate at lov Mosquito ABDES BIGROHACOLIS (LadloV) (Diptera: oxygen tensions in winter-conditioned limpets Culicldae) . Mosquito Revs, 32, 51-61. 1972. than in saaaer-conditloned ones. (ST) (Southern Besearch Institute, 2000 9th Avenue, South IHrainghaa, AL)
Bjgs of the mosquito, AEDES RIGROMACBLIS, fcoa central Washington state entered diapause in response to a sub-optimum teaperature, the percentage of diapause increasing as the length of exposure to the sab-optiaua teaperature increased. A maternal effect on egg diapause vas noted, especially in response to certain photoperiods and photopeciod-teap^rature combinations. (Auth)
CO«REST; See also RcHaffey, D.G., Ph.D. Thesis, Washington State Oniversity (1969). 76 <53 €>
DAPBBIA POLE* found at the lov tenperatores prevailing in the Spltzbergen Islands have a relatively lav heart rate, life span vas half the noraal length of that in teaperate waters. (ST) 77 <53 €>
<536> <539> Her ran, T.E., Jr. , H.D. Colliba, and J.B. Raster, R•, D. Scripcariu, and S. Riculescu, Greenoagh, In E&tlaate of Mortality of Chinook Effect of Teaperatare on the laoenzyalc Pattern Salaon in the Colaabla Rivet Rear Donoavill Oaa on Pond Loach (HlseOBRDS FOSSHIS 1.) IX. Oaring tha saaaar Ran of 195S. Fishery Boll., Halata Dehydrogenase and Succinate 68(3). «61-S92. 1971. (Bareaa ot coaaerctal Dehydrogenase. Bev. Bona. Biol. Zool. 18(2), Fishery, Biology Laboratory, lake Bay, Alaska) 153-161. 1973. (University at Bucharest, Faculty ot Biology, Splalul Indep. 91-95, vater taaneratore, turbidity, disease or Bacharaat, Boaania) injuries froa gill nets did not affect tbe aortolity of Chinook salaon In the colaabla The Influence of teaperature upon the river near Bonneville Daa daring tbe suaaer isoanzyalc pattern of aalate dehydrogenase ran of 19*S5. (RP| and succinate dehydrogenase froa auscla, liver, serua and heaolyaate of vara- and cold-adapted fishes vas studied. Tha <537* electrophoretlc pattern of anzyaes shoved Herritt, t.B., Jr., stadias on Benthlc Roaatode that ti,e hoaogenates of all invaatlgatad Ecology in a Saall Freshvater Pond. BRBI Boll, tissues of vara- and cold-adaptad fishes 8; 73 p.. 1973. (Aubarn Onlveraifcy, Rater presented tha saae enzynlc pattern, by Resources Research Institute, Bob urn, ILL) deteralnlng the onzyaa activity in vitro at 20 C. Lav teaperatara (incubation of the changes In teaperatare and pB of the bottoa gels at 0 C) Induced a decrease of the total Buds and In dissolved oxygen of the overlying oncyaatlc activity as sell as the noaber of water vere not found to correlate vith tbe isoenzyaea in loach. HISGORROS FOSSI1IS, neaatode concentration changes in a snail tissues, regardless of the adaptation freshvater pond. (HP) tanparatare. (HP)
<538>
liberation of zoospores of CRIAHTDOHORAS REXWHABDI, occurred about 23 hr after the beginning of the light period at 25 C. At lover teaperatures, the process of zoospore liberation as veil as length of the cell cycle vac aai-kedly prolonged, bat the nanber cf zoospores produoed/sother cell was approximately the saae. (HP) 78 <53 €>
<503> <506> nihursky, J.A., D.IK. rieaer, D.B. Ilanlltoo, Jr., Hontgonery, B.J., Temperature-Related anl C.H. Keefn, The Effects of, Thernal Loading Respiration Bates and Thernal Sensitivity in and Vater Quality on Estnarlna primary ROPPIA HARITIHA L. H.A. Thesis, The Aaerican production. PB-210-127; 12 p.. 1971. Oniversity, 55 p.. 1972, Rasters Abs., 10, 306 (University of Haryland, natural Resources (1973). (The Aaerican University) Institute, Chesapeake Biological laboratory •ioloaons, no) Oxygen cansunption of the subnerged agnatic plant, ROPPIA BABITIHA, Increased vlth nean values for primary productivity (carbon teaperature up to 30 c, declined to 05 c nnd in uptake rates) vere about 131 lover for dropped sharply at 50 C. Values for Q10 vere intake eanples incubated at chalk Point pover aaxlnus (3.35) betveen 20 and 25 c and plant discharge tenperatures (33 C) declired slightly at 05 c and aore rapidly suggesting a snail tenperature effect. The near 50 C. The lethal teaperature vas near apparent reduction of 26% in the productivity 05 C. Hean resplrntion rates and Q10 values of .the augmentation saaple incubated at 33 C suggested that tesperatures close to 30 c aay suggested that mechanical effect!) fros have exceeded the optlaua for the grovth of condensor passage and thernal eflEects sere ROPPIA. (HP) real and additive. Residual chlorine froa the vater passing through the condensers reduces production cf all the vater in the <507* effluent canal to a greater extent thnn would Hoodie, G.2.E., and c.c. Llndsey, Life History be expected fros simple nixing of condenser of a Unlgne Cyprlnid Pish, the Chlselaouth vbter vlth augmentation vater. (HP) (ACROCHEILDS ALDTACEUS), in British Colunbin. Syesis, 5, 55-61. 1971. (University of British colunbia, Departaent of Zoology, Vancouver, B.C. <500> Cannda) fliller, R.R., Rev Localities of the Bare Bara spring purfish, CIPBXHODOH HBVADEBSIS The life history of the chiselaoath in PECTOSALIS, froa ftoh Keadovs, Hevada. copela, British coluabia Is reported, including 1, 137-100. 1973. (University of fllchigan, morphology, distribution, novaaents, ffuseus of Zoology, Ann Arbor, Hi) aggressive behavior, age and grovth, reproduction, and feeding. This species Paofish, CTPRINODOH HEVAOERSIS, of the vhlch is endemic to the praser, coluabia and subspecies PECTOBALIS vere collected from Balheur River systens spnvned in strenas in Scruggs Springs, Xevada vhere the vnter aid-June vheu vater tenperature vas 17-18 C. temperature vas 32.8 to 33.3 C. Pupfish and Eggs hatched in 16 days at 12 C and in 6 days nosgnito fish, GAHBOSIA APPIBIS, had been at 18 C. (CCC) described eatlier fron nenrby tbernal springs. (St) <508> Booze, C.J., G.A. Stevens, A.J. HcErlean, and <505> H.fl. Zlon, a Sport Pishing Survey in the Holnar, K., Studies on Gill Parasitosis of the Vicinity ot a steaa Electric station on the Grass carp (CTBROPRABTBGODOH IDELU) Caused by Patuxent Bstuary, Maryland. Chesapeake Sci., DACTtLOGTROS LABBLLATBS Achseros 1992 I 10(3), 160-170. 1973. (Academy of Batural Horphology and Biology of Dnctylogyrns sciences, Philadelphia, Benedict Estuarlne Lamellatus. Acta Vet. Acad. Sci. Rung., laboratory, Benedict, HDj University of 21(2-3), 267-289. 1971. (Hungarian Acadsay of Baryland, natural Resources Institute, Solonons, Sciences, Vet fled Research Inatitute, Budapest, BO) Bangsry) An lntervlev-count sport flshiog survey on Ovlposition rate by the parasite, tbe patntent Estuary shoved that over 50* ot DACTYLOGTROS LAHEllATUS, of gills of the all angler trips vera sade to the heated qcncs catp, CT*nopHAV9Gonon IDBLLA, vaa effluent cansl of the Chalk Point Pover highest at 28 C (on the average IS egg/24 he) Plant, with over 90* of thesa trips being but the trenatode still able to deposit nade fros october through April vhen little eggs at 12 C. Oncosiracidla hatch froa the or no fishing occurred st other points on the eggs after 1.5 days at 26 C and longer tiaes Estunry in the vicinity of the pover plant. at teaperatnres belov or above that level, During June and July, vhen vater teaperatures larval parasites settling on tbe gills reach sere highest, the rates of harvest vithin tbe sexual aaturlty after 8, 6, end 0 dnys at heated effluent canal vera lover than tn tenperatures of 17 to 19, 22 to 20 and 22 to upstreaa zones, catch rat* also decreased 26 c, respectively. (HP) upstream. Bhite perch, BOBOBE AHERICAHA, dominated th* catch. The majority of strip*d bass, HO ROBE SAX AT HIS, vare under legal size limit but sere taken throughout the year along vith spot, LECOSTOROS IAHTHOHUS. The effluent canal zone yielded the fevest crabs, CALIIBKTBS SAPIOUtt. t eonpacts'oft of 1963 data slth 1971 indicated an Increase in fishing pressure on the Pataxent Estuary segment thmt vns studied. The nuaber of fish harvested per hour of effort vas allghtly higher during 197t (1.4) thnn during 1963 (1.1). Pish species vera harvested in slallar proportions both years. Although sore crabs vare taken in 1971, the number hnrvestad per hour vas over tvlce as high in 1963. (ST) 79 <53 €>
<549> <553* Moore, J.R., and F.W.H. Beamish, food of larval florishlta, T., Studies on Soae properties of Sea Laaprey (PETROHTZOR RARXHOS) and Aaerlcan Proteolytic Enzyae froa octopus Liver. Bull. Brook Laaprey (IAMPETBA LAH0T1EI). Jour. Pish Jap. Soc. Scl. Fish., 38(9), 1051-1056. 1972. Bes. Bd. Can., 30, 7-15. 1972. (University of (Prefectural Oniversity ot Ble, Faculty of Guelph, Bepactaent ot Zoology, Guelph, Ontario, fisheries, Tsu, Japan) Canada) The activity of a octopus, OCTOPOS V0LGARIS, Survival of dlatoas evacuated froa the liver proteolytic enzyae preparation digestive tract of larval sea laaprey, containing encyaes vith pH optlaa of 2.5 and PBTBOBTZOB HABIROS, varied froa 45* at 17.8 C 6.0 on casein vas stable up to 50 C for pH (July) to 90* at 0 C (January). Coaplete 2.5 enzyae and the pH 6.0 enzyae vas stable evacuation required approxiaately 54 and 70 up to 45 C. (BP) hr at 1.60 and 2.5 C, respectively. (BP)
<554> <550> Horoz, I.la., Dynaaics of Betabolisa in the Carp Boom, R.H., The Ef*«ct of Teaperature and (CXPBIN0S CABPIO (I.)) During Overvlntorlng. Sviaaing Speed on the Oxygen Consuaption of Tvo Jour. Ichthyology (OSSR), 11(1), 592-596. 1972. snappers, IDTJAVUS CAMPECHARDS (Poey) and (State Research Institute tor Lake and River RBORBOPLITBS AOBOBOBENS (Cuvler). Rarlne sci., Fisheries, Volgograd Department, OSSB) 17, 53-61. (Oniversity of Texas, Barine Science Institute, port Aransas, TX) A study of overvintering young carp, cyPBINOS CAEPIO, shoved that there ia physiological Bespiratory rates of red snapper, IOTJAROS dehydration in the period preceding vlnter CARP8CRAR0S, and veraillioa snapper, and physiological loading of tha organise BHOHBOPLITBS AOROROBERS, Increased vith vlth vater by spring. Physiological increasing teaperature. At 12.5, 18 and 27.5 dehydration, together vith temperature C oxygen consuaptlons in the red anapper vere redaction, ninimized metabolism, phosphoras 80, 112, and 187 ag-02/hr/kg, respectively, content of ATP rose froa 71.46 ag* in and In the verallllon snapper sere 114, 170 Roveaber to 111.96 ag* in Becaaber. In flareb and 259 aq-02/hr/kg, respectively. Sviaaing It returned to pre-overvlnterlng levels. velocity and the aetabolic cost ot svlaaing Protein levels renelned stable, nonprotein of the veraillion snapper increased vith nitrogen levels fell froa Deceaber until increasing teaperatare. These tvo parameters Harch, and lipid increased, especially at the reached a aatiaua at IB C and declined at end of overalntering. Carbohydrate reserves 27.5 C for the red snapper. It vas suggested and glucose vere not studied until narcb. that this difference vas related to The above factors considerably lovnred the zooqeoqraphlcal and ecological differences aetabollc rate, as a result of vhlch the betveen the species. Here deaths occurred yoang carp had a large reserve of energy aaong verallllon snapper at 12.5 C than aaocg substances at the ohset of spring. (ST) red snapper. (ST)
<555> <551 > Horrls, I., and K. Farrell, Photosynthetic Borgan, J.G., Indexed Bibliography of Theraal Rates, Gross patterns of Carbon Dioxide Effects literature-3. ORRl-RSIC-IIOt 210 p.. Assiailation and Activities of Ribulose 1973. (Oak Ridge Batlonal laboratory. Reactor Diphosphate carboxylase in Rarlne Algae Groan at chealatry Division, oak Bidge, TH) Different Teaperatares. Physiol. Plant, 25(3), 372-377. 1971. (Onlverslty\College of London, An indexed bibliography of theraal effects Department of Botany and Microbiology, cover literature ftoa 1971 to 1973 aas published by Street, London VC1, OR) the Nuclear Safety Information Center. The literature indexed and abstracted include' a The marine green flagellate, DORALISLLA broad spectraa of tharaal aspects, ranglhg 1ERTIOLECTA, grovn to 12 C aeslailated C02 froa aeterological effects of cooling tover under light-saturated conditions aora rapidly pluses to aodellng of theraal discharges to than did those grovn at 20 c. Cells grovn at predict teaperatare distribution la receiving the lover tenperature contained higher vaters. Included also are reaalta of concentrations of soluble proteins, higher ecological surveys of aquatic organises at activities of rlbalose diphosphate nuclear pover plant sites. Indexea on carboxylase and shoved an enhanced relative authors, keywords, and titlea vere included. rate of protein synthesis during the (HP) pbotosynthetic assimilation of C02. This appeared to be true adaptation since It alloyed the grovtb rata at 12 C to ba alaost <552> the saae that at 20 c. Cultures of the Horlshlta, T., Studies cr. the Distribution of aarlne dlatoa, PHAtODACTTLtJH TBXC0RR0T0N, Proteolytic Enzyaes in the Internal Organs of grovn at 5 C had significantly higher rates octopus. Bull. Jap. Sac. Scl. Pish., 38(8), of photosynthesis than did those at 10 c. 839-843. 1972. (Prefectural Oniversity ot Ble, Cells groan at the loaer teaperatares had Faculty of Fisheries, Tan, Japan) aare protein. (HP|
The teaperature for aaxlaua activity of proteolytic enzyaes in OCTOPUS VOLGABIS organs vere batveen 35 and 45 C. (BP) 80 <556>
<556> <560> Morton, B., and P.B. Twentyman, The Oeenrrence Hotais, R., and J. Isaia, Tenpernture-Depeadence and Toxicity ot a Bed Tide caused by NOCTIMCA ot Peraenbility to Nater and to Sodlaa ot the SCINYlLLhNS (Macartney) Bhrenb., in the Coastal Gill Epithelium of the Eel AMG0ILI.A ANG0ILLA. Baters of Hong Kong. Environ. Res., 0, 500-577. Jour. Exp. Biol., 56(3), 587-600. 1972. (Lab. 1971. (Bong Kong University, Departnent of Pbysiol. Call, et Groape Biol. Mar. da CEA, Pac. Zoology, Hong Kong Hong Kong Oniversity, Sd., Oniv. , Nice 06, France) Badioisotope Onit, Hong Kong) The ratio of water peraeabillty to sodiaa Nutrient rich botton deposits stirred up by a peraeabillty ot the gill epithellan of the typhoon followed by increased tesperatores eel, ANGOILLH ANGUiLLA, was about 3 at 25 c provided optlaua conditions for abnornal bat fell to 1 at 5 c. This drop was aainly bioonlng of sn already established population doe to dialnuation of water perneability. In of NOCTILOCk SCIBTILURS in Bong Kong coastal the sea water adapted eel the osaotic waters In June, 1971. Seavater salinity vas permeability vas lover than the diffasional probably reduced by the rainfall. Seavater peraetbllity, this difference being greater filtered troa the red tide contained a the lover the teaperature. (BP) substance siailar to bacterial endotoxins. (St) <561> Rothes, G., Ecological Onlts in CHIBOHONTDAE. <557% Limnologies (Ger.), 8(1), 103-150. 1971. Moshenko, R.N., and J.B. Gee, Diet, Tine and (Porsch. Llanol., Jena der Dtsch. Akad. Wins, zu Place of Spavning, nnd Bnvironaents Occupied by Berlin, 1031 Neuglobscov, Deaocratic Republic of creek Chub (SEKOTILOS ATHOHACOLMOS) in the Rink Geraany) River, Hanltobn. Jour. Pish Res. Bd. can., 30, 357-362. 1973. (Oniversity of Manitoba, The chironoaids, BICBOTENDIPES CHLORIS and N. Departnent of Zoology, Winnipeg, Manitoba, PEDBLL0S, appeared to be texperature Canada) influenced populations of a single species. H. CHLORIS developed belov 8 C and H. Hale creek chub, SEH0TIL0S ATROBACOLATOS vere PEDELL0S above. Both forns occurred in the observed constructing and defending nest eplllnaion and littoral zones of several sites vhen daytlae vater tenperatures lakeB, bat only B. CBLOBIS occurred In the exceeded in c. This activity ceased vhen profandal zone. M. CHLORIS was regarded as a daytiae tesperatures reaalned below lie. (RP) spring forn and H. PEDELL0S primarily as a summer form and it was suggested that R. PBDELLOS represented a second H. CHLOBIS <558> generation. (ST) Boss, B., T'ne Influence of Envircnnental factors on the Distribation of Prestvnter Algae: tn Bxperinental Study. III. Effects of <562> Tenperature, Vltaaln Regulrenents and Inorganic tlotada, S., A. Taniguchl, and T. Ikeda, Plankton Nitrogen coapoands M Growth. Jocr. Ecol. Ecology in the western North Pacific Ocean: (G.B.), 61(1), 115-192. 1973. (Hichigan State Prlnary and Secondary productivities. Part of Oniversity, Departnent of Botany and Plant IPFC Synposiun, hold iu New Zealand, October Pathology, Ann Arhor HI) 1972 , 50 p.. 1972. (Tokal Oniversity, Colleje of Harine science G Technology, 'ihlalzu, Japan) The aean tenperatuce at vhlch aaicluva growth of green algae, fron an entropbic and nn Subtropical and tropical regions of the oligotrophia lake, occurred was 21.0 c and western North Pacific Ocean have higher 23.0 C. Naxlsua growth of nest species teaperatures bat are less productive than tbe occurred between 20 and 25 C. Growth was subarctic regions. Seasonal variations of poor at 10 C or below and at 30 C or above. productivity are aore pronounced in the Baxisua growth rates of oligotrophia spp. subarctic regions. Herbivorous xooplankters tended to be ssaller than these of nutrophlc in subtcoplcs and tropics are sanller In sine spp. laboratory experiaents agreed vail with and have higher aetabolic rales resulting in field observations. (ST) noce rapid regeneration of nutrients in the sea. (ST)
<559> nosser, J.L., A.G. flosssr, and l.D. Brock, <563> Bigh-Tenperature Sulfur Oxidation by Natural Mountford, K., Plankton studies in Barnegat Bay. populations of SOIPOIOBOS. iaer. Soc. Ph.B. Thesis, Rutger Oniversity, 153 p.. 1971. Microbiol. Abs., 73rd knn. fleeting, OB. 1973. (Rutgers University, State Oniversity of New (Oniversity of Wlscoriin, Madison, BI) Jersey)
Bleaental sulfur labelled with S35 was used Gross photosynthesis vas depressed betveen to study sulfur oxidation by natural the intake snd outfall ot the oyster Creek populations of SOtPOLOBOS, a bacterioa which Pover Plant an average of 92.3 ago2/a3/hr. occurs at slteB with tenperatures of 57-91 c The depression was associated with decreased and pH 1-3 in sulfur-rich hot springs, large chlorophyll a, alcroflagellates, and naked quantities of sulfur were oxidized to B2SOO dlnoflagellates. (HP) at teaperatares up to 85 C. (BP) 81 <56 4>
<564> <567> Hoyla, P.B.i and R.D. Bichols, Icology of Soae Rural, T., and J.W. Andrevs, Grovth and Food native and Intreduced Pishes of the Sierra Conversion of Rainbov Trout Reared in Brackish Hevada Foothills in central California. Copela. and Fresh Rater. Fishery Bull., 70(4), 3, 478-482. 1973. (Hot given) 1293-1295. 1973. (Skldavay Institute of oceanography, 55 Vest Bluff Boad, Savannah, GA) Collections vero aade of fish occurring In the foothill streaas of the Sierra Revada in The grovti. rate of rainbov trout, SALRO Central California. Bleven of the 21 species GAIBDREBI, aalntained in freshvater at a collected vere abundant and environaental teaperature of 21.3 c vas significantly factors vhich affected their distribution higher than in trout aaintained in saltwater vere noted. The fish belonged to four at 13.5 C. During the first five veeks of distinct associations. The Rainbov Trout the experiaent, vhen teaperature dlfferencet. association vas found in cold clear peraanent vere not large, grovth rate of all groups vas streaas of the higher elevations. The siailar. Tenperature had a greater effect on California Roach Association vas found in grovth, food conversion, and survival than saall, vara interalttent tributaries. The did salinity. The freshvater group at 21 C native Cyprinld-Cstostoaia Association vas grew faster than the brackish vater group on present in larger lov elevation streaa and an Individual basis, but had a poorer food tha Introduced Pish Association vas found in conversion efficiency and survival rate. lov elevation interaittent streaas that had Twenty-one c is above the optiaua teaperature been highly aodlfled by aan. (ST) (AOTH) for rainbov trout. Food efficiency and survival vere best in the lover stocking density brackish vater tanks and next best in
<566> <570> Bunco, J.L., V.c. Gaut, R. Thoapson, and P.B. Hagayaaa, P., s. laano, and T. Walton, Effects Reason, The Spavning Seasons of Caribbean Reef of Teaperature on Lipid Oxidation Catalysed by Fishes. Jour. Fish Biol., 5, 69-84. 1973. Rackerel Tissue. Bull. Jap. Soc. Scl. Fish.', (university of the Rest Indies, Fisheries 37(5), 415-418. 1971. (Tokyo University Ecology Besearch Prolect, Port Royal Barine Fishery, Tokyo, Japan) ~ . laboratory, Kingston, Jaaalca) Hoaogenates of the ordinary auscle, dark The aalority of Caribbean reef fishes began auscle and liver of aackerel absorbed oxygen to spawn when surface teaperatura fell to at the rates of 0.554, 8.41 and 18.7v about 28 c, aaxiaua spavning vas in Rarch ul/alnute/g at 35 c, respectively. The vhen the ainiaua teaperature was attained and relative velocity of oxidation at 0 c vas spavning terminated vhen vater teaperatures levered to 20 to 30* of. that at 20 C, but the again reached about 28 C. The period fron repression effect of lov teaperature on the June to Deceaber vhen teaperatures exceeded reaction vas lov if heaoglobin vas present. 28 c aas generally a period of lov egg (BP) production. The bloaass of reef fish eggs in the plankton was about 12 tiaes greater in the lov teaperature period than in the warn period. (HP) 82
<571> <576> Hainan, R.J., S.D. Gerklng, and T.D. Ratcllff, Helson, V.A., Effects of Ionizing Radiation and Thermal Environment of a Death Valley Pupfish- Teaperature on the Larvae of the Pacific Oyster, copeia, 2, 368-369. 1973. .(Arizona State CBASSOSTREA GIGAS. CGNF-710501-P1; Part of University, Department of Zoology, Tempe, AZ) Proc. of the 3rd National syap. on Radioecology, held at oak Ridge, Tennessee,,nay 10, Vol. 1, The papfish, CYPRIRODOR HILIERI, does not (p. 591-598),.1268 p.. 1971. (Bnlveristy of live under conditions of high teaperatare Washington, College of Fisheries, Laboratory of stress In Cottontail;Harsh, Death Valley, Radiation Ecology, Seattle, WA) California. However the papflsh has adapted to high salinity (05*) and vide tenperature Chronic irradiation vith Zn 65 and H 3 began fluctuations, as nuchas 10.8 centigrade either in the gamete, zygote,, tvo-cell, or degrees daily. A water teaperature of 03 c, rotating blastula stage of the Pacific oyster the critical thermal aaxiaua, vas .not and continued until 08 hr after approached. During an, anusnally hot period a fertilization. The larvae vere reared at 20, vater temperature of 32 C could be expected 20, and 28 C. In addition, experiaental lots in deeper parts of the water channel. This of zygotes vere subjected to shock is far helov the upper'lethal tolerance of 38 teaperatures up to 06, c, but vere reared at C. (ST) temperatures of 20, 2V, and 28 c after the Initial thernal shock. The criteria of effects vere rate of developaent, frequency <572> ot abnoraal larvae, and survival. The data Nakajtia, K., and S. Egusa, studies on a Hew ., vere evaluated by analysls-of-varlance Trypanorhynchan Larva, CALLOTETRARHTSCHOS sp., •ochoda. Statistically significant increases Parasitic on Cultured Tellovtall. XI. Grovth of In the nuaber of abnoraal larvae vere the Adult in the Valvular Intestine of TRIAKIS observed at Zn 65 and H 3 concentrations of SCTLLIA• Bull. Jap. Soc. Scl. Fish., 38(9), 10 (-0) and 10 (-3) cl/llter (approxlaately 1 905-950. 1972. (Product Development laboratory, rad), respectively, and at a dose of 10 R Sankyo Co. Ltd., 1-2-58, Riroaachi, from x rays. Ho radiation effects vere found shinagava-ku, Tokyo, Japan) on the rate of development or survival. Shock temperatures at vhlch significant Adult parasitic cestodes, CAILOTETBABHTKCKOS effects occurred vere 36, C for the rate of sp., matured in approxlaately 15 days after development and for freguency of larval introduction into the stomachs of sharks at abnormalities and 32 c for survival. A temperatures of 21.8 to 26.5 c. (ST) rearing temperature of 28 c caused increased rate of developaent, increased abnormalities, and decreased, survival. No interaction
«75> Kelson, P.E., Plating Redlua pR as a Factor in Apparent Survival of sublethally Stressed leasts. Appl. Microbiol., 20(2), 236-239. 1972. (Arizona Oniversity,' Tucson, AZ)
EXtreaos of pH bad less effect on the counts of yeasts not tberaally stressed than thermally stressed yeasts in all cases. As the degree of stress was increased for SACCHROHYCES CEREVISIAE and KLOYVEROHYCES LACTIS, the reduction in csunts at pR extreaes increased aarkedly. (BP) 83 <57 B>
<578> <581> Revell, B.C., an! A. nor, A Statistical Model Norton, T.A., and E.B. Bnrrovs, The ; Relating the oxygen consnnptlon of a Mollusk Environmental Control of the seasonal (LITTORIHA LITTOREA) to Activity, Body Size, and Developnent of SACCOHRIZA POLYSCRIDES (Light.) Environnentnl Conditions. Physiol* Zool., Batt.. Proc. Intl. Seaveed Synp., 6, 287-296. 16(H), 253-312. 1973. (Queen Maty College, 1969. (Oniversity of Glasgov, Departnent of Departnent of Zoology and Comparative Botany, Glasgov, Scotland; University of Physiology, London, Ml tins, England; Universlte, Liverpool, Departnent of Botany, Liverpool, de Montreal, Departnent des sciences o Bngland) Biologigaes, Case Postale 6129, Canada) Early developnent of the brovn algae, A statistical nethod for analyzing the SACC0RHIZA POLTSCHIDES, vas auch nore rapid effects of activity, day of the year, at 10 C than at 5 C, hovever, the 5 c'culture exposure temperature, and various although slover to develop, remained healthy combinations of these factors on the and by 65 days the entire culture consisted metabolism of the vlnkle, LITTORIRA L1IT0BEA, of macrospoplc'sporophytos. Low light vas described. During the vinter the intensity vas an important factor preventing metabolism of inactive animals vas dependent the developaent of a nev generation of 1 upon exposure temperature, but vith the onset sporophytis during the vinter, and lov of summer conditions there vas a marked tenperature and short day-length vere suppression of netabolisn in all size ranges probably not. (HP), and metabolism becane independent of exposure temperature. The relationship betveen exposure tenperature (from 1 to 37.5 C) and <582> '".''•• log metabolism was a signoidal curve and vas Mot given. Catfish Farming - A Growing Industry modified by body size and day of the year. Demonstrates Use of Heated Discharge Water. It vas concluded that factors other, than Aware, 20, 11. 1972 ,< environmental temperature nay.be implicated in lov 010 values during the summer. (ST) The warm vater fron pover plants encourages, catfish grovth and reproduction and could result In a substantial'contribution to the <579> world food supply if the water treatment can Riimi, A.J.. Bioenorgetics nnd'Grovth of be expanded and nade easier. (HP) Largenoeth Bass (HICR0PTER0S SALHOIOES) vith Feeding In Relation to Body Weight and Tenperature. Ph.D. Thesis, University of <583> Guelph. 1973, Dissertation Abs., 33, 61H2-B (Tot given. The Red, Tide - a(Public-Health (19731., (Oniversity of Guelph, Ontario, Cnnadn) Emergency. Hev Engl. Jour. Red., 288(21), 1126-1127. 1973. (J.C. Collins, Division of Grovth rate (* vat vt/day) vas highest in Environnental Health, 600 Washington St., largemouth bass, M1CROPTRROS SALNOIDES, held Boston, HA) at 18 C vhile that of fish held at 25 C vas similar to those at 30 c. Maximum grovth The critical determinant for the red tide . (g/day) vas highest in fish at 25 c, folloved organism, GOHYAUlAX TAHAREHSIS," grovth vas a by 30 C and lovest in fish at 18 c. This was sea teaperature of 10 C aided by high light attributed to satiation feeding level. Lipid Intensity and calm. (BP) content increased linearly as a logarithmic function of feeding level, and was highest at 18 C; protein content decreased slightly at <58U> 18 C and increased slightly at 25 and 30 c. Hot given, Estuarine Pollution. WBSIC 73-205. (ST) 1972. (U.S. Department of the Interior, Office of Water Resources Research, Water Resources Scientific infornation center, Washington, DC) <580> Sisslnen, T., The Egg Density and the survival This is one of a series of planned of Eggs on tbe Spanning Grounds of the Vendace bibliographies in vater resources to be 1 (COREGOHUS ALB0LA L.) in Lakes Purovesl and prodaced vbolly from Selected Water Resources Oulujarvi. Itiista-ja Kalatalouden Abstracts. Included with the approximately Tutkinuslaltos Kal&ntutklnusosa&tan Tied. 670 references are a significant descriptor (Pin.), 1, 1-113. 1972. (Finnish Gane 6 Fishery index, coaprehensive index and author index. Besearch Institute, "ishery Division, (BP) Pltkansillanranta 1A, 00530 Helsinki 53, Finland)
The temperature of water near the nud surface <585> of the lake puruvesl, Finland spavning bed of Rot given. Thermal Pollution of the Chena. Part the vendace, COBEGORUS ALB0LA vas about 2 C, of University of Alaska, Institute of water but only 1 C or less at lake oolujarvi. (HP) Resources, Biennial Report. 1972. (R. Sage Murphy, university of Alaska, Institute of Weter Resources, Fairbanks, Alaska)
Currently the Institute of Water Pesoaces,' University of Alaska is studying the effects of thermal effluents on the Chena River, Fairbanks, Alaska. Chena River vater tenperatures reach a saxlnua of 18 C tn suaaer and a aininun of 0 C in vinter. Ice covers the river surface seven aonths of the year. (ST) 80 <58
<586> temperatures reached at least 12 C, and It Mot given, Use of power Plant Heat to Inprove ceased vhen teaperatures reached 21 c. Egg Waste-Water Treatment, part of Sew Tort State production of KERATELLA COCHLEAR IS did not Besearch on Electric Power and the Environment, begin until the tenperature reached about 10 24 p.. 1973. (Rev Tork State Utoalc and space C, nor did it persist vhen temperatures Developaent Authority, 230 Park Avenue, Rev exceeded 26 C. Eabryos vere found in adult Tork, NT) ASPLANCHNA PRIODOHTA'throughout the saapling period but none vere produced at temperatures i feasibility study and cost analysis of the above 22 C. The copepod, DIAPTOMOS > is of pover Plant heat to iaprove OBEGQHERSIS, was adversely affected by heated v. vte-vater treataent plant perforaance and effluent. The copepod, CTCLOPS VERNALIS, and th.".ugh distillation to provide a. high the cladoceran, BOSMIRA LONGEROSTRIS, seemed quality product water suitable for recharge not to be significantly affected in the and reuse was perforaed. Increasing the heated area. The cladoceran, CHYDOROS process temperature improved performance SPHAERIC0S, evidently benefits from waraed since it increased the rate of biological water. (HP) activity and decreased the density and viscosity of the waste vater. Waste-water treataent plants designed, for operation at <590> the elevated teaperature aade possible by Nyaan, L., Soae Effects of Temperature on Eel heat addition can be reduced in si te without loss of processing capacity and vi f.h (AHG0ILLA) Behavior. Inst, freshwater Res. resultant savings in capital costs. (HP) Drottninghola (Swed.), 52, 90-102. 1972. (Not given)
Irrespective of season young yellov eels <587> could be forced to perfora a series of Novak, J.T., and D.L. Rraus, Degradation of Long activity patterns vhen the vater teaperature Chain Patty Acids by Activated Sludge. Rater was artificially aanipulated. Besides Res. (S.B.) , .7(6) , 843-851. 1973. (Onlversity changing preference for bottoa substrate they of Missouri, Departaent of Civil Engineering, displayed both crowding behavior (at low Coluabia, MO) teaperature) and intraspecific aggression (at high teaperature). Foraging was initiated b7 The teaperature correction factor for the a rise In teaperatnre. A couple of degrees degradation of coaaon long chain fatty acids higher, aggressive actions developed, a by activated sludge vas found to be a strong territorial behavior becaae evident. function of the.substrate concentration of Larger eels vere less sensitive to these substrates betveen 20 and 30 C. (BP) tesperature fluctuations. Soae biological iaplicatlons of these findings as well as the possible iapact of theraal discharges to eel <588> f, algratlons were discussed. (HP) Novikov, Tu.V., The Distribution of the Spawning Aggregations of the Saury (COLOLABIS SITBA (Brev.)) in the Pacific Ocean and the Sea of <591> japan in Relation to Surface Rater Teaperatnre. O'flara, J., Cadaiua Uptake by Fiddler Crabs Jour, ichthyology (OSSR), 12, 526-531. 1972. Exposed to Teaperature and Salinity Stress. (Pacific Research institute for Sea Fisheries Jcur. Fish Res. Bd. Can., 30, 846-848. 1973. and Oceanography (TIRRO), Vladivostok, OSSR) (Oniversity of South Carolina, Belle W. Baruch Coastal Research Institute,. Columbia. SC) The saury, COLOLABIS SAIBA, spawned throughout the year in the Pacific and the Adult fiddler crabs, OCA'PBGILATOR, exposed Sea of Japan and Bast China Sea under siailar to 10, 25 and 33 C, 10 and 30* salinity (S), conditions and a surface water teaperature of and 10 ppa Cd+, accumulated maxlaua cadaiua 16 to 20 C. spavning grounds changed with In-conditions of high tenperature and low the seasonal variation of water teaperature. salinity. Teaperatare had a relatively In the fall as water teaperature dropped, slight effect on the accuaulation of cadalua saury aoved southward toward the center of in the gills at high salinity vhlle It had a the range; in spring as vaters waraed, saury strong effect at low salinity. The spawned during northward aigrations. It vas translocation of cadaiua froa gills to concluded that saury Inhabiting the Sea of hepatopnncreas was aore pronounced at high Japan and vaters east of Japan belonged to a teaperatures. (BP) single stock. (STt
<592> <589> O'Hara, J., The Influence of Teaperatare and Rursal, J.R., and O.R. Gallop, The Responses of Salinity on the Toxicity of cadaiua to the the Biota of Lake Babaaan, Alberta, to Thernal Fiddler Crab, OCA PBGILATOS. Fishery Bull., Effluent. Part of Intl. Syap. Identification 71(1), 149-153. 1973. (Oniwerslty of South and Heasurcaent of Environaental Pollutants, Carolina, Belle B. Barnch Coastal Research Ottawa, Canada, June 14-17, 295 p.. 1971. Institute, Colaabia, SC) (Oniversity of Alberta, Departaent of Zoology, Edconton, Alberta, Canada) Higher teaperatures (3D C) and lower salinities (10*) produced the greatest Tvo poser plants on Lake Vabaaua, Alberta cadaiua toxicity in fiddler crabs. Tbe raised the teaperatuces cf the east end of concentration fatal to 50* of the organisas the lake 8 to 14 centigrade degrees. The in 240 hoars was calculated to be 2.g ppa. indirect results of the heated water vas to At higher cadaiua concentrations, the tiae reduce plantonic algae in suaaer, and required to kill 50* of the crabs was Increase it in winter. The aacrophyte, considerably reduced. Concentrations of POTAMOGEtor PECTINAT0S occurred in a dense cadnlua vere greatest In the green gland grovth only at tbe aouth of tbe discharge folloved by gill, hepatopancreas, and auscle. canal in the zone of aaziaua teaperature and (STI current. In no case did the rotifer, TILINIA BONGISETA egg production begin ontil 85 <593>
<593> <598> offntt, G.C., Response of tbe Tautog (TAOTOGA Olson, P.A., E.G. Tangen, and B.L. Teapleton, OHITIS) to Acoustic Stinull Heasured by Effects of Tesperature Increaents on Juvenile ClasslcallT Conditioning the React Rate. Ccnd. Steelhead. CONP-710501-P1; Part of Proc. of the Reflex, 6(B), 205-210. 1972. (City Onlvorslty, 3rd National Synp. on Badioecology, held at Oak City College, Department of Biology, City Bldge, Tennessee, Bay 10, Vol. 1, (p. 555-557) Oniversity, NT) 1268 p.. 1973. (Battelle Heaorial Institute, Pacific Northvest Laboratories, Ecosystens . At tesperature extrenes, sound detection Departuent, Ricliland, NA) thresholds of the tautog, TAOTOGA ORITtS, tended to be higher than at intermediate Increased tenperatures of a fev degrees, such tenperatures. (ST) as night be experienced belov the Hanford renctors, appeared to enhance the grovth rate of juvenile steelhead especiallyvhen the <590> anbient river tenperatures are lovest. '(BP) Ogava, N.B., Bffect of Tenperature on the Bunber of Vertebrae vlth Special Reference to Tenperature-Effective Period in the Hedakn <599> (Oryzias latipes). Annot zool. Jap., 00(3), OpuRzynskl, K., Tenperature Preference of 125-132. 1971. (Nishlkcseno 1-7, Bagoya, Japan) Pnthead Hinnov PIHEPHALSE pBOHELAS (Rnfinesgue) and its Changes Induced by Copper salt CUS00. The vertebral nunber decreased on a group of Pol. Arch. Hydrobiol., 18(0), 001-008. 1971. nedaka, OBTZIAS LATXPES, adapted to a (Institute of Inland Pisher, Zablenlec near tenperature of 28 C and tenperatures lover Narsav, P.O. Plaseczno, Poland) than 26 C vare associated vith signlficnntly . Increased vertebral uuuber. (HP) The selected teaperatures of fathead alnnov PIHEPBALES PHOHELAS, accllaated to 10, 15, 20, 25 and 30 C vere 20.0, 26.3, 27.3, 28.0
The duration of developnent of the copapod, <600> HAKPACTICELLA INOPINATA, fron larvae to adult ottaver, J.R., sone Effects of Teaperature, at vater tenperatures froa 8 to 17 c varied Desiccation, and Light on the Intertidal Anemone fros 39 to 08 days in laboratory ACTINIA TENEBB0SA Parguhar (Cnidaria: observations. (HP) Anthozoa). Australian Jour. Bar. Preshvater Res., 20(1), 103-126. 1971. (Oniversity of Canterbury, Departnent of Zoology, Private Bag, <596> Chrlstchurch 1, Nev Zealand) Oldhaa, B.S., Biology of Scotian Shelf Cask, BROSHE BBOSHE. Bes. Bull. Int. Conn. Northvest Haraally the effects of tenperature on the Atl. Pish., 9 , 85-98. 1972. (Oak Bldge intertidal aneaone, ACTINIA TENEBROSA, vere Secondary School, 1000 oxford street Beat, uninportnnt coapared to desiccation, although London 70, Ontario, Cannda) adult aneaones may aove avay from areas of unfavorably high temperatures. (Hp) Cask, BROSHE BR0SHE, preferred vnters of the Scotian shelf at a alniaua teapnrature of 1 C and vere generally found on e rough, rocky botton. (BP)
<597> Olla, B.L., and A.L. Studholae, The Bffect of ?6»t»ei*ature on the Activity of Blueflsh, POHATOHOS SALTATRIX L.. Biol. Bull., 101(2), 337-3A9. 1971. (National Harine Pisherles Service, Sandy Rook sport Pisherles narln« Laboratory, Highlands, NJ)
At both 11.9 and 30.0 c, sviaaing speed of blueflsh (POHATOHOS SALTATBII) Increased, feeding and schooling patterns vere disrupted, and day-night rhythns vere upset. The fish recovered guickly fron the effects of lov teaperature, but took up to 2 days to recover froa high teaperatures. (HP) 86 <6fl1>
r . - - . <602> Otto, R.G., Tenpecatnre Tolerance of the otto, B.G., and s.D. Gerking, Heat Tolerance of Bosqaltoflsh, GMBVS1K APFINIS (Baled and a Death Valley Pupfish (Genus CTPRIHODON). Girardi Jour. Pish Biol., 5, 515-585. 1973. Physiol, zool., 46(1), 43-49.'1973. (Arizona (Arizona state University, Departaent of State Oniversity,-Departnent of Zoology, Tempo, Zoology, Teape, AZ) AZ)
The critical theraal makiaua (CTH) of a' The upper lethal temperature for a nev wars-adapted population of aosguitofish, species of .pupfish, CTPBINODON sp.,,.fron GAH80SIA APPINIS, froa Indian Hot springs In Death Valley, California rose fron 28 C for the sonoran Desert was 33.7 C at S C fish acclimated to 5 C to 3B c for fish accllaatlon while the conparable value for a aeelisatai at 35 C.,rThis value vas raised to cold-adapted population from northern Otah 39 C at the 35 C acclimation temperature at was 32.0 c. The difference between the CTB's 15, 30, and »5« S. The critical thermal of the' populations vas reduced as acclimation naxiBum (CT) in fresh vater rose from 27 C at tenperatures increased until equal values the lover accliaation tenperature to 43 c at were reached at 20 C. CTH's of fish the highest. Increased salinity raised the acclinated to 35 c were U3.2 and 42.1 C for CT at lov acclimation temperatures, but the . the -Indian Hot Springs and Otah populations, effect vas, progressively reduced as respectively. As acclination tenperatures acclimation levels vere raised. The pupfish increased fron 5 to 15 C survival tines had a higher heat tolerance than aost other increased at al;l. test teaperatures for Indian fish tested. The results indicated that cold Hot Springs fish. Hovever, the upper adapted fish' vere capable of withstanding incipient lethal temperature reaalned stable broader dally tenperature fluctuations than at 32.5 to 33.0 c. At 20 C acclimation, warn a'dapted individuals. (ST) upper Incipient lethal temperature increased sharply. The relationship was similar for Otah fish. .Fish transferred fcoa 5 to 15 C ncclimation tamperature to very high <603> teaperatures immediately lost equilibrium and Packard, T.T., D. Blasco, J.J. Maclsaac, and died. Pish acclimated to 15 to 20 C and R.c. Dugdale, variations of Nitrate Reductase transferred to lethal temperatures regained Activity in Marine Phytoplanktan. Invest; Pesg. equilibrium after an initial loss, clustered (Sp.), 35, 209-219. 1971. (Onlversity of at the vater surface, vere unresponsive and Washington, Department of oceanography, Seattle, notionless, and finally sank to the botton WA; Instituto Investigaciones Pesgueras, Paseo and died. Continuous exposure at test levels Haclanal s/n. Barcelona 3, Spain) • exceeding 36.^ c resulted in impairment of svimming ability and degeneration of caudal The optimum incubation tenperature for muscle tissues. . Indian Hot Springs and Utah nitrate reductase activity in natural fish acclinated to 5 and 10 C had an phytoplankton populations and in cultures estimated lover incipient lethal teaperature occurred around 15 c. (HP) of 2.7 and 0.5 C, respectively. At 20 C accliaation the values were 3.0 and 2.1 C, respectively, lover incipient lethal <604> temperatures for both populations rose Paffenhofer, G.A., Grazing and Ingestion Rates rapidly.at acclimation taspcratures above 20 of Nauplii, Copepodids and Adults of the Harine c. Behavior of fish transferred to lover Planktonic Copepod CAIANOS RBLOGLARDICOS. incipient lethal teaperatures consisted of a Marine Biol. (W. Ger.), 11(3), 286-298. 1971. series of spasms followed by disoriented (Bniversity of California, Institute of dashes, settling to the botton and remaining Resources, San Diego, la Jolla, CA) notionless, cessation of opercular and fin movement, and change of color from dark olive The average grazing and ingestion rates of to black. Environmental selection for cold all stages of the marine planfetonic copepod, tolerance in the Otah stock reduced the level CAIANOS HELOGOLAHDXCOS, from nnupli to adults of heat tolerance and.increased cold vere measured at 15 C in agitated culture. tolerance as a unit, whereas Indian Hot Grazing rates'vere 4 to 21 ul/day/nauplius . Springs fish have gained slightly in heat and 286 nl to 773 ml/dny/fesale. Ingestion tolerance at the cost of a comparable loss in rates increased froa 0.2 ug to 0.8 ag cold tolerance. (ST) carbnn/day/nauplius and 18 ug to 69 ug carbon/day/fenale. (BP)
<605> paraaesvaran, S., S. Badhakrlshaan, and c. Selvaraj, Sone Obsarvations on the Biology of the Carp Hinnov, OSTBOBRANA COTIO (Hamilton). Jour, inland Pish. Soc. India, Barrackpore, 3, 1C3-113. 1971. (Central Inland Fishery Research Institute, Pond Caltnre Onlt, Joysagar, Assam, India)
The incubation period of the carp minnow, OSTBOBRANA C0TI0, varied between 28 and 30 hr at temperatures between 26.2 and 29.1 C. (BP) 318 <593>
<606> <609> Park, S.W., The Pishing Efficiency of of the Parvathesvararao, v., fletabollc Compensation Tuna Longllne. 1. The Distribution of the Daring Theraal Accliaation in the Tissues of a Hooking Depth and nooki 119 Teaperatnre. Ball. Tropical Freshvater Fish, ETROPLUS NACOLATUS Pusan Pish. Coll, (flat. Scl.| (Korea), '2(1), (Teleo3tei). Biol. Zbl., 91, 681-693. 1972. 1-16. 1972. (Pnsdn Pish, college, Pusan, (Sri Venkateawara Oniversity, Departaent of Republic of Korea) Zoology, Tlrupatl, A.P., India)-
The aean hooking teaperaturn of yellowfin Caapensatlon in the oxygen consumption of tnna, TBURRUS M.BHCHBBS.
<607> Parker, E.D., P. Hirshfleld, and J.W. Gibbons, <610> Ecological Coaparisons of Theraally Affected parvathesvararao, v., Asseasaent of Netabolic Aquatic Envlronaents. Jour. Rater poll, control Coapensation to Theraal Stress in fed., 45(4), 726-733. 1973. (Savannah River Pclkilotheras-A Critical Evaluation. Jour. Scl. Ecology Laboratory, Aiken, SC) 8 Tnd. Bes., 31(5), 273-278. 1972, (Sri VenVatesvara Oniversity, Departaent ot Zoology, Ecological cesparisons vere aade of three Tirupati, indial south Caroline reservoirs. One of tbe reservoirs received theraal effluent, another In aost studies the setabolic rates of cold vas recovering froa tkeraal loading, and the and accllaated animals have been third study area had no direct elevation of compared at « few coaaon acute >.asperatures vater teaperatares. Species ccaposition of vithin or even £?.tside the aabient th«raal vascular aquati-: plants, fish, and reptiles variation range, irttSout takit* into account and relative abundance of shoreline the noraal aetabolic rat? at the natural veqetatlon vere compared. One obvious effect habitat teaperature. II- vaii suggested that, vas the elimination of certain species ot in order to aake this asaessnenl more vascular plants and aquatic vertebrates, reliable, sotcbolic compe.ination tCi cold and resulting In a lowered diversity. Relative vara accliaation teaperatures should abundance of aost species of shoreline plants treated as tvo separate and independent - vas reduced In the beatod areas. This effect processes and assessed as such relative to vas noticeable until at least 6 yr following the controls, Tha ecological significance the teralnatlon of theraal Input, (ccc) and physiological interest of aetabolic tean^rature coapensation in poikllotheras have also been discussed. (BP) <608> Parker, F.L., S.B. Benedict, and E.N. Polk, Jr.. Theraal Pellutlon-tlyth or Bealltv. <611> COHP-710501-Plj Part of Proc. of'the 3rd . fdl-tBi. P.E., The Taaperatqre Relations of Soae national syap. on kadioecology, held at Onk . Freshwater Piauarians and their Incidence on Ridge, Tennessee, Ray 10, vol. 1, (p. 18-29) Ecology The Reproduction of DUGESTA 1268 p.. 1973. (Vanderbllt Oniversity. GOROCtPRALA. Annales de Licnologlaa OT.) , Dopartaent of Enviornaental and Water Resources 6(3), 293-304. 1970. (Section de Riolotfle Engineering, Rashville, TR) Aniaate et Xoologle, !>*ct>lte das Sciences, !.yon)
Though relatively few fish kills dss to iSSSSii U05SCSPf»»t« appeared to be a '. theraal pollution have cccurrad so tar, the relatively thermophilic flatvors. At»vo 10 projected Increase in the use of electrical aad 15 c its reproductive capacity was . pover the aodes and locations presently greater than that of CRRaoBIA ALPIRA i«d envisioned indicates that off-streaa cooling P0LTCBLI5 FBLIRA, respectively. Thus 0. . ulll be required to prevent damage to the G0R0CEPRALA replaced tho other tra specif,'a in fishery resources. On the Great Lakes there waraer tones of streaas. (ST) cay not be laaedlate technical reasons far requiring off-lake cooling, bat public pressure aay dictate it. In both Instances <612> it can be saen that it id a social or Pattnaik, R., and S.D. Rao, Theraal cyanophyceae political decision, vhlch balances the cost froa south Orlssa. Current sci. (India), at, of tbe cooling facilities against tho costs 345. 1972. (Berhaapur Oniversity, Departaent of of the daaages done, since damages cannot be Botany, Berhaapnr, orissa, India; Khallikote completely dateralned. It vas qui to clear College, Berhaapar, Orlssa, India) tha* beneficial uses of vaste heat will not sol-re the theraal pollution problea but aay Blue-green algae vere found growlnq In the help defray the costs of control. (BP) Taptapanl, India hot springs at a tcapcrstare range of ul to 43 c. (Rp) <613*
<613> revealed an Increase in optlaua teaperature Pauley, G.R., anl S.R. Krassner, The Effect of for activity and n rise In Halts ox activity Teaperatare on the (Juaber of Circulating at both high and lov teaperature extreaes in Heaocytes in the California Sea Hare, APLTsiA - suaaer. Different species of urchln3 fron CALIPORRICA. calif. Pish 6 Cane, 57(0), tropical temperate and boreal areas had a 308-309. 1971. (national Marine fisheries siailar pattern of activity R-T curves Service, Biological Laboratory, Oxford, SO) corresponding vlth noraal habitat temperatures. Botveen 30 and 10 days elapsed The nuaber of circulating heaocytes in the before the activity of animals transferred to California sea hare, APLTsrA CALTFOSMCA, was 0 C were at a level comparable to that of nearly twice as great at 18 C (116) as at 12 fully cold-acclia&ted urchins. (HP) c (76) • (ST)
<617* <61»> Perkins, B.C., Developmental Rates at Various Pavlov, A.?*, and A.p. Slivka, The Migration of Ttisoeratures of Eabryos of the northern Lobster Sturgeons (ACIPERSfiRIDAE) in the Volga During (HO!IARIS AHERICARHS Rllr There is a spawning run and post-spawning The relationship hetween vat.er teaperature downstream algrstlon of sturgeons in northern and the average Increase In eye Index of Caspian rivers in the winter vhen tenthlc lobster eabryos. In alcrons/i'eek, vas linear water tenpuratares do not exceed 0 to 0.2 C. at teaperatures betveen 5 and 25 C. As vster However the rate of aigratlor vas lover than teaperature has a direct effect on in other seasons. tJpstrear migrating, devalopjen'cl rate of lobster «;bryos, that sexually nature sturgeon r ttvUslnated on the rate as; be aanipulated by adjusting tha algratory paths in the Volga Bivar while vater tejperature to insure perludlc hatches dovnstreaa algratlng ftsh which had spawned of larvae throughout the yea?. (MP) In the spring and suaaer predominated in the pool8 and overvlntertng grounds. Sovnstraaa migrating fish fed Intensively vheroas <619> upstreaa algrattng fish did not consume food. Perlean, B.s., Teaperature Effects on Maturity Sturgeons vere less paraslfcixad In the Periods In TETSAHTHERA PIRIFORMS Syngen 1. winter than in other seasons. As a result of Jour. Prototool., 20(1), 106-107. 1973. engineering changes and powtr plants ss the (Oniversity of Illinois, Departaent of Zoology, Volga, conditions for algratisn, Orhana, It) overwintering and maturation of fish have changed and the biological condition of Cells of TETRftBTRERA PIRIFORMS nyngan t spawners has deteriorated. (ST) grovn at 30 C after conjugation achieved sexual aatarity aore quickly than do cells gtcva at 19 c. (BP) <615> Pavlov, O.S., lu.R. SMkin, A.T«. VashcMnnikov, and A.D. Hoehek, The Effect of 'light Intensity <619> aad Water Tompuratnre on the current Velccltles Paters, D.S., and J.W. Angelovlc, Effect of critl coapatleoa ot half-righting tlaa flrt) carvan for activity of aaaaer aad vlnter a^cliaated urchins, STSORGITCBRTBOTOS DSOESACBIRMSIS, 89 I ' <621> <621> ; <{621> Peterson, R.n., Teaperatore selection of petrosky, B.n., and J.J. Hagnuson, Behavioral Atlantic Salmon (SALHO SALAR) and Brook Trout Response of Nortl-arn Pike, Tellov Perch and (SALVELINUS FOHTINALIS) as influenced by Various !• Blaeglll to oxygen concentrations under chlorinated Hydrocarbons. Jour. Pish Bes. Bd. simulated Winterkill conditions./ Copeia, 1, can., 30, 1091-1097. 1973. (Fisheries Research 121-133. 1973. (Ichthyologlcal Associates; B.D. Board of Canada, Biological station, St. Andrews) 92, Box 35, Nlddletovn, DE; University of 1 Wisconsin, Laboratory of Limnology, Hadison, BI) The effects cf previous exposure to p,p*-DDT, o, p'-B!)T, p,p'-DDD, p,p* —ODB, and Northern pike (BSOX lOciOS), yellow perch, nethoxychlor on teaperature selection by . (PBUCA FLAVESCENS), and blueglll(LBP0RIS juvenile Atlantic salaon (SAtHQ SALAft) in a BACROCBIRDS) responded to lovered oxygen horizontal tenperatare gradient were- sinilar. concentrations at vater tenperatures of 2.5 Exposure to lov concentrations resulted in to n„o by increasing gill ventilation rates, r.o change or a decrease in selected novlng upvard, and Increasing loconotor teaperatures as coapared to control values of activity. naxinua ventilation rates about 16 C. Exposure to higher occurred at 0.5 ig/liter Do for northern pike concentrations raised selected tenperatnres. and yellov perch and at 1.0 ng/iiter DO for The concentrations of the substances reguired . bluegill. northern pike and yellov perch to produce a given effect varied as: noved tovard the ice at 0.5 ng/liter DO At p, p1 -DDT greater than ot eganl to p.p'-DDD 1.0 ng/liter DO bluegills sank to, the bottom greater than sethoxychlor greater than of the agoarla. Northern pike and yellov o,p*-DDT greater than p,p«-DDE. Exposure perch nosed at the.under surface of the ice levels of p,p*—DBA less than or egual to 8 at the lovest oxygen concentrations while ppa did not alter teaperature selection nor blueglll seldon did. Locomotor activity vas did exposure to Aroclor 1250, a greatest for northern pike at 0.25 ng/liter polychlorinated biphenyl preparation at 2 00 bat at 0.5 for yellov perch and bluegill. ppa. Aldrin lovered teaperatare selection at All bluegill vere dead after five days at the 0.1 to 0.15 ppa. in a vertical gradient, Invest oxygen concentration (0.25 ng/liter). brook troat (SALVELINOS PONTINALIS) Increased ventilation rate, apvard movement previously exposed to p, p'-DDT and p.p'-CDD to higher oxygen concentrations at the lake selected higher tenperatures than controls. surface, and increased loconotor activity (Auth) coupled to reduced activity upon alleviation ot respiratory distress have obvious survival value in lov oxygen environments. Northern <622> pike sere best adapted for survival in winterkill lukeu and bluegill the least. (ST) Peterson, R.R., and c.L. Prosser, The Effects of Cooling on Electrical Responses of Goldfish (CARASSIOH AURATUS) Central Nervous systems. Coap. Biochea. Physiol., «2, 1019-1037. 1972. <62S> (Oniversity of Illinois, Departaent of pfeiler, E., and L.B. Kirschner, Studies on Gill Physiology and Biophysics, urbana, IL) A TP a fie of Ralnbov Troat (SALNO GAIRDNERI) . Blochem. Biophys. Acta, 282(2), 301-310. 1972. Various conponentq of tbe cerebellar field (Washington State Oniversity, Depattsent of potentinl response to parallel fiber Zoology, Pullsan, NA) stimulation fron 25 C acclimated goldfish blocked at 8 to 9 c. Synaptic excitations of The alkali setal-stlmulated activity of Purkinje cells vece most sensitive. The aicrosamel ATPase from gills of rainbow troat cerebellar field potential resulting fro* measured at 13 C vas enhanced by optic nerve stimulation blocked at 8 C. pre-incabatlng the reaction nixtare, minus Acclinatiou to 15 and 5 C increased the cold ATp, tor 30 ninutes at 37 c. This procedure resistance ot this response. Tactile nearly elininated baseline Hg*2~ATPase responses of goldfish fncial lobe blocked activity. The salt vator baseline shoved a after coollag to 6 C. {BP) greater teaperature seasativity than that of freshwater. The enzyne fron salt vater vater fish regaired both Na* (100 aH) and K*(20 uK) <623> for maximal activation at 13 C. The enzyme Petr, T., The First Record of Freshvater Bedusa fron freshvater tlSh regcired on Na* (200 nB) LlflNOCNlBA fron Ghana (Nest Africn). Bull. for maximal stimulation at 13 C. At 37 c, Inst. Fonlam. Afr. Noire (A), 33(2), 315-J»6. N*, la addition to Na*, vas reguired for 1972. (Raterere Oniversity, Departnenc of maxisal activity. (BP) Zoology, Kampala, Uganda) The fmshvater medusa, LIHHOCNIDA sp., vis Barn tempera'ure accelerated spernatoteleosis in killifish, FUNDOLDS BBTEROCLITUS, and appeared to be necessary for sperniatlon. Lov teaperature aa? favor the response of the testes to exogenous gonadotropin. (RP) <627> <627> <629> Pidgayko, M.L., H.P. Pollvannaya, T.A. Pike, J.D., Effects of Tesperature and Light Vinogradskaya, and O.A. Sergeyeva, Results of a Intensity on the Pigmentation and Phytosynthesls Study of the tlydrobiologlcal Begin© of Bodies of of CHLORELLA PTRENOIDOSA. Jour. Phycol., 9, 5. Fresh Water Used for Cooling in the Southern 1973. (Georgia Southern College, Stateboro, GA) Ukraine. Hydroblologlcal Jour. (USSR), 6(1), 2U-30. 1970. (Sot given) Tn CHLORBLLA PYRENOIbOSA, cultured under 4 combinations of high and lov temperature, and In a review of hydrobiologlcal studies of high and lov light, more chlorophyll-a bodies of vater used for cooling in the relative to chlorophyll-b and more southern Ukraine, slightly, moderately, and photosynthesis capacity vas shovn in the high heavily heated bodies of vater shoved tenperature, lov light combination. (HP) different effects. In slightly heated bodies of vater, the biological regime vas at a noraal level or at a slightly higher level <630> than in bodies of vater vlth a natural Pllatl, D.A., Cold Shock: Biological regies. In moderately heated vaters, the Inpllcations and a Hethod for Approximating biological regime vas disturbed. There vas Transient Environmental Temperatures in the considerable increase in primary production, Hear-Fleld Region of a Thermal Discharge. inhibition of the benthic fauna In the ORHl-TH-4 267. 1973. (Oak Ridge National summer, and reduction species diversity and Laboratory, Reactor Division, Oak Ridge, TN) abundance. hr. exception' 1'ac provided by instances of the development in bodies of Biological data on the temperature preference vater of theraophllous species that exhibited of fish Indicated that in general they will great density and bioma^s in heated bodies of te attracted to theraal discharges in the vater. The biological regime vas even more vinter. A scheme is proposed to predict the disturbed in heavily heated bodies of water. near-field theraal plume environmental There vas a reduction In the productivity not temperatures during a pover transient.' This only of the fauna, but also of individual •odel can be employed to help assess the groups of the flora (Protococcaceae, impact vhere cold shock may be a problem. Diatomeae, cyanophyceae). only members of Such predictions could also be the basis for the Chrysophyceae, genus TRIBONRHA, developed restrictions on scheduled midvinter plant abundantly. The permissible vater shutdowns. ' (HP) tenperature vas put at 28 C at the surface and 25 C at the bottom. The abundant development of algae and food invertebrates <6 31> in bodies of vater used for cooling purposes, Plumb, J.A., Effects of Temperature on Hortality create suitable conditions for the breeding of Fingerllng Channel Catfish (ICTALORUS of thermophllous, phytophagous, and other PUNCTATUS) Experimentally Infected vlth Channel food fish. Different interpretations and Catfish Virus. Jour. Pish Res. Bd. Can., 30, different pernisslble standards for 568-570. 1972. (Auburn University, Agricultural temperatures in bodies of vater used for Experiment Station, Departaent of Fisheries and cooling purposes aay result froa lack of Allied Aguacultures, Auburn, AL) clarity tn the formulation of the standards for the protection of surface vaters against Hhen vater tenperatare vas reduced from 29 to pollution . It vas proposed that the 19 c for channel catfish flngerlings 24 hr vording of the clause be modified to read as after injection vlth channel catfish virus, follovs: "The mean surface vater temperature 20* mortality occurred, le coaparison, fish in a body of vater over the period held at a constant -temperature of 28 C had a July-August resulting fron the discharge of mortality of 94* and those held in 19 c water effluents should not rise by more than 3 had 14* mortality. Reducing the teaperatare centigrade degrees in comparison vith the to 19 c vhen the first deaths occurred at 28 long-term aean water teaperature for the same C (64-72 hr after injection) resulted in 76* period." (HP) mortality. (HP) <628> <632> Pierce, S.K., Jr., and N.J. Greenberg, Volune Poll van nays, H.F., and O.A. Sergueva, On the Regulation of Nolluscan Cells: Dependence on Biology of Cladoceran Species Abundance in the Metabolism and Membrane Potential. Amer. zool., Cooling Basin of the Kurakhovian State Electric 12, 680. 1972. (Oniversity OF Haryland, College Paver Station. Gidroblol. Zh. (USSR), 7(6), 4 Park, HD; Floridai state University, Tallahassee, p.. 1971. (State university, Kiev Institute of FL; Harine Biological Laboratory, Woods Hole, HA) Hydroblology, Acadeay of Sciences, Ukrainian, Kiev, USSR) Volume regulation of isolated MODIOLUS hearts in lov osmotic pressures vas accomplished by Dynaaics of guantlty, size composition nnd an efflux of free amino acids from the fecundity of font abundant species of intracellular pool. The efflux in 50* cladocerans vere shovn in connection vith seavater at 0 C or at lov oxygen pressure vas vater tenperatare in the cooling basin of the decreased-!fut prolonged for as vuch as 5 hr Kurakhovian State Electric pover Station. (HP) at the lov temperature. When the temperature or oxyqen tension of the lov salinity solution was raised, a pulse of aaino acids vas released. (HP) 91 <593> <633> <637> Ponat, A. , and H. Theede, Influence of ' Powers, D.A., Predicting Gene frequencies in - Hydrostatic pressure on the Activity of Alkaline natural Populations. II. The Genetic and Phosphatase in Sone narino Invertebrates. ' Physiological Basin of Protein polynorphisn. Harine Biol. (W. Ger.), 18(1), 1-5. 1973. Biol. Bull., 115(2), 150. 1?73, (Harlne Biology . (Hniversity of Kiel, Institute Heereskd., 23 Laboratory, Woods Hole, HA) Kiel, Dusternbrooker Weg, GFB) The enzyme kinetics of various'phenotypes for Experiments carried out at tenperatures a number of polymorphic loci in the betveen 5 and 55 C shoved that at lov klllif ish, FOHDOLOS HETEROCLTTOS , were tenperatures, pressure had a decreasing examined as a function of temperature. effect on alkallno phosphatase activity of Trends tn gene frequencies for natural sone narine invertebrates fron the Baltic populations living under different thernal Sea, but had an increasing effect at higher environments vere predicted on the basis of tenperatures. Gill hoaogenates of pressure the relative behavior of the allozymes at a resistant bivalves shoved a lover decrease of function of teaperature. Saapling of natural enzyme activity under pressure at lov population along the east coast of the Onited temperatures than other bivalves. (ST) States has conflraed predictions. (ST) <631l> <638> Poon, C.P.C., and K.r. Wang,'Competitive Grovth Pravdina, K.I,, The neat Resistance of of sevage organisms. Proc. Amer. Soc. civil Arglnlneklnase and of Aldolase tn Two Related Engr., Jour Environ. Eng. Blv., 90(EE1), Species of Crayfish. Tsltologlya (OSSR), 13(9). 189-198. 1973. {Oniversity of Bhode Island, 1110-1116.i'1971. (Academy of Sciences, Kingston, Hi) Institute of Cytology, Laboratory of Comparative Cytology, Leningrad, OSSR) The specific grovth rates for activated sludge vere 2.2 tines and 1.5 times that of A study vas aade of the heat resistance Nof 2 the competitive sevage fungus GEOTRICHOH intracellular muscle proteins, arginineklnase CANDIDUH at 20 c and 10 C, respectively. The and aldolase, of 2 related species crayfish, grovth of G. CANDIDOH vas comparatively more ASTACOS LEPTODACTTLOS and A. ASTAC0S, vhich favorable at a lover teaperature. similarly, differ in their thermophily. The heat the oxygen uptake rate and rate of COD resistance of aldolase alone corresponded ot removal for G. CANDIDOH vera less affected at the level of thermophily of the 2 related the lover teaperature. low temperature crayfish species vhereas the heat resistance enabled the sevage fungus to compete better of arglninekinase, playing a different part vlth activated sludge organisms. (RP) in the cellular metabolism, proved to be the saae in both species examined. The author suggested the necessity to consider a <635> physiological value of the enzyne for Poos, J.C., P.R. Turner, D.C. White, G.D. Simon, elucidation of interspecific differences in K. Bacon, and C.T. Russell, Growth, Cell , heat resistance. (Auth) Division, and Fragmentation in a Species of FLEXIBACTER. Jour. Bacteriol., 112, 1387-1395. 1972. (Indiana oniversity. Departments of <639> Microbiology alid Mathematics Department, Price, D.R., Otilization of Thermal Discharge Bloomington, IX) from Pover Plant Condensers.' Ph.D. Thesis, Purdue University, 136 p.. 1971, Dissertation when the temperature of a PLEXIBACTER PS-1 Ats., 33, 1558-B. (Purdue Dniversity, culture growing exponentially vas shifted Lafayette, IH) from 30 to 35 C, the filaments fragmented into 3 or a shorter cells vithin 2 hr. The Mathematical and description models vere short cells continued to grov exponentially incorporated into a computer sinulatlon aodel at 35 c at approxinately the same rate as at which vas used to shov that vaste heat 30 C. When the culture vas shifted back to discharged by the cooling condenser of a 30 C, the cells laaedlately stopped dividing steam electric generating station could be and began to elongate. After a period of 2 used in multiple reservoirs for heating a or 3 hr, cell divisions resumed. It vas greenhouse, commercial fish production and suggested that the temperature increase recreational purposes. (ST) - induced the completion of the cross vail (centripetal grovth of the triple-track vail) and cell separation at the sites of <610> previously termed septa, vhereas the Pritchard, G., and T.G. Leischner, The Life temperature decrease caused a transient History and Feeding Habits of SIALIS CORHBTA inhibition of cross-vall foraation but not Rcss in a Series of Abandoned Bea\ir Ponds grovth. (HP) (Insects: Hegaloptera). Can. Jour. Zool., 51, 121-131. 1972. (Oniversity of Calgary, Environmental Sciences centre (Kananaskis) and <636> Department of Biology, Calgary, Alberta, Canada) Popova, v.n., characteristics of the Biology of Reproduction of the Black Sea SCOPRTHALHOS Eggs of the alderfly, SIALIS CORHOTA, hatched HAEOTICOS BAEOTICOS Pallas (obuervations in the In 10 days in the laboratory at 20 c and In 7 Sea). Vopr. Tkhtiol. (DSSB), 12(6), 1057-1063. to 21 days in the field. The aean ainiaua 1972. (Azov-Black Sea Research Institute, time after ingestion for the first fecal Harlne Pish Hanagenent oceanography, Kerch, OSSR) oellet to be produced vas 106 hr at 5 c, 29 hr at 12.5 C, and 22 hr at 17.5 C. The ' Spavning of the Black sea turbot, species has a tvo year cycle In Alberta, SCOPHTHALH0S MAEOTICOS, began at the end of Canada. (ST) Harch and reached a peak betveen nld-Aprll and early Hay vhen the bottom vater temperature reached 10-11 C. (ST) . <6m> <6 Increase In teaperature resulted in an increase of the rate of oxygen consuaption In the rainbov trout, SALNO GAXRDNERI, but did not affect the alope of the velght-oxygen consuaption regression line. Slope of the regression line Increased vlth Increasing salinity at 15 C. At both 5 and 15 C loveft rates of oxygen consnaptlon vere obtalaed in 7.5% salinity. (ST) 93 <6B9> «649> be prinary hosts, vas observed to be at high Rasmassen, t., Systematica and ecology of the population levels under three clrcsBstancos: Isofjord Harine Fauna (Denmark). Ophelia, 11, (1) during the spring reproductive period " 1-507. 1973. (Isefjord laboratory, Vellarup when close association and the stress of Tig, Denaarki University of Copenhagen, spawning create 'conditions favorable to zoological Hnseua, anlversltetsparken 15, parasite Infestation, (2) during the fall DK-2100 Copenhngen o, Dennnrk) vhen tenperatures were sisllar to spavning teaperatures, and (3) during the vinter when Tenperature and eelgrass, ZOSTERA HAB1RA, tenperatures vere belov 10 c. The literature conditions in the Isefjord, Bennark, also indicated that the extremely warn suggested that recent climatic change is the tenperatures of Bldsuaner were Setrlaentnl to north Atlantic (increased teaperatore) vas GTRODACTTLOS populations, (BP) the prinary reason for the decline of eelgrnss in the 1930's. Fron 1897tto 1931, an average of 9.9 days per year had eater <652> temperatures over 20 C and no declino of Ray, P.B., B.C. white, nnd T.D. Brock, Effect of eelgrasa vas nentined in the literature. Growth Temperature on Lipid Composition of Fron 1932 to 1951, the period of eelgrass TBBRR0S AQ0ATICBS. Jour. Bncteriol., 10861, decline, the average nunber of warn days vns 227-235. 1971. (Kentucky Oniversity, 19.5. Winters of 1929-1930 to 1938-1939 vere Biochemistry Department, Lexington, KT) extrenely slid. Fros 1952 to 1960 the average vara days vere 16.1 and eelgrass When the grovth tusperature of THERMOS stands wire characterized by fluctuations. AQ0ATIC0S vas raised froa 50 to 75 C and Fcoa 1961 to 1966 there vaa an average of 3.2 measured at 5 centigrade Intervals, there vas warn days per year and eelgrass stands a progressive lncrense in the total lipid everywhere began to Increase rapidly. Bass content. The phospholipids increased 2-fold, destruction of ZOSTBRA occurred only In that the carotenolds increased 1.8-fold and the part of the Atlantic Ocean affected by the glucoliplds Increased 1-fold, The vitaBin K Golf Streav. This sane area was affected by level did not change. The proportions of the an increase in sea teaperature beginning in individual lipids vithin «nch lipid class the 1920*s and continuing Into the 1930's. remained constant as the teaperatare of There vas a saall decline again fron 1967 to growth was raised. (HP) 1969 vhen the average nunber of vara days vas 28. Salinity changes during these periods vare of nlnor inportance. The effect of <653> ealgrasB destruction on the rest of the Beay, P.J., Sane Aspects of the Biology of the marine envlrcnaent vas discussed. It vas sand-Eel, AMHODTTES TOBIAROS L., In Langstone suggested that high teaperatures affect Harbor, Hampshire. Jour. Har. Biol. Assn. O.K., ZOSTBBA aetabollsn and that there are 53(2), 325-312. 1973. (Portsmouth Polytechnic, probably a nunber of ecological races of narine Resource Besearch Onlt, Portsmouth, OK) ZOSTERA vith different teaperature tolerances. (ST) The period of rnpld growth of the sand eel, ARHOD1TBS TOBIARBS, in Langstone Harbor, Hsmsphlre, England,, coincided with .1 rapid <650> Increase in water tenperature and nean Bavson, B.B., and B.A. Bogers, The Seasonal monthly values of 11 to 13 C, but there vas Abundance of the ARCTROCEPHALIBAE (Ronogenea) on no evidenca to suggest a direct inflaence of Largeaouth Bass in Baiter F. George Beservoir. tenperature on the seasonal grovth pattern. Proc. Belninthol. Soc. Wash., 39(2), 159-162. (BP) 1972, (Onlverslty of Georgia, Georgia Cooperative Fishery Bnlt, School of Forestry Resources, Athens, GA) <654> Kecksiek, C.B., Distribution of Pelagic Fishes The seasonal abundance of fonr species of in the sheepscot Biver - Back River Estuary, Ancyrocephalinae parastlc on largenooth bass, Wiscasset, Halne. Ph.D. Thesis, Oniversity of KICROPTBROS SALHOIDES appeared to bo water Balne, 47 p.. 1972, Dissertation Abs., 33, teaperatuce related. The abundance of 5776-B (1973). (University nf Baine, Orono, HE) OROCLETDDS PBIBCIPALIS and o. FOBCATOS peaked at 28 C in June and sid-septenber and at 9 C Differences In nbundnnce in space and tiae of in Pecenber. The abundance of ACTIHOCLBIDOS pelagic fish in the Sheepscot River-Back FtTSIFORHIS peaked prior to the spring BaxlauB River estuarv, Maine, sere related to temperature change in June, in Septenber at temperature. Most pelagic species vere absent. 28 C, and In December at 9 C. ClAVOHCOLOS Eeceaber through March. Highest catches vere BOBSATOS vas nost abundant in early spring In suaaer. During the suaner, alevlves, nnd late fall at 9 c. (ST) tlueback herring and Atlantic nanhaden dominated in the relatively warn Back River estuary, while Atlantic herring, Atlantic <651> mackerel, and spiny dogfish dominated in the Bauson, B.V., and V.A. vogers, seasonal nore oceanic sheepscot River estuary, Abundance ot GYRODACTTLtfS HACROCHIR! Hoffman and prolonged near-freezing temperatures limited Putz, 1965 on BlueglU and largenouth Bass. the time spent end number of species of Jour, wildlife Diseases, 9, 174-177. 1973. pelagic fish in the estuary. Species such as (Oniversity of Georgia, Georgia cooperative the Atlantic herrlag, which prefer colder Fishery Unit, School of Forest Resources, waters, vould probably be most affected by Athens, GA; Auburn Oniversity, Southeastern Fish the warning effect of a pover generating Disease Prolect, Auburn, AL) plant on the Back River. (ST) The treaatode, GTRODACTTLBS HACROCBIRI, tor vhich largeaouth bass and bluegill seened to 94 <«55> «55> <659> Reeve, H.R., and E. Cosper, Acute Effects of Reynolds, T.D., R.H. Ilann, Jr., and V.F. Prtebe, Heated Effluents on the Copepod, ACARTIA TORSA, Benthlc oxygen Deaands of Houston Ship Channel fton a Sub-Tropical Bay and Soae Problems of Sedlaents. TAM0-SG-73-204i 58 p.. 1973. (Texas Assessment. pact of Rulvo, H. (Ed.), Haclne ASH University Department of civil Engineering, Pollution and Sea Life, (p. 250-257) 624 p.. Environaental Engineering Division, College 1972. (Onlvet'slty of Hlaal, Bosons tell school station, TIC) of Harlne and Ataospherlc Sciences, Hlaal, PI) The bonthlc oxygen deaands of the deposits In The copepod, ACARTXA TONSA, vail subjected to the Houston Ship Channel under quiescent theraal shock slaulatlng entralnaent In the conditions at 32 C varied froa 0.12 to 0.22 Turkey point power Plant, Plorida. A g/hr/a2. The biochemical oxygen demands teaperature Increase froa 21 c aabient to varied fron 14,000 to 55,000 mg/kg. Ill above 32 c produce-'i 50* aortality within 3 gulescent systems experiments at 15, 20, and hr. A teaperature above 34 c vas required 32 C, benthlc demand Increased as tenpurature for 50* aortality at an aabient teaperature increased. Biological activity increased of 26 C. At an anbient teaperature of 30 C, 1.75 tines vlth a 10 centigrade degree rise acclination had proceeded to the point where in temperature. The temperature correlation no rore than 25* nortality occurred over 6 hr vas n sab 2 = H sab 1 x 1.055 (E*(T sub 2 - T at „5 C. It appeared that 37 C vas beyond sub 1)) vhere R Is the benthlu demand and T the lialt of tolerance of ACAn-IIA TONSA, Is teaperature. The benthlc oxyqen deaands vhatever the season. (HP) for scoured and quiescent conditions vas the saae, but for a completely suspended condition vas 15 to 17 tiaes that of the <656> scoured or quiescent condition. (ST) Reeve, H.R., and H.A. Halter, Conditions of culture, Pood-slze Selection, and the Effects of Teaperature and Salinity on Grovth Rate and <660> Generation Tiae in SAGITTA HTSPIDA. Jour. Exp. Reynolds, W.H., III, Orientation Responses of Har. Biol. Ecol. (Heth.), 9, 191-200,, 1972. Laboratory-Reared Larval and Javenile ".ulf (University of Hiaai, Rosentiel School of Marine Grunlon (LEBRESTHES SARDINA) to Artificial and Ataospherlc science, Division of Functional Gradients. Ph.D. Thesis, Dnlverslty of Arizona, Biology, Hiaal, FL) 106 p.. 1973, Dissertation Abs., 34, 925-B (1973). (Oniversity of Arizona, Tucson, AZ) Mean qrovth rates of the arrcwvora, SAGILLA HISPID*, vas directly proportional and The lovest and highest teaperatares to vhich aaxiaun sizes vere inversely proportional, to ' juvenile gulf grunlon, LEBRE5THES SARDINA, temperatures between 17 and 31 C. The could be accllaated vere 8 and 35 c, ainlaua and aaxiaua tlae for a population to respectively, and the area of the tolerance reach aaturity froa the egg vas 18 to 50 zone vas 436 C squared, prior to 3 veeks days, respectively. (HP) post-hatching, no teaperature response vac observed, vhile older fish exhibited a aa< Rod preference for a temperature range of 30 to <657> 34 C. (HP) Reqner, S., Contribution to the Study of the Ecology of the Planktonlc Phase in the Life History of the Anchovy in the Central Adriatic. <661> Acta Adriat., 14(9), 1-40. 1972. (Institute of Rhyne, C.P., Field and Experiaental Studies on oceanography and Fishery Spilt, Tugoslavla) the Systeaatics and Ecology of OLVA C0RVATK and ALVA FOTONDATA. Ph.D. Thesis, Oniversity of The teaperature of occurrence of eggs and North Carolina at Chapel Hill, 128 p.. 1973, larvae of the anchovy In the Central Adriatic Dissertation Abs., 34, 1980-B (1973).' vas froa .13 to 23. .' c, though the aaxiaa vere (University of North Carolina at chapel Hill, found betveen 18.3 and 22 c. Postlarvae Chapel Hill, NC) occurred at teaperatares froa 15.8 to 23.7 C. Haxlea ot occurrence for both larvae and A temperature greater than 15 c and light post larvae vere at teaperatures froa,21 to Intensity of 25 ft-c stiaulated geralnatlon 23.7 c. The egg size vas indirectly of all svaravrs of the aarsh plant, ULVA proportional to sea teaperatare. (HP) CURVATA. Further developaent Into alnnte tubular plantlets occurred only if the teaperatare vas reduced belov 18 to 20 C. <658> Dally cycles of high (20 C) and lov (9 c) Rehvoldt, R., L.R. Henapace, B. Rerrie, and 0. teaperatures, agitation, high aaaonia Alessandrello, The Effect of Increased nitrogen levels and high (800 ft-C) and lov Teaperature Opon the Acute Toxicity of Soae (250 ft-o light iateasltles favored high Heavy Metal Ions. Bull. Environ. Contaa. fttovth rates of the vegetative thallus. (HP) Toxicol., 8(2), 91-96. 1972. (Harist college, Eavironaental Science Prograa, Ponghkeepsle, RT) Little difference in TLB for Cn*2, Zn»2, HL*2, Cd»2, flg»2, and Cr»3 vaa noted at 15 and 28 C for F0NDULDS DIAPHANOS, B0R0BE SAMTILIS, R. ARERICAK0S, LEPOHIS GIBBOSOS, ARQBILLA R0STRATA, and CTPRIR0S CABPIO except for the toxicity of Hg*2 to c. CARPIO in softvater that Increased aboat 3 tiaes for a 10 centigrade degree increase in teaperatare. (BP) 95 <593> <662> <666> filch, E.R., and I.E. Valdman, A Radionuclide Rio, G.J., P.J. Hagnavita, J.A. Rubin, and W.H. Technique for the Assay of Physiological Beckert, characteristics of an Established Activity of Algae. CONF-710501-P1; Part of Goldfish CARASSI0S A0RAT0S (L.) Cell Line. Proc. of the 3rd National Synp. on Radioecology, Jonr. fish Biol., 5(3), 315-321. 1973. (St. held at Oak Ridge, Tennessee, Day 10, vol. 1, John's Oniversity, Departnent of Biology, (pi 652-659) 1269 p.., 1971. (Oniversity of Jaaalca, NT): nlsni, ltlaml, Pi) Best grovth of goldfish somatic cells vas The rate of I 131 uptake as an indirect assay obtained at 20 C over a pH range of 6.8 to of the netabolic response to environnental 7.2. (HP) tenperature was Btudied in estnarlne algae, BNTEROHORPHA PLEXDOSA and ACETABQLARIA CREN0LATA. A sharp break in the tenperatare <667> response curve at 31 C indicated the Roberts, J.L., Effects of Theraal Stress on Gill threshold of thernal danage. (HP) Ventilation and Heart Rate In Pishes. Part of Chavln, N. (Ed.), Responses ot Pish to Envlronnental Changes, Charles C. Thomas (pub.), <663> Springfield, IL, (p. 60-86), (159 p.. 1973. (Hot Rigano, C., and 0. Vlolante, Conparative Grovth given) of the Thernal Alga ctAHIDZUH CALDARIUH on Hitrate and Ammonia at Different Tenperntares. In a reviev of theraal stress on gill Arch. Hikroblol. (Ger.), 85, 13-18. 1972. ventilation and heart rate Iniflsh, It vas (Oniverfllta di Hapoli, Xstltuto di Botanies, suggested that the effects of temperature Napoli, Italy) upon oxygen consumption decrease as the svlnmlng velocity Increases. Thernal block Grovth of the algae, CTANIDIOH CALDARIDB, of ventilation occurred prior to complete occurred at tenperatures of 20 c or above block of cardiac activity. The bradycardic vhen anaonla vas the nitrogen source, vhereas Induced in ralnbov trout by thernal stress vith nitrate, grovth occurred at 30 c or probably vas hypoxic in origin. Blockage of above. The optiaun and the maximum grovth respiratory neurons war found to occur in teaperatures vere US and 5U C, respectively, trout as brain temperntvre reached 27 to 28 on both substrates, Arrhenlus plots shoved C. (HP) that the logarltha of the grovth rate vas not linear vlth the reciprocal of absolute teaperature, but exhibited sharply deCined <66B> breaks at 30 c on aaaonia and at U0 C on Roberts, R.J., A. HacQueen, W.H. Shearer, and H. nitrate, it vas assuned the belov 90 c, vhen Toung, The Hlstopathology of Salaon Tagging I. CYANIDION grov on nitrate, the utilization of The Tagging Lesion in Hewly Tagged Parr. Joar. this substrate represents tha vaster reaction Pish Biol., 5, 097-503. 1973. (Oniversity of vhich controls the grovth rate of the alga. Stirling, Agnatic Pathoblology Onit, Stirling, (HP) Scotland; Oniversity of Glasgow, Departaent of Deraatology, Glasgow, Scotland; DAPS Freshwater Fisheries Laboratory, Pitlochry, Scotland) <66U> Rigby, B.J., and H. Hafey, Therval Properties of The rate of developaent of pathogenesis of the Collagen of Jellyfish (AORElIA COENOLEA) and the lesion induced by tagging in salnon parr their Relation to its Thernal Behavior. vas markedly inhibited at o c over 8 and 12 Australian Jour. Biol. Sci., 25, 1361-1363. C. The gualltative response at the lover 1972. (CSIRO, Division of Textile Physics, teaperature vas also slightly different In Pyde, Nev South Vales, Australia) that polymorphonuclear leukocytes appeared to ' play slightly more dominant role and the The jellvfish, AORELIA COEROIBA, contains connective tissue response, vhich in all collagen or a collagen-like naterial which cases outvelghed myofibrillar regeneration, •sited (at the nolocular level) that aelted vas nore cellular at that teaperature. (HP) at a tenperature close to the upper Halt tenperature of its environaent (27 C) . (HP) <669> Roblason, W.H., Insects Associated with the <665> Thernal Waters of Warn springs Ran, Virginia. Rlnne, J.N., A llmnologlcal Stady of Central Va. Jour. Sci., 23, 115. 1972. (Virginia Arizona Reservoirs vith Reference to Horizontal Polytechnic Institute and State Oniversi.ty, Pish Distribution. Ph.D. Thesis, Arizona State Departnent of Entonology, Blacksbarg, VA 20061) Oniverslty, 372 p.. 1973, Dissertation Abs., 33, 5906-R (1973). (Arizona state university, Insects representing the orders, Heniptera, Tenpe, AZ) Coleoptera, Odonata, Epheneroptera, Plecoptera and Diptera inhabit the thermal Vater teaperatures in addltlcn to vaters (35 C) of Warm Springs Ran, Virginia. predator-prey relations, lake norphology, (HP) chlorophyll-a, and dissolved oxygen concentration vere lnportant factors in determining horizontal and vertical fish distribution in the Salt River reservoir systen, Arirona. (ST) 96 <670> <670> <674 > Roenar, P., and S. Rosin, Effect of tight ana Rosenberg, B., G. Keneny, B.C. switzer, and T.c. Tenperature on tho Swarming Period of CHIROHON8S Hamilton, Quantitative Evidence for Protein PLUHOSUS L. Throughout the tear. Rev. Suisse Denaturation as the Cause of Thernal Death. Zool.. 78(0), 851-867. 1971. (University of Nature (G.B.) , 232(5311), 471-473. 1971. Bern, Zoology Institute, Hbt. Genet. Biol. (Michigan State University, Department of Wirbellosen, Bern, Switzerland) Diophyslcs, East Lansing, HI) There vas a negative correlation betveen the A good numerical correlation betveen certain tevperature of the vater of lake Vohlen, thermodynamic parameters in protein Switzerland, during the svarnlng of nidges, denaturation and death rates of unicellular CHIR0N0HUS PLUNOSUs, and light intensity. organisms vas reported. Four hypotheses Hov air and vater tenperature conId modify connecting protein dennturatlon vith cell developnent and function of the conpound eye death, vhich can be shovn mathematically, of CRIROROHBS and In vhat vay eye developnent could lead to appropriate kinetics and could cause the shift of the daily svaraing thernodynanics. nese vere; (1) that there pnrlod vas discussed. (BP) was a statistical distribution of protein concentration thresholds in the population of cells; (2) that the stress on the cell to <871> create protein to compensate the dennturatlon Roff, J.C., Oxygen Consumption ot LIHHOCAIANOS rate vas the cause of death; (3) that the HACRURUS sars (Calanoida, Copepoda) In Relntlon stress on the cell to prevent the to Envlronnental conditions. Can. Jour, zool., accuaulation of denatured protein debris 51, 877-883. 1972. (Onlverslty of Guelph, killed the cell; or (4) that the mathematical Zoology Department, Guelph, Ontario, canadal correlation of death rate to protein denaturation vas due to destruction of a The upper lethal teaperature for LIHNOCALANOS single protein molecule in the coll. (HP) HACRURUS, a stenothermal copepcd found in Char and Resolute Lakes, Canada, vas around ~>8 C; aninals could vithstand exposure to 21 <675> C briefly. Tenperatures in the lakes did not Rossebo, L., and B. Underdal, Studies on exceed 5 c and only locally reached 10 C. Proteolytic Enzyaes and Hemolysins fron pyloric Lethal oxygen concentration vas dependent on Caeca of Cod, Herring and Hackerel. Resistance temperature, being about 0.8 mg/1 at 0 c. to Heat and Gauna Radiation. Arch. Flsch. Wlss. The Q10 from 0 to 10 c vas 1.93 and from 5 to (Ger.), 23(2), 128-135. 1972. (Vet. College of 15 C was 2.20. (ST) Norway, Departaent of Food Hygiene, Oslo, Norway) The proteolytic as veil as the hemolytic <672> activity of enzynes and hemolysins fron the Roff, J.C., and J.C.R. Carter, Life Cycle and pyloric caeca of cod, herring nnd nackerel Seasonal Abundance of the copepod LIBROCALAROS vere heat labile. The activity vas HACROROS sars In a Bigh Arctic lake. Linnol. 6 inactivated to 10< of the orlglral after 2 Oceanog., 17(3), 363-370. 1972. (Oniversity of minutes of tenperatures varying from 43 C to Guelph, college of Biological science. 70 C. (HP) Department of Zoology, Guelph, Ontario, Canada; University of Waterloo, Departaent of Biology, ontario, Canada) <676> Rossi, S.S., Laboratory and Field Study ot Egqs of the oopepnd, L1RNOCALANUS RACROROS, phosphoenolpyravate Carboxyklnase Activity in hatched in 26 days at 0 C in Char Lake, the Bay Hussel, HTTIL0S EDOLIS. H.A. Thesis, Canada. Breeding started in October nnd California state Onlversity, 72 p.. 1973, reached a peak In late November; nuuplll Rasters Aba. • 10(4), 205 (1973). (California became abundent in Decenher and developed to state University, Long Beach, CA) the sixth instar by the end of July. Papulation density reached a peak in April. phosphcenolpyruvate carboxykInase (PBPCR) Only one generation a year vas produced. (ST) activity and cytosol protein in the bay mussel, Bf THUS ED BITS, vare not affected by teaperatuces vithin the range 9 to 21 c. <673> Halntenance at 26 and 5 c Increased and Rojas, B., Distribution and Estimated Eggs decreased PEPCK activity and prodaced Abundance of Sardine (SARDINELIA ABCBOVTA) In decreases in cytasal protein. (BP) the Eastern Region of the Venezuela coast 1966-1969. Inf. Tec. Proy. Invest. Desarr. Pesq., HAC-PNUO-PAO, Caracas (Venezuela), 46, 12 <677> P.. 1972. (Serv. Publlcaciones, Blblioteca e Boai, C., Variations in the Netabollsa Inforaacion, Proy, Invest, y Desarrollo Resg., Temperature Curve of GAHNAROS LAC0STRIS Apartado 2578, caracas, Venezuela) (Crustacea, Aaphlpoda) under the Influence of Various Ecological Factors. Crastaceana The teaperatare range In vhich sardine, (Neth.), 23(3), 287-296. 1972. (Facalte des SARDINELLA ABCROV1A, eggs vere commonly found Sciences de Lyon, Section de Blologle Anlaale et off the eastern region of the Venezuelan Zcologle, France) coast vas betveen 2* and 27 C In 1968 and between 23 and 28 C in 1969. Tha areas ot At nornal Ufa temperatures (5 to 15 C) both aost Intense spavning vera tha north-veatern active and resting netabollss can be detlned and southern coasts of Nargarlta and around far the anphlpods, GARHAB0S IAC0TRIS AND G. the islsnds of Cabagua and cache, the area POLBX. At resistance temperatures (20 to 27 betveen the 6a degree 40 atnntns W. and 63 C) the respiratory aetabollsa is at Its degree 20 slnutes »., sone 15 miles off tha aaxlaua and cannot be influenced by factors Sucre State Coast and the vicinities of Horro other than teaperature. G LAC0STBIS can de Chacopatn, Grlaca, Lo Esmeralda, Puerto withatand low taaperataras (0 to 10 C) during Santo and Coba Tres Pastas. (BP) very long periods, but teaperatures higher than 20 C only for short periods, (RP) 97 <713> <67fl> <681> Racket:, R.R., Gas-Babble Disease of salaonids: Bussler-Belolae, B., The Teaperature Relations A Critical RBvlev- o.S. uept. of Interior, of Soae Freshvater planarlans and their Tech. papers Bar. of Sport Fish. S Wlldl. Bo. Incidence la Ecology. 6. BOGBSIA TIGBXHA. Ann. 58; lip.. 1972. (Buri.*u of Sport Fishery and Hanoi., 8(2) , 119-140. 1972. (University of Wildlife, western Fish Disease laboratory, Claude Barnard, Laboratory of Biology and Seattle, WA) Anlaals, Bid. da 11 Roveabre, 69 Vlllearbanne, France) saturation tables for ataospherlc oxygen and nitrogen in vater for 0 to 30 C were Reproduction of the planarlan, DUGESIA presented. (HP I TIGRXRA, vas Inhibited by cold ap to a little aore than 10 C. It began above this level and ceased again above about 25 c. The rate <679 > of increase of D. TXGRIBA vas found to be , Budyakov, 1.0.A., Passive Vertical Dlsplaceaent greater than that of the local French species Bate of Plankton, oksanologlya (USSR). 12(6), at 20 c and above, At each teaperature 1066-1071. 1972. (Acadaay of Science, P.O. level, the anlaals tend to reach a Shlrrhov Institute of Oceanology, Hoscow, OSSR) characteristic size egailibriua. * relation betveen this size and the occurrence of The dependence of passive vertical reproduction vas deaonstrated. Jtniaals displaceaent rate of anestheslnd plank tonic eaaller than this characteristic size tend to crustaceans can result in soae changes of the grov, anlnals larger than this size fora and dispersion of the vertical eventually aultlply. These processes vere distribution of population algrating through found to be also valid in the case of the theraacllne. The expected changes of fluctuating teaperaturos. Under field algratlon rates vere abaolutely Insufficient conditions, scissions occurred seasonally and to explain the cases of a sharp delay of vara at their highest ia June. (HP) aigratlon in the thernocllne. Such changes can evidently be attributed only to the teaperature dependent changes of plantonlc <682> locoaotor activity. (RP) Rutkevlch, S.R., Effect of the Degree of stretching of the Heart on the Theraolnottopic Characteristics of the Byocardiaa of the Boach <680> ventricle. Dokl. Biol. Sci. (USSR), 210(1-6), Rulvo, n. (Bd.), Barlne pollution and Sea Life. 263. 1973. (Acadeay of Sciences of the USSR, Proc. of Conf. on Rarine Pollution and Its Institute of Ecology of Plants and Anlaals, Effects on Living Resources and Fishing, Boaa, Urals scientific centor, Sverdlovsk, USSR) 1970, 624 p.. 1972 The relative strenth of ayocardial This book Is divided Into seven sections; contractions in tbe roach Increased vith (1) sarins pollution In the world today, (2) decreasing teaperature tcoa 24 to 15 to 6 c behavior and fate of pollutants in the aarine as a function of initial atretchlng and the envlronaent, (3) effects of pollutants on the ateepness of the curve Increased and then biology and life cycle of aarlne organisaa, decreased and deviation froa a straight line (a) ecosystea notifications and effects on Increased vlth decreasing teaperatare,. It aarlne coauunlties, (5) technical aspects of vaa suggested that in vivo stretching of the alnlalzlng pollution and countering Its ayocardlua did not reach values significantly effects, (6) effects of pollutants on quality affecting the theraolnotroplc characteristic of aarine products and effects on fishing, curve. (ST) and (7) scientific basis for lnternatloaal legislation control of aarine pollutants in the Interests of aarine resources and <683> fisheries. The articles on theraal and Ruttnar-Kollsko, A., The Hetabollsa of chlorine effects an aquatte organises are BRACBXOROS PLICATILXS (Rotatoria) Related to abstracted separately. (BP) Teaperature and chealcal Environaeat. Verb. Btach. Zool. Gea., 65, 89-95. 1972. (Biology Station, A-3293 Lunz, Riederosterrelch, Austria) An Increase of 7 centigrade dsgees vas necessary for doubling of clones of BBACHXORUS PLICATILIS. (HP) <684> Byther, 3.R., Riddle East study, Aguaculture In a Ruclear-PQveced Agro-Indaatralal Complex. 08RL-4486; 25 p.. 1970. (Oak Bldge Rational Laboratory, Oak Ridge, TR) A nuclear energy center for aa agro-lndustrlal coaplex proposed for a aldaaat alte vould produce large voluaes of aaavatar containing va8te heat that could be uaad for intensive agaacultura. Thaaa flova would replenish oxygen and remove vaatea froa dense populations of cultivated anlaals. Potential yields vara estiaated to ba 100 tlaaa higher than under noraal aqaacaltare. Capital and operating coats vara conaldarad for cultare of skrisp, finfish, and oystara. ICCC) <685> <6B5> <689> Sac'c'hi, c.'P,, studies on Theraal Valence in the Saks, B.H., and J.L. lee. The Differential Intertidal Species LITTORIHA ODTOSATA (1.) and Sensitivity of Various Species of Salt Harsh L. HARIAE Sacchi C Bast (Gasteropoda, Epiphytic Algae to Ionizing Radiation and Prosobranchia). Part of Battaglia, B. (Ed.), Theraal Stress. C00-325B-8; CONP-720708-1; Part 5th European Marine. Biol, synp., held In of symp. on the interaction of Radioactive Padova, Piccin £41tore, (p. 207-215). 1972. Contaminants vlth the Constitutents of the (University of Trieste, Departsent ot Harine Environment, held in Seattle, Washington, Hydrobiology, Trieste, Italy) July 10, 8 p.. 1972. (The City College, Department of Biology, Hev York, Nev York) Interspecific anJ lntraspeclflc (for age and sex) differences in eurytherny vere studied Pive species of salt narsh epiphytic algae in the intertldal species LITTORIHA OBTOSATA Including unidentified chlorophytes and and L. HARIAE. i. ODTOSATA shoved a higher diatons vere inhibited by their short thernic vnlence. In both species' young exposure (15-17 alnutes) to high temperature indlvldunls vere not significantly less (U0 c). other algae survived the acute 00 c resistant than adults vhile feaales shoved tenperature stress for longer periods of time better resistance to high teaperatnres and a (135-160 minutes). None of the organisns slightly vorse one for lov ten pa ratine a than tested vas able to survive and yrov when •ales. (HP) chronically exposed to teaperatare greater than 39 c. (HP) <686> saishu, K., Beprodnctlon Curve of the Klangsu <690> Province Group of Yellov Croaker, PSEODOCIABNA Saksena, V.P., c. stelnnetz, jr., and B.D. POLYACTIS (Bleaker), in the East China sea. Houde. Effects of Tenperatare on Grovth an1 Jap. Jour. Ecol., 20(1), 31-39. 1970. (Selkal Survival of Laboratory-Reared Larvae of the Regional Fisheries Besearch labcratory, Scaled sardine, HAREHGOLA PEHSACOLAB Goode and Nagasaki, Japan) Bean. Trans. Aner. Pish Soc., 191(a), 691-695. 1972. (Husklngum College, Department of The abundance of yellov croaker, PSEODOCIANA Blolo9y, Nev Concord, OH) POLYACTIS, in the east china Sea in 1958 vas Influenced by certain changes in the nursery survival of laboratory reared scaled sardine ground environnent reflected by an unusually larvae, HARBNGOLA PENSACOLAE, vas best large 1 study of the relationship betveen the size of the sesn isotheraal area of the nursery ground of the lizard-flab, SAORIDA TOHBRIL, In the China Sea daring June-August and the aa cant of Tecrnltnent shoved that there vns a negative correlation for a teaperatare range ot 25-26 C nnd positive one for a range of 26-27 c. Tbe relatlonnhlp during the spanning season (Nay-Jane) vas negative. Thus tenperatare did not seriously effect spavnlng and early narnery survival. (ST) 99 <713> <692> not affect the response to infectious Sandlfer, O.K., Effects of Temperature anft pancreatic necrosis (IPR) virus. The effects salinity on larval Development of Grass shrlap of zinc and teaperatare on the iaaune PALARORETES VULGARIS (Decapoda, Caridae). response vas discussed in teres of possible Fishery Ball., 71(1), 115-123. 1973. (South sources of cellular laaunlty in the Carolina Marine Research laboratory, 217 Ft. uebr&flsh. It vas postulated that tvo cell Johnson Road, P.O. Box 12559, Charleston, SC) populations vere involved: one producing antl-IPH virus antibodies, and the other, In higher salinities, sat -lval of the grass anti-P. The differential effects of zinc and shrlap, PALAEHORETES VULGARIS, larvae at 20 teapernturo on the immune response vas and 25 c vas siallar (>60*) bat vas ascribed to differences in the cell significantly less at 30 C in aost populations. (BP) salinities. Developaent at 20 c regalred nearly tvice the tiae as that at 25 and 30 C. Larvae reared at 25 C passed through fever <696> aolts prior to aetaaorphosis than did those Sasaki, N., and Y. Sakurai, Coaparative reared at 20 and 30 c. Coaparing survival, Observations on the Grovth Aaong the Five rate of developaent and nuaber of lnstars, strains In PYTHIUM POBPHYRAB Under the Saae optlaal conditions for larval developaent Cultural Condition. Bull. Tokai Beg. Fish. Res. occurred at a moderate teaperatare of nboat lab. (Jap.) , 32, 83-87. 1972. (Rot gLven) 25 c over a vide range of salinity (10 to 30*) . (HP) The Rlyako and Shiogama strains of the parasitic fungus, PYTHIUR PORPRYRAE, could grov under a vide range of cultural <693> teaperatures betveen 10 and 32 C and the sangar, V.R., and P.R. Dugan, Polysaccharide Hatsukavaura, Hlkava and Arlake strains Produced by ARACTSTIS HIDBLARS: Its Ecological shoved grovth in a narrov range betveen 15 Xaplicatlon. Appl. Hicroblol., 20. 732-730. and 25 C. (BP) 1972. (Ohio State Oniverslty, Departaent of Hicroblolagy, Colaabus, OR) <697> The blue-green algae, ARACTSTIS RIDULARS, Sasaki, H., and s. Stat, Coaposltlon of Medina ,-. grev auch note rapidly at 00 c than at 25 c. and Cultural Temperature of PYTHIUH sp., A Production of total extracellular Pathogenic Fungus, of the "Akagusare" Disease of polysaccharide during the grovth period vas Cultivated POBPHYBA. Bull. Tokai Reg. Fish. higher at 25 c than at oo C. Also the Res. lab. (Jap.), 29, 125-132. 1969. (Hot given) calculated rate of polysaccharide production per unit of cell synthesis ranged froa 2 to 3 Temperatures of ,18 to 30 c vote suitable tor fold greater at 25 than at 00 C. Carbon grovth of the pathogenic fungus, PYTH1UM sp. dioxide appeared to be fixed and ditected The best grovth vas at 26 C. The fangus tovard polysaccharide synthesis c caused serious damage to the PORPRYRA preferentially at the lover teaperature. (HP) industry in Japan. (HP) <690> <698> Same, T., I. Parnas, and R. nahaalaoff, Tonic Sattelle, D.B., Potassium Movements in a Central Inhibition in Crustacean Rerve-Huscle Synapses. Rervous Ganglion of LIMRAEA STAGRALIS (LO Israel Jour. Bed. Sci., B, 1771. 1972. (Hebrev (Gastropoda, pulmonata). Jour. Exp. Biol., Bnlverslty of Jersalea, Depurtaent of Zoology, 58(1), 15-28. 1973. (Agrlc. Hes. Counc. Unit Jerusalem, Israel) Invertebr. Chem. Physiol., Dep. Zool., Cambridge, Caaba., England) Redaction of the envlronaental teaperatare troa 1B to loc Increased the Input A reduction in teaperature froa 23 to 8 C resistance of crab, OCYPODA CDBSOR, muscles only slightly prolongs the time-course of by 60 to 170*. (HP) depolarization of the giant neurons of the ganglion on LYHHAEA STAGHALIS. (RP) <69S> Sarot, O.A., Immune Capabilities of the <699> Zebrafish, BRACBTDARIO RERIO Savage, T., Effect of Maintenance parameters on (Hamilton-Buchanan): 1. Immune Response to Grovth of the Stone Crab, MERIPPE REBCERARIA viral. Erythrocyte and Bacterial Antigens. II. (Say). Pla. Dep. Rat. Resour. Spec. Scl. Rep., Effect of Sublethal Doses of Zinc on the laaune 28, 1-19. 1971. (Florida Department of natural Response to Viral and Bacterial Antigens. Ph.D. Resources, Marine Research Laboratory, St. Thesis, Rev Tork oniversity, 105 p.. 1973, Petersburg, PL) Dissertation Aba., 30, 997-B (1973). (Rev Tork University, Rev Tork City, RT) Improved diet, higher teaperatures, and larger enclosures resulted In shorter lov temperature suppressed the production of lnteraoult periods and Increased grovth grovth inhibiting antibodies by the increnents, compared to natural populations. zebraflsh, BRACBTDARIO RERIO, against the In captive stone crabs, HERIPPE HERCEHARIA. bacteria antigen, PROTEUS VULGARIS, but did (ST) 100 <713> <700> <703> Sawchyn, U.K., Environmental controls in the Sayce, C. S., and D.F. Tufts, The Effect of High Seasonal Succession and Synchronisation of Rater Temperature on the Razor Clam, SILIQ0A Development in sone Pond Species of Daaselflies PAT01A (Dixon). Proc. Natl, shellfish Assn., (Odonatas Zygoptera). Ph.D. Thesis, University 62, 31-30. 1972. (Washington Departa?nt of of Saskatchewan, 203 p.. 1972, Dissertation Fisheries, wlllapa Shellfish laboratory. Ocean Abs., 32, 111)6 B, (1973).. (University of Park, HA) Saskatchewan, Saskatchewan, Canada) One hundred percent mortality of razor clams, Synchronization of developaent in tie STLIQCA PAT0LA, occurred at 25 C after a 0 hr daaselflies, COENAGRION ANGOIATBM, C. exposure, at 27 c after a 3 hr exposure, at RESOLOTOM, and ERALLAGHA BOREALE, vas 28 C after a 2 hr exposure and at 29 C after prodnced by a teaperatare and photoperlod a 1'hr exposure. By inspection ID 50 Influenced diapause In the final instaro, by appeared to range froa about 22.5 c for clams differences in theraal growth coefficients in exposed 0 hr, to about 27.5 c for class different instars daring spring development, exposed 1 hr. Mortalities began at 21 C vith and by a threshold tenperature for emergence one clam dying after a 0 hr exposure. A higher than that for nymphal developaent. second series of experiments vas conducted at LESTES DISJORCTUS. I. ORGBICOLATOS, and 1. 5, 10, 15 and 20 centigrade degrees above DRYAS overwintered as eggs and were prevented ambient teuperature. Mortalities began from hatching in the fall by a diapause of (10*) after o hr exposure to seawater 10 vhich the development vas accelerated first centigrade degrees above ambient. The ID 50 by low teaperature then by long photoperlod. point vas 11.2 centrlgrade degrees after 0 Absences of suitable temperatures in winter hr, 10.1 centigrade degrees after 3 hr, 10.3 , prevent post-dlapase developaent. i. c after 2 hr, and 10.8 c a2ter 1 hr. (HP) CONGENER overwinters in the pre-blastoklnesis stage of eabryonic developaent. Diapause vas accelerated by lov teaperatare. {HP) <700 > Schaefer, R.H., First Record of a snook from Rev Tcrk Raters. H.Y. Fish S Game Jour., 19(2), <701> 182-183. 1972. (Rev Tork State Department of Savyer, R.T., and O.L. Haaaond, observations on Environmental Conservation, Division of Marine the Harine leech CALLIOBDELLA CAROLINENSIS and coastal Resources, Rev Tork, NT) (Hlrudlnae: plsclcolldae) Epizootic an the Atlantic Menhaden. Biol. Ball., 105(2), A snook, CENTBOPOHOS sp., vhlch usually 373-388. 1973. (College of Charleston, ranges in estuarine waters fron Brazil to Department ot Biology, Charleston, SC; Sooth northern Florida was caught In a tidal creek Carolina Raring Resources center, Office of on long Island, New Tork, October 1969. The Conservation, danageaent and Services, P.O. Box area of capture was near a heated'vater 12559, Charleston, sc) discharge of an electric generating plant / vhere the water tenperature vas 25.3 C. The abundance of CALLIOBDELLA CAROLIHBNSIS, a During the vlnter average vater temperature aarine leech, was greatest in late February does not fall belou 12.5 c in the vicinity of and early March when water teaperatures vera the pover plant. This is only slightly belov coldest (9 to ,10 c). The leech was epizootic the suggested lov lethal temperature at 15 C on its host the Atlantic aenhaden, BR8V00RTIA for this species. (ST) TYRARNHS, in estuaries of South Carolina froa janaary through March of 1971. An unusually cold spell and a hlsh level of turbidity <705> played an iaportant role in this epideaic. Schaefer, R.H., and T. Doheny, First Record of C. CAROLINERSIS displays a seasonal the Poureye Butterflyfish from Rev Tork Waters. occurrence which correlates with tbe , N.t. Fish 6 Game Jour., 20. 1973. (Nev Tork temperature of the sea vater. It occurs in State Department of Environmental Conservation, the estuaries of South Carolina and Virginia. Mew Tork, RT; Hempstead Town Department of Feeding, reproductive behavior, growth, life Conservation and waterways, Heapstead, NT) cycle, salinity tolerance, and other biological aspects vere described. (ST) A foureye butterflyfIsh, CAHETODON CAPISTRATUS, was captured at 20.B c on the south share of Long Island. (HP) <702> Saxena, J-, R.C. Slkka, F. Schwelltz, and G. Zveig, peraeabillty changes In Dlchlone-Treated <706> CHLORELLA PYREROIDOSA as Influenced by pR and Schaidt, P., zonatlon and Annual Fluctuation of Teaperature. Aaer. Soc. Microbiol. Abs., 73rd the Interstitial Fauna In Sandy Beaches of the Ann. Meeting, 170, 1973. (Syracuse Oniversity Troaso Area (Rorway). Akad wiss Lit (Halnz) Research Corporation, Syracuse, NT; Oniversity Math Raturviss K1 Rlkrofauaa Heeresbodens (R. of Dayton, Dayton, OB) Ger.), 12, 3-86. 1972. (Cniverslty of Goettingen II. Zoology Institute, Goettlngen, The pesticide dichlone Federal Republic of Geraany) (2,3-dichloro-1,0-naphthoqainone) was foand to cause a rapid loss of C10-labelled variations in temperature are aost iaportant Intracellular aaterial froa the cells of in zonatlon patterns of the interstitial CRLORELLA PTRENOIDOSA which had been a'iloveu fauna in sandy beaches near Troaso, Rorway. to fix C10 labelled C02 photosynthetically. (HP) The rate of loss decreased vitb an increase in teaperature betveen 15 to 35 degrees C. Tha loss betveen 0 to 10 C vas a biphaslc process consisting of a very rapid initial loss followed by leakage at a much slover rate. (BP) 101 <713> <707> <710> Schneider, U.S., and R.C. Genovay, Theraal and Scott, B., and D.G. cross, A Note on the Effect Theraal exertion Stress to Fish Measured in of Levered Temperatures on the Sarvlval at Eggs Blooa Glucose and lactic Held Levels. BNBL-1150 and Fry of the Grass Carp CTEBOPHABTNRODON (Part 2) • Part of Annual Renort for 1072, (p. IDELLA (Valenciennes). Jour. Fish Biol., 5, 60-66). 1973. (Battelle Manorial Institute, 609-658. 1973. (flinistry of Agriculture, Salaon Pacific Northvest Laboratories, Richland, HA) and Freshwater Fisheries Laboratory, Fisheries and Food, London SN1A 2BH, Bniland) Maximum readings of 160 ag it glucose and 95 ag S lactic acid vere obtained vhen trout Above 20 c nevly hutched eggs of the grass (SM.RO GAIBBREBI) acclisated to 11 c, vere carp, CTENOPBARTNGODON IDELLA, developed plunged into 26 C vater and held until loss actually, hatching betveen IB nnd 30 hr Into of equilibrium. No difference vas shovn in healthy fry. At lover teaperatures eabryonlc glucose and lactic acid levels in blood taken developnent vas retarded and fatal fron 10.5 C accliaated fish subjected to a 26 deformities In embryos and fry vere connon- C theraal shock and held to egTllibrlua loss twenty hour old fry vere insensitive to vhen coapared to a group ol t'uo sane thernnl changes in tenperature of 6 to 7 c dovn to 17 experience vith exercise at 1 ft/second C. An enlarged thorax in soue of tbese fry added. Tests shov no significant difference did not appear to be related to teaperatuce. for tiae to loss of equilibrium in fish (ST) subjected to lethal teaperatures in static vater over fish sviamlng in running vater of the sane teaperature. TVO or nore peaks in <711 > both glucose and lactic acid vere indicated Scott, J.S., Eggs and Larvae of Northern Sand after a single stress. The first peak Lance (AHHODYTBS DOBIOS) fron the Sc-Man Shelf. appeared 10-15 ninates after the initial Jour. Fish Res. Bd. Can., 29, 1667-1671. t972. shock, a higher peak at 25-30 alnutes and a (Fisheries Research Board of Canada, Biological third dinished peak at 00-50 ainutes. (RP) Station, St. Andrevs, Nev Brunsvick, Canada) t trend of decreasing nean lengths of <708> northern 3and lance larvae, ABRODTTES DOBIOS, Schneider, H.J., and N.L. Teapleton, Effect of indicated different hatching times or Thernal History on the Resistance of Columbia decreasing grovth rates vlth colder Biver Steelhead Trout (SALHO GAIRDNERI) TO tenperatures. (HP) Theraal stress. CONF-710501-P1; Part of Proc. of the 3rd National Syap. on Radioecology, held COHHENT: see also Scott, J.S., Morphological at Oak Ridge, Tennessee, Hay 10, vol. 1, (p. and Reels tic variation in Northvest Atlantic 558-563), 1268 p.. 1973. (Battelle Henorial Sand Lances (AHHODITES) , Jour. Fish. Res. Bd. Institute, pacific Northvest Laboratories, Can., 29, 1673-1678 (1972) Ecosystems Departaent, Richland, NA) Steelhead trout eggs hatched and raised for <712i tvo years at asbient Coluabia River Scott, J.S.. Morphological and sarlstic temperature and aabient plus 1.7, 2.2, and Variation in Northvest Atlantic Sand Lances 2. 6 centigrade degrees shoved a significantly (AHMODMBS) . jour. Fish Res. Bd. Can., 29, longer time to equilibriuu loss at 25 c test 1673-1678. 1972. (Fisheries Research Board of teaperature and anbient plus 2.6 c. At test Canada, Biological Station, St. Andrevs, Nev teaperatures of 25 and 29 c those fish reared Brunsvick, Canada) at river teaperatare plus 2.2 ani 2.6 C survived longer than those nalntained at The difference in nean and staxlaun size of river tenperatare and at river teaperatare sand lances, AHONODITES sp., betveen the pias 1.7c. significant correlation betveen northvest part of the Nova Scotia banks and fish veight and tine to theraal death vas southwest corresponds to differences in aean found at the test teaperature 29 C. The annual botton temperatures. Meristic numbers results vere interpreted to tean that the corresponded to changes in vater temperature, larger fish vere able to survive longer at but observed ranges in meristic numbers vere the higher lethal teaperature. (HP) much greater than experiuentally induced changes in other species, and genetic variation between stocks vas not discounted. <709> (HP) Schwartz, S.L., and L.R. Alnodovar, Heat, Tolerance of Reef Algae at La Parguera, Puerto COMMENT: see also Scott, J.S., Eggs and Larvae Rico. Nova Hedvlgla, 21(1), 231-200. 1971. of Northern Sand Lance (AHHOBITBS DDBI0S) from (Gustavos Adolphus College, St. Peter, BN) the scotian Shelf, Jour. Fish. Res. Bd. canadc, 29, 1667-1671 (1972) Shallov vater red algae, Rhodophycophyta, survived extreao tenperatares better than neabers of chlorophycophyta, deep living organisns. (ST) 102 <713> <713> Irrigation waves, frequency of exposure of Sedletsksya, V.A., Spavning Conditions and the the gills and the voluae of vater puaped Structure ot Spavninq Aggregations ot the Round varied as the rate/teaperature curve. 010 Sardine (SAROINELLA AO RITA (Val.)) of the vas lov, 1.17 betveen 12.25 and 10.45 C. It Northvest African Coast. Jour. Ichthyology vas suggested that rate Increase up to IB c (OSSR), 11, 55-60. 1972. (Atlantic Research was a coapensatory aechnnlsa aaintaining 02 Institute for Sea Fisheries and Oceanography uptake for as long as possible under low-tide (AtlantNIRO), Kalinigrad, USSR) warm water conditions and that the reversible drop In irrigation rate above 18 c is a Spawning aggregations of the round sardine, survival nechanisa for low-tide conditions. SARDINELLA A tit IT A, on the northwest African There Is a Barked overshoot and oscillation Coast differed prlaarlly in the thernal in response to gulckly changed teaperatures. conditions of the breeding grounds to which (ST) they were adapted. This species spawns at a teaperature of 18 to 24 Cln the Dakar area and at 27 r. In the Takoradi area. ' In Dakar, <717> Conakry-Freetown, and Takoradi the sardine Sheanon, B.J., and F.B. Traaa, Influence of spawns in the coldest hydcologic season of Pherol and Teaperature on the Respiration of a the area. (BP) Freshwater Snail: llMJSOHA TRIVOLVIS. Hvdroblologla (Den.), 40(3), 312-328. 1972. (Rutgers University, Bepartaent of zoology, Nev <7ia> Brunswick, HJ) : Selva.raj, c., S. Radharkrishnan, and O.K. Chatter1«e, Natural Spavning of LABEO BOGGUT ; Teaperature and phenol independently and (Sykes) in Sons Drainage Channels in Panna, Interactively, have a significant Influence Nadhya pradenh. dour. Inland Fish. Sac. India, on oxidative aetabolisa In the freshvater Barrackpore, 3, 129-130.'1971. (Experlaental snail, HELISOHA TRIVOLVIS. Increase of rlsh Para, Central Inland Fishery Research teaperature in the absence of phenol causes a Institute, Panna, Hadhya Pradesh, India) diminishing, nonlinear increase in 02 uptake rate, whereas with phenol concentrations Hatching success of the fish LABEO BOGGOT in exceeding 2 ug/1 no such Increase occurs. the laboratory at 24-28 C was 95.4-98.7*. Concentrations less than 2 ag/1 vould Natural spawning of L. BOGGOT occurred In undoubtedly also Inhibit oxidative drainage channels at1 the onset of nonsoon in aetabolisa. (HP) ; lata June. Spavning required the stiaulus of fresh rain vater and flooded conditions vith gentle flov. Other factors noted vere <71B> increased turbidity; free C02 and dissolved .Shelbourn, J.E., J.R. Brett, and s. Shlrahata, 02; decreased PH, total alkalinity, nitrates, Effect of Teaperatare and Feeding Regine on the phosphates, and chloride; reduced vater Specific Grovth Rate of Sockeye Salaon Fry teaperature; nnd dilution of "repressive (OKCORHrNCBUS RBSKA), with a consideration of factors". (ST) Size Effect. Jour. Fish Res. Bd. Can., 30, 1191-1194. 1973. (Fisheries Research Board of Canada, Pacific Biological Station, Nanaiao, <715> British Columbia, Canada) Serns, S.L., Age, Grovth and Condition of Flueg111 Sunfish, LEPOHIS HACROCHIROS 'Grovth rates of sockeye salaon fry, (taflnesque, in Pour. Heated Reservoirs in Texas. , ORCORHTRCHUS REEKS, were 2.2% vet veight/day U.S. Thesis, Texas.AM Oniversity. 1972. (Texas at 5 C, 5.It at 10 C, 6.5* at 15 C and 6.1* ASH University, Depnrtaent of wildlife and at 20 C. continuous feeding for 15 hr/day at Fisheries Sciences,''College, TX) ' 20 C produced a greater grovth rate than feeding to satiation three tiaes daily. Annulus foraatlon by blaegills, LEPOHIS Grovth rates were coapared to those obtained HACROCHIROS, was found to occur earlier in earlier for larger sockeye. (ST) the heated strata than the ncn-heated strata of four heated Texas Reservoirs. The Inverse relationship betveen Megawatts per hectare <719> and first year growth by bluegill aay ' Sherburne, S.w., Erythrocyte Degeneration in the- indicate that a power plant acts as a Atlantic Rerring, CLUPEA BAREBGUS HABENGUS L.. predator coapetlng with young-of-the-year Fishery Bull., 7(1), 125-134. 1973. (Rational ' bluegill for zooplankton. Growth increneets Harine Fisheries service. Northeast Fisheries ' vere better to the 2nd and 3rd annuli in Center, West Boothbay Harbor, HE) lakes vlth poor grovth the first year. This indicates that the pover plant nay reduce the A relationship appeared to exist betveen nuaber of young-of-the-year baleglll (by inclusions in herring, CLUPE4 HAREHGUS, coapeting for food organises) and thereby erythrocytes and stress factors, especially alleviate stunting of older fish. (HP) temperature extreaes. At a teaperature of 16 C, 96* off a saaple of herring vere affected vlth inclusions. Except in ono instance, <716> vhen inclusions occurred in herring froa Seynour, H.K., Effects of Toaperatnre Change on vater of 2 c, all herring froa Boothbay Irrigation Rate in ARENICOLA HARIHA (1.). coap. Harbor, Haine having iaclusions were taken Biochea. Physiol., 43(3), 553-564, 1972. froa saawater temperatures of 13..8 c or (Rothaasted Experlaent station, pepartaent of above. Inclusions aere found in the Reaatology, Rai-penden, Berts, UK) Passaaa.guoddy Bay, Rev Brunswick, Canada in 2 of tbe 50 herring saapled froa a aeavater with slow teaperatare change (2 centigrade temperature of 9.8 C, the highest teaperature degrees/hr) the rate of burrow irrigation of saapled in that area. (BP) the neaatode, AHENXCOLA BABINA, rose very slovly up to 10 c, faster between 10 and la C, aoro slowly ap to 18 c, and dropped sharply above 18 c. Tha total nuaber of 103 <058> <720> <724> Shevtsov, O.K., Feeding Habits of the squid shleser, R., The culture, selective Breeding, OHNASTREPHES BARTRAHI Leseur in the and Genetics of the Lobster. Sea Grant Publ. Kurlle-Rokkaldo Region. Hydrobiologlcal Jour. No. 24, (34-36) ; 102 p.. 1972. (Not given) (USSR), 0(3), 77-80. 1972. (Pacific Ocean Institute of Fisheries and Oceanography, Although feaale lobs' »rs, HOHERUS AHERICANUS, Vladivostok, OSSR) reaching the tventletL aolt at 21 c displayed normal sexual behavior, no eggs vere extruded The squid, OHHASTREPHBS BARTRAHI, vas found after copulation. Lobsters on a diet of clans in waters with a .tenperature over 18 C. The required one year to reach one pound at 22 C. feeding intensity was 5 tiae greater in 21 C The vet-velght food conversion was 4j1 at 22 raters than In 18 C waters. (BP) C coapared vlth 11:1 conversion ratios in aahlent seavater (4 to 24 C). The conversion rates vere based on food fed, not on 'food <721 > eaten. Lobster? vlll not feed in cold vater. Shiogaki, n., and T. Ootsn, Egg Developnent and ("PI Hatched Larva of the CUcqflsh, LEPADICHTRYS PBBNATBS. .Bull. Fac. Fish., Nagasaki Univ. COHHENT: See also Hughes, J.T., et nl., (Jap) , 32, '1-5. 1971. (Hagasi.kl Oniversity, Enhancenent of Lobster Grovth, Science, 177, Fishery Experiaent Station, Nagasaki, Japan) 1110 (1972) The aevelopnent of eggs of the clingfish, LBPACHICHTHTS FRENATOS, took 112 to 194 hr <725> froa norula stage to hatching at a vater Shotter, R.A., notes on Helalnth Parasites of tenperature of 21 to 26 c. (HP) the Whiting ODONTOGADUS HERLAHGUS (L.) froa the .Northern Irish Sea. Jour. Fish Biol.. 4(1), 117-130. 1972. (Ahaadu'Bollo University. <722> Oepartaent of Biological science, Zaria, Nigeria) Shiogaki, H., and T. Dotsu, The LiEe History of the Goblid Fish, BXPEDTO PARYULUS. Bull. Fac. The nuaber of the helainth parasite, Fish., Hagasaki Univ. (Jap.), 32, 1V-25. 1971. DICLICOPHORA HERLANGI, found in vhlting, 1 (Nagasaki Bniversity, Fish. Experinent Station, ODONTOGADUS HBRLANGr.'3, froa the northern Nagasaki, Japan) Irish Sea vith oggs in the uterus vas directly proportional to teaperature, but egg At 19.3 to 21.3 C eggs of the goby, EXPEDXO production under experiaental conditions vas PARVOLOS, developed fron the eibrycnic shield greatest at 6 c. (HP) stcje to hatching in 144 to 168 hr. (ST) <726> V <723> Shuba, T., and R.R. Costa, Development and Shkorbatov, G.L., Zh.A. Guryevlch, and L.G. Grovth of CERIODAPHN1A RETICULATA Embryos. Deyneko, Evidence of Tenperature Adaptation in Trans. Aver. Hicros. Soc., 91, 429-435. 1972. Fishes at the Protein Level of Organization. (State University of Nev York, Departaent of Hydro biological Jour (USSR) , 6, 80-311. '1970. Biological Sciences, Brockport, NT), (Not given) At 24 c and a 12 hr light-dark cycle, eabryos The changes in enzysatic activity of of the cladoceran CERIODAPHNIA RETICULATA, actonyosin were studied in three spocies of matured to free-svimm!,ng organisas In ,. fish fron different habitats. Siailar approxlnately 38 hr. "(HP) results were obtained, peraittlng ,the evaluation of observed differences in actoayosin enzynstic activity of "vara" and <727> "cool" fish of one species as manifestations Shyaaasundarl, K., Studies on the Tube-Building of teaperature adaption. Coapletion of the Aaphipad COROPHIUH TRIAEHONTX Stebbing fron adaptive process vas indicated by the Visakhapatnan Harbor: Effect of Salinity and folloving; ' (1) the appearance of reliable Tenperature. Biol. Bull., 144(2), 503-510, differences in actoayosin activity of a fish 1973. (Andhra University, Department of of a single species living at the sane 7,oology, Waltair, S. India) teaperature and adapted to different teaperatures (guppies and carp); (2) the The tube-building amnhlpod, COROPHIUH disappearance of reliable differences in the TRIAENONYX, from Visakhapatnan Harbor, India, protein activity of fish of, a single species tolerated a temperature range from 5 to 4U c. living under different teaperature conditions Survival tiaes increased vhen temperature and adapted to the sane tenperature (perch changes vere aore gradual, when temperature froa the northern Donyets and Lake Liaan), vas raised 1 centigrade degree t.every 24 hr, and (3) stabilization of the tenperatare . aniaals coald survive up to 46 C. When optinUB of the actoayosin enzyaatic reaction tenperature vas raised 1 centigrade regardless of the direction cf adaption. I degree/hr, they died at 44 c. Aniaals in Tenperature adaptions at the protein level In tubes seemed to be more tolerant of high fish evidently vere not associated vith temperatures. COROPHIUH tolerated lov substantial changes in structure of the salinities better at high teaperatures and enzyne, they vere reversible in nature and , lov teaperatures at aore normal salinities. belonged to a series of honecstatic reactions Haximum vater teaperatue in the harbor vas of the organise in response to enviornaental. 30.8 c and salinity ranged from 8.7 to 34.6*. change. (KP) (ST) 100 <72B> synthesis site of the REH released froa the Slefert, R.E., V.A. Spoor, and R.P. Syratt, sinus gland. Byestalks troa vara-accliaated Effects of deduced Oxygen Concentrations on crabs had no REH activity, vhlch suggested Northern Pike (ESOX LUCIUS) Enbryos and Larvae. that REH vas cither absent or present in Jour. Pish Pes. Bd. Can., 30, 043-852. 1973. minimal quantities in varn-acolinated crabs. (U.S. Erviconaental Protection Agency, National Oltrastructural investigations in the sinus Vater Quality Laboratory, Ouluth, HN ) gland revealed five axon types In U. PUGRAX and six In 0. P0GXL*T0R. Tho type yr axon of At 19 c both hatching and feeding of northern U. PUGILATOR vis present only in pike, ESOX LUCIUS, began earlier than at 15 cold-accliaatad c.rabs. Release of C. At 19 c and 501 oxygon saturation, grovth neurosecretory materials froa the sinus gland and survival coapared favorably vlth that at was primarily by exocytosls. The tvo 15 c: bat 331 oxygen saturation at 19 C vas respltatlon-rsgulatlng factors identified in not adequate for survival. 15 C Is near the UCA have adaptive significance in alloving higher Halt of the optluun range tor the animal to maintain optlanl metabolic northern pike eabryos. (ST) rates during periods of theraal stress. These horaones any function hy regulating any one of severc.1 biochemical pathways. (HP) <729> sllberbauer, B.I., The Eiology of the South African Pock Lobster. S. Afr. Shipp. Neva Pish. <731> Ind. Rev., 26 (11), 55-63. 1971. (University of sllVBtthorn, D.U., Respiration in Eyestalkless Capo Town, South Africa) UCA (Crustacea: Decapoda) Accllaated to Tvo Temperatures. Coap. Blochen. Physiol,, 45, Experimental rearing ot the South African 417-420. 1973. (Unl'ieralty of South Carolina, rock lobster, JASUS IALANDII, larvae Belle w. Baruch coastal Research Institute, Indicated aean duration of the incubatory Columbia, SC) period vas 92 hr at 15 C at a salinity of 35.2ft. This can be acceleratud by Increasing folloving removal of the eyestalk in 25 C • the temperature of the vater, but produces accllaated crabs, UCA P0GNAX, the oxygen weakened larvae. Late and final stage consuaption rate increased 1171. in 10 c phyllosoaa larvae vere found dovn to 150 a acclimated crabs, rates increased only 471. depth in offshore vaters up to 20 C. (HP| The greater Increase In respiration in oyestalkless crabs acclimated to 25 C may represent the effect of Induced pre-molt <730 > caused by renoval of molt-lnhlbltlng hormone. sllverthorn, D.u., Hormonal Involvement in Tho significant increase in oxygen Thermal Acclimation in the Piddler Crabs UCA consumption iu eyestalkless crabs acclimated PtNTSAlc and u. POGILATOR (Crustacea, Decapoda). to 10 c would Indicate that there is a factor Ph.D. Thesis, University ot South Carolina, 103 regulating respiration vhich is not involved p.. 1973, Dissertation Abs., 34, 1801-B (1973). In molting. (HP) (University of South,Carolina, Columbia, SC) Eyestalk ablation of the fiddler crabs, UCA <732> POGHAX and OCA PUGILATOB, destroyed the Sjogren, 8.D., Evaluation of tho Bosqulto Pish seasonal differences observed vhen saaaer and GAHBUSIA APFINIS (Baird aad Girard) and the winter aniaals vere accllaated to the sane coaaon Guppy POECILLXA RETICULATA Peters for teaperatare. Saline eyestalk extracts fron Biological Control of Hosgaltoea In Dairy waste vara-accliaated crabs vith a dosage of 3 Lagoons. Ph.D. Thesis, university of eyestalk eguivalents/crab significantly California, 123 p.. 1971. (University of lowered respiration in cold-accliaated crab. California, Riverside, CA) The recrlprocal experiaent, vlth extracts froa cold-acclimated crab Injected into alnlmua oxygen tolerance tests detected vara-accliaated ones, resulted in significant significant differences In the elapsed times increases in oxygen consumption rates. There to ICD 50 for the males and females of the appeared to be tao separate factors mosquitofish and the common guppy at 21.1, regulating oxygen consuaption in crabs: a ~26.7, and 32.2 C. 'GAHBUSIA and POECILIA respiration-enhancing hormone (REH) present feaales mere significantly different at 26.7 in cold-acclimated animals, and a C and aales at 32.2 c. Because of poor fish respiration-depressing hormone (ROB) present survival and reduced larval predation rates, in varm-acclimated animals. Studies on REfl neither species aas considered of value as a indicated that the hormone vas probably a biological control agent of xosqttitos in polypeptide associated vlth a llpoldal dairy vaste lagoons in California. (ST) carrier substance. Extracts of the supraesophageal ganglion (SEG) shoved REH activity, as did isolated slnua glands, ahile <733> glandless eyestalks had not significant Sjojima, Y., The Coaaon Sguid, TODARODES activity. It appeared that the SEG vas the PACIFICos, la the East china Sea. II. Eggs, Larvae and Spavning Groand. Bull, seikai Regional Fish. Res. Lab. (Jap.), 42, 25-58. 1972. (Seikai Regional Fishery Research Laboratory, Nagasaki, Japan) Egg aasses of sgaid, probably T0DAB0DES sp. vere foaud at teaperatnres betveen 15 and 27 C In the East China Sea. On the basis of the occurrence of earlier larvae In relation to teaperatuce. It vas assuaad that the squid spavnad In vaters arouad 22 c in autuan and in vaters aaraer than 16 C in vinter. (BP) 10S <73«> C730> <738> Bkelly, H.J., and J.P. Lavler, Evaluation of Salth, K,I,, jr., Respiration of a Subllttoral environnental Effects of tho osvego Stean Conaunlty. ecology, 54(9), 1065-1075. 1973. Station on Lake Ontario. CONP-710501-P1t Part (Woods Role Oceanography Institution, Woods of proe. of tha 3rd National Syap. ou Hole, NA) Radioocology, hald at Oak Nidge, Tennessee, Nay 10, Pol. 1, (p. 630-639), 1260 p,. 1971. A positive correlation vas found betveen (Onirk, Lavlor 6 Nntnsky Engineers, Tappan, IIY) respiration of a sublittornl ooanunlty nnd water taaperntura. Total eoaaunity A conparlson of the condition of flah respiration ranged fron 53.7 si 02/a2/hr. at populations In the thernal discharge area of 6.8 c In January to 92.7 nl 02/a2/hr at 28,5 the osvego Stean Station and In Lake Ontario C In July. FroB 6 to 16 c the tanparature showed the fish were not affected by the coefficient (010) was 1.31 and fron 16 to 26 thornal discharge. It was indicated that C, 1.20. species abundance and bloaass wore there were approxlaately 6 tinea as aany fish highest in Harch. Bacteria accounted for 30 in the area of the thernal discharge an in to 60* of the total respiration. (ST) the lnke, bat the species were different. No noticeable pathological evidence of bacterial or fungal infection was observed in the <739> - thersal discharge area. Plankton suffered no Salth, L.L., and D.fl, Oseld, Effects of Hydrogen observable deleterious effects as a result of Sulfide on Fish Egtj« and Fry. Water.Res. passing thuugh the plant Intake. (RP) (O.B.), 6, 711-720. 1972. (Onlversity of Hlnnenota, Departnent of Bntonology, fisheries, and midlife, Minneapolis, AN) <735> Skreb, y., and R. EGER, nodlficatlons of the The 96 hr TL 60 lor walleye nggs, Effects of Radiation on Aaoebas. II. SITZOST'JDION VITRE1H, varied froa 0.070 to Restoratory Effects of LOW Teaperature after 0.087 ng/1 B2S at 15 C and 6 ng/1 03 to 0.052 Ultraviolet Irradiation. Int. Jonr. Radlat. »g/l at 12 C. At 10 days the, 12 c TL 90 was Biol., 20(2), 137-100. 1971. (Inst. Rech. Rod., 0.022 ng/1. At 15 c and 6 ag/1 02 the 96 hr Lab. Biol. Cellulalre, Nose Piyade 158, Zagreb, TL 50 Cor sucker eggs, CATOSTOHOS COHHERSONI, Yugoslavia) was 0.028 ng/1 H2S. At 13 c and 6 ag/1 t>2 the TL 50 vns 0.019 ag/1 B2S in 12 days. Incubation of United duration at 6 C Eyed ralnbov troat eggs, SALHO GA1RDNBRI, enhanced the process of repair in whole vhen snbjected to 96 hr treatnent at 15 C and aaoebas and in OV-lrradlated nucleate 6 ng/1 02 had a TL 50 of 0.009 ag/1 II2S. fragaents. In ^nucleate fragnents the Walleye fry had a 96 be TL 50 value of 0.007 opposite effect was found. (BP) , •g/1 at 6 ag/1 02 and 15 C„ Sockar fry had a 71 50 value of 0.013 - 0.026 ag/1 H2S after 96 hr at 6 ag/1 02 and 15 C. At 13 C and 3 <136> ng/1 02 the 96 hr TL 50 vas 0.017 ng/1 H2S. Sniles, B.C., Jr., and w.U. Pearcy, Size Trout trj had a 72 hr TL 50 of 0.02 ng/1 at 6 structure nod Crowth Rate of EOPHAIISIA PACIPICA ag/l 02 at 15 C. (HP) off the Oregon coast, fishery Bnll., 69(1), 79-86. 1971. (Oregon State Oniversity, Departnent of ocennogrnphy, corvallls, OR) <700> Snlth, fl.D., A Critical Investigation of tha Grovth rata of the euphauslid, E0PHA0SIA Blaassay Procedure an Related to Thernal PACTPICA, off the Oregon coast vas twice as Pollution. OSNA-ftSPR. No. 35; 30 p.. 1972. fast as those reported froa other regions and (O.s. Nnval Acadaay, Annapolis, HD) spawning took place later in the year. It was suggested that the rapid grovth and later The deleterious cffectn on vhlte perch being spavning vere related to the high held at nny teaperatare vithin the 28 to 36 C productivity of the region and lack of large range vlll occur vithin 36 hr of exposure. seasonal tenperatare fluctuations In Tha harnful effects to vhlte perch caused by nearshore vaters. (ST) above aabient vater teaperatures are Independent of the rate of tenperatare Increase. A relationship exists betveen the <737> teaperature at vhlch aortalitles begin to S aim ova, E.N., and N.Z. Vladinlrov, Eabryonlc occur and the tenperatare at vhich the body and Posteabryanlc Developaent. Part of Biology of the fish Is functioning. The paranetsrs: and Fisheries of Vlnba In Europe, held in a) critical teaperature for zero eortallty (T Vilnius, Llthuarlan S.S.B., Rintls, (p. sub CO); b) critical tenperature differential 155-290). 1970. (Not given) (delta t sub c): and c) 50* kill differential (delta t sub 50) better describe the pattern The developnent of VINBA takes place la cf nortallty for thernal effects than does LD rivers vlth vara vater (1a to 23 C|. (BP) 50. Tho critical tenparature is the Halting teaperature for coaplete survival in a heated envlronntnt. The critical taaperaturo differential nay have poteatial &s a tool for the conparlson of the tenperature sensitivity of various species. (HP) . <685> <741> aean teaporaturen froa 9.1 to 22.9 c and the Smith, B.f.t Effects of (I Thncaal Effluent on larvae froa 0 to 23.1 c. Spavnlnq hoqan near Aquatic Life in an Eaat Texan Reservoir. proc, Cape cod, progressed southward vlth the 25th Ann. Conf. S.B. oaaa and Pish. coia., (p. aeanon and ended off at Cape Lookout. Bgga 3711-3 01). 197?. (Texan Parka and Wildlife worn collected north of the Chesapeake Bay Departaant, Harnhall, TX) froa Septaabar to Daceahar and nouth of tna Bay froa Hoveabar to February and larvae Indications vara that tha haatad effluent north of chenapaaka Bay froa septeahnr to into tha Wilkes Reservoir, Texan durinq February and south of the Bay from November vlnter aonthn canned a significant increase to Ray. IHP) In Plankton volume in the lawedlat* area of tha discharge canal. The increased temperature In conjunction vlth tha <745> prerequisites necessary (or paranlto Smith, U.K., and P.C. Blllar, The Thermal production han contributed to hlqh incidence Ecology of Tvo South Florida Fiddler C-»ba> OCA of parasltlzatlon vithin tho reservoir, name RAPAl Salth and 0. POOILATOR. Physiol. Tool, flnh did not spavn earlier. Largevonth baas 46(3), 186-207. 1973. (San Diego State flngarllngs shoved faster grovth rates. The University, Biology Departaent, San Oiago, CA) nuabrr ot fish apeclen In the reservoir aaa reduced. Pioh vara collected In vatar vlth seasonal budy taaperatura simulations uhoved teaperat urea In excesti of 30 C liut had high that upper and lover lethal body taaperaturas mortality ratas. (HP) aay be approached by tvo south Florida fiddler crabs dating tha year. UCA RAPAl and 0. PUGILATOR vara found dlatrlbutad vithin <7»2> the aanqr'*ven and on an adjacent open beach Salth, T.I.J., The commercial paamlblllty of area, vlth UCA RAPAX more concentrated In th« Hearing pompano, TBACHINOTOS CAROLINUS mangroves, oaring tha aueaer, upper lethal (Linnaeus), In Cages. NOAA-2-35147) 63 P.| Sea body teaporaturea, 40 C for OCA RAPAX and 42 Grant Tech. Hull Ho. 26. 1971. (Oniversity of c for UCA PUOTLATOR, eight ba approached. A Hlaal, Coral Gables, PL) heat balance aodel vlth microclimate and organic paraaatarn as Input vas used to A cage culture experiment employing a,800 evaluate raaponaaa to tha theraal •Juvenile pompano, TRACfll*r>T0S CAltotlNUS, vas anvlronaant. Retreating to tho barm or set up In an area receiving soaa theraal aovlag Into tha ahade vara aoat affective effluentn frca tha Turknv Point Povar Plant, tor changing body taaperatare, especie 11y for Plorlda. TO be saccesalul, aqaacaltura of U. RAPAX. vetting the body, changing color, poapano aurt be located vhara taaperatura ' or orienting to the sun or vlnd are laaa belov 12 C vara not encountered. The grovth affective, but aore mifactive for 0. rates suqgestad tint a aarketable fish (454 PUGILATOR than « RAPAX. (ST) q) vaa obtainable vithin 47-51 veeka, starting vlth a 7 q flah. Although aonoqanatlc treaatodas and body abraalona <7«6> vara noted, no significant disease or Sneed, K.E., R.n. Hastings, and U.K. Dupree, parasitic Infestation occurred. (HP) Varm-Vater flah Ratrltlon and Patara Priorities. Resovr. Pobl. U.S. Bar. Flah. Wlldl., 102, 115-140. 1972. (Rare Rater Flah Culture <743> Laboratory, Stuttgart, At) Salth, W.E., Theraal Tolerance of Tvo Species of GAHHAR0S. Trans. Aaer. rlah Soc., 102(2), Vark on the nutritional requlraaente ot S31-B33. 1473. (0.3, Envlronaantal Protection channel catfish for ligoacultare aalng theraal Aqeney, Rational Rater Quality Laboratory, 8201 efflaenta vaa revlevad. Fata vera batter conqdon Boulevard, oulath, RR) vtllizad than cacbohydrates In vara vatata and aaxlaax galna In velght have baea Tvo species of CARRABffS, aaphlpods, had a achieved ahmn 161 of thm diet vaa fat and 161 96-hr TL 50 of 26 C after accliaation at 18 dextrin. Polyaaccharldea auch aa tha latter C. Plfty percent aarvlval occurred ai 22 C are more beneficial than aoao or and 25 c tor o. PSBOBOLIBRAETOS and u. dissacchatldea. (RP) LACOSTBIS, respectively. Both apaclea reproduced aoat aucceaafally at 18 c vlth COHHINTt Also caa Future Priorities In sharp cartallaeat 3 C above or balov. The Raravatar Flah Rattltloa Oalvaralty of tlae to saraal aatarlty of PI aaiaala vaa Washington Collage of Fisheries, Part of four to five aonths at 15, 18, 21, and 2a c. Prograaa in Fiahary and Food Science, Fiftieth At 27 c 0. LAC03TRIS matured la tvo and Anniversary Celebration Syapoalua, Pabllcatioaa one-half to three aontks and indlvidaala vara In Flaherlaa, Rev Sarlaa, vol. 5, (p. 151-155) atuntad In site. Relther apeclea required a vlnter chill to atlaulate reproductive activity. (ST) <747> Snyder, O.R., Theraal Pollatioa of Coluabia River Right Threaten Saalt. Coaa. Flah. Ravlav, <7»a> 32(12), 58-64. 1970. (Rational Rarlna Flahery Salth, v.o., Tha Diatribation of saaaec Service, Seattle, RA) Ploaadar, PARALICRTRTS DBVI1TBS, Bgga aad Larvae on the Continental shelf Batvaan Cape Cod aad Saalt exposed 1 hr to -9 C aufferad 50* Cape Lookout, 1965-1966. Plahary Bull., 71(2), aortallty after a 32 hr holdlag period. Roat 527-5a8. 1972. (ROAA, Ratloaal Harlaa Plaharlas feaalea placed la vatar a ceatigrade dagraaa Service, Riddle Atlantic Coaatal Piaharlaa above Colaabla River taaperatara failed to Center, Rlghlanda, RJ) depoalt agga. (RP) Spavalag of tho suaaar flounder, PARAIXCRTRT3 DBRTAT0S, occurred at taaparatarea betveen 12 and 19 C, bat the pelagic agga vara caaght at 107 <7* 8> <79«> <751> Bokolovnkll, ft.9a, Reproduction of Sanry Soaaro, O.H., and D. Doyle, Teaperature and C0L0LABI3 9AIRA (nravoort) In Central and Mixed patas of Protein Degradation In th* rish Waters of th* florthmrn Pacific. Vopr. Ikhtlol. OlLLICItTHTS NIRABILIS. Coap. tllochen. Physiol,, (USSR), 12(D), 780-707. 1972. (Pao, Ran. Inst, 06B, (S3-070. 1973. (Scrlppa Inntltnt* of rish rarning Oceanoqr., Vladivostok, 033k) oceanography. Box 1529, La JolJa, CI) Larvae of saary, C0L0LABI3 BAIRA, vera found 0111 protelnn vere degraded aora rapidly In continuously in n tnaparntnrs range fron 11,0 2C C-acollnatnd OILLICNTDTS HIRABILI9 than to 21 C. float reproduction occurred batvoen In n C-acollaated apeclaena. Muncl* protalna the lonaa of snbarotlo and subtropical were degraded nor* rapidly In fl c-accllasted . convergence. Son* spanning occurred In flnh. Mo effects of th*rsal acollaitlon w*r* subarctic waters, the surface* of which ware obnervad for liver and brain proteins, waraad to 1a to 17 c in th* iprlng and fxcept fir gill protelnn, xnort-t.era ehnngefl suaaer, (11P) In tsaperatur* did not nppaar to algnlfloantly alter ratas of protaln degradation, i.e. in noat tlanuen the ratas <7a?» of protaln degradation did not exhibit Soaero, 0,0., Theraal Modulation of Pyruvate "typical" 010 ranponnam. These findings aro Metabolism In tha rlnh OULICHTMrs MIRABILlSt consistent vlth th* nod*l for protein th* Rol* oi Lactate Oehydroqanaa*. Coap. degradation control vhloh proposes that rat*s Biochea. Physiol., aBB, 205-209. 1973. of degradation are detaralned prlaarlly by (University of California, scrlppa Inatltut* o' the rates at which protalna are rendered oceanography, nan Dloqo, La Jolla, CA) nuneeptlbl* to the action of proteolytic anxynan. The lactate dehydrogenase (LCD) lsoxynea present in whit* skeletal nuscla of nlLLlCMTHTS MIRABIL19 *lhlblt*d substrata <752> (pyruvate) inhibition only at taaparaturas Sonoda, T., and 3. laal, on th» Spawning nnd belov 25 C. Th* nxtant of pyravnta Eabryonlc Development of a Marin* floby, Inhibition vas inversely proportional to XOMOOOM1BM SBMIDOLIAT03 (Valanclennen*. Man. tanperatur*, Th* apparent Ra of pyruvat* rac. rlah. Kagonhina Onlv. (Jap.) 20(1), wan *as*ntlally taaperatar*-lad*pendant 197-202. 1971. (Kagoahlaa Oniversity, graduate betveen '<0 and 25 C. At hlqhwr twaparatnren School of rlahary, Kagonhlaa, Japan) In th? orqanlnn's physiological rang* tha Apparent Ka of pyiuvat* inoraaaed at Spawning of th* aarln* qoby, ZOROBOGIOM taaprature was raised. Then* 3IMID- LIAT0S, takes pltca at 25 C. taapcratnra-dapandant klnal'.c proportion aay Incubation takes aor* than B0 hr at 2" C. (RP) qlve the LOR lsoxyaaa of N, HIRABILIS a major role in detsralnlnq th* aatabollc fata of pyruvate. At hlqhar teaparaturen, whan <753> oxygen availability vas reduced and tha Ssrokin, V.M., Th* Spavning and Spavning Grounds orqanlsa'a activity level vaa apt to be of th* Burbot (LOTA LOTA (L.)). Jour. relatively hlqh, pyruvat* aay be efficiently Ichthyology (OSSR), 6, 907-915. 1971. (IISSR converted to lactate, 1.*, th* flah can rely Acadeny of Sciences, Linnological Institute, of anaerobic glycolysis. At low Siberian Division, USSR) taaparaturaa, whan the opposite condition* of oxyqan availability and orqanlnnnl activity Burbot, LOTA LOTA, nlgrat* into the pertain, pfrnvat* can be channeled tributaries of Lake Baikal, 0SSB, vhen vater preferentially toward* th* Arabs cycl*. (RP) t*ap*ratur*s falls to 10 to 12 C. (Fl) <750> <75a> Soaaro, O.K., Theraal Modulation of Pyruvate sorokln, v.B., Calefactlon nnd phytoplankton. Metabolism In th* Pish CILLICHTRTS MIRABILISs BloSclenca, 21(21), 115*. 1971. (University of Th* Rola of Lactnt* Dehydrogenases, conp. Maryland, college Park, MD) Mlochem. Physiol., aa(1), 205-209. 197J. (Onlveralty of California, serlppa Institute of Th* overall biological effects of aquatic ocaanographv, San olego. La Jolla, CA) habitat t*ap*ratur* Increasea rang* fron harafal to b*n*flclal. Oreen lnhlM*1«« of pyruvate by lactate high-t*ap*ratnr* algae observations indicate dehydrogenase isozymes froa vhlt* skeletal th* noat competitive organlans not only auncl** of OILLICRTHTS M7RABILIS vas tolerat* higher t*ap*ratnr*s, bat also Inversely proportional to t*ap*ratur* belov outperfore lov-t*ap*ratnr* foras ovmr a vide 25 C. Th* apparent It* or pyruvat* vas teaparatur* rang*. A planned needing of taaneratur* Independent betveen 10 and 25 C. natural vatera, vlth an aasaablag* of At higher t*ap*ratarea vithin the crganlsa's orqanlunn selected for adaptability and physiological ranqe the apparent Ka of coapatltlv* performance at high t*mp*ratar*s, pyruvate lnct*na*d vlth t*ap*ratur*. Thus merits consldaratlon ns a possible solution th* aetabolic fat* of pyruvat* aay be to calefaction problem. (Anth) governed by th* t*np*ratur* dependent properties of th* LDN iaotyaas. (ST) ion <685> <755> 1. At a constant final taaperature, reduced Spaacgaren, D.N,, The Xffaotn ot salinity and lathal raten of ohange are annoalnted with Teaperaturn on the Heart Rate of Oaaoregulatlng lncreanad aagnltaden of tesperaturn dearaaiw. and osaooonforalng shrlapa. coap. Biochea. A tolerance trapazlua wan produced to Physiol., at, 171-7116. 1471. (Ratherlanda quantitatively describe the relationship* Inalltute for Saa Research, Texel, Ratharlanda) aaong accllaatlon teaparature, the lothal teuperatura, and the teapnrature change rate. Rapid teaperatare ohangas te«ulted In Tha surface* connecting the extreaen vara adaptive changes In tha haart cats of tha defined with aultlpla regression nnalyala. shrlap that csaoregalates, PALAEHOR SRRRATUS. (IIP) (CCC) Thaaa changes vara absent in tha oaaoconforalnq shrlap, LYSRA1A SBTICAODATA. CCIBtWTi This axperlaent waa also discussed In Instability of taapsratare and aalinlty in Speakatn, J.M., and Krenkel, p.A. the habitat vaa acooapanlad by the praaanca "Quantification of tha Effecta of Rata ot of aecfionlaaa to stablllxa blood Teacaratara ohange on the Hlueglll (lanfinh concentration and haart rata. (HP) (LEP0H19 BACHR0CHIAU3) •<* Part of Proc. 1rd Rational Syap. Radloecology, Oak Ridge, Tann. Hay 10-12, (p. 569-571) 126H p. (1973). <756* 3paarga»an, O.R., Osaoreqalatlon In the Pravna PAIARHO* SERRAT03 and LYSRATA 9(TICAO DATA (ton <718> the Bay of Kaplan. Rath. J oar. Saa Raa,, Speck, 0., K. ffrlch, and R. flahaann, The Body *16->16. 1472. (Retherlanda Institute for Saa Constituents of tha Crayfish ORCOWECTES LIHOSOS. research, Texel, Netherlands) Annaal Fluctuation* and Coapoaition of tha Tlnsuen. jour. coap. Phynlol., 77(3), 287-305. A atrong influence of taaparatara an oaaotlc 1972. (II. Zool. Inst, rreien Onlv. Barlin, concentrations of blood and tha hoaoganata of D1000 Berlin *1, Orunavaldstr. 3W, Federal tha prawn, PAlAEBOR SERRATOS, sta found. In Republic of Garaany) tha blood thla vaa aalnly bronght aboat bv a change In electrolyte concentration} In tha Body weight of aala crayfish, ORCORECTES hoaoqanate by an alteration on the IIHOSUS, lncraaaad froa October to Hay. All non-electrolyte concentration. In ITSRATA other body conatltaenta displayed an SETICAOBATA total osaotlc concentrationa ware lncraaent froa October to Beceabar and practically independent of taaparatara. (RP) .lanaary followed by a gradual decrease to a elnlaua In April and Hay. (ST) <7Vr> Stuakaan, a.V.# and P.A. xrenkel, Qaantlficatlon <754> of tha Effacta of Rate of Taaparatara Change on Speece, S.E., Trout Ratabollsa Characteristics Aqaatlc Biota. Water Baa. (1.B.1, 6, 1263-1240. and tha Rational Oaalqn of Ritrlflcation 1472. (0.5. Aray corp. of Engineers, Baffalo Facilities for Water Basse in Hatcheries. Dlatrlct, Baffalo, WT| Vandarbllt Bnlveralty, Trana. Aaer. Flah Soc., 102(2), 321-33*. 1971. Depactaent of Envlronaantal and Rater Resoarcea IDnlveralty of Texas, Departaent of Civil Engineering, Waahvllle, TB) Engineering, Austin, Tl) Rata of teaperatura change waa shown to ba an Tha teaperature dapandance of feeding rata laportant factor In tha aarvlval of blaagllla and nitrification capacity of trout saa subjected to taaparatara lncraaaaa and Incorporated Into a noaograph vhich predicted dacraaaaa. lethal blaeglll tolerated rates of tha nitrification voluua reqalreaents for taaperatar* increase aboat 20 tlaea as faat vatar rauaa in hatcheriee. (RP) aa corraapondlng taapacatnre dacraaaea. Pot lncraaalng teaparataraai 1. At a constant accilaatlxatlon teaperatare, reduced lethal <760> rataa of c»rige are associated with Increased speacar, J.*., Racroaolacular Synthaala in aagnltadas of tnaperatare rlaa. 2. At a tnCOSPORIOIBH STOKESII During Heat Injury and constant total teaperatare lncraaae, reduced Recovery. Ph.D. Theala, Oniversity of Arizona, lethal rataa of change are aaaoclated with 80 p.. 1972, Blaaartatlon Aba., 33, 5478-B the final teaperatorea vhlch aora colaaly (1973). (Onlveralty of Arizona, Tacaon, AZ) approach tha altluate apper lethal Halt. 3. At a constant final teaperitare, reduced Racroaolecular synthesis In yaaat, lethal rataa of change are aaaoclated vlth LtOCOSPORIDION 8TOKESTI, aubjactad to haat lncraaaad aaqnltudaa of taaparatura tlae. atraaa ot 25 and 30 c (5 and 10 centigrade Por decraaalnq taaparaturaai 1. At a deqeeaa above tha aaxlaua grovth taaparatura) constant accllaatlxatloa teaperatare, tadacad vaa atadled. Bptake of aacroaolacalar lathal rataa of change are associated with procarsora, uracil aad thyalne vas ialtially Increased aagnltadaa of taapacataca dacraaaa. atlaalatad followed by release back lato tha 2. At a conatant total taaparatara decrease, aadlua. leucine uptake vaa reduced at 25 c reduced lathal rataa of change are asaociated aad caaaad at 30 C. Protein aaa produced In vlth final teaparature* aore cloaaly the call at 25 C throughout tha atraaa period approaching tha altlaate lower lathal Halt. and for a ahort tlae at 30 c. DBA production vas vary slightly atlanlatad for a ahort Initial period at both teaparatarea, bat raaalned conatant over tha raaalndar of tha atreaalng period. RRA contant correlated vlth loaa of viability of the vhole cellas RRA dacreaaad aa call viability docreaaed. Both chealcal, particularly ATP levels, and tracer data ladlcated that ayathatlc activity ot tha cell iacreaaed upon exposure to 25 and 30 C. (ST) 109 <058> <761> brovn and ralnbov trout (20 to 30 g) vara Speth, V., and P. WanderHch, BAsbrnnas of collected froa varaer vatar than vera largar TCTnintHBHIi It Direct Visualization of individuals of tha suae spaclast the body Reversible Transitions In nloneubrane structure teaperatore of tha snail trout vers also Induced by Temperature. Siphon. Blophys. lota, soaevhat higher than those of the larga 291(3), 621-6 2 0. 1973. (rrelb. Unit., trout. Trout and carp taken in the discharge Hax-planok Inst. Tantiro blol, Pralbarg, rederal had aean body teaperatares lover than those Republic of Geraany) fish tn tho near plans. It nast be assunad that aany fiah did not reaain in the Rapid teaperature changes caused reversible discharge vatar long enough to stabilize atractural ttanaitiona In tha alveolar their body teaperaturea at discharge aaabranoa nt the polkllotheraic eukaryote tenperatures. (BP) TBTRIHTnBH* PTRIPORHIS as revealed by fteaie-etch alectron alcroscopy. it an optlaal grovth teaperatare of 28 C, 11S-* <76(> Particles vera randomly distributed on the Splgarelli, 9.I., and o. Vlgneaa, effects of outor faces of tha fractured alveolar Waste Heat on Perlphyton production in Lnke aeabranes and corresponding holes vera seen HicMqan. lRL-7960( part of Irqonne Natl. Lab., on the Inner faces. Ifter chilling the cells Radiological and tnvlronnantal Ban. Dlv. Inn. to 9 C, these particles and holes vers Report, (p. 113-116). 1973. (Irgonna Rational largely aggregated. Reheating tha cells to Laboratory, 9700 Soath Cans Ivenno, Irgonne, IL) 28 C caused a randoa redistribution of Particles and holan. This I significant Increase In perlphyton grovth tanperntars-indacad phenomenon of reversible and chlorophyll-n level observed nt lnke particle aggregation van dlscnssed vlth bottoa aaapllng stations in the near vicinity respect to movement ot nenbrane couponento. (vithin 3000 ft.) or the Point osaeh thereat nenbrans components aove translatlonally discharge was attributed to the slight and/or noraally to the membrane plane vhlch increases in teaperatuco and current aay be important for transport processes resulting fron the thermal dlnchnrge. (BP) vithin and across bloaaabranas, (luth) <765> <762* Springer, S., Body -temperatures of Black-Tip splgarelll, S.I., and tl.fl. Thonnes, Sport Shacks C1RCRIRHIB0S IIHBITOS. Oeep Sea Res. S Pishing Survey at the Point Beach Nuclear Pover Oceanog. Ibn., 19, 179-181. 1972 Plant, IRt-7960) Part of Irgonne Natl, lab., Radiological and Bnvtronnantal Res. Dlv. Inn. Blaok-tlp sharks, CIBCRIBHINOS LIBBIT0S, fros Report (p. 102-110). 1973. (irqonne National ott the aaluna Coast had elevated body Laboratory, 9700 South Cass Ivanue, Irgonne, XL) teaperatures and nay have been taking advantage of a thin layer of snrfaea water to The species composition ot sport catch taken raise their body temperature. (HP) nt the point Bench dlschnrge canal varied narkedly vith temperature in that trout species vere taken st discharge tenperatnres <766 > belov 21 C and non-trout species vere taken Srebro, R., and H. Behbehanl, Tha Thermal origin at varner temperatures, (RP) of Spontaneous Ictlvlty in the LtHOLOS Photoreceptor. Jour. Physiol., 229, 309-361. 1972. (State Oniversity of Hew tork, Departnent <763> of Physiology, Departaent of Biophysics, and the splqarelll, s.k., B.H. Thonnea, and *. Wenroaensory laboratory, 2211 Bain Street, prapejchal, Pish Body Temperature stadias at the Buffalo, BT) point Beach Tharmal discharge. Ml-79601 part of Irgonne Natl. Lab. Badiological and Dincrete depolarization of the photoreceptor Bnvlronnantml Bern. Olv. Inn. Beport, |p. cell membrane called discrete waves occur 85-101). 1973. (Irgonne Rational Laboratory, spontaneounly and In responsa to lllanlnatlon 9700 south Cass Ivenue, Irgonne, IL) in the eye of tbe horaashom crab, LIHOIOS. The fraquancy of spontaneous discrete vavms In laboratory studies the heat exchange followed the Irrhanias relationship vlth differed graatly betvamn species and sixes of activation energy equal to as.6 K cal. The taka Hlchlqan fish. Por example, the frequency of the discrete vaves caused by internal teaperature change of snnll troat, fixed level ot steady lllanlnatlon vna not chabs, and alavlvas required less than 10 significantly changed vhen the teaperatare of alnutes total stabilization tine. Large carp the cell vas changed. (HP| required on the order of 0.5 to 1.8 hr total stabilization tine. Body tesperatnte measurements vara mmde Instantaneously on <767> fish collected froa the discharge plaaa ot Stackuan, B.I., I Study ot conblnmd Tesperature the Point Beach Pover plant. Pish collected and salinity levels in tha fleralt Crab, PIG0R0S in the tha theraal plana area near the LOBGICIRPOS. Jour, llabana lead, sci., *2(3), discharge generally had body tanperatnres 106. 1971. (University of llabaaa, Onlvarslty, that closely approximated tha taaparatnra of IL) the vater at tho point of collactlcn. Snnll I teaperature of *1 c vas tha upper tolerance Halt for the heratt crab, PIG0R0S LCHOICIBPOS. Ilevated tenperntures vera tolerated better at higher salinities up to 3St. crabs accliaatad to higher taaperatares tolerated Increased teaparataras better than those accliaated to lover teaperatures at all salinities. (ST) 110 <7«t» <771> S • F., Oevelopaanl of lh* Eqqa of Stain, R.A., P.If. Ralaara, and J.D. Hall, Social r ,(M LONGIPINRIB ( <77t> <775> Steele, P.M., and V.J. Staala, soaa Aapecta ot Stickle, B.8., Tha Baprodactlva Phyalology of the Biology of CALLI0PX0S LAEVI0SC0L0S (Kroyer) tha Xatartldal Proaobranch THAIS LAMBLLOSA (Crustacea, Aaphlpoda) In th* Northvemtern (Gaalla). I. Saaaoaal Changes in tha Rata at Atlantic. Can. Jour, tool., 91, 123-728. 1973. Oxygen Coaaaaptlon and Body Coaponent Indexes, (Manorial Onlvaralty of Navfoundland, Dapactaant Biol. Bull., 144 ( 3), 511-524. 1973. (Loulalana of Bloloqy, St. John'a, Navfovndland, Canada) state itnlveralty, Oepartaant of Soology and Phyaialogy, Baton Rouge, LA) CALLIOPIOS LltVXOSCOLBS, a aarlne aaphlpod, vaa found on rocky ahorea of tha aeatara The rata of oxygan coaaaaptlon of both aaxea Atlantic whara aurface water t*ap*ratur*s of tha Intartldal proaobranch, TRAIS vera above 0 C but aean aonthly teaperaturae IAHELLOSA, vaa directly related to did not axcaad 22 c. In Rev.'oundland aavaral teaperatura with tha rat* of aal*a balnq qenaratloaa vara produced each year aad higher than expected froa tha water feaalea had aora than one brood. Pacandlty teaperatura at the beginning and end of did not vary seasonally. Popalatlca raachad aggregation. (BP) a peak In lata aaaaer. In Labrador only one qenaratlon aas produced each year. Toung vara raleaaad in tha spring, bat did not aatare antll aataaa. (ST) <772> Steele, n.R., and V.J. 3tael*, Th* Biology of GANMAROS (Crustacea, Aaphlpoda) In tha Northveatern Atlantic. v:i. Tha ouratlon of Babryonlc Development In Plva species at Various Taaparataraa. can. Joar. tool., SI, 995-999. 1973. (Memorial Oalvaralty of Rawfoandlaad, Department of Biology, St. John's, Newfoundland, Canada) The duration of eabryonlc development in five species of GANHAROS decreased vith Increasing taaperatura froa -1.5 to 15 C. There vaa little or no accliaation to taaparatara. Taaparatura affect oa duration mas greater at lower taaparaturas thaa at higher. Development rates were closely related to tha reproductive cyclea and dlatrlbatlcn of tho varloaa species. Variation la development almo correlated with tha alia of th* egg, being of greater duration In larger agga. (ST) 12U <871> <779> Clones fron oceanic Isolates of DISSODIRIOH Sturtevant, P.P., A search tor clrcadian and LUNULA grev at teaperatnres froa 17 to 28 C. Ultradlan Rhythms In arovth Rates of KLEBSIELLA The optlauB for grovth vas near 25 C. (HP) AER0GEHPS. Unatoxical Record, 172, 010. 1972. (University of Arkansas Hedical center, Departnent of Anatony, Little Rock, Arkansas) In studies of the bacteria, KLEBSIELLA AEROGEVES, in the absence of snail teaperature changes, grovth rate revealed no oscillations. It vns concluded that those data In the literature that suggest circadian variation for bacteria vere the resalt of tenperatare variation. (HP) 112 <780> <780> <78B> Byl vaster, J.R., Poirnlbla Effects of Theraal Takata. A., and it. llirosa, on tha Marine Alqa-i Effluents on rlnhi A Rev low. Environ. Pollut., of Tahlaa Islands and their nalghbourlng Waters. 3, 205-2H. 1977. (University of Washington, Boll. Jap, Soc, Phycol., 19(3), 107-115. 1971. Collage of Fisheries, Seattle, WA) (dot qlvan) over a apeclM-apaclfia taaperatara range, (t has haen aaggeatad that nmortlTCin Increasing taapantoraa lncr««aad eotabolic SIMPLEX gtova on tha coaat of tha Ishlaa ratan and other activity of flah. Saviatlona Island whore surface vatar teaparature van froa optlaaa taaparatara could cauaad a >10 c all year round. it's habitat via caaaatlon of apawnlng behavior or an incraafl* believed to depend on tha air taaparatara of abnoraal frr. Tha fl.i«l laral of becaaae the alqa grown a little below tha traperatura accllaatlon wan a function of upper littoral zone. Thin speculation vaa speclea, (ilr«, condition, and paat andotaad by the fact the alqa grovs in the •nvlronaent. Moat flnh coold accltaata boundary line of th* area what* tha dally air faatir to higher taapatataraa than to lonor teeparatwre of <5 C continued tor <60 day*. teaparataraa, Fluctuating taaparataraa (BP) Increased thacaal r*alatanc* In aoaa species. Taaperatare prefernncea In fiah aara a function of accllaatlon taaparatara and of <7B9> the apaclea-apeclflo optlaaa taaparatara. Taa'Taakln, Tu.*., Distribution of Javnnlle Cad with Increasing teaperaturea, tozlcitlen of OAODS n OR HO A HOMOS I., Salth* POLLACHXOS VIRtWS n« sebstancen Increased and rasiBtaix'e 1. and Haddock REtABOCRABntJS AEGLEFIR03 L. aadar to dlaaasa vaa lovarad. (fipj Tcaperatare Gradient condltlona. Vopr. Ikhtlol. (USSR), 12(8), 1100-1113. 1972. (Acudaay of sciences, Huraansk nirinu Biology Inatltute, <7B5> Kola Branch, Dal'nza Zalantay, BSSB) Sylvester, J.R., II note on tha Upper lethal feaperatnre of Juvenile MAEHOLOR TLAVOLHEATtlll In aeasonal tsaparatara gradient laboratory froa the Virgin islands. Joar. Pish Biol., 5, atadlaa, cod flngerllngs preferred tha lovast 30*1-307. 1973. (Lagoon risking Canter, teaperatureo year roand, pollack flngarllngn Oepartaant ot Conaarvatlon and Caltaral Affairs, and yearlings preferred the highest Batata Frydenhol, St. Thoaaa, virgin lalanda) teaperatarea and haddock yearling* in October aad Rovaahar occupied an lntaraadlata javanlle French qranta, RAEMOLOR position vlth respect to taaperatare. Tvo PLAVOLIWEATOH, accllaatlzad to 27 C ahovad a year old pollack In January and February aedlan critical tharaal aaxlaaa (CTHI of 36 C preferred th* coldest teeperatare zone. and a 100« CTB at 37.5 to 3B c. Fifty per Haddock vaa the aont atanotheralc apeclas. cent of the fish tranafarred abruptly to 3* Tha preferred Maperataraa ot each spaclea and 37 C vara affected in * alnatea and 2 hr, changed folloving aeaaonal changes ot the respectively. Tha data aaggestad that flab aablant taaperatura. Lowest teaparatures vara withstood gradaal increases In teaperatare prafarrad in winter and hlgheat In aoaa*r. better than abrupt changes. (ST) Taaparatarea preferred by cod and pollack depended on ag*. (ST) <786 > Sylvester, J.R., effect of Light on <790> Vulnerability of flaat-straasad Sockaya Salaon to Tangen, K., PAPPOSPHAERA LEP1DA, Gen. Rov., R. predatlon by Coho Salaon. Trana. knar. Fish L'p., A B*w Marine Coccolithophorid froa 3oc., 102(11, 139-102. 1973. (Batlonal Barlne tforuaglan Coastal asters. Rorwaglan Joar. Fisheries Service, north Pacific Fisheries Botany, 19, 171-17S. 1972. (Oniveralty of oalo, Research Canter, 2725 Montlaka Boulevard Bast, Inatltnte of Marina Biology, Suction B, Seattle, WA) Bllndern, oalo 3, Borvay) Rperlaents suggested that haat-atraaaed A coccolltbophorld, PAPP0SPBAFRA LIPI0A, sockeya aalaon, oncoPNynCBBS RERKA -jndvr occurred at teaparataraa troa 6.5 to 20.5 C. natural conditions will have Increased Th* observation indicated th* species aay be vulnerability to coho aalaon, OBCOBBinCBOS ateaopolyhallne and earythara. (RP) KISOTCH, at night as veil as darinq the day. The coho aalaon predatara aeaaad to ba aided by tha erratic aviaainq of the heat-stresaed <7gi> sockeya aalaoa in locating their pray at Tanuay, M.R., Isolation of Tharaophlllc Fangi night. (BP) froa Alllqator Keating Material. Mycologla, 65(3), 590-601. 1973. (Indiana Oniversity, oepsrtasat of Plant sciences. Blooalngton, IV) <787> Tallaa, K.» T. Ezara, and B. Sakal, Variation in Five theraophlllc (spaclaa that grow at 50 C) tha Bacterial Flora la Chill Stored Sea Water. aad tvo tharaotoleraat (apaelea that grow at Boll. Fac. Flab., Bokkaldo Onlv. (Jap.) 22(1), both 50 and 20 C| spaclea or varieties of 80-90. 1971. (Bokkatdo Onlveralty, Faculty of fongl vara laolatad froa alllqator aastlag Piahery, Laboratory of nlcroblology, Hakodate, astarial. Beat required tor growth ot tk**e Japan) funql waa prasuaably provided by alcroblal aetaboilsa. Thla stady indicated that RICBOCOCCDS appeared aore freqaantly In habitats saltabla for the early origin aad chilled seavater in saaaar while avoletioaary survival of tharaophlllc fangl ACHROMOBACTER vas doaiaant In alntar vatar. have aviated for geologically long petloda of This response vas alalia! to field tlae. (ST) condltlona. (BP) 113 <058> <792> <796> TunTi «.*., Effect ot T*ap*tatui* on arovth Tawada, *., and H. HIyawoto. Sensitivity of Rate nnd D*v*lop**nt of tH* Th«rnophlllc fungus PIRABECinn Thymotaxin to T*ap*ratur* Chang*. CHAETOMOH THEBBOPHILH. Hycologla, 85(6), JGur. Protoiool,, 20(2), 289-292. 1973. (Osaka 1290-1299. 1972. (Indiana Onlv*rsity, University, faculty of Engineering Selene*, Departa*nt of Plant Solenc**, Blaonlngton, TB) Dapartnent of Biophysical Engineering, Toyonakn, Osaka, Japan) arovth rntos and aorphog*n*tlc captcltiaa of itTinl atrnlna and tvo varlotlaa of tha PABAHBCIA accuaulated at 25 to 28 C when thermophilic fungus. CHAETOHIOH TBENROPHILE, placed in a teaperatura gradient. Since the •ilntalnad at 5 centigrade d*qm* lntarvnla critical teaperatur* gradient was Unaarly between 25 and C. differed considerably at proportional to th* Invars* of th* swiaalng eioh tanperatnre. After a lag phaoe, growth velocity, Jt was concluded that PARAHECIOH rata, aaaawrad by lncraana in colony CABSATQN d*t*ct*d teaperatur* change* by diaaatar, occurred at a constant rata. loconotlon and thus exhibited theraotnxls, Optlana taaparatnra for growth raagad froa provided the rata of ehang* was greater than •6.8 to 51.5 c. Tha range of tanparatare 0.055 centigrade degrees/second. TH* suitable for aewnal reproduction vas asall (winning velocity janp wns observed vhen the and vis such lass than that for vegetative clllatea war* subjected to a stepwise grovth and piqaentation. After incubation for t*np*rature change toward an optlnua vith n ona weak at 60 c. all strains ot variety rat* greater than 0.05 cantlgrad* DZSSITOR had produced byphal eitanaiona and dfgr**s/s*cond. The junp vns not observed, variety COPROPHILB had grovn vigorously. (ST) tiov*v*r, vhen th*y war* sutij*ot*d to a change tovard an anpraferred tenperatar* with th* sin rate. (HP) <793> Tanaay, H.B., and T.D. Brock, DACTTLARXA OALLOFAVA, a Causa of Avian Bacaphalitla, in Hot <797> Spring Bfriuents, Tharsal Soils and self-Baatad Teapleton, B.L.. and R.J. Olson, Predlcltlv* Coal Bast* Pilaw. Haters (O.B.), 2*2(5J9B), Rodels ot Hortallty of Young Pish In a Theraal 202-203. 1973. (Indiana University, oapartaant Plun*. CONP-710501-P2; Part of Proc. of th* 3rd cf Plant sclancas, Blooalngton, l»i nnlveralty Rational Syap..on Radloacology, held at Oak of Wisconsin, Bepartnant cU Bacteriology, Ridge Tennessee, Bay 10, Vol. 2, (p. 9*5-999) Hadlaon, Wisconsin) 126Bp.. 1971. (Pacific Horthvest Laboratories, Battalia Heaorial Institute, Ecosysteas and The fungus, DACTTLARIA SALLOPAVAi n cause of Applied Hathenatlcs Departaents, Richland, VA) avtan encephalitis grev la affluents ot acid hot springs as vxll as tharsal soils and Laboratory data on tb* tberaal resistance of selt-heated coal vast* piles, arovth in pure fish together vlth data collected In the culture occurred nt both 20 nnd 50 C although aixing tone below tha discharge point of a grovth vas slight at 50 C. Rapid grovth Hanford renctor have been developed into a occurred at 37 c. (BP) nodal of th* potential hazards to dovnstreas nigrntory flnh. Th* nodal not only predicts the aortallty to juvenile salnon under <79*> conditions of fluctuntlng tenperatures such Tansey, H.R., and T.D. Brock, lb* Upper as those that occur at nuclenr power plnnt Tenperature Halt for Bukaryotlc Organises. outlets, but also behavioral stress. The Proc. Wat. Acad. Sci., 69(9), 2*26-2*28. 1972. latter can be significant at tenperature (Indlnna University, Departnent of Plant reglnea near to 10* of that reguired to kill Sciences, Blooalngton, IB) fish. The aodel defines the critical voluaea for these tvo factors as a function of A aystnatlc search for funqi in gootheraal discharge and river flov and can therefore be soils and laboratory studies shoved that used In the initial planning stages of •ukaryotlc organises vvre unable to grow at discharge structures in order to explore t*ap*ratur*s nbove 15.5 to 17 c. Tbe alternntlv* engineering designs, (HP) Inability of eukaryotas to gro* at high teaperatures nay rasld* in thalr Inability to fors organellar ne*bran*s that ar* both <79R> tbarsostable and functional. (ST) Teapietoo, W.L., Dt.srlption and Distribution of Hew Specimens of th* Pish LIP0GENYS GILII fro* th* Western North Atlantic. Jour. Pish Res. Bd. <795> Can., 30, 1559-1569. 1973. (nenorlal Oniversity Tatarko, R.I., sensitivity ot the Pond Carp to of Havfoundlnnd, Queen's college, St. John's High T*np*ratnr* In tb* Early stages of Davfoundland, Canada; fisheries Research Bo*ird Postenbryonlc Developaent. Bydroblologlcal of Canada, Biological station, Departaent of the dour. (OSSR), 6(2), 85-88. 1910. (Bot given) Envlroaent, St. John's Newfoundland, Canada) pond carp in th* early stages of Between 1957 and 1970 nine speclsens of the postenbryonlc d*v*lop**nt ar* vary resistant rare fish, LIPOGENYS GILLI, vere taken along to 36 C but are sansitlva to 38 C. Th* the continental slop* off Nova Scotia to the sensitivity of the carp to high teaprntures southvestern Grand Bank at depths of 900 to declines with age. (RP) 800 a and tenperatures of 3.78 to H.B9 c. The only previously knovn specinen vas taken off the coant of Haryland at a depth of 1582 s and a teaperature of 3.28 c. (ST) no <791 > <799% <803 > Terenbnnkov, 1.1., change of Teeth In Pike ESOJt Thorhaug, A.L., and S.D. Bach, The Bffect of LUCIUS L.. Vopi. Ikhtlol. (USSR), 12(5), Various Teaperature Gradients on the Flux of 942-906. 1972. (state Research Institute, Lake Rater through VALONIA Meabrane Systen. Jour. River Pish Ind., Leningrad, USSR) Phycol., 9, 20. 1973. (University of Hiaai, Hlaai, PL) The changing in teeth of pike, ESOX LUCIUS, vas dependent on food availability and vater A tvo year study at 16 stations in card Sound tesperature. (nP) has revealed no significant changes in the narnal seasonal pattern of productivity as a result of theraal effluents fron the Turkey <800> Paint Power Plant, standing crops of four Thirlot, A., Influence of Tenperature on aa1oc calcarlous nncro-algae (PENICILLUS, population Characteristics of Cladocerans of the RALIHEDA, UNDOTEA, and RHIPOCEPHALUS) vere Gonus EVADRE in the Gulf of Lion (Kegtern not changed except by deposition of suspended mediterranean). Part of Battaglia, B. (Ed.), natter. Standing crops of other green algae 5th European Marine Biol Syap., held in padova, vere siuilarly unaffected. The distribution plccin Mltore (p. 197- 206). 1972. (Centrnl of the red algal aacrophytes vas affected by oceanoloqy Bretaqne, BP 317, 29 It Brest, Prance) the increased flov rate due to the effluent canal. (HP) Correlations vere nhovn betveen sensonal succession of 3 species of cladocerans, EVADRE spp. and their geographic distribution <800> In the Gulf of Lion, Mediterranean, betveen Thorpe, S.A., The Effects of Tenperature on the size and breeding pover ot the different Psychophysical and Electroretlnographic Spectral parthenogenetlc generations and vater varnlng Sensitivity of the Chroaatlcally-Adapted or vater cooling, and betveen vertical Goldfish. Vision Res., 13, 59. 1972. (Brovn distribution and thernal stratification. (RP) University, Departnent of Psychology, Providence, RI) <80S> <810 > Thorslund, A.B., Theraopover Effluents foe Fish Tiabol, A.S., Trophic Ecology and Racrofauna of Culture In Poland. fatten, 28(1) , 36-39. 1972. Kahana Estuary, Odh,i, Ph.D. Thesis, Oniversity ('AZ, Via della Tens <3i Caracalla, Departaent of Hawaii, 213 p.. 1972, Dissertation Abs., 31, of Fisher, 00100 none, Italy) 265-B (1973). (Oniversity of Hawaii, Honolulu, Hawaii) Fish growth la retarded in central Europe coapared vlth areas of warmer cllaates. Foar Kahana Estuary on the windward Qahu coast of species of fish cultured in ponds receiving Hawaii is the tidal ara of the Kahana-Kava theraal effluents froi pover stations shoved stroaa systoa vith surface temperatures increased growth rate and beneficial effects mostly froa 22 to 2U C. There vere 35 on spavning vere observed. Water consumer species represented aostly by young teaperatuce, oxygen saturation and alneral and juvenile fish and crustaceans. Ho content of the effluent vere aonitcred. This significant seasonal changes in diet wece aethod of heating vas found to be found. Detailed quantitative analyses of econoalcally feasible. Wo differences in 1,*56 speciaens (6 crustacean and 11 fish developaent of parasites and diseases vere species) shoved that feeding vas based on found betveen heated and unheated ponds. (ST) ecologlc rather than taxonoalc associations. (HP) <808> Tillaan, D.L., and J.B. Barnes, The Beproductive <812> Biology of the leech HE10BDELLA STAGHALIS (1.) Tlaoshlna, L.A., Eabryonic Development of the . in Utah lake, Otah. Freshwater Biol., 3, Rainbow Trout (SALHO GAIRDHERI IRIDE0S (Gisb.n; 137-1 US. 1973. (Brlghaa Toung University. at Blfferent Teaperatures. Jour. Icfchyology Department of Zoology, Provo, <821> <82»> Ulbrlcht, R.J., the Influence of Teaperature Uininger, B.L., Denth induced by injection Accliaation upon the Metabolic Rate of the Stress in Cold-Accllaated Goldfish, CARASSXUH Purple Sea Urchin, STROHGTLOCEHTBOSUS AURATUS. Coap. Uiochen. Physiol., «5A, 883-887. PURPURATUS5 Alternate Interpretations. Conp. 1973. (Oniversity of Cincinnati, Dapartmeni of Biochen. Physiol., 05, 687-681. 1973. (oregon Biological Sciences, Cincinnati, olio) State University, Department of Zoology, corvallls, OR; Harlne science Center, Newport, The stressful effects of injection procedures OR) becoae progressively aore pronounced in goldfish as the accliaation tenperature vas 010 values of the purple sea urchin, lovered and, at tenperatures near freezing, STRONGYLOCEHTHOTUS PURPORAIUS, acclimated at injection stress vas so severe as to cause 9 C vere lover betveen 6 and 12 C than those death. Goldfish responded to injections of of urchins acclinated at 18 C. Conversely, either saline or prolactin vith n 010 values of 18 c acclinated urchins vere hyperglyceaia and a decline in serun sodium lover betveen 12 and 21 C than for the 9 C and chloride concentrations. Ho deaths vere observed in uninfected fish at 20 or 1 C or acclimated fora. Gut veight of 1 cold-acclinated urchins vas 0.37 g (1».H of in injected fish at 20 c. At 1 C, hovever, total ash free dry wt.) compared to 0.26 g eight of eighteen injected fish died with 10 (11.1* of total ash free dry vt) of days and the survivors vere in poor physical varm-acclimated forms. The gut mean veight condition. (BP) difference may reflect greater metabolic ii demands for maintenance level activity for varm-acclimated forms. (RP) <825* > Unmlnger, B.I,., Physiological Stadias on supercooled Kllllfish (PUNDULUS HETEROCLITOS) <822> IV. Carbohydrate Hetabollsn in . Olbricht, H.J., Effect of Tenperature Hypophysectoalzed Rilllfish at Sabzero Accliaation nn the Metabolic Rate of Sea Tenperatares. Jonr. Exp. Zool.,181(2), Urchins. Marine Biol. (». Ger.), 19, 273-277. 217-222. 1972. (Bniversity of Cincinnati,' 1973. (Oregon State University, Departaent of Departnent of Biological Sciences, Cincinnati, Zoology, Corvallis, OS; Harine Science Center, OH) , J ' ,'• Newport, OR) Intact PBNDDLOS HETEROCLITUS, acclimated to Oxygen consunption neasurenents of three 1.5 C in sea vater, shoved Increased levels species of sea urchins vere uade over a of serua glucose, decreased levels of hepatic . tenperature range of 6 to 29 c after glycogen and unchanged levels of seraa acclimation at 9 and 18 c. oxygen non-glucose free carbohydrates and nuscle consuaption increased with increasing glycogen vhen coapared vlth controls at 20 C. tenperature in all cases. Metabolic In hypophysectonized kllllfish, acclimation rate-temperature curves (R-T curves) far to subzero tenperatures vas acconpanied by. STRONGYLOCENTROTUS PURPORATOS, an lntertidal , hyperglycemia, increased concentrations of species, generally Indicated no compensation auscle glycogen and increased levels of serum after accliaation. Sone inverse coapensation •' non-glucose free carbohydrates. Hepatic vas suggested at intermediate temperatures. glycogen concentration, as ng/g of liver vas R-rr curves for STROHGYLOCENTROTUS unchanged in cold-acclinated FRANCISCAN US, a species of intermediate hypophysectoalzed fish, bnt liver size vertical distribution, indicated inverse increased so that total hepatic glycogen coapensation vith significant levels at the (xg/g of fish) vas markedly elevated. The 12 and IS c temperatures. Bates vere higher pituitary gland;,vas not involved in eliciting for the varm-acclimated urchins at all test the cold-induced hyperglycemia but vas tenperatures. Rates of cold-acclimated Important in regulating other aspects of ALLOCENTROTOS PRAGILI5, a species from the carbohydrate metabolism. (Auth) continental shelf and slope, vere higher than those of varm-acclimated foras, thus there vas generally no coapensation except perhaps <826> at the upper end of the test tenperature Umminger, B.L., and R.D. Bair, Role of Islet range. In S. PURPURATOS and A. FRAGISIS, Tissue in the cold-Induced Hyperglyceaia of the tenperature coefficients vere generally lover Kllliflsh, FUNDULUS HKTEROCLITOS. Jour. EXp. for cold-acclinated urchins at lower test Zool., 183, 65-70. 1973. (University of tenperatures and lower for warm-acclimated Cincinnati, Departaent of Biological Sciences, forms at upper test temperatures. (ST) Cincinnati, OH) Islet tissue histology and serun glucose <828> <832> Vacelet, E., The Ecology of the Sulfate-Reducing Van Handel, E., Teaperature Dependence of Bacteria in a Harlne Environaent nnd In an J Caloric Expenditure and Mortality in the Bnvironnent of Variable Salinity. Tethys, 3(1), starving Mosquito, conp. Biochen. Physiol., 44, 3-10. ,1971. (Stn. Har. Endoune, 1321-1323. 1973. (Florida Division of Health, 13-Harsellle-01, France) Entonologlcal Research Center, P.O. Box 520, Vero Beach, Fl) Sulfate-rciluclng bacteria vere studied In ' littoral sea vater and rockpools. Highly In starving nosqultos fron eaergence at 10, significant dependence of the bacteria on 15, 20, 25, and 30 c, the logarithu of the tenpernture vas shovn. (HP) tine in vhich 50 per cent had died and in vhich 50 per cent of the calories vere used vas proportional to the reciprocal absolute <829> tenperature (Arrhenlus relations). (Auth) Valkounova, J., Reservoir Parasitise in Cestodes of the Faally HYMENOLEPIDIDAB (Ariola, 1899) parasitic In Donestic and Wild Ducks. Vestn. <833> Cesk. Spol. Zool., 37(1), 71-75. 1973. Van Reukelea, N.F., Grovth and Life-Span of (Czechoslovakia Acadnny of Sciences, Institute OCTCCtlS CTARIA (Molluscs: Cephalopoda). Jour. of Parasitology, Prague, Czechoslovakia) Zool. (G.B.), 1^9, 299-315. 1973. (Oniversity of Havail, Hawaii Institute of Harine Biology, The cestodes of the fanily Rynenolepldldae, Honolulu, Hawaii) that is parasitic to doaestic and vild ducks, can survive In dead interaediate hosts ' Prellainary data indicated that there is a (crustaceans) at 9 c for 20-29 hr'ln tap doubling of food intake vith a 10 centigrade vater, and 11 hr in fish pond vater, at 18 to degree tenperatare rise in the octopus, 20 c for 10-12 hr in tap vater, 6-7 hr in OCTOPOS CTAHEA. There vas a decrease in egg fish pond vater. (HP) hatching tine with an increase in tetperature. At 25.4 C eggs began hatching after 28 days. (ST) <830> Van Auken, O.N., and I.B. HcNulty, The Effect of Environnental Factors on the Grovth i»f a <834> Halophylic species of Algae. Biol. Bull., Van Byiiing, J.M., Factors Affecting the 145(1), 210-222. 1973. (Southwest Research Abundance of Fall Chinook Salaon in the Coluabia Institute, Departnent of Physical and Biological River. ,3es. Rep. Fish Coan. Oregon, 4(1), 2-87. Sciences, San Antonio, T!C; Oniversity of Dtnh, 1973. (fish Coaaission of oregon, 307 state Departaent of Biology, Salt lake City, 0T) Office Building, Portland, OR) Haziaua grovth of a halophylic species of Seavater tenperature and ocean troll fishing algae, DOHALIELLA sp., isolated frca Great effort vere significant in deternlning the Salt lake, Otah, took place at 32 C vith a papulation of Coluabla Biver fall chinook doubling tiae of 23.8 hr. At 5 c the salnon (ONCORBIHCHOS TSHAWITSCHA) previous to doubling tiae vas 550 hr and the cells the 1938 to 1946 decline. For post-decline appeared noraal and active. At 40 c the years troll effort had the nost influence on doubling tine vas 415 hr and the cells becaae total ceturns vith ocean tenperatare having distorted and abnornally large. Onder lesser effects. A significant negative optinal conditions of tenpernture, RaCl correlation vas foend betveen seavater concentration, CO2 concentration, light teaperature during the first year at sea and intensity, pH, and K/No ratio the doubling subseguent survival. Teaperature up to 1968 ' tine vas reduced to 10 hr. (ST) at the tiae of upstreaa algration had not increassd enough to be a serious aortality factor. (HP) 119 <835> <835> <839> Voorannan, K.M., Respiratory Metabolism ot Crabs Verzar, P., Age-Dependent Dlffecancet In Thermal trot Marino ana Estaarine Habitats. I. SCYLIA Denaturatlon of Rucleoprotolns In situ In the SERRATA. Marine Dial. (W. Ger.), 17(4), Herve Cells of the Blvalvo fl I Tit, 05 280-290. 1972. (University of Madras, Zoology OALIOPROVIRCIALIS (Molluuca) as Revealod by Research Laboratory, Madras, India) Electron Microscopy. Hoch. Ageing Dev., 1(3), 199-211. 1972. (Institute of F.xp. Gerontol., Respiratory setabollsa of the crab, SCTLM Basel, Svltzerland) SERRATA, accllaatod to 27 end 35 C vas teasured under vater and In air over a test verve cell nuclei of young and old claas, range of 16-38 C. Snail crabs did not nurvive MYTIL0S GALL0PR0VIHCIALL1S, shoved an the higher acclimation teapnraturo. Aquatic age-dependent ultrnstructure difference after •etabollc rates of cold-accliaated crabs vere thermal donaturatlon In sea vater. A fine higher than vara-accllmated onus. Aerial filamentous network appeared,In the nuclei at respiration rate vas < 1/10 the aguatlc rate 55 c In the youngest group, whereas the same for all sizes. Response to accliaation vas phenoaenon vas observod In the oldest group opposite In air to that In vater. (CCC) only at 70 c. (HP) <836> <800* Verghese, P.O., Effect1 of Pituitary Hormone Vincent, H., Effect of Teaperatura on > Injection on the Carp CIRRRIRA REBA (Baa.) In Restoration of Calciua level in the c'arapacn Relation to Bay-length and Teaperature. Indian poiioving Ecdysis in ECHIWOGAHHAROS BEHILLOMI. Jour. Zoo., 10, 155-160. 1972. (Central Inland Com forison vith GAHHAR0S PULEX. C.R. Seances Fisheries Besearch Institute, Barrackpore, India) Sec. Biol. PH., 166(0-5), 668-670. 1«72. (Faculty of Science I.Imogen, Laboratory of Successful spavning, fertilization and Biology Aniaal, Limoges, France) ^ hatching of the Indian carp, CIRRH1RA REBA, vare achieved vhen vater teaperature vas 29 C The tlaa required for restoration of the at the tiae of injection vlth fish pituitary noraal level of Ca in the carapace of extract and the teaperature vas reduced (to ECHIKOGAMMAROS BERILLORI, following ecdysis about 25 C) towards spavning tiae. (HP) was 1 to 2 days at 15 C and 0 to 5 days at 0 c. An lncroase in slninua value of ca content of the vater vas required for rapid Distinct differences betveen the metabolic teaperature response of 5 geographically <801 * separated populations of the hermit crab, Vollaann-Schlpper, P., Rev Experiences vlth PAGORBS LORGICARPOS, vere observed. In phytophagous Fishes. Allg. Flscheroiztg., general the aore northern populations vere 96(11), 080. 1971, Aquatic Sci. Fish Abs., 2, better adapted to lov teaperatures. Hovever, Aq 10920F a simple correlation between aetabolisa teaperature responses and cliaatic adaption The phytophagous fish newly Introduced Into vas not noted. Interspecific coaparlsonp West Germany, vhlte amur, qrass carp, demonstrate that temperate zone species and silverfish, silver carp and marble carp oceanic animals exposed to vide thermal thrive at vater temperatures of 8 to 12 C. variation exhibit a greater degree of They vere strongly recommended for lability In metabolic response to tenperature aquaculture. (HP) than stenothermal organisms either from the tropics or cold vaters. (HP) <802> Voss, G.L., The Pelagic Mid-Water Fauna of the <838> Eastern Tropical Atlantic with Special Befecence Vernberg, W.B., and J. 0'Hara, to the Gulf of Guinea. Part of Proc. of the Temperature-Salinity Stress and Mercury Bptake Symp. on the Oceanoqraphy and Fisheries In the Fiddler crab, OCA POGIIATOR. Jour. Fish Resources of the Tropical Atlantic, held In Pes. Bd. Can., 29, 1091-1090. 1972. (University Abidjan, Ivory Coast, October 20-26, 1966, (p. of south Carolina, Belle v. Baruch Coastal 91-99). 1969, OHESCO; FAOj OAO. (University of Research Institute, Coluabia, SC) Hlaal, Institute of Marine Science, Hlaal, FL) Optake of 203Rg vas deteralned In gill and The results of hauls taken betveen Cape hepatopancreas tissue froa fiddler crabs (OCA talmas and Annobon in the Gulf ot Guinea vere POGILATOR) aalntalned under six tabulated to shov the dominant orqanlsms temperature-salinity reglaes. Although the according to their tenperature aud depth. The total aercury vas relatively constant under mid-water fauna of the gulf of Guinea vas all experimental conditions, the percent of exceptionally rich both in species and mercury in each of the tissues vas markedly numbers of individuals. This vas due to the different. At higher teaperatures the crabs strong npvelllng found along the eastern side seen able to transport nercury fron gill of the Gulf and the resultant sharp shift tissue to the hepatopancreas aore effectively upwards of the isotherms. (HP) than at lover temperatures. This could be a factor In the toxicity of mercury to fiddler crabs at lov temperature. (A0TH) no <051> <855> Veins, R.I., Survival ot Daa tap la In Extra** Whltaor*, D.B., and E. ooldbsrg, front Enviconaents. Ph.D. Thesis, Indiana Onlvaralt.y, Intestinal Alkalin* phoaphataaea 1. Soae 235 p.. 1972, Dissertation tba., 33, Physlcal-chaalcal Characteristics. Joar. Exp. 4417-B, (1973) . (Indiana Unlvaralty, Zool., 182(1), 47-56. 1972. (Rorthw*st*rn Blooalnqton, IB) Onlvaralty, Departaant of Biological Scl*nc*a, Bvanaton, It) SDLP010B03 ACIDOCALBARIUS, a sulfor oxidizing baotarlna, «ao obtained froa aaveral arena of Blaotrophoratlo coaparlaon of various trout tha world existing at teaperaturea froa 60 to lnteatlnal alkaline phoaphataaaa revealed 94 C and at pn Tallies froa 1.6 to 3. Tha fear Bajor zones of anzyaatic activity. In taaperatnre optlaua for growth waa 70 to 75 c all tront axaainad zones 1, 2, and 3 wore and tha pn optlana for CI* glutaaate uptake alvays present, zona 4 waa found only in van froa 2 to 4. In addition to SOIPOLOBOS wild brook trout and Solly warden trout, and two qronpa of rod ahaped bacteria have bean varied vlth the seaaon. Quantative obaerred in acid springs at t**p*ratnr*s ap differences In the zona* exlated between wild to 73 C. (ST) brook trout, hatchery brook troat, and hatohery lake and nplaka trout. Relative activity and total product foraed for each <852> aabatrata teatad was higher at 30 C than at Walandar, A.D., Effects of Irradiation and 15 c for zona 3. Differential teaperatare Teaparatare on Toung salaonlda. Raa. flah. affacta war* daaoaatrated for zona 2 Coll. rlsh. Onlv. Wash., 1971(355), 36-37. 1972. enzyaatlc activity with certain aubatratea. (Oniveralty of Waahlngton, fishery Baaaarch (ST) Inatltata, Seattle, WA) Singla coaparatlvaly low doaaa of lonltlng <059> <866> <871> Thernal tolerances for 5 species of ACHABA Larvan of the alderfly, SIALIS AEQUALIS, In llnpets, while lanernnd In seavater vere an acid nlno streaa attained their greatest 30-35 C for A. PELT*, 35-36 C tor A. SCOTOH, grovth rate fron Jane to July vhen vater 37-38 C for A. PERSONA, 38-39 C for ft. tenporataro vas the highest recorded (26.1 DIGITALIS, and 00-01 C for A. SCABSA. C). Grovth vas retarded during the vinter Thernal tolerances deternined under slnulated vhen vater teaperatures ranged fron 5.3 to natural conditions vere about 5 centigrade 7.7 C. Popatlon period vas nine days at a degrees higher for nost specios. On Bodeqa constant tenperature ot 22 C and 20 days at Head, California, tenperatures never dropped aabient soil teaperatures ranging froa 13 to belov freozlnq or exceeded the theraal 20 C. Baergence occurred at 22 c. (ST) tolerance of any species. Interspecific differences In tolerance to high tenperatare COMMENT: Part of a M.A. Thesis, Marshall vere clearly correlated vith solar heating University (1971) occurring in the species* natural •ir.Tohabltats. Theraal tolerances shoved no pronoanced seasonal accllaatlon or <876> lntraspeciflc variation in liapets froa Bright, J.C,, and R.A. Soltero, Linnology of different zones. It vas concludod that high rellovtall Reservoir and the Bighorn River. taaperntures did not Halt distribution, bat 6PA-R3-71-002; 106 p.. 1971. (Montana State contributed to desslcntion and that in Oniversity, Bozeaan, HT; Eastern Vashington qeneral range Halts of aninal populations State Colleqe, Cheney, HA) are not Halted by physical factors. (ST) The effect of inpoundnent and deep vater vithdraval on tenperatare In Bighorn Lnke, <872> Hontnna, vas to displace aaxiaua and ainlsaa Boipe Clarke, and A. Hoinbruch, effluent teaperatures tvo to four nonths positional signalling Along RIOPA. nature, (Rev behind the influent teaperatures and to Biol.) (G.B.), 239(91), 101-105. 1972. Increase the ainlnu* teaperatures above those (Hiddlesex Hospital and Hedical School, of the Influents. Tenperatures of the Departnent of Biology as Applied to Hedicine, influent streans vere at or near freezing London BL, OK) through nost of Decenber, January, and Pebraarr. Proa tho latter part ot February The diffusion coefficient vas only slightly there vas a rise in teaperatare until aaxiaal increased vith an lncrense In teaperature teaperatures vere attained in July anil froa 18 to 28 C ot the inhibition of oue August. Effluent vater teaperature never hydra head on others forning. (BP) reached freezing. Hinlnun teaperatures appeared in Harch and April folloved by a aaxiaua In septeaber. Bithin the reservoir <873> seasonal change vas greatly reduced. There von, B.D., and H. Boss, Persistence of virus and vas theraal stratification all three years of Bacteria In Seavater. Proc. Aaer. Soc. civil the study, surface vater tenperatures vere Bngr., Jour, Environ. Eng. Dir., 99, 205-211, greater than 20 C in late Jaly and August. 1973. (University of California, School of An ice cover vas acguired for 60 days during Public Health, Besearch Association, Naval one vinter. The spring varning process vas Bionedical Research Laboratory, Oakland, CA) rapid and began in the upper end of the reservoir. The developaent of a distinct Inactlvation of a virus la seavater vas nore thernocline for any given year vas not rapid at 22 C than at 3 to 5 C. A cold detectable. The greatest rate of teaperature environnent appeared to be aore effective decline vlth depth vas In the stratus of than organic pollutants in enhancing the v&tar lmnedlately above and belov the pover persistence of the virus. (HP) penstock. Because of deep vater vithdraval, suaaer influent tenperatures vere consistently varaer than those of the 'affluent. Therefore, daring the sanner the <870> reservoir stored advected heat in addition to Won, W.D., and fl. Boss, Persistence ot Virus and heat absorbed torn solar radiation. Bacteria in seavater. Proc. Aner. Soc. Civil Phytoplankton volunes vere anxiaua In spring Bngr., Jour Environ. Eng. Dlv,, 99(EE3), and early suaaer and increased fron the daa 205-211. 1973. (Oniversity of California, to the upper end of the lake. this study vas School of Public Health, Haval Biomedical undertaken to deteraine vhether the usual Research Laboratory, Berkeley, CA) decline in produeltivity and fish production ot nevly lnpounded reservoirs vould occur in At 3 to 5 C the addition of lov Bighorn Lake. (ST) concentrations of organic substances, including fecos, enhanced the survival of ESCHERICHIA COLI in siaulated seavater; at 22 C these orqaid.cs becaae grovth proaoting, sustaining a 00 fold population Increase and enabling viability to persist for 18 veeks. The addition of orgnnlc substances did not enhance viral survival and rnte ot inactivation vas greater at 22 c than at 3 to 5 C. (ST) 356 <835> <835> <880> Rulff, B.l., and C.D. Hclntire, Laboratory Yaaaglshl, H., Rota on the Occurrence (Sic) of Studies of Assemblages of Attached Eatuarina Abnolaalltlea (Sic) in tha Bav-Born Guppiea Dlatoas. Hanoi. 8 Oceanog., 17 ( 2), 200- 214. POECILIA RETICOLATA Accllaated in Polluted Hot 1972. (Oregon State Onlveralty, Departaent of Spring Rater. Tool. Hag. Tokyo Zool. Soc. Botany, Corvallla, OR) (dap), 81(1), 56-58. 1972. (Shinahu University, Suva Hydroblology station, Faculty of Sciences, Primary productivity of dlatcas exposed to Ragano-ken, Japan) desiccation was greater under saaaar conditions than under corresponding vlnter The occurrence of total abnoraalltlea and conditions. The ratio of priaary double-headed aonstera froa newborn larvae prodoctivlty to chlorophyll-a vaa greater and aature eabryos froa guppiea, POECILIA during vinter than suaaer. A sudden RETICULATA, froa polluted hot spring water In unreasonable Increase In vater taaperature Kaalyaaada Sap, Japan, were 0.5 and 0.3*, decreased species diversity niu at 12,270 respectively. (HP) lux than at 1,030 or 4,710 lux. Vertical distribution vaa aore closely related to light Intensity and period of exposure to <879> In Septeaber and Deceaber the condition of Tager, 0., s. Buck, and i.A.' Duncan, Effects of feaale bluegills in the area receiving Teaperature on the Visually Evoked Tectal theraal effluent in Lake Hasvorthy, Vexas Potential and Brightness Perception in Goldfish. inked third and seventh, respectively, aaong Vision Res., 11(8), 849-860. 1971. (Brovn -,ven collecting areas. The standing crop of Hniverslty, Walter S. Ranter laboratory of -..uegill ranged fron 37.4 to 60.8 and of Psychology, Providence, RI) vhite crappie from 15.1 to 52.8 lb/acre. Production estiaates of blueglll and vhlte Implicit time of the first negative vave of crappie vere -5.37 and 5.52 lb/acre. (ST) the visually evoked tectal potential Increased vith decreasing teaperatures (30, 25, 20 C) in the goldfish. Psychophysical results vere discussed, in relation to the fact that teaperature produced significant changes in the characteristics of the visually evoked tectal potential. |ST) 126 <8B5> <885> <889> Too, S.J., and K.IT. Kla, A Biological Study on Tarkevich, O.N., seasonal variability ot Aba lone (HOTOCHALIOTIS) in Cheju Island. Bull. Internal Respiration in the Scorplonflsh »lsh Bes. Dev. Agency, Pusnn (Korea), 8, 67-78. (SCORPAERA PORCDS (L.)). Jour. Ichthyology 1971. (Fish. Besearch and Developaent Aqency, (DSSR), 11, 178-180. 1971. (Okialnlan Acadeay pusan, Korea) of sciences, Institute of the Biology of tho Southern Seas (InByuB), OSSR) Spawning of the abalones, ROTOCHALIOTIS GIGA urn and *. StEBOLDII was coap le ted when The rate of Internal respiration of the teaperatare was 16.6 to 19.7 C In Chela scorpion fish, SCOBPAERA PORCOS, was specific Island, Korea froa Hoveaber to Beceaber. (HP) In different periods of the annual cycle deaplta the saaa water teaparature. Adlustaent of the values of Internal <886> respiration obtained throughout the entire Young, J.S., A ,'iii-tne Kill In Hew Jersoy Coastal year to 20 C shoved clear differences froa Haters. Harlne Poll. Bull. (G.B), 1(5), 78. the actual quanlties obtained at 20 c (by the 1973. (national Marine Fisheries Service, Krogh Curve). (HP) Riddle Atlantic coastal Fisheries Center, Highlands, RJ) <890> A kill of lobsters around wrecks off the Raw Zagorodnly, R.V., and Te.R. Bablchev, The Effect Jersey coast seeaed not to be a direct resolt of Envlronaental Factors on the Distribution of of pollution but hawe been due to an influx Food Fish In the Shelf Zone of the Bay of of water causing reduced oxygen levels Benqal. Jour. Ichthyoloqy (OSSR), 12, 825-830. conblned with high teaperatures. nortalltles 1971. (Southern Basin Exploratory Flatting end of this kind hawe been observed before in the Research Fleet Board (Tugcyhproarazvedka), area bat it Is not known if this is an annual Kerch, OSSR) event or doe to abnornal clrcuastances. (RP) In suaaer fish density was greatest In the shallows of the Bay of Bengal where water <887> teaperatures were 10 to 32 C and did not fall Toung, R.B., Responses to Respiratory Stress in below 2« c In the near bottoa layers. During Relation to Blood Pigaent Affinity in GOHIOPSIS nutaan and winter cooling of the coastal and CROERTATA (Latreille) and (to a Lessor Extent) surface waters, fish slgratad to areas where in CARDISOMA GOAHHORI Latreille. Joar. Exp. the inversion layer extanded to the bottoa or Rar. Biol. Ecol., (Reth.l, 11, 91-102. 1973. where there vaa an underflow ot wara water (Dnlversity of St. Andrews, Gatty Harine ftoa aore soutborly areaj. (ST) Laboratory, St. Andrews, Fife, Scotland) Both crabs, GONIOPSIS CROERTATA and CABDISOHA <891> GOARRBRX, were aetabollc regulators at Zbarakh, T.I., OB the Biology of CBIROHORIOS envlronaental teaporatures. The critical BIRHINGI Gootgh. of Lake Bllll"Kul (River Talas oxygen tension as well as respiratory rata Basin). LlaBologlca (Gar.), 8(1), 101-102. rose with a rise In teaperature free 21 to 35 1471. (Kazakh State Oniversity, Departaent of C. It was suggested that there is a Hydrcblology, Alna-Ata, OSSR) definite, causal relationship between heaocyanln P50 and both critical and lethal Three to foar generations of the chironoald, oxygen tensions, at different teaperaturea CBIHOROHOS RBHRIRGI, occurred In Lake and that pigaent affinity plays a deterainlng Bllll-Kal, OSSB. The first eaergance vaa at role In the response to theraal and anoxic 10-16 c In April, the second at 20-22 C in respiratory strass. (ST| late Jane, tha third at 22-25 C in Augaat and in vara veathar, a fourth in Septenbar or Cctober. nidges varied In aire according to <893'> Zenqerle, M.R., Aqe, Growth and Condition of White Grapple, poMOXts Mm MARIS paflnesqne, In Lake Nanvorthy, Texas, a Reservoir flecoivlng a Healed Pf fluent. H.S. Thesis, Texas A6H University. 1972. (Texas »r.H Research Foundation, rollogo station, TX) White crappie, POHOX1S AHNOLARIS, were In poorer condition In winter and in uasuer In the hoeted area of take Masvorthy, Texas than in other parts of the reservoir. It was postulated that poor condition in winter v»s due to insufficient food supply because ot fish concentration. Poor condition in the sunner was thought to be due to the heat and tho shallow nature of the area. (MP) <89U> Zhlrnnnsky, A.v., Vortlcnl Distribution and Cellular Reat Resistance of Botton Aninals fron the possyet Bay (Japan Sea). Helgolander viss. Hecresuntera (Ger.), 2», 2U7-2S5. 1973. (Acndeny ot Sciences, Institute of Marine biology, far-Eastern Scientific center, Laboratory of Physiological Ecology, Vladivostok, USSR) Differences in the vertical distribution of botton invertebrates living in coastal waters were the result of species specific adaptation of their cells to environaental tenperatares. Differences in protein structure of different aninals vas considered to provide tho basis of this phenoaenon. (BP) <895> Zlllloux, B.J., and 3.G. Gonzalez, Egg Dornancy in a Morltic calanold Cope' od and Its Iaplications to Overwintering in Boreal Waters. Part of Battnglla, B. (Ed.) Fifth European Marine Biol. synp. held in, Padova, piccin Editere (p. 217-230). 1972. (onlvarslty of Hiaal, Rosenstiel School of Marine and Ataosphere science, Mlaai, FL) Laboratory and field studies have proven the existence of a teaperature-dependent doraancy In eggs of ACARTIA TOWSA. This phenoaena vas believed be responsible for the spring rusurgence of this species following its norsal a Id-winter disappearance in Worth Aaerica coastal areas and eaitnaries north of 90 degrees latitude, cold-induced doraancy vas also observed in sab-tropical speclnens of A. TOMSA. Evidence vns presented that suggested egg doraancy nay be a coaaon anchanisa of overvinterlng for nany species of neritlc, boreal copepods. (RP) 128 AUTHOR IHDB* Abbott, H.B. 1 Avtallon, P 35, 36 Bedford, W.B. 69 Abe, T. 380 Bablchev, re.H. 890 Beesley, C. 70 Abellovicb, A. 2 Babudlerl, B. 37 Behbehani, n. 766 Abrahansson, s. 3 Bach, S.D. 803 Belaan, B. 71 Achltuw, T. ft Bacon, K. 635 Benedict, A.H. 72 Adair, H.S. 5 Bada, J.L. 078 Benedict, B.A. 608 Adans, 11.1. 6 Bader, R.G. 38 Bennett, O.H. 73, 277 Adars, G.n. Badoar, s.s. 39 Benovlc, A. 70 Adaas, H.S. 7 Bae, G.H. 00, 01 Benziqer, 0. 75 Adey, W.H. ft Bae, P.A. 00, 01 Betkert, O.G. 7.57 Agrnwal, H.P. 9 Baqlrova, p.H. 02 •Bernlce, B. 76 Agris, P.P. 10 Bahns, T.K. 126 BSI'O, E.G. 831 Ahand, H. 25 Bal, A.R.K. 03, 00 Bersell, p.,0. 77 Albn, S. 701 Bair, R.0. 05, 826 Bhand, H. 78 Albnnqh, P.O. 11 Baker, G.B. 058 Blcknell, L.H. 881 Albright, L.J. 12 Balono.r, I.R. or, Bienfanc/, P. 108 Alderdlce, B.p. 13 Banerji, R.IC. 07 Biggs, D.C. 79 Alessandrello, 0. 658 Ban field, W.G, 08 Blnghan, ".0. 80 Alevras, R.A. 11 Banner, A. 09 Bird, C.L. 81 AIIBOT, A.P. 866 Bara, G. 626 Bisog-iii, J.J., Jr. 82 Ally, J.R.R. 15 Rarans, c.A. 50 Bjorkit, H. 83 Alnodowar, L.R• 709 Barber, J. 51 Slaber, S.J.H. 80 Alouf, i.j. 16 Barkley, S.'J. 52 Blaha, T.H. 85 Alsobrook, D. 17 Barlow, G.H. 53 Blake, H.J. 84 Aaend, p.p. in Barnabe, G. 50 Blanco, D. 609 Anderson, J.W. 363 Barnes, H. 55 Blaylock, B.G. 166 Andrelava, A.P. 19 Barnes, j.'B. 808 Hleynan, L.K. 87 Andrews, J.W. 20, 567 Barnes, H. 118 Minn, D.W. 88 Andreyev, V.l. 380 Baross, J. l. 56, 072 Block, J.B. 89 Andronikow, v.B. 21 Barraclongh, w.B. 57 Boqe, G. 90 Andronikova, T.B. 22 Barrow, j.n., Jr. 58 Bohle, H.w. 91 Andropikov, ».H. 23 Bartha, R. 31 Boles, D.B. 303 Anqulovic, J.W. r,io Bartsch, A.P. 59 Bonter.ps, S. 231 Ankar, S. 2ft Basshaa, J.l. 606 Bookhout, C.G. 288 Antari, 2*; pastida, R. 60 Borge&e, T.A. 92 Ansell, A.D. 26, 27 Bastl, 1. 61 Bosch, H.P. 93 Aoki, H. 380 Bat.z, W. 873 Boullion, V.7. 868 Arcarese, 0. 28 Baaagardner, P.W. C.J5 Bourne, H. 90 Arch, S. 29 Bayley, P.B. 62 Rowen, S.H. 95 Arte, B. 77a Bayne, B.L. 63, 263 Bowler, K. 96 Arlna, X. 30 Beaaish, P.W.H. 60, 509 Bowser, P.R. 97 Atlas, R.I. J1 Beatty, D. 960 Bcyden, C.R. 98, '19 Atz, J.W. 526 Beck, B. 121 Boylen, C.W. 100, 101 Anstin, H.H. 32 Becker, c.0. «5, 66, 67, 63, 17» Brannon, w.A. 102 Avaria, P.s, 33, 3ft Beckert, W.H. 6i56 Braner, G. 103 129 MJTHOU imex Beans, It. 10& Chan, Dragoli, ».L. 21U Filho, A.I. 813 Gerklnq, S.D. 571, 602 Dregol'ska/a, x.». 115 Filho, J.B. 013 Gerlacb, S.A. 270, 275 i " 7 Dressel, n.H. 216 Finchan, 11.11. 207, 208 Gertie, S.H. 276 Drobyshev, V.p. 217 Flnke, L. R1 Ghelardi, R.J. 106 Duczyalner, H. 36 ?lnoqcn4.»r>', 868 Ghittino, P. 28 •i Duqan, C.C. 218, 219' Mshehr J1.V. J Gibbons, J.P. 73, 277, 278, 607 Dugan, P.R. 691 Tl.en®r„ •',.;*!. Z«J Gibson, C.I. 523 Duqdale, R.C. 603 Fie war, 0,',/U Gilbert, H.A. 279 Duncan, c.J. 96 Flora::,, <>•. 250, ail Gllflllan, B. 280, 281 Duncan, T.A. 879 Foley, S.W. 25J Gisaxane, J.P. 282 Dapree, H.K. 796 Poote, B,A< 253 Ginoza, H.S. 283 Durairatnaa, n. 220 Forney, D.L. 278 Girsa, I.I. 280 Dutkin, J.T. 221 Forney, 5.1. 25ft Gist, D.R. 827 Ducwy, H. 222 Foster,. ».S. 0!ji Gjosaete?, J. 83 Duira, >K R. 92 Fox, J.L. 255 Gladvell, R.T. 96 Sales, J.G. 223, 055 Toxton, 256. Glass, B.R. 107 tfchelle, A.A. 22a Pratfe, G. 257 Glynn, P.O. 285 Eckelbarger, K.J. 221„ 226 Prafcos, T.A. 218, 219 Godlewska-Llpowa, v.A. 286 May, P.B. 227 Trans, D.W. 258, 259 Goldberg, B. 855, 856 Edwards, ?. 226, 229 Fraacis, G.B. 310 Goldner, B.H. 287 Eqaai, H. 210, 338 Fra:nklin, A. 317 Goldstein, 8. 288 Eger, H. 735 •rani, D.R. 269, Golikov, A.H. 289, 290 Equsa, S. 572 frectaan, T.'R. »30 Gonzalez, J.G. 291, 995 then, V. 231 pnjiaura, T. 308 Goodtellov. D. 370 Foliar, H.S. .012 elsanberg, A.D. 232 Goodyear, c.p. 292 " Farsenko,. B.V. 868 Elliott, c.w. 231 Gorbunova, H.S. 293 Tylia, H.J. 261, 262 Elliott, J.H. 239 Gore, B.H. 290 ^abbott, P.A. 263 Elvood, J.R. 235 Goryczko, K. 295, 296, 297 Gaevskaya, A.V. 260 Ksadi, H. 236 Govlndjee 006 Galat, D.L. 265 Eppley, R.w. 237 .' ' Grndner, O.B. 298 Gallop, D.B. 589 Establier, R. 310 Grny, R.J.H. 299 Galvln, B.C. 500 Etges, F.J. «5 Grayua, H.n. 300 Gnaaon, J.B. 266, 267 Etob, H. 238 Green, R.H. 301 Gardner, D.R. 268 Evans, D.H. 099 Greenberg, H.J. 628 Garside, E.T. 269, 316 Bzura, y. 787 Greenongh, J.W. 536 Gatx, A.J., Jr. 270 Faqetti, E. 239, 200 Grib, I.V. 302 Ganfin, A.R. 313 Fahny, F.K. 201 Gross, A.C. 303 rant, V.c. 566 Fahy, E. 202 Gruhl, J. 300 AUTHOR XHDBt ,, a Guderley, H. . 305 |j Realey, P.p. 336 Howard, ft.FT. 641 Qaficlo, J.P. 306 '! Heath, 337 >-' Howell, V.J. 31 CI , Galllksen, , B. 307 i .. Beffner, B.l. 338, 339 . Howells, G.P. 339 ' Gander (ten*. It. 300 Beltkiap, 0. 300' ; Bowes, E.A."u305,, /. Gnntec, P. 309 flellstron, o.a. 30,1 " Brlstovn, R.B. 273 GdEyevicb, Zh.X. 723 ' Renpel-Zawltkovska, J. 302, 303 flaang, B. 541 eatbrie, U.K. 109 Bendrir, s.s. , 300 '' Habbs, C. 371, 867 Gutierrez, H. 310 Barreld, A. 370 ' Haebner, J.D. 372, 373 , Hadn, T. 311'' " ' Boslop, it.P. 305 ' Bnet, B. 379 Hafey, n. 660 Battler, w.P., Jr. 368 .., flashes, G.H. 375, Hagsdorn, D. 118 ,, Blckaan, G.D. 306 |! Hydock, I. 37$ .V" Hahaann, R, 758 Hldaka, T. 307, S»8 Hyodo-fagachl, T. 238 Haines, 1.Y 252 Hill, K.B. 309 ,, Ibrahls, A.H. ' 196 Raines, R.C. 312 Hillyard, s.D. 350 Ihssen, O.E. 377, 378 Hales, O.C, 313 nine, A.B, 192 Ikeda, T. 562 Halfen, L.S. 311 Hlnz, B. 351 Ikeaoto, B. 68B Hall, J.D. 387, 773 Rlrayana, K. 352 LAAL, S. 752 Halter, G. 118 Hirose, H. 788 Inano, S. 570 Hanoi, X. 315 Hlrshfleld, P. 607 Ingran, B.R. 379 V. Haaaya , s. 30 Rlrshfleld, H.I. 339 Inoao, R. ISO Hasllton, D.H., Jr. 593 His, B. 353 lordnchesca, D. 538 Haallton, T.C. 67« Robson, I. A. 350 Issin, J. 381. 560 Hann, R. 507 Bochnchka, P.v. 355 islsa, A. 382 Baaaond, D.L. 701 flocntt, C.B. 356 Issae, P.IT. 39 Hanor, T. 31<5 Hodgkln, E.7. 080, 081 Itazawa, T. 375 Hancock, D.A. 317 Boff, P. 357 Itsrriaga, v.B. 383 Hann, R.B. , Jr. 659 Botnann, B.K. 358 ivankov, V.B. 380 Hanson, A.R. 318 Bokana, T. 107 ivnnova, H.B. 868 Hanson, A.B. 319 Hokanson, K. E.P. 359, 360 Ivlova, I.V. 385, 386 Harbison, G.R. 320 Boleton, B.P. 361 Iwansge, P.H. 387 Hard wick, J.B. 371 ffololk, J. 362 ixafcov, v.r. 388 Harris, J.B. 322 Book, J.T. 278 Jana, B.B. 389 Harris, H.P. 323, 32*, 325, 326 HopkiBB, S.H. 363 Jannasch, B.v. 390 Hartley, R.p. 327 Boppe, H.G. 360 Jans, B.R. 391 Harvey, B.S. inn, 328 Boppenlans, B. 118 •lanssoa, ft. 392 Haseheseyer, U.S.V. 329, 330 Hornbrnch, A. 872 Jansson, B.O. 20 Hasec S02 Rorner, G.s. 774 Javaid, fl.I 293 Rasle, G.R. 331 Horning, V.B., It 365 Javald, H.I. 394, 395 Hassan, P. 395 Horoszewlcz, X.. 366 Jeffries, H.P. 863 Hastings, R.V. 332 Rorstadlus, S. 367 Jenkins, T.H., Jr. 233 Hastings, V.H. 706 Rorvnth, K. 363 Jensen, A.I. 396 Hater, G. 121 Hosokava, K. 230 Johannes, R.B. 397 Hanfe, B.o. 816 Boss, D.P. 369 Johansen, H.B. 159 Haydock, I. 333 Honde, E.D. 690 Johansen, K. 261, 262, 398 Hazel, J.I. 330, 335 Bonston, A.H. 369 Johnson, C. 399 132 AUTHOR IKDBT ' Johnson, p.n. , uoo Konashlta. T. 315 Legeza, H.I. 061 '' Johnson, K. 101 Konstantinoy, U.S. 033, 410 < Xeggett, W.'C.ll 162 Johnson, H.R. 002 ' , Kontogiannis, J.E. 035 Lehmkahl, D.ll. 063 Jones, B.R.,\ 359, 360, '' Korobtzova, B.V. 068 Leiqhton, D.L. 060 Jones, J.A. 003 Kostyueetiontco, l.P. 036 Lelachner, ®.G. 600 Jones, R.A. ,. U62 Kozhova, O.K.. 037 Lenat, D.H., 065 1 Joynec, 8.G. 40<| Krassner, S.H. 613 Lenkiewicz, A. 066 Jsskic, S. 005 Kraus, D.t. 587 tin, C.lf. 067 '' Jucsinlc, p. «06 , Krenkel, P.A. 757 Linden, C.A. 801 Kahan, D. U07 Kristoffessson, R. 03B •!: Lindgnist, L. M6B Kaneko, T. OOB , Kcaglov, y.s. 388V' Lindsny, C.C. 507 Kasahara, S. 496 Knuada, T. 099 Ling, Stiff. 069 Kasn^c,' G., jr. 08 Kang,' c. 101 Linley, J.R. 070 Kato, «. B09 Kanneaann, II. 100, 039, ooo, •01j Lipotsky, V.P. 071 Xatz, E. 35 950 Lisitsa, S.V. 030 Kaya.c.n. 010. mi • KUO, C.I. 002 Liston, J. 072 Kazaaa, P.T. 012 Knpecaan, B.I. 003 Lobunpov, K. A. 073 Keefe, c.tt, 503 Knrdlna, T.w. ooo Lofts, B. 626 Kelso, J.R.n. 113 Kuznitzkaya, n.K. 868 Logan, J.H.n. 070 Keaeny, 8. 671 Kyushin, K. 315 Lollock, O.L. 075 Keep, C.I. 41Q tagerspetz, K.T.R. 032 Longo, P.J. 076 Kendall, A.».', Jc. 015 lalll, C.fl. 005 torio, K.J. 077 Kennedy, 0.0. <»57 Landry, A.H., Jr. 046 tOW, P.S. 078 Kennedy, 7.S. 270 lane, B.D. 007 Lubyanoy, I.P. 079 Kennedy, W.A. 106 Lang£ord, R.R. 050 Lucas, J.S. 080, 0B1 Kerby, c. 522 tanglois, G.A. 00B Lacas, J.s. 082 Khan, U.K. »16 LarkIn, J.R. 17 Lakeroth, C. 283 Khaskin, v.v. 017, oi8 Lasenby, B.C. 009, 050 tax, P.B. 0B3 Khawala, O.lt. 019 Lassecre, p. 051 Lynch, H.P. 080, 085, 086 ' Kibby, R.V. 020 tatorre, R. 193, 200 Lysak, A. 087 Kia, K.K. 885 tandlen, H. 100, 001, 052 Race, T.P. "88 Kiaor, B. 021 Latter, O.J. 339 flacheaer,-fl. 089 Kirk, R.G. 422 Lanrence, G.c. 053 Raclsaac, 3i3. 603 Klrschnec, L.B. 625 tavallee, «.R. 050 BacKenzie, K. 531 Kititsyna, L.A. 023 la*, Y.N.C. 055 Rackin, J.c. 600 K-|eldsen, C.K. 024 taller, J.P. 730 RacKinnon, J.c. 090 Kleetekoper, R. »25, »26 tanrence, A.V. B2 RacKintoBh, ».A. 091 Kleing, H. 978 Laeson, K.D. 132 Itactean, P.I. 391 Klyashtorin, t.B. 027 Zebedeva, I .P. 056 RacLeod, J.c. 492 Knight, L.R. 20 teBrassenr, R.J. 057 RacQseen, A. 668 Knight, R.t. 028 lee, B.K.B. 059 Naetz, J. 093, 090 Knovlton, R.E. 429, 030 tee, J.J. 059 Ragnant, D. 222 Koch, D.L. 031 tee, J.i. 689 Hagnavlta, P.J. 666 Koh, R. 10 tee, s.s. 060 Hagnoson, J.J. 103, (21 Kohonen, J. >32 tetter, !. 35 flahdl, R.I. 495 133 AUTHOR INDEX ' ' >< Hakaanra, II. 496 RCIfalty, I.p. 830 ' Rountford, K. 563 Hakeyera, A.p. 497 ficaaoen, A. 531 >/ Royar, U.S. 255 flailk', Z. 35, 36 Raljerlng, (f.p.o. 532 H»yla,P.D. 564 Handelll, E.F. 498 Banapace, l.R, 658 Mallor-Stoll, R.R. 565 Hangold, K. 1199 ttanon, R.R. 533 Rnnro, J.L. 566 > Bangui, 500 c.p. iwnzloa, A.J. !J3», 53S Hantz, X.,, 565 Hantala, B.ft. 501 Rerrell, T.R., Jr. 536 Rural, T. 20, 567 Rarak, R. 240 Rerrltt, I.W., Jr. 537 Myers, A.C. 568 llarceako, B. 502 Raster, R. 538, 539 ttagahlsa, E. 569 Itaccy, B.C., Jr. 503, 504 Meyer, P.P. 540 ,nagayaaa, T. 570 Barller, G. 505 Meza, I. 541 llalaan, R.J. 571. Marshall, J.S. 506 Rihara, S. 542 Italton, T. 570 Hasic, 507 V.D. Rlhursky, J.A. 270, 523, 543 Rakajlsa, K. 572 Hasscnglll, R.R. 508 Hlkhalerlch, V.I. 882 Mawerck, I. 341 , Hathttr, D. 509, 510 Bill sen. It.if. 442 Hayar,(C.K.G. 573 Hatls, J. 026 Millec, P.c. 745 Mebeker, A,T. 574 Hatsuuca, T. 511 tUln, R.B. 197, 5»4 KalU, V. 103 May, B.C. 512 Mlnnlkln, D.B. 112 Kelson, P.E. 575 Rayer, C.P. 513 Mitchell, fi. 860 Kelson, v.*. 576 Rayer, D.l. 776 Mlyakasa, 1. 30 tierrle, B. 658 Hayzaud, p. 511 Mlyaaoto, R. 796 Neaell, R.C. 577, 578 McAllister, P.E., II 515 Rochek, A.C. 615 Rlchols, R.D. 564 McBeth, J.«. 516 Rolnar, K. 545 Nlcalasca, S. 539 RcCain, J.C. 517 Moaot, R.T. 243 Kllil, X.J. 579 McCanley, B.S. 518 Rontgoaery, R.J. 546 Nikallna, V.R. 868 ncConnell, R.J. 85 RoodIn, S.E.E. 547 Missises, T. 580 RcCotalck, J.H. 359, 360 Roore, c.J. 548 Voiton, T.A. 581 RcCoy, F.H. 519 Moor*, J.B. 549 ROt gl»»n 582, 583, 584, 585, 586 HcCcaf, R.ff., Jr. 520 lioocm, tt.tl. 5W Mvak, J.T. 587 HcMraott, J.J. 79 Morgan, E.L. 123 Rovlkov, Yu.V. 598 McDonald, s.C. 521 Rorgan, J.c. 551 Racsal. J.R. 589 RCErlean, A.J. 522, 523, 548 Rorlafcita, T. 552, 553 Ryaan, L. 590 RcGowan, J.A. 524 ftorlta, R.T. 12 (••Conner, s.C. 523 RCHaffey, D.C. 525 Morox, I.y«. 554 O'Rara, J. 591, 592, 838 HCIllienny, v.r. 498 Rorrls, I. 555 Offatt, O.C. 593 fletntire, C.D. 877 Morrison, G.E. 8*3 Ogata, K. 409 RCKagne, B. 177 Ractan, B. 556 Ogata, R.R. 594 flcKLbbln, 0.1. 8 Roshanko, IT.V. 5*7 Ogaca, S. 352 HeLachlan, J. SI Ross, B. 558 netaIn, t.R. 6 Muna, It.l, 595 Roaser, A.O. 559 HcLesao, D.v. 52ft Oldhaa, U.S. 596 Ronsat, J.I. 559 flclasky, D.S. 527 Olla, B.L. 597 Rcltahon, R. r., n 528 Ratals, I. 560 Olson, P.A. 594 Reflation, R.r. 529 Rothas, G. 561 Olsoa, R.J. 797 RC»aix|h»., D.C. 530 RC'todl, S. 562 Opastynskl, K. 599 Roast, D.I. 59 Oaeld, D.fl. 739 365 AUTHOR I RDM Oauga, D.T. 243 Polk, I.H., Jr. 608 Bailees, P.B. 77) Ottavar, J.R. <00 fonat, A. 631 Relah, D.J. 223, 226 Otto, P.O. 601, 402 POOD, C.P.C. 634 Reynold*, T.O. 634 packnrd, T.T. 601 Poo a, J.C. <35 Raynolda, V.v.. Ill 660 Patteahoter, G.I. 60tt Popova, P.P. 616 Rlialnkalaar, G. 383 Pa petti, R.A. 211 Potoa, C.P. 327 Rhyna, C.P. 661 Pi\raase*aran, 3. 603 Powers, D.A. 92, 151, 637 Blob, E.B. 662 Park, D.t. 221 rravdlna, R.l, 638 Riqal, A. 90 park, l.». 606 Ptecht, n. ««1 Rlqano, C. 66] Parker, R.D. 601 Prentice, E. p. 68 Rlqby, B.J. 664 Parker, P.L. 600 Prapalchal, I, 76) nlnn«, J.*. 663 Parana, I. 69a Price, D.R. 619 Rio, G.J. 666 Priam, ».y. 639 Parvatheavararao, T. 609, 610 Bltchey, D. 118 Prltchard, 0. 6*0 Paaaaan, P. Ill Roberta, J.t. 66' Pattee, P.E. 611 Troaaar, c.l. 622, 866 Roberta, R.H. 164 pattaalk, H. 612 Prxybvlla, R.R. 209 Robert*, R.J. 331, 66B Paalar, o.B. 613 Palvar, T. 157 Roblnaon, D. SI Pavlov, A.V. 61 a Psrdoa, c.R. 6*1 Roblnaon, J.A. 3*0 Pavlov, D.3. 615 Paatowoltova-Voullana, H.I. Roblnaon, (.11. 669 Pearcy, R.G. 7)6 Pya, V.T. 577 Roala, D.A. 312 Paaraan, R.B. '365 Pyna, R.F. 6*1 Roaaar, P. 670 Pack, J.R., Jr. 517 Oaayla, 0.8. 106 Roaaalar, B.A. 36 Percy, J.A. 616 0«lck, J.A., Jr. 6** BofC, J.C. 671, 672 Perea, a. 40 lldb«krlehn*a, S. COS Rofara, a.I. 630, 631 ParkUa, R.J. 47* BaAhai-kclakaan, s. 71* Rojaa, B. 673 Parktaa, R.C. 617 labaalaolf, R. 64a Roianbarq, B. 67a Perlaaa, 8.5. 614 lata, II. 370, 6*5 Roala, S. 670 l!l«V4b. R.P. 221 Parr la, c. 42 Boaa, H. 873, 67* lUtKt, I.A. 646 Peaatk. I. W Rosaebo, L. 673 taaqar, i.e. 6«7 Pet era, o.S. 619 Rosal, S.3. 676 MO. O.R.il. 6*8 Petata, *. 620 Roai, C. 677 MO, 3.0. 612 Petaraae, J.A. 2«l, 2(2 Rovall, C. 157 laaaasaoa, B. 644 Petarxon, R.R. 621, 622 Boy, A. 57* tatcllff, T.D. 571 Petr, f. 621 labia, J.A. (66 tawaqaaa, 0. 29 Petroaky, R.». 62* Backer, B.B. (II laaaoa, R.B. 650 Pfallar, 8. 625 ladyakov, T.O.I. 674 favaoa. R.V. 651 Pfadetar, R.A. 172, 17] Ralvo, H. (Ed.| 680 Bar. «32 PlckCord, U.S. 626 tasaall-Rantac, B.D. 529 read, L.A.A. 516 Pld«ayko, R.L. 627 taasall, c.T. 633 Reap, P.J. 651 Platca, 3.K., Jr. 61* Raaaier-Delolae, I. <11 leckslat, C.R. 654 Pike, J.D. 629 Batkavlcb, S.R. 388, 682 Baaaoa. P.B. 566 Pllatl, D.t. 630 tattaer-Rollako, l. (13 Reave, H.t. 655, 656 Plaab, J.A. 611 Rftkar, J.R. (84 Beqaar, s. 657 Plaakatt, I. Ill Rytkova, L.I. 819 •akvoldt, R. 658 Pollvaaaaya, R.P. 627, 612 Sacckl, C.P. (85 135 AOTflOR IBDBX Baetra, R. 03 Bheaanchok, J.I. 916 753, 750 Salahn, X. 686, 687, 688 Sherborne, S.t. 719 H. .. 7«, Sakol, H. 787 Bhavtaov, 0.1. 720 126 Saks. ».H. <89 ahlab, Y.J, 51 757 Sakgenn, 9.p. (90 ShllO, H. 2 Sakornl, t, 696 Shlogakl, B. 721, 722 759 8a 10, B.O. 776 Shlrahata, S. 718 760 Snaael, o.t., Jr. 691 shkorbatov, o.i. 723 , 876 Sandlfer, D.n. 692 Shlaaar, R. 72* ft. 762, Snngar, t.k. 693 Shoop, C.T. 106 231 Sarna, T. 690 Shottar, R.I. 725 2a 3arot, O.K. 695 Shaba, T. 726 765 Sasaki, IT. 696, 697 Shal'aan, R.B. 003 « Battalia, D.B. 698 Shyanaaondarl,. K. 727 3 Savage, T. 699 Slefert, B.B. 728 767 Savehyn, «.«. 700 Slkka, H.C. 702 .J. 121 snvyer, B.t. 7oi sllbarbaaer, B.l. 729 76 B Saxenn, J. 702 SllvertHorn, D.o. 730, 731 769 Sayce, C.S. 703 Slaon, O.B. 635 Sblkln, Ta.B. «15 Sjogren, B.D. 732 770 Scarltto, o.». 289 Sjojiaa, Y. 733 711, 772 Schaefer, B.H. 700, 705 Skarlato, o.l. 290 771, 772 Sehafer, c.T. 07 Skelly, B.J. 731 73 Sehildt, p. 706 skrab, y. 735 Jr. 690 Schneider, H.J. 707, 708 Skrsynnkl, V. ««7 568 Behoof, R.r. 520 Sllvka, I.P. 619 770 schranqe, ir. 27s Snllea, R.c., Jr. 736 295 Schvartx, s.l. 709 Snlrnovn, I.n. 737 775 Schaelltx, P. 702 Snltb, D.v. 9* 776 Scott, B. 710 Snlth, K.L., Jr. 738 Scott, J.S. 711, T1» Salth, 1.1. 739 77 Scrlpearlo, D. 539 Salth, I.3. 8«7 718 Seadder, G.G.B. 392 Salth, B.D. 790 6 Sedletakaya, *.». 713 Salth, S.p. 101 . 185 Saqa, R.R. 17 Salth, T.I.J. 702 851 Selvaral. C. 605, 710 Snltb, B.B. 703 . 597 Serqeeva. O.Ik. 632 Snlth, V.G. 700 P. 779 Serqeyeva, O.k. 627 Snlth, V.B. 705 evlcz, E. Sams, S.l. 715 Sneed, K.R. 706 Seyaoar, B.K. 716 Snydar, G.R. 707 2 Shahtabanl, R. 36 SOkoIovskll, U.S. 708 212 Shaaaoa, H.J. 717 soil, B. 10 522 Shearer, v.B. 66R Soltaro, B.I. 876 777 Shehadeh, B.H. 002 Soaero, G.». 078, 709, 150, 751 Shelbonrn, J.B. 718 Sonoda, T. 752 610 136 AOTflOR JUDEX Sflreiftec, J.n. 789, 785, IBS Ta, B.C. 818 3. 099 Syrett, 8.P. 728 Tabb, R.A. 50 42 Tajl*«, K. 787 Tucker. J.tl. 360 803 Takata, A. 788 7vfte, P.P. 701 844 Taa'Tankln, Tu.f. 789 Tugarlna, P.A. 819 662 Tan, C.K. 39 Tardakov, A. P. 820 805 Tangen, P.O. 598 Turner, F.B. 635 126 Tanqen, It. 790 Tvantyian, P.B. 356 656 Tanl, r. 109 Olbrloht, B.J. 620, 821, 822 10 Tanlguchl, A. 562 01kon, A. 823 Tanaoy, H.R. 791, 792, 793, 79» Blrlkson, G. 305 Jr. 017 Tata, s.T. an Oaalngor, B.L. 75, 820, 823, 826, Jr. 807 827 Tarter, B.C. 875 426 Ondardal, B. 675 Tatarko. K.I. 795 .J. 808 Orlch, K. 758 Tawada, K. 796 80, 085, 006 facel^t, B. 828 Taylor, ».R. 93 809 falkoonova, J. 824 Teaplaton, B.l. 598, 708, 797 850 Ian Brian, J.A. «9 Teapleton, W.l. 798 465 tan token, o.B. 830 Tereshenkor, l.i. 799 851 4an Caeaeele, L.A. 39 Thee do, 8. 633 852 Ian den Bosk, C. 157 Thlrlot, A. 800 v»n der Schalla, B. 831 853 Ihoaas, B.B. 801 854 tan Randal, E. 832 Thoaaos, B.lf. 762, 763 fan ttenkalea, B.f. 833 635, 632 Thoapson, B. 566 fan Hynlng, J.B. 830 Thong, B.l. 802 fandenheede, J. 205 855, 856 Thorhang, A.L. 38, 803 fashchlanlkoT, t.Ta. (14 837 Thornhlll, T.D. 477 faaranoan, K.lf. 835 B66 Thorpe, 3.A. 80*, 805 felaea, P.P.J. 13 858 Thorsland, A.B. 806 Tenard, C.t. 152 839 Tiaaeier, O. 807 targheae, P.O. B36 860 Tlllaan, B.L. 808 Terlgln, B.f. 497 8 Tilly, X..J. 506, 80« Tarnberg, P.J. 837 861 Tlabel, A.3. 810 farnberg, B.B. 838 862 Tlaa, T. 811 Vertar, p. 8*9 863 Tlaoahlna, 1.1. 812 flgnaaa, 0. 76* 860 Tlrrl, B. *32 Vllala, n.B. 189 524 Tohoka, d. 569 flncant, H. 840 865 Toaaasl, t.B. SI* flna, B. 47 866 Toarnaallle, J.C. 4* flnegar, 1. 350 7 Traaa, P.B. 717 flnogradakaya, T.A. «J7 66B Travklna, 6.L. 81* flolante, 0. 663 869 Trot tier, R. 815 fladlelrov, R.Z. 737 190 Trpla, SI. B1K follaann-sehlppar, P. S41 36 Trochot. J.P. 817 folakla, B. 231 Tsochlya, T. 569 871 »0THOB IMDIX folport, 1. 672 Hon, D.D. 673, 87H Voodnii, J.B. 675 Hciqht, J.C. 076 Haiti, B.t. 877 (anflarlich, P. 761, 878 Tada, T. (96 Tagar, D. 879 Taaada, K. 107 Taaagishl, R. 880 Tamnoto, H, 861 Tankarckara, k.l. 882 Tamda, R. 883 I*1>, c.r. 68a Todar, i. 111 Too, S.J. 88! Tord«no»a, 8. 203 Taang, R. 531, 668 Toang, J.S. 086 Toting, r.e. 887 THrkerloh, O.V, 088, 889 zagoroinir, w.v. 890 Mam 0 Wmrakh, T.Z. 891 aikwi J, m MltffUi R.I. 1*3 tHqil'lHI, 0.1. US IhiCNMkjr, ».*. 8»» UXliOM, R.J. 191 sioRf n.n. !9| tolatirm, f.i, »79 Hllf, 0. 702 138 KEYWORD INDEX ABOBBAS 735 BASS, STRIPED 468, 548, 658 ABAIONES 885 ARPHIPODS 16, 248. 291, 423, 514, BASS, WHITE 50, 197 677, 727 , 743, 771, 772 mioses. Bluer 464 BEHAVIOR 247, 426, 568, 590, Sffr AHOR, WHITE 841 ABALONES, GREER 464 BENEFICIAL OSES 422, 475, 586, ANYLASES 363 , 608, 639, 684, 699, 742, 806 ABALONES, PINK 464 ANCHOVY 149, 310, 405, 436, 657 BENTHOS 24, 100, 148, 176, 235, ABAIONES. RED 464, S16 274, 402, 465, 537, 659, 738, 894 ANCROVY, BAY 401 ABAIONES, WHITE "64 BIBLIOGRAPHY 67, 173, 551, 584 ANEHONES 600 ABHORHAIITIES 371, 719, 880 BIOASSAY HETHODS 359, 396 ANGLING 446 ABONSANCE 47, 56, 144, 213, 248, BIODEGBADATION 31 277, 326 , 327, 339, 364 , 383, ANIHALS 479 502, 524, 530, 537, 565, '632, BIOLOGICAL OXYGEN DENAND 252, 659 643, 650, 654, 686, 687, 691, , ANNELIDS 78. 174. 778 701, 734 , 736, 787, 834, 890 BIOHASS 22, 359, 517, 565, 566 ANNOLOS POBHATION 715 ACCIIRAT ION 50, 73, 79, 92, 95, BIBDS 478, 793,W4 98, 104, 122, 146, 151, 163, 291, ANTARCTIC WATERS 245, 311 269, 270, 334, 335, 355, 366, 373, 378, 385, 386, 393, 394, ANTIBODIES 35, 36, 322, 473 395, 4T5, 439, 441, 449, 518, BIVALVES 26, 260, 279, 301, 351, 527, 5J3, 538, 539, 577, 601, ANTIGENS 818 894 602, 616, 622, 731, 767, 784, 785. 821, 822, 827, 848, 866 AQ9AC0LT0RB 35, 36, 42, 49, 106, BLACKFLIBS 66, 177 133, 158, 180, 181, 203, 352, ACCORDIATION 662 464, 469, 582, 639, 684, 696, BLEAK 284 697, 724, 746, 807, 836, 841, 870 ACID DRAINAGE 875 BLINDNESS 883 ARCTIC WATERS 301, 672 ACTINONYCIN D 440, 452 BLOOD 75, 227, 337, 375, 398, 416, ARROWWORHS 656 484, 487, 539. 645. 707, 719. ACTIVITY 62. 74, 80, 105, 146, 756, 774, 817, 825, 849 180, 224, 226, 247, 257, 270, ARTHROPODS 561, 891 277, 278, 284, 337, 356, 363, BLOOD CELL COONT 613 373, 390, 400, 425, 434, 466, ASSIHILATION 555, 619 469, 477, 489, 521, 515, 550, BLOOD PHYSIOLOGY 92 568, 578, 590, 597, 601, 616, ATP 151, 255 624, 679, 716, 820, 857, 865, BLOOD SEROH 305, 485, 486 883, 895 ATPASE 6, 96, 432, 625 BLOOD, PLASHA 223, 329, 438 ADAPTATION 245, 601 AUDITORY VESICLE 315 BLOOD, SEBBH 484, 826 ADDITIVE EFFECTS 216, 201, 300, AVOIDANCE 57, 141, 292, 366, 425 543 BLOODWORHS 176 BACTERIA 10, 12, 17, 31. 37, 72. ADRENALINE 642 101, 108, 110, 111, 112, 139, BLOEPISB 597 144, 222, 232, 255, 283, 286, AGE 169, 196, 391, 518, 660, 839 287, 299, 309, 339, 347, 383, BLOEGILL 49, 95, 123, 126, 197, 390, 137, 971, 472, 519, 531, 337, 346, 496, 564, 624, 651, ALBDHINS 305 559, 587, 634, 635, 6S2, 674, 715, 757, 884 695, 734, 738, 779, 787, 828, ALOERFLIES «40, 875 851, 860 , 868, 873, 874 BODY TEHPEBATORE 92, 131, 132, 261, 398, 745, 763, 765 ALBSIPB 113, 154, 659. 763 SACTERIA, AEBOBIC 82 BODY NATEB 369 ALGAE 7, 38, 39, 51, 88, 100, 115, BACTBRIA, ANAEROBIC 24, 82 120, 157, 192, 206, 207, 208, BOGOB 405 237, 273. 276. 287. 309, 327, BACTBRIA, THEBBOPHILIC 892 336, 354, 389, 412, 424, 428, BONES 594 448, 459, 542, 555, 565, 589, BACTERICIDES 18 629, 646, 662, 663, 683, 689, BRAIN 395, 432, 439, «5S, 609, 702, 777, 788, 801, 803, 830, BACTERIOPHAGES 347 , 3 48 622, 667, 751 844, 850, 858, 860, 868, 877 BATRDIELLA 512 BREEDING 778 ALGAE, 3L0E-GREEW 2, 110, 121, 209, 210, 249, 314, 327, 391, BARNACLES 4, 198, 204 BRINE SfilRIHP 343 467, 612, 693 BARNACLES, GOOSENECK 261, 262 BRYOZOANS 1, 533 ALGAE, BROWN 229, 581 BASS 54 BOLLHEAD, BROWN 508 ALGAE, GREEN 118, 121, 203, 205, 380, 406, 414, 558, 109, 754. 846 BASS, LABGEHOOTH 73, 133, 169, BOBBOT 223, 284, 753, 861 254, 277, 278, 356, 477, 564, ALGAE, BED 229, 309, 709 579, 650 , 651, 141 BBTTBRFISB 160 ALVOLASES 638 BASS, BOCK 254 BOTTERPLTFISH, FOOKBYE 705 ABINO ACIDS 329, 484 BASS, SBA 28, 415 CADBIBB 591, 592, 658 CHHONIA 76, 493, 663 BASS, SHALIHOBTS 50, 254, .165, 845 CALCIFICATION 840, 850 '139 . REWORD IKDEX CAIBFACTIOR 121 , CRAB ACM 62 COBBIRBD BVVBCTS 717, 8!I2 • ' i ' 1 " n CIPELIR 03 CBBBACBOK, 820 COHPERSATIOR 822 . , CARAPACE BOO C1TICKBRS 1178 COBPRXZXQR 95 CABBOHTOBATBS SH, '<06; 17ft, 825, CBXB0R0B1D9 833, 434, 454, 561, CORDXTXOV /soS, 715, 738,,893 1 8*9 ' «S74, 670, B68, 8»1 i t CORTEX?. 117, ; , CABBOR 286 s- CBLOBXDlt 885 ^ 4 J * "i - • COHTBACTICRS1 " 19" i" ' CIBBOR DIOXIDE . 31. 205, 207, '208, CBIOBXHTXOB 216, 503, 501, 600 ~ ' ., 209, 555 CBLORAPSTL 629,.,. ' ^ COOtIRQ POR6S <37,' 608 C1B80R 14 207, 273, 300^ 391 I; CBLOROPHYLt , 100 COOtXRO T088BS' 608/ . cinsoxmoftsss,' K COPBPODS. 22, 116, 118, 1S3, ,161,17 PB03 P908ROLP YROTATS 676 cntoRopnm-8 77, 629, 869 '' 272, 291, 323, 324,'.325, 326/ , 420, 435, 843, 460, 589, 5»5, . cmoimsts, BIBWOSB DIPHOSPHATE CBBOBXOB, 6S8 >j ... , <04, ,653, 671, 672, 691,,868 , 395' , • • • f ' . • 555, ' - - CBOB 753 ' " ' -- COPPER - 117, 425, 426, 498,' 599/ _ . <58 < ] ' ' CARDIAC COBTRACTIOIIS SNI MOB, CREEK 557 ' , " ' 1 COBAIIIRS3,' 159 - CARDIRALUSH ,513 CXLX8 383 CAROTEBOJDS 652 C0BA13' 285, 397 , ' ~ " J®" - 1 „ CXtXATBS 3ft, &3,,44, ,141, 807, >, , CAR? 35, 36, 101, 419,- 827, 473, 681, 796 , coamos^ 392, 620 ' ' 5 - ''-'". >87, 504, 507, 558, 682, 658, - 733, 763, 795, 838 CTRBIPEDBS 55, 261, 262 CORTISOL 827, . " ' ' i \ ~ I - • • „• . 'V- I . can, mus 545, no, am ' CUDOCmBS '22,\93, 161, 165, 589, CRABS 15, 38, 139, 190/191, 289, 632, 726, 800, 868 - V -- , 480, 481, 482,' 53ft,\694, 731, CMP, 8ARBIB 8*1 ' ,767, B3S, 887 V. ' • ^ CUns' 69, 178, 301, 363,' 372, 868, " CAtP,3IlTE» »97, 8*1 728, 782i 839 . CRAB9, BtOB , 169, 404,. 485, 886, >. cinaoxos si« CURS, ASIATIC 865 '548' . ,, 'j • , . CATAUSB 1" CUBS, COOT ' 127 CRABS, DRirr'tTRB 159 - ' i' ' CATCB «00, 606 Ct»nsJ, BIRD 213 . CRABS,'DOBSIRBSS 775 - — CRABS, PXODtBB 591; ,592^ 730, 745;, aicvBffon sot, sue , CUBS,' BOB SB 98 ,838 ^ y-r CATCB, SPORT ITT, 763 CUBS, RAIOB 703 CRABS, QTOST ' 202' ' CATECBOLUfllKES 642 ClBAR-COfTIRG 387 -, CRABS, BERRIT 79,^i »0? 831 , CmBH 504, -308, 582 C^BIM 213 / *'' CRtBS,'BM8BSB0B ' 766/, - '' ; ' / CHfBt, BUCK BOUBZID 97, 389 CtSBGPXSB 721:- CRABS, PBA 812" ... \> S -T " \ ^ ^ if "Hi,. ( » ^ CITPIsa, not* B0UBB1B' 223' (Oil 309 , ' CMBS, 180 71 . '/ ,,,' CATTISIt, BQUBBID 337, 50* COBALT 117 ^ CRIBS, SHORE 130, ,817 CttPXSII, CBIRREl, COCCIDIIBS 816 . 20, 223. 287, ' ! 336, 631, 786, 007 CRABS, STORE 699 . ' C0CC0tm<>TB0BID3',790 ' CATFISH, mtflBID 2*6. 267 t - ' ' * C58BS, XUTBXB 239' 1 » J * , COCKLES -98, 99,' 282, <317 //. CBTFXSil, SB1 8(6 " CRAPPXE, Ilia 197- COD 145 878 , 675, 789 CITE PISH 883 • CRAPPXB, BBXTB 888,' e93'" \ ' COBCDB 552 > - 5 CBtt WOCIEI 735 ' CBHPXSB 'a, 11,''96^243/ 638,^788 c COBttCIRIBS 375, - ' ,' . , ' ,.', ' (? J•'-'f-.J'- ' 9 CRXTICit T8BRRAL MAIIROR 368, 601, CBU OITRASTSDCTORE 839 COBLERTBRATES ","175 . .-V-. .,. CBtt MttS 17, -139 CROARER, ATIARTIC/ 401, 446 -''-- 'COID SVPXR85 111 " J ' ' , •'<• J) CSIL5 666 , • n. OOLDSROCK 75, 391, 56!, 630, 82«, • rumii GOLP. 333,.,376 - i CBPRALOPODS 882 826 »' H , , _ • CIOARRR, -TEILOR 686 'CBRCARIARS 257 _ . ... COtirORRS 339 CROP, 552 ^ CMIBB V37 276, 328 " f 3M»: 590' •• i. • , COtlASBR -19,.668^ j,, ' * CB01BX«a 34(>; 59B CBSTODBS 572, 82J COtOB • 183 ' " ' CintlCIU, 190,. 198S, 20271,;76,11, 280, 281,« . "142' 294,; ;169 > > 382, 823; 829, »50,r 47«,. 482, , CBIBTOCBAtE» - S 656," ' '—- ^U. . - eOLOBP CflRCHtTWBtPBS 887 491, 535f>«77,.679, 641,-731, - ^ CBABF ARCTIC 361 " - COM8XBBD BIPBCTS 2C0, 512,' 576, 736, BIO. 829, 842,,862,,868 ' 140 KB too* n tBVIX • ' ,, COLTBII If, IBB, 540, 699, 80*' ' DETBLOFBBIT RITES 11, 15, 429, DROB, BED 4*6 605, 721, 867 COSK 546 • ' t ; • "•' DOCKS 829 imumn RATES, ERBBTO 496 CTPRXRXD3 547 ECOIOBXCS 806 , - A , A DimomilT, GRIITO 5*. 19 CYTOSOL 676 ' * ZBLGRASS 6*9 '/ DITEIOPHIRT, LABTAE 54, ,202 EELS 137, 560, 86* Ct TO ST AT 35 B DIAPjlOSB 21, 152, 253, 505, 525, 700;,' BBLS, IBBRICAR 658 BACK 322' 1 T1 DIATORS 24, 33, 118, 121, 312, EELS, SAID 653 DABS - 431 ' - > ' , ' - ' ' 127, J31, 389, 549, 555, 689 BBLS, TELLOB 590 BARBELPLIES 379, '399, 700 /, DICBLOBB "702 EGG PRODOCTIOR J51, 589, 725, 831 DAPBRIA 532, 647 DIET 7*6, 810 .s o / BGBS 5, 11, 13, 21, 23, 38; 49, DARTER ,'BLKKBAIDl6 509 , 510 ' DIPPOSIOR 872 70, 73, 109, 138, 186, 250, 265, 275, 296, 321, 323, 3*0, 342, DDT 268, 298i , 393v •, 395,°62- 1 BIOESMIS 531 >343, 357, 360, 367, 371, 382, DBABIVASFS, ADEROSIRB >20 .384, 4S6, 463, 476,'496, 49B, DTGESnOI 640 520, 525, 547, 566, C05, 657, DECAPODS 190, 29*, *29, 731; 110, 721, 733, 739, 7aa, 768, DIQBST1TF TRACT 549 772, 780, 408, 812, 814, 833, 867 DBCORPOSBRS 10, 17, 31, 37, 72, , 82, 101. 108, 111, 112, 119, 1«», DIROPUOnUTIS 33, 546 , 783, 801 - EGOS PBISIOIOGT 316 232, 255, 283, 286, 299, 339, - " 3*6, 364, 383, 409, «12, 471, ' DIPTBBARS 66, 253, 574 BRBITO; 169; 559, 586, 587, 634, 635, 652, , 674, 683, 779, HI, 787, 791, ' DISCHARGE amis 197 , 465, 762, EHBRYOS 28, 91, 116, 129, 155, 792, 793, 794, 828, 851 803 253, 296, 315, 323, 342, 343, A 357, 359, 360, 367, 37), 384, DEGRADATION 567 o DISUSES 18, 35, 36, 45, 48, 58, 442, 453, 476, 512, 617, 721, 88, 97, 138, 178, 185, 192, 197, 726, 728, 768, 816 DEBTDOUEKASES, I ACT ATE «39 257, 26*, 271, 322, 344, 365, 404, 408, 412, 416, 471, 472, EBSRGBICE 164, 313, 379, 574, 670, DBHYDRASES • 12 473, 498, 515, 519, 531, 536, 700, 815, 832 5*0, 5*5, 631, 641, 6*4, 650, DEHYDRATION 554, 871 p 651, 668, 678, 695, 696, 697, ZBBIGBISB ,875 ' 719, 725, 73*, 7*1, 193, 806, DEHYDBOOBNASBS HALITE - 866 818, 829, 873, 87* ^ BH6LSIPIBRS 474 DnrDIOOEHSES, GlOCOSE-6- DISEASES, GAS-BUBBLE 197 \ ENERGY BUDGETS 450 PBOSPniTB 355 NV ' " DISPEBSABTS 864 ENTRAINHRNT 150, 334, 428, 475, DEHYDROGENASEV.VOLYCRRALDENYDs B 3- 503, 655 PHOSPHATE 135 -> ' DISSOLfBDOlIOSR 52, 77, 188, 302, \ 316, 621, 628, 671, 678, 71*, miRES 12, 75, 96, 104, 135, 147, DBHTDROOBHASES, LACTATE <151, 478, 728, 732, 813, 8*3, 887 151, 195, 206, 212, 245, 320, 331, 335, 354, 383, 139, 441, aS«, 866 rasTiiianoi 3, *. i*. i6.r\ 32, 478, 507, 538, 553, 555, 569, " 33, 37, 46, 47, 52, 60, 84,-J3, 603, 625/633, 637, 638, 676, DBBYMOGERASES, XlCfOSI 749, 750 110, 115, 137, 160, 172, 221, 723, 749, 750, 854, 855, 856, 8B1 229, 2*0, 2*3, 2**, 2*1, 256, tEBTDROOEBASBS, BALATE 539 "s 267, 278, 279, 285, 289, 290, EISYI*», PIOHOtTTIC 552, 675 293, 294, 311, 324, 325, 326, DBBYDI06BIASES, SUCCINATE 539 " 331, 332, 399, 107, 415, *21, EFIBmionilMS 91, 212, 163 «2», 4*7, 456, 460, 461, 463, DEHYDROGENASES, 30CCINIC 33*, 335 - 470, 172, 491, 513, 521." 529, EQ011I0IS 155, 237, 578 \537, 550, 564, 566, 573, ,598, 3BRAT0RATI0I 19, 674, 839 "500, 606, 612, 623, 63*5 657, 8Q011X81X08 LOSS 195, 305, 708, 6SS, 669, 671, 701, 701^705, 776 DIISXtY 326 70G, 709, 720, 729, 733,^7*4, 748,* 769, 771, 772, 773, 788, 8IOSIOI 38 . DBOXTCOIVICOSTIBOID STgRONB 333 790, s798, 800, 802, 813, 1122. 828,,834, 837, 142, 851, HI, BSmiXIS 514 DBOXYRIBOKOCLEASB 881' * %" V E62, 871^877, 882, 894 \fV EBLAnOR 85, 747 DBPOLABI1ATIOR ~20» DXSTBIBBTIOR A VERTICIL 77,~206, 748, B13;iR*2 D1A 283, 4*0, <16, 760, 846 V R0I81IXZDS 281 OBSICI 150 DOQPISB, SPIRT 65 DIVBUlPnm 9, 28, 49. 66, 76i\41, ItiOPIMSIXOS 736 r 9*, 99, IIS, 139., 152, 155, 161, - SSSARcr 895 16*, 112, 177, 189, 239, 150, "V UA BTACOATIOB 549 253, 260, 272, 27*,' 296, 31S,' BOM! 642 323, 3*1, 3*2, 3*3, 357, 361, BXCRBTIOR 63, 76, 549 367, 371, 379, SIB, «30, «42. OOPIRXRB 642 •5% HI, 469, 476, 101, 182, C: IMICXSB 707 498, ,905, 512,'572, 574, 581, DOOBLXfS TIB! 130 V i .'i 545, (617, 670, ,672, 892,'700, EXPBRIREITAL DBSXOI 322 711, 726, 728, 729, 737, 768, ' BIOH; IIICK ..IIS 793, 801, 815, 111, 132, 892 IXti a SERBS, CIB04XC 576 141 V" K8TW0ED IBDEE 'I EIODIIES 440 rasn 104, 103, 107, 113, 114, 123, now 63, 216, 431, 613. 803 126, 129, 133, 143, 146, 149, OTIS 315, 670, 766, 804, 805, 879, 151, 154, 133, 158, 166, 169, , KOD 27, 63, 117, 326, 308 883 170, 178, 179, 100, 191. 183, 186, 193,,194, 193, 197J- i«c FOOD CRLOBOfRTU ' 302 B1BSTAIKS 730 221, 223, 224, 227, 230, 231, 233, 234, 236, 230, 240. 241, ~ROAO CEGVIBSXDB 20, 3*9, *13, *94, TITS 335, 419, 501, 554, 570, 579, . 2"' 243, 250..251, '254, 257, 367, 619, 725^. ^ • - - 652, 746, 774, 870 259, 265, 266, 267, 268, 269, 277, 270, 204, 292,' /293, 293, POOD POISOVXVG 408 ' f "*> _ nm ACIDS , 112, 1J9, 587, 878 296, 297, 298, 305, 310, $15, . If , ' L.1 ' 316, 318, 319, 321, 322, 3/9, ' ' TOBIHXB17BBIVS 47, 882 TECOVDITl 162, 423, 445, 647 330, 332, 333, '334, 335.- 337, , 344, 346, 149, 355, 356, 357,' PBBBIIIO' 307 TEBOIBQ 30, 65, 70, 95, IDS, 175, 359, 360, 361, 362, 365, 366, 369, 371, 376, 224, 233, 234, 246, 298, 263, 368, 377, 378, - FBI ' 49. 169, *69, 710, 739, 819 381, 382, 307, 388, 393, 394; 351, 352, 353, 357, 392, 401, . , 396, 400, 401, •03. 405, • 413, 453, 457, 499, SOB, 510, 395, WBGI /88, «oa, *12, «so, *98, s*o, 549, 580, 597, 604, 720, 724, . 410,, 411,^*13, 410, 419/ 425, 426, 427 , 431, 432, •36, 438, 634, '64*, 696, 697, 73«, 791, 728, 807, 833, 870 440, 441, 442, 792, 793, 79*,,023 «39, 443, 446, ' r' I TEED WO BAITS 372, 759 453,'435, 457, 461, 462, , 469, 473, 477, 478, 483, eitlXXIDS 129 . i * 468, 488, 490, 492, 493, 494, , FERTILISATION 5 487, - aiBBXDGBIBSXS • 263 ' 495, 497, 503, 504, 507, 508, FIELD 8T0DIES 3 509, 510, 511, 512, 513, 313, ' ' , i ' • • 518, 519,.523, 531, 538, eiHBIBIOS 16, 423, 040 . " 22, 25, 27, 33 517, 540, 544, 545, t'5«7. 508, , 41, 46, 47, ,00 539, 351, 534, 557, ,564, 566. CIStBOXBTBST»IL TRACT 320,'5*9, 57, 60, 61, 65 550. 569, 570, 571, 579,, 580, , 552, B21 80, 83*, 88, |91 567, 588, 593.' 394, 596,,597, 101, 109, 110, 113, 114, 115, 562, 599, 601,. 602, 605, 606, • - QISTBOPOOS 9, 685, 698,' 89* IIS/ IIB^iiZO, 121, 122, 125. 598, 610, 614, 613, 131, 132;,>136, 137, 140, 144, 607, 619, 621, 149, 154, 155, 622, 624, 623, 626, , 630, 631, GiSIBOnXCIS 32* V^i-li--- ~ 157, 160, 164, 637. 639, 641, - - -to . , 165, 176, 179, 184, 197,,199, .. 636. 642, 645, 213, 215. 220, 640,, 630, 651, 6S4, -637, 658, CBEBMTXOW TIIIB -364 221, 224, 228? ,,565, 666, 667, 673, 673, -- t it, v v 231, 233, 234, 240, 242, 283, 660,.'-682 , 684, 686, GBBBTXCS 244, 377;- 370; 601,' 637, ' 2*8, 249, 254, 255, 236, 261, .vj, 680,' 687, 680, 695, 701, 704, 712, 837 ^ % - 266, 267, 277, 270, 279, 285, 690, 705, 707, , - 286, 289, 291, 710, 711, 712, 710," 715, 718,, 294, 302, 303, 721, 722, [723, GBIBXBIIIOV. »67,'661 , y 307, 109, 311, 317, 321, 323, 719, 725, 728, 324, 325, 326, 732, 734, 737, 740, 741, 744, 331, 332, 333, 747, 749, 750, 751, 152, OETSEBS 892 ', 336, 338, 339, 341, 3*9, 362, 746, 757, 759, 762, 364, 366, 372, 383, 3B4, 387, 753, 389, 399, 400, 768, 769, 770, 773, 763, 763, (SILLS 6, 363,' 381, 398, 439,'360," 402, 403, 405, , 793,'797,' 798, 764, 785, 591, 625, 751, 782, 838 • / 407, 411, 415, 423, 424, 431, 7B9, <136, 4*3, 444, 804, 805, 806, 807, 799, 802, 446, 447, 448, , 819, 820, 824, PIO, 812, GLOBBLII3 - 303 ^-b'i ^ 454, 459, 460, 461, 462, 465, 814., 836, 841, 442, 825, 826, 467, 470, 477, 479, 483, 484, . 827,,< 847, 848/ 849, 843,- 843, 1 491, 506, 50G, 509, 510, 511, 843, lCLOCOLIPIDS 652 , ^ - 837 , 861, 065, 854, 853, . . . '» - 513, 516, 517, 524, 528, 330, 856,' 676, 079, 080, 867, 869, i * " 532, 536. 537, 543, 34*. 547, 870, ' GLUCOEEOOBBE5XS 212 - ' 880, 889, 890, 881, 883, - J . l j, ' 537, 558, 561, 562, 563, 564, 893 r 366, 571, 373, 580, 585, 506, . 884, , 6LOCOSB 75, 131, 212, *85, 563,' ,588, 389, 596, 603, 606, 612, 707, 825, 826' ,, .\ • 614, 616, 620, 623, 632, 638, TX3H, BEBP 566, ,637, 640, 643, 644, 649, 650, GLTCOCE* '151, 212, <501,, 774, 025 < 609 631, 653, 654, 657, 665, 668, ' PISB.'MOPICAL ' '3 ' '- r 669, 671, 672, 673, 681, 701, ,. -.QLTCOSIDBS „31* , - .- „ .'. 705, 706, 712, 713,,714, 715. FISMBG 504 » * ' ," 1 71P, 720, 723, 729, 732, 733, COBI ,179, 193,' 194, 722^ 730, 752-^ 734, 736, 738, 741, 744. 745, PISBXM BPFORT 834 * y 748, ,753, 758, 762, 763, 764, - - - • 3 .; «0B1-- , LOROJAW " 53 >J • > - v* v -r 765, 770, 771, 773, ,770e 780, PISBXEQ, SKIT 446 'J 5 ' , - ' 790, 794, 798, 799, 000, 003, , COLOPISB; 223, 238, 33*, 335,. 381, . 808, 810,' 815, 020, 841, 0*2, PXSBKXtl 113, 197, 302, 536, 608, . ~ *25, *26,-M3, 622,'666,.804,' - ' r^4, 3S1, 853,. 060. 062, 063, - 006 - 'i „ * . i i • 805, 824, 827, 8*0, 066, 019,',083 ' Mil 868, 869,, I TV 075, 076, , , 11 • , 877, 882, 884, • ;85, 886, 090, mums 614 ' >- GO IAD RlfOBIROB '376 . V/, jV 891. 892, 893,i 894, 893 PUOBIU 541 " flOBIO BECTESSIW , 193,.\19* it ,, >•„. ^ \, - ' • ' , - *>- 1 I ; /' ' t, . PIUO SZODIESBBITOBI, Villi 311 • PIATFISB 490 " GOVADOTXOPIRS. 186,' 333,' 626, 01*' ' PILTBITICF 353 k ' . -'',/ ' - ""l PUTBQERS 611 COBIDS 86/1K6, 1t?3, 210," JB.'A-V •J , i j ' ' 37*, *10,' *11, 62t • J1 i " nnunoi BITES ' 351, 352, *2o, PLIES, nn BOTTLE 96, ' „ ' ' < , <•,• ' \ 327 - " , / eonini,1 •32,'? J- ' 1 - . i - , • -f KISSIK - VLQURDER 494 \ - - /• PI* RATS 845 , / . • OEISSES '30 -;; " " HOMDER, STAR ST.. «»7 1 l N - j PXBCmiHS - 492,' 741, 789 GRASSES, i aioaeoi 401 «fi , - ELOORDIE, SOBBVB ,>619, 744 w - ; - v «•"•'•i-* PISH 6,-13,.14,,19, 32, 33, 36, . ctcTLiia,;BLACK; 019 , ,,; 1 ; 1 M, 12, 49, 50, 32, 33; 51, 57, - .NOOTDIX, 8XFLT8B< 259,'»e3, S»3 . - ' ; ""''•-r''-"S - 39, 61, 62, 63, 68, 73,' 7S#'77,~ - " ' - 03 , 84, 85, 90, 92, 93, 97, 103, PlOBIDIt, YELLOfTATL 160 , , . OEOITS, 1, o; 20, *0, 42i-57, 65, ' .,103,' 105.--115.-127,-'139, 156,- ^ 102 K8YN0BD INDBX t GBOHTR 159, 115,' 183, 190, 191, RORBOBES 819, 826 JELLYFISH 270, 350, 623, 660 200, 201,V220, 228, 229, 202, 25«, 283, 285, 281, 297, 312, BOB BOB BS, CBOBIOHIC GONADOTROPIN JDPENILES 09, 65, 6B, 169, 236, 315, 399,"353, 358, 359, 360, 333 200, 269, 272, 368, 619, 518, 372, 382, 008, >58, 090, 999, ' ' i 519, 550, 598, 660, 687, 688, 718, 7B9, 797, 809 516, 526, 513, 55S, 598, 639, RORROHES, PITOITAHT 333, 010, 836 635, 653, 663k 666, 689, C93, 696, 697, 699, HI, 712, 715, HORHONBS, PITUITARY GLAND 166 KBLP 075 129, 728, 73i\, 7*1. 777, 781, 783, 792, 79i, 801,-807, 819, HORMONES, PROGESTERONE 186 KIDNEYS 18, 166, 552 830, 831, 833,'800, 801, 875r e77 " > \ * BOBHOHES, TBSTCSTBBOVB 010 RILLIFISH 75, 92, 1S1„ 626, 637, GHC1TD BITES 100, 101, 128, 237, 825, 826 21 \ 301, 301, 365, 387, 009, HOT SPRINGS 100, 108, 283, 389. 05C\ 558, 567, 579, 619, 656, 007, 5*0, 559, 663, 669, 851, KILLiriSH, BAN0B3 658 718i,\719, 792, 906, BOB, 863, 860, 880 892, KILLIPISH, PLAINS 867 HYBRIDS 236, 377, 37B CRONIGN, GO LB 660 " RILLIPISH, STRIPE? 368 HTDRA* 320, 872 CRONT, FRENCH 785 KINASES, ANGININB 638 OT0RQSB6 STOPIOB 139 OOPPT 723, 732, 680 KINETICS 205, 355, 7*9 - BTDBOIDS 358 HABDOCIf 19, 160, 789 , BRILL 091 ' BTDBOLTSIS 860 HIKE 005 LABOBATOBT STODIES 3, 3, 5, 6, 8 B1DB0HED0SA 70 9. 10. 12, 13, 15,,19, 20, 21, BAL1BDY 678, 23, : --- STrEhtJLTCEltl*" 825 38, : _HltIBgT._OPMSlSW-r.SSS •= " 51, < HYPOPHYSECTOMY 823 73, 1 HARDfWAO 560 05, 1 <• I ' IDS 150, 2S1, 039, 956 90, • HtTCHBBKS '159 • ioo. IHHONE RESPONSES 35, 36, 322, 673, 111, BITCHIBO 05, 09,' 70, 83, 109,' IK, 695 . 123, 129, 162, 189, 250, 293, 321, S r 133. 3C2, 300, 357, 359, 360, 371, INACTIfATION. 3*7 146, 002, 005, 053, <120, 525, 505, j 152, 507, 617, 728, 752, 833, 836, e6? INCORPORATION 329 159, 170, HE 10 166 INHIBITION 872 180, - 186, HEART 262, 055, 552, 628, 682 INJECTION 826 196, r 206, HEART RITES 156, 388, .532,-'667, INOSINB BONOPHOPHATE 621 210, 7551 219, INSECTICIDES 621 228, HEAT EXCHANGE '210 261. ' INSECTS 66, 70, 91, 109, 152, 16*, 257, HEMATOCRIT 038 177, 180, 1B3, 262, 251, 313, , 263, 392, 399, 433, 636, 663, 610, ' 271, HEMRMARS. 180, 392 505, 520, 525, 576, 620, 6*0, 291, 669, 670, 700, 815, 816, .032, 815 -ZSJ, HBBOCTABIH' 887 299, IBSQLIB 626 312, HEBOGLOBINS 92, 038, 8*9 320, INTAKE 308 ' 336, HEROLTBPB 370' 3»5, 3*6, 3*7, 351, INTBBTIDAL BOMBS 55, 17*, 261, 352, 3',3. 358,1 159. 156, 157, HEH01YSIB3 675 301, 323, 320, 326, 312, *35, 359,-359, 360, J63, 364, 365, 051, 500, 600,^663, 706, 715, 367, 366,' 369, 370, 371, 372, HBPATOPABCREAS'1 591 788, 828 373, 31*, 31/5, 376,i377, 318, , ' 'a 379. 3)80, 3(11, 382, 385, 386, IHT3STINBS 9o', 039, 552, 821 387, •|88„ J>1, 392, 393, 390, REBBXPOBBS 022, 517 395, 406, *0li, 607/ (09, 610, IBPFBTBBRAfBS 370, 385, 386, 002, • 11, 012, 113, 616, 416, 017, HERRING 321, 675 316, 450, 065, 333, 706, 89* 018, 620, -'125, 626, 627, 628, I i 629,'630, 912, 633, 636, <35, 1 BEBAIBG^ ATLAHTIC 65», 119 IODINE *55, 087 038, *39, 110, 0*1, 662, 665, •68,' 669, 050, 651, 652, 653, BEBRIBG, BLOEBACK 656 IODINE 125 223, 23B 655, 656, '666, 666, 069, 670, 671* 670, >' 676, 0"'B, 660, 661, HE*»I»0,LAKB 155 IODINE 131 662 663, «B5„ 486, 0 47, 686; 669, 697, 693,'096, 695, 696, 697, HBBBXBC, PACIFIC .13 IMI 117 691), 699, 500, 501, 502, 505, 506, 507,- 512, 516, 515, 916, 1 BBTBROPTERANS 620 ISLETS 626 520, .511522, S25, 526, 527, 539, 529,,'' 531, 933, 536, 535, HI ST OL OCT mi ISOENZYMES 032, 539, 86« 596, S3»;' 961, 'SMS, i56Sr' 366, , f j 5W9, 550. 552, 553, 556, 555/-- BOG SOCKEB 3*0 ISOPOD3 60, 102, 1*2, 2*7 556, 559', 560,- 565,' 567, 569, > 1 * i » 569, 57(|r 471, 576, 575, '376, HOMOGBNATIS 756 ISOTHERMS 161, 665, 667, 688 •77, ,570, 319, '561, 587, 590, BOB3IW13 1*3, 935, 087 , 626, 730, 591, 5911, 593, 596, 595, 597, 143 RSTWOID XRDBI LABOR/iTORT 3T0DXES 598, 599, 6PS(, IXI'OPROTBXBS 96 BJCEOOBGiRISRS 02, 139 <01, 602, 603, 604, 605, 609, 611, 613, 6f«, 617, tie, 619, LIUER 18, 75, 195, 212, 35'I,)I 419, B1CROSCOPT, ELECTRO* 17, 761 62(1, 621, 622, 62625, 626, 1139, 539, 552, 553, 491, M», ll 627, 626, 629, 631, 633, 634, F51, 774, 825, 839, 164 F.TDGES ' S74, 670 635, 636, 640,\64S, 6*7, 6«B, 652, 655, 656, 658, <59, 660, LXMB0PI3B 688 /.' UtIITIOl 62, 65, 68, 74, 105, til, 662, 663, 668, 666, 671, , 146, 231, 277, 461, 462, 588, , 675, 676, 677, 679, 681, 683, VllCB 534, 539 ' J <• /,'. 614, 753, 770, 797, 857, 864, 890 6B5, 689, 690, 693, 643, 694, <95, 646, 697, 698, 699, 700, XABSnas 38, 188, 189, «7fi, 724, ,/mae DBAIRAGE ,309, .47s 701, 702, 703, 707,v 708, 710, 886 714, 716, 717, 716, 721, 722, BIRROff, CARP 605 723, 724, 725, 726, J 27, 728, I0BSTBR3, AMERICA* 526, 617, 774 729, 730, 731, 732, >39, 740, , /' BIRROR, PATBEAO 396, 599 741, 7*7, 749, 750, 751. 752, LOBSTERS, ROCK 729 755, 756, 759, 760, 761 763, j!' MITOSIS 814 • t. ' 756, 767, 768, 772, 774,' 775, LOBSTERS, SPIRT 71 ' 1 w 776, 779, 780, 781, 783 , 785, , 786, 787, 789, 791, 792, 793, L00KC04R 14 MODEL, RATBEHATICAL 578 , 705 794, 795, 796, 801, 804, 805, 807, 808, 812, 814, 816, 817, IWIIBBSCBBCE 222 I MODELS 330, 639 818, 819, 820, 821, 822, 823, I 824, 825, 826, 829, 630, 831, "' MODELS, RATHER ATtCAL 107, 119, B1CKBBBL 570, 675' 128, 155, 237, 252, 304, 377, B32, 833, 835, 836, 838, 839, f i 840, 843, 844, 845, 846, 847, 402, 056 , S5l, 630, 639, 797. 848, 849, 840, 851, 852, 854, MACKEREL, ATLARTIf, 654 855, 856, 859, 861, 864 , 866, BOaABPk 32 V 869, 870, 871, 872, 873, 874, B AC BOX RTBRTE 28 AT f S 402 (j 875, 877, 878, 879, 881, 8B7, ROLLOCS 271 888, 884. 892, 895 HACBOPHITES 214, 309, 5B9, 8>J3 f I HOLLOSCS 63, 98, 99, 127,' 225, HABRLS 8 260, 264 , 289, 290, 345, 351,. UCTXC »CXD 151, 112, 707 I 353,. 372, 470, 577, 578, 613, HAIRVEBARCE 413 ' 628, 839, 894 LAKES 88, 46* MALES 376 R0LTX1G 429, 526 UKBSOCKn 411 i i ' ' MALTC ACID 212 MOOR PHASES 62 • Vj- lAPPRBTS, Stl 64, >149 R<A51S 363 HOBPHOtQGT 39,„44, 114, 236,<315,- LARCETPIStl 606 340, 371, 083, 496,, 533," 561, , RARMM.S 078 590, ,710 , 78*,, 799,' 805, 8BO * unn 15, 38, 49, 66, 71, 90, 99, l797, 812, 832 574, 657, 670,' 690, 692, 700, 1 711, 711, 729, 7*8, 795, e MATO RATIO* 86, 2»i;!' 340, 37 A , 382, MOSQUITOES 152, "l6«,,*70, 520, 812, 815, 832 , 545,', 626, 656 >." - . _ - 515,.-816r| 8S2t v 4 i, ' ' A > • J - ' . • : LATERAL-LIRE OBQ31I 143 , BlTOBIflOB, SBXOH? 497, 618 RO»MWOPIS1I 166," 178, 292, 5»», " 601,, 732/ 869 ' - LEAD 117 J A 1 .' ' ( - . HTPLIBS 463 HOD , S4 " . - LBIRBIRO 292 • ,'/ • s SK»T 317 BODtiniBOB 403 •i :> . LEECilES 58, 488, 701,-808 •ECBARISRS 241, 393 " RVDilOCRBR, LORGJAR 7*9, 751 , /' ('/'" v '' ' LESXORS <68 I ' ^ MEDAKA • 230, 594 RBLKEI1. 169^ 355 , ,, , . 1 'II '' ' •-•! * UtML OPSB, 4 EDM 85,'' 7^03, 740, RBHBBAKS 761, 794, 878 (IQL1.R, G««V "4*2 1 i I' 'I ' , , , LETHAL I01BIHBCB,NEDILT [648 i- 'j BESRADEH 368 i THJILEV, ST BIPED ,005,1*36 r- " IMRtt TOLSRIRCB, MEDIA* 49, 130 V'«B»B»DI1I, ATLANTIC 654, 701 RBSCLES . '132, . 198, 204; 214., 310, , 418J-.419,:'427,. 438, 07,3,."50(1,' UK CTCIBS 22, 275, 532,\<40 BBRRADB*, GOLP 401 ' - .. , - 539, 569,- 570, 609,,638uvif.ua,, as6941*,, , 1 IS* 82, 492, 658, 838, , 15 V 77*,„825,, „ > „ ., UW S»A« 691 • RERCJSI ft - 'i < !s 4 . • ; ' - IMC CR1BACTB4S 11^. 712, 845 RBMCTTS, MTT 'MIVV . T- - , - • 1.XGBT 8, 167, 168, 229, 2^3, 410,' IIRRISWC 1 - . ' ' - w '. , ~ - . - i" ,„ X\ . 459, 565, 681, 786, 801 ' METABOLISIIMTM CA1011 , '115;~.170.1. , je.610n , .nan*MBfCLBS. , REXTB.•mw,' 41^.n, 439» , 7h749o , 75un0 661, ,837 , 877 - , -1 f it" i" t. . >,J V 1IGHT X1TB 1*5177 115, 8*4, 877 ". ITO'iKlI.LOHGEMB'iKEI.LORGEi - 76i'65 t . •• " ". ,. ',» ( v BETABOLTS:SMB RBTBRATES , 366, 39393 , -. ' ij, ;r i' j - . . . MB,ISELB 27',i,' 63I , ,156, 263, '291, = 5*7 UBBOIOO* 876 V WETAHORPHOST>B0SIS ' 260, ' " - .-: , „H j , 'Z ^ 't-V., . - ; .. ~ '--^MBSSEr.S,'DM;/676l LIMPETS '122, 171, 528, ,871 BBTROOS ';330', ^ - Jv" i A-",- ' j - i; • Mt3I!Tl,. »*9i >50, 862- \ HPID77*S - ' 334^ , - 554, >570 , 579,- 652". > ' RSfBttATIOR 10 R(«B0PU«KT 1 . ' ! A 10* KEYWORD INDEX NEMATODES 20, 163, 276, 381, 537 OYS9EBS, AMERICAN 200, 201 PHYSIOLJGY 660, 666, 667, 670, 675, 676, 682, 693, 690, 707, NEHEKDS 215 OTSVEBS, PACIPIC 01, Oil, 576 719, 721, 730, 731, 709. 750, 755, 756, 766, 770, 780, 804, NERVES 839 PANCREAS 552, 591, 826, 839 617, 821, 825, 826, 827, 839, 809, 854, 855, 856, 860, 866, NERV003 SISTER 29, 395, 622, 661, IlNOQBA 005 ' 872, 881 698 PA1ABECIANS 101, 0B9, 796 PHYTOPLANKTON J3, 117, 118, 130, NEOBOBS 698 199, 300, 303, 327, 338, 339, PARASIfBS 05, 58, 88, 138, 118, 389, 028, 000, 056, 506, 563, nmvnwroin mu ,86 185, 260, 319, 319, 30*, 012, 603. 750, 790, 868, 876 *16, 003, 088, 531, EOS, 572, NICKEL 117, 698 600, 650, 651, 696, 591, 701, PIGMENTS 310 ^ 725, 701, 806, 829 BIPOPPIBENOL 18 PI*E 370, 038, 003, 799 PABB-SHOLT TRANSFORMATION 6 NITRITES 663 PIKE-P-iCCH 61 PCS 621 NITRIFICATION 759 PIKE, NORTHER 359'-' PKLBCTPOBS 225, 226 NITBOBEN 76, 556, 565, 678, 770 PIKE, NORTHERN 620, 728 TXNTOSB PROSPRATB SRONT 355 NITROGEN SUPERSATORAilOH 536 PIKB, RAILBYB 739 MltCli "Sfc?, 366 , 615, 123 NORADRENALINE 602 l\ PINEAL OKGAH 103 r„ PBRCN, SNA 381 1 1 v J PINPISH 368 NOTONECTYDS 180 PSRCB, VHITB 506, 508. 658, 740 VIPBPISH 119 NOCLEONDES 0'z7 PBRCN, YBL10N 50, 518, 620 PITOITABI GLAND 825 NOTRXENTS 237, 327, 502 FBBIPHYTON 760 PLAICff 531 NBTBRXOH 63 , PERMEABILITY 200, 381, C91 NTNPflS 063 PLAICE, AMERICAN 160, <90 PESTICIDE 9 169, 395, ,702 OCTOPI 099, 552, 553, 833 PLANIftlANS 6B1 PETBOLBOR 31, 130, 070, 860 ODONMBS 379, 399, 700, 815 PLANKTON 46,' 77, 220, 380, 389, PR 120,' 320, 337, 310 , 575, 605, 408, 021, U36, 530, 562. 573, OlIGOCHABTES '136, ONBRB -635 -- PBENOL "*17 PLMORBIANS 052 ONOPNIDS 500 PHOSPHATASES, ALKALINB 633, 855, PUBIS AQUATIC 160, 167, 168, 228, 562, 603, 790, .953 ; , OOC1TBS 166 ' c> Kkns, AQUATIC 8, 38, 81, 159, - PHOSPHATASES, GLUCOSE-6 , 15, 163 OSBAN 620 217, 237, 2*9, 327, 331, (01, 00*,'506, 566, 565, 589, 661, OSHOIBOOUTIOB 1*2, 369 , 379, 615, PHOSPHATES 638, 602 950, 658, *i9, ftS 755, 756 BBOSPHOBNCLLPYROVIC, ACID 212 • n PLANTS, VASCULAR 607 OTHOTIC SHOCK 234 TBOSPBOQKiICBBIC ACID J3 12 - fi. / ' POIKILOTHBBMS 396, 398,-610 OaTNICOfca 339, 691 PHOSPHOLIPIDS 652 POLLACK 19, 789 OVA 012 7 i HOSPROROS 554 POLLACK, ALASKA 315 OVHIBS 166,010 > PHOSPHOBYLASES, GLYCOGEN ' 75 POLLUTANTS, ORGANIC 813 , ' OTBRNIRTIKRIl 55* * PROTEOLYTIC ACTIVITY^ 310 POLLUTION 596, 690 OVULATION 230., PS0T0P1NI01) 157, 19*, 229, 295, 333, 35*. 376, 379 ' POITCHASTBS 79, 17*, 306, 500, OXIDASRS I! t ' 568, 779, 913 PSOTOWBSPONSS ZE« orcea HBTABOLISB 26', 63, 66. POLYSACCHARIDES 693 ' '59, 71, 99, 99, 106, 107, 122., PHOTOSYNTHESIS 7, 205, 207, 201, 16S. 169, 156. 172. 210, 227, 269, 237, 300, 336, 506,'563, 629 PONPANO 169. 357, 742 251, 259, 263, 291, 316, 336, , M 337, 3 SO, 361,< 363, 369, 372, \ PHYLLOPODS ,3*1 PONDS' 190, 537 f 373, 315, 363, ,395, 662,* 617, 619, 420, 633, •69. 650, *79, PHYSIOLOGY 6, 17, 19, 29,' 63, 75, PONDS, EPHEMERAL 350 , 699,' > 690, 509, 516. 527, 528, 86, 90, 96, 106, 105, 132, 135, 529, 506, 550, 35*. 570, 577, ' 1*3,' 167, 1*6, 151, 163, 176, POTASSIUM 038 , 576, 609, 619, 62*. 636, 6*5, ' 167, 196, 204, 2'5, 723, 227, 66 b, 659, 667, 671, 677, 717, 205, 246, 299,305, 310, 316, ' POTASSIUM CYANIDE 393 730, 731, 738,\ MIS. 792, 819, ' 320,330, 336, 337, 355, 363, >21. 922, 935, 663,. ,967, 887, „ 367. 369, 370, 375, 391, 389, POBBB PLANTS 52, 103, 119, 121, 899. 999 617, 619, 621, »32, 638, 0*0, - .. 199, 211, ,235, 291, 303, 30*. - ' 655. 679, 686. 696, 497, »96, , 309, 339, 366, 622, 623, *36, OYSTERS 25, *0,' 69, 317, 353, 699, 507, 539, 5*1, ,5?2, S53, 550, 037, 66*, 666, 665, 517, 523, , „ 666,/666 •> 569, 569, 570, 609, 610, 622, 563, 569, 551/569, 610, 627, .< * • > t 625, 629, 633, 637, 639, 6*5, , 632, 701, 903, 306, 881, 893 ^7/" s. ' i 1*5 RBIBOBD IBDBX IIOIOBOCLIDIS 276, 407, 646 SALB01, CBIBOOK 18, 63, 170, 193, 221, 236, 319, 536, 773, 776,, 834 VOHBB PLAITS, FOSSIL FOBL 197, MOIOSEISXTXVXTT 166, 853 255, 267, 426, 734, 742 SUITOR, CBOR 236, 384, 776 MIB 770 VOVBB PLAITS, IDCLEAR 67, 15D, SALBOV, CO HO 18, 183, 195, 211., ' ' 277, 278, 339, 462, 503, 504, BATS 417, 418 236, 387 , 319, 773, 786, 6*9 506, 508, 530, 563, 607, 654, i' -- 634, 762, 763, 764 REACTION RATES 207 SALBON, CDTTBROAT 387 PRABB3 220, 756 BRCOflflllDBTXOBS 522 SALBON, ROI&IBI 22!,' 313 PRAVVS, SPOT 859 BECOVBBT 733 S1LBOI, PI IK 216, 776 t PBBOATIOB 170, 180, 292, 372, 776, BED TXDB 3», 583 SILROI, SOCRBTB 37, 103, 107, 221, 786 236, k57, 710, 786 ' BBOBOISB, OOLDBB 266/ 267 / ' 1 PBBDICTIOES 107, 155, 213, 304, SALBONID3 39, 68, 106, 852 630, 637, 654, 745, 777, 797 •EDHOISE, SBOBTBB1D 266 , 267' > ' , PBESSOBB 12, 390, 534, 535, 633 BBD9CTISB, BXTBITB 603 SILT RHSHI3 439 BEOBVBMTXOV' 533 SAID DOLLABS 89, "llOOUTlOIS 235 SARD LANCES 711, 712 PBODOCTIOV, PRIBABY 2, 7, 8, 33, BEPL&CMBRf 351 '' SkBDXIR 405, 511,' 673 39, 51,'81. 88, 100, 110, 134, 140, 157, 159, 167, 168, 207, BBPBODOCTXO* 3, 3, 25, 43, 44, 53, SABDXBB, loom 713 209, 214. 217, 228, 229, 237, 78, 81, 87, 93, 99, 102, >115, e ^ / 249, 255, ,267, 300, 308, 309, 136, 146, 149, 157, 171, 172, SARDINE, SCRLBO 690 312, 314, 327, 331, 336, 339, 173„ 182, 193, 194, 218, 225, 354, 391, 401, 414, 437, 444, 226, 229, 230, 254, 263, 274, SAORY 388, 748 ' 459, 467, 475, 506, 530,-543, 1 282, 286, 290, 323, 360, 362, 1 555, 562, 565, 581, 583, 589, 376, 382, 400, 496, 545, 611, - - SCALLOPS 117, 527 603, 612, 627,,629, 661, 662, 618, 626, 661, 672, 681, 683, 663, 689, 693, 696, 697, 702, 725, 737, 743, 748, 771, 772, SCALLOPS, BIT 86, 320 777, 783, 790, 803, 809, 850, 778, 800, 808, 811, 831, 877 853, 858, 860, 868, SV ~ SCBOOLIRS' 397 BESBITOI1S 639 MOOOCTXOR, SBcorom 161, 530, SCOIVXOR PXSR BBS, 889 ' 562. 691, 884 EBSPXROflBTERS, NABBORG 316 SCOBA 285 PROSOBRANCHES 372, 775 BBTB niRABILg 131 , SCOLPXRS 488 PROTBIB SYNTHESIS 187, .283, 330,' BBTBRTXOB 238 4110, 846 SCYPBOIOANS- 175 • BBVXBV 38, 59, 107, 119, 125, 143, PB0TBIRA5BS 751, 861 150, 160, 172, 173, 182, 211, SB* BASS, SOniBIR 137 , ' v\ 235, 237, 244, 252, 279, 289, PBOTBIBS 29, 305, 329, 419, 438, 290, 303; 304, 331, 337, 369;, SSI BARBS 29, 613 ' 486, 501, 554, 555, 579, 638, 386, 397, 398, 437, 456, *T3, <*, • , , - 674, 676, 751, 758, 760. 774 522 , 582, 608, 610, 621, 630, ' SB* RBTTXBS 270 " ^ y 1 643, 678, 679, 680, 737, 746, SBR OICRXRS 21, 23, 2*6, 367, *76, PROTOPLASTS 232 754, 784, 797, 834, 841, 857, 858 5*1, 616,,822 ' ' 1 " sn ' ' - PROTOZOANS 34, 43, 44, 47, 120, RIBOSOBBS 299 / SB* CBCBI1S, PHRPLS .821 124, 147, 309, 311, 448, 489, 502, 5S6, 882 Bit 10, 187, 299, 440, 76fl' SEABASS, FIOBT * 332 POPPIsn 224, 544, 571, 602' BOACR 284, 366, 417, 418, 432, SBASOUS 1 7. ,22,' 25, 50 , 56, 63, '98/ 564, 682 - 117, .122, .217, 22*. 280, -317, J PTRSCLA3ES,, TRIPTOPHAN .193 '325, 326, 383, *0S, *19, 4*3, , " ROTXPRRS 22, 161, 352, 437, 373, 448, 3*8, 33«, 378,'614, 6*2, PYBOVATB , 151 - 589 t „ 6*3, 6*4, 650, 63*,. 701, 758,' ' " C02, 863, MB,'' 876, 889, 890 PYROVIC ACID 213, 750- Btron 366 - SEATROOT, SARD - 4*6 ^ * -. ^ 010 122, 174, -372, 402, 418 , 546, - I0PP 814 821 SBIVBIOS.' 167, 217/^336 9ALAHAROBRS 58 - , RABBITS s478 - 31AVEB9S, BED 8' ~ SALIRITT 6, '69,',79, 64," 127, 217, - ' "V/ RADIATION BPPBCTS '691, 733 219, 220, 225, 223, 226, 232, , SBDXBRRS 409*' 258. 280, 281, 32«,,363,'368, ' RADIATIOi, GARRA - 166, 238, '300, 438, 469, 480, 481, 482. 484, SELECTION- 50, 105; ISO, ,165, 267,''' 691* U . V. 498, 512, 522. 556, 567, 571; 268; 298, 393, 391,-426, *70, < 591. 592, 602. 628, 644,-648, ' 518,-596, 599,- 621, '654, 660,-. , RABILTIOR,' IONIZING . 85i 727, 767, 813, 830, 784/ 789, 796. 869 V- ' " i > •t- I BADIATIOR, ULTRAVIOLET. 414, 439, SALIVARY SURD 552 - • . '; SENSES' 143' o I If1 - 735 . - i - »* , i 1 „ > - SALBOB ,42/ 468, 475, >797, 881 ; SBROB. BIOOB ^5, 339," 823 , • RADIATION, I ^ 238 - , - SALMON, ItUBTtC 269, 316, 393, ' > SETTL1BG 200, 201," 499,' <778 V "' RADIOAOTOGRAPRT 203 394, 621, 66B 146 KEIRORD INDEX SEBAGB 82 « SRAPPER, RfD 550 SUBARCTIC VATBRS 562, 868 SEX RATIO 153, 166, 395, 732 •JBAPPBR. VERBILLION 350 SOBSTRATB SBLECTIOR 590 SHAD, 186 9 ROOK 704 -ti SOBSTOkTB OTILXZATXOR 190 SHAD, AtlERICAR 462, R57, 865 SODIOM HYPOCHLORITE 503 <, SOBSTRATES 236, 663 SHAD,' 78RBADPIV 52, 197 SUDXDH POMP 51, 198, 493, 494, 5'SO SUBTROPICAL RATERS 562 SHARK 572 SOLE, ENGLISH 776 SOCKBRS 223, 568, 739 sn»»«, BUCK-TIP 765 ' SORPTION 328 S0LP0B- 559 SHARK," DUSKY 132 500BD 593 SOBPXSH, OtlBER 410, 411, 564 t > SPAB8XB8 41, 61, 83, SHARK, HACKERAL 131 93, 133, 149, SOBPXSB, PORPKIRSEBD 659 171, 176, 179, 181, 181, 184, SBELLPX8H 27, 581 186, 218, 219, 219, 295, 306, SORPXSB, REDBREAST 184 /t 307, 317, 333, 360, 362, 374, SBXRER, DtJSKYSTRIPE 186 . 384, 400, 403, 436, 497, 509, SOPERSATORATIOR 678 511, 547, 557, 566, 580, 588, -« SHXRBR, SP0T7ISB 356 8PABBIRO TIRB 744 SOBPPERCfl, BALLBYB 319 . SHIRER , RED 382 SPECIES'DIVBRSITY 47, 59, 134, SORVRS. PISBIRO 548 184, 339, 428, 523, 548, 607, SHRIMP 38, 1B8, 218, 219, 256, 734, 781 SDBVmt 70, 73. 79. 123. 124., 328, 498, 688, 755 127, 153, 166, 178, 188, 169, SPECIES SncCBSSIOB 22, 460 221, 226, 239, 288, 315, 368, SBRXHP, FAIRI 350 371, 391, 414, 429, 442, 464, SPEBH 21, 23, 541, 808 469, 481, 482, 567, 690, 692, SHRIHP, GRASS 692 727, 757, 778, 829, 831. 859, SPBRBIT0GENB3IS i2tjiJ/0 870, 873, 874 SBRIHP, BkRTIS 683 SORVIVAL TIBB 196, 238 SHBIRP, OPOSSOB 145 SPBRBATOIOA 820 SNIBBXNO 107, 247, 356, 550, 615, SHRIMP, PINK 169 i 4 707, 796, 883 SPLBBB 166 SHRIHP, SABD 863 iJ SBXBBXBG SPEED 597 SPOROLATIOR 168 SHRXBP, SBIPPIRO 429, 430 ' SYBBR6ISB 169, 784 0> SitOt 368, 446, 54B SERXBP. TADPOLE 350 . STBTBBSXS 29, 760 / SflOARflSB 964 SllTXNO -803 < ' - s> TAGSIRQ 231. 668 SQOID 720, 733 , SILVBRPXSH 881 \\ , TIGGXae, SOBXC 132. 462. 477 1 \i - V. - STANDARDS ISO, 211. 608 SIHOUTIOBS ,183, 655,. 78b - TAPBRORBS' 185 'STABPXSB1 30, 466, 894 I SITE S TO DIES 24, 38, 52, iSB , 103, TABDXGBiDSS 324 118, 121, 125, 13*. 150, 197, STARVATION 212, 282, 778 199, 255, 266, 267, 277, 278, niROtS 453. 593 291, 303, 309, 338, 339, '397; •, ., 9T0B1CB 132, 552 401, 423, 428, 436, 837, 4H,,. TBBTH 799 446, 462, 465, 488, •75, 503,, ' STOBACB CONTERTS 65, 405 504,. ,508,, .517, 523, 530, 943, • TEMPERATURE 158. 181, 219, 296. 548, 563, 589, 607, 627, 632, ^ STOBBPIXES 109, 313 572 654, 715, 134. .781, 762, -763, 764, 803, 806, .888, 893 a 9TOBAGB 427, 507 TBHPERATBRB ADAPTION 478, 645 SXCB 44,- <4, 107, 351, 373,' 382, BTRBIRS 122 413, 869, 578, 609, 681, 112, - 71B, 782, 800, 835, 891 9TBB33 827 TBHPKRATORB CRAROB RATES 195. 201. l « ^ 346. 396. 740, 757, 76 Vl 79S,«JN0, SKATES, TBORRT 416 849. 859,3ffc 1TR03TI0B 850 SKIR 531 _ ' STBOEfXOB 85 328 SLUDGE 72 ' ' ' ? STORTING 715, 893 ^ TBBPBBATORB CYCLES , 22, 53.' 116, 1 SLODOB, ACTIVATED 587, 634, 781 - % 1 155. 161. 19», 288, 323, 328, STBRGBOB 614 , ' ' 325. 326. 387, 413, 429, 463, ' ' \ * 871, 528, 6(1, 681. 768. 779. SMELT- 747 ' "><•-,, ' '! STTJROEOR, PERSIAR .861 784. 869. 876 SHELT, S017 776 1 1 ' 1 3TOBSEOR, BOSSIAR 861 * • .1 - i't - ' »> ' „ • TSRPEUTORB DBMBDIBCI 81B " v., SRAILS 80, 128, 138, 162,-196, - SmiQBOB. SBYRYOCA 861 372, 373, 501, 521, 528, 529, TBHPBRATORB TOLERARCB 19. 79. 172, 717,' 780* 831" • >.,,•>,. V 283, 366, 3178. 396. .429. 500. 1 STBieiOB, STBLLATR. 186 t * * ' 526. 536 , 559, <01, 649, 669," 107 xsrvono ZWPK TBHPmTORR TOMBANCE 700, 808, IEMPBNATONE, OPTIMUM 016, 058, TRACEP STODIM 687 889 060, 482, 510, 512, 527, 565, 558. 620, 690, 725, 777, 601, TRAN3AHINAJBS, GLUTAMIC PYRUVIC TRHPBNATORN TOLERANCE HI0H 361 011. 892 507 TNtpmroRB TOIBRANCB, HIOH 17, TRHPRRMORE, OPTIMUM GAON1H 0, TRBRA10DBS 271, 3««, 565, 651 21. 23,lJ0, 3R. 09, 66, 71, 101, 382, «12, 516, 696. 697, 73. 89. 83, 93. 9«, 96, 105, 10B, 78). B23. 810, 851 TRITIUM 29, 2£8. 576, 606 12*. 127, 190. 169. 195, 196, 21% 216. 229. 2^8, 261, 280, TEMPERATURE, SEASONAL 561 TROPICAL HATERS 55!), 562 291, 300, 339, 306, 307, 350, 359, 368, 317, 007, 035, «40, TEMPERATURE, SPANNING 133, 176, TROUT 337, 673. 667, 759, 018, •51, •59, 671, 080, 081. 695, 179, 226, 260, 360, 162, 376, 501, 529, 533, 606, 571, 571, •03. 511, 557, 566, 590. 636, TROBT. BROOK 233, 261, 268, 298 602, 611, 612, 620, 638. 655, 673, 731, 7«0, 885 318, 360, 377, 370, 393, 39«, 660, 662, 671, 670, 675, 677, •67. 656, 621. 653, 836 685, 669, 690, 703, 108, 709, 1EHPEPATOHB, VATER 37 727, 761, 763. 707. 757, 767, TROUT, OltORN 216. 007 , 763 760, 776, 777, 790, 795, 801, TENCR 227 816, A19, 859, 860, 871, 686, 896 TNOOT, LAKE 377, 376. 833, 836 1CS1CS 010, 626, 8B1 TEMPERATURE TOLBPHRCB, LOB 13, 09, TROUT. RAINBON ,18, 90, 95, 158, 71, 75, 81I , 105, 113, 127, 1*6, TETANY 535 170, 193, 223, 233, 23B, 293, 150, 194, 226, 250, 296, 330, 296, 297, 305, 393. 390, 692, 302, 3«3, 363, 359, 391, «52, YETRARYHENA 87, 187, 618, 761, 878 519, 566, 369, 398, 625, 6kB, •81, 096, 501, 520, 525, 533, 707, 708, 739, 763, 770, 812.' 565, 620. 622, 660, 677, 685, MAUDS 21* 669, 810 690, 710, 768, 780. 787. 801. 816, 8 <9, 825, 826, 859 THEORETICAL STODIBS 1, 302, 108, TROUT. SPLIKE 853 r V • 02, 622, 078, 605, «7N, 757, TEMPERATURE TOLERANCE, BEOIAN 682 777, 788 TROUT, STBELHEAD 6 T4MPERATORE, ACCLIMATION 72 THERMAL BPPL0BNT3 27, 62, 67, 103, TAYPAJ030HES 38 ,''> ' 119, 182, 197, 199, 235, 252, / TEHPBRATORB, ACTIVITY 12, 552 255. 266. 267, 291. 303, 108, TBBB B0H0I»'S- 568 ' ' u 338, 622, «23, 636, 031, 6*6, TBHPBRATORE, AIR 98. 301 •66, 665, 668, 676, 60], 601, TOBIPICIOS • 1611, 811 508, 517, 568, 582, 583, 586. TEMPERATURE. DECREASING 100, 267, 607, 627 , 630, 632. 639, 650, ' ,Ty»» ' 131, •78-' * 601, 689, 690 , 528 680. 700, 736, 761, 162, 7*6, 762, 760, 803, 806. 886, 892, 893 TONA, 61GBYV 132, 606 1BBPERA1DBE, DEVELOPMENT 138, 153, 265, 286, 382, a*3, 650, 512, THERMAL STRESS 299, 665 , 707, 760, TON*. BLOBPIR ' 132 561, 6*7, 703, 772, 812 , 869 TON*. YELLOVPIN 606 ^ TBHPBRATORE. EMERGENCE 875, 891 TMEBHO-CLINES 606 TONICATES 307, 890" TBHPEBATORE, HZ TUB ACTIPITT 107, IHSRflODYRARICS k78 •39, 569, 637. 056 TUBBELIABIANS 340 ' THERROLOfllNESClNSB 006 TEHPERWOBB, PBEDINO 318. 508, 726 TURBIDITY 536, 853 . TBB'SOPBBIOQ 193 TBHPERATORE, CRONTK 106, 183, 609, TORBOt 636" 579, 8*6 THBRHOVNXLZS 791 TURNING - 066 1ERPERATPRE, BATCMING 319, 321, THBPHOBBOOLATION 103, 131. 132, 302, 660, 710, 722 765, 763 VELOCITY 236, 550, 615 C ' • , ' ' TSHPSRATOBB, BIOB 3*. 139, 196, THERMOSTABILITY 21 VENDACE 580 250. 335, 366, 366, 590, 567, A 577, 602,^669 TBRTBOTROPIN 087 i(, VEITBBBATES 398 ./ c' TEMPERATORE, INCREASING 106, 128, THYROID 861 1 153, 190, 236, 278, 279, 282, VIBRIOS . 36,; 668, til.' t : . - , 365, 661, A7«, 666. 692, 502, TBYROIINI 223, 655 521, 556, ,767, 772, 810, 833. 887 ' VIMBA 231, 737 ' . TOAD PISH ' 329 * 1 1 , • t h TERPERATORB, LETHAL 96, 105, 196, VIRUSES 08, 515,;'631, 676,' 695, 818, 873. 876 1 201, 269, 270,-366, 365, 366. TOLERANCE LIMIT, MEDIAN 359, 512 1 J 378, 503, 527, 533, 566. 571. ' V \ ' \ VIROSBS, OREGON SILBOR : 515 601,-602, 671, 690, 690, 700, TOLERANCE UNITS, MEDIAN 169, 365, .708, 7«5, 785 396, 682, 092, 695, 501, 533 - VISION BO*', 805^-679 " r 1 TEBPEBATOBB, LIMITING 237 10PMINN0N, BACKSTBIPB 371, ^ VITA BIN If 652 i , 1 \ •. . i • ' TEMPERATOBE, LOR 275. 285, 335, TOPHINNON, BLACKSPOTTED 371 <, VITAMIVS . 80!) a . ' 4 -361. • 11, ,»86, 507, 532, 626, 818 ^ ,» . i' |i , . r, 1 TOPHIBBOB. STARHEAD 371 TEMPERATURE, MIGRATION 62 VITBLLOOENSXS " 010 , -* V TOIAPHINB 169 r. , ' - , J TEMPESATURE, OCCBRRRNCB 32. 52, IIIUII , 600, 613 r ' • 120, 243. 256. 007. 612, 657, TOXICITY ~126. 130, 287V 070, 492, % 556, 591,,592, 621, 658 , V&STE VATBB 566' - f - " 1 796, 798,',813, 851 ' - ; • • , L ; r- WATER BOATNAN -392 • " ^ TEHPBBMmUl, OPTIHBH 20. 79.' 105. 1DXXRS ,192 ' • ' , 287, 290, "336, 352, 380. 607,.. NATER, HYACINTHS' 000 ,, .j 148 RBYRORD HON Villi, SDBTmBARRAR 16 •BMW 55, 107, 361, 700, 758, 762, 621, Oil tnrtna m •IBKtBS 477, 978 ROOB BORRRS 102, 225, 226 •ORBS 148, 163, 176, 213, 275, 306, 319, 348, 385, 389, 537. 568, 611, 650, 651, 656, 716 sr ROHM, IflRXRK 124 RORHS, PARASITIC 13R ' TEARIXRQR 789 TBASTS 364, 409, 175, 674, 760 TIRIO 317 1 , TOMS 316 tEBSATISR 695 ZZRC 117, 123, 17,6, 658, 695 71RC 65 328, 576; ZORA BAD3ATA 316 IOOTURRTOR 22, 103, 118, 216/ ' i' H j' i * • • ' ' I J i 339, 341, •13, 420, 43$, 445, S57, 524, 563, S89, 670, 715, 868 ' r") , '' %• F 11 ' i * - 'I IV" - • , • - r — *• { • 1 , I, • 1 .J < « f ' ' - " ' * c j ^ I < , ' t ft ' ' • 0 • t < t( i i i • , «v - , "\ r * ' ri •V ' I v.- M j 1 ' I V > . . • ' Vi - "V" t - i--'.^.-,.," : „ * \ y' ' - ' ; ' . i-yw- ; ', .'v ; - •/ \ • ,,v ,h • , » • /* ' r v ' "' ' 'i '' ' 'V' •* ' • • '^V;". \ • A * V > \ J, ' * 'L* / " ' 'IJIV. < > r " i'-'?:' ' f* H t v . A ,V 'it-ll'r* • .v »% 11*w ('t'v >' \ •; - Y • • ; < - -; v • v" - - ^ 'If . ^ r < « 'i.tl' l 1e • -> * - J t , » . ' - 109 SUBJECT CHTEOOHY TNDEI Bibliography 551 Freshwater Systesa 816, 818, 820 824, 827, 829, 831 832, 830, Estnarlea 30, 69, 3 Adriatic saa (CI *57 Canada (S), British Coluabia (S), Canada (SE), Rova Scotia, St. Vancouver Island, strait of Juan Hargarets Bay 090 Adriatic sea. Oar Xaatela 105 de yuca 280 Canada (SW), Alberta, Kananaskls Adriatic Sea, Italian Coast, fano Canada (S), British coluabia, Forest Reserve, Lover Pond 600 165 Coluabia River 507 Canada (SW), Alberta, Lake Habaauu Africa (WO, Coaat 713 Canada (SI, British coluabia, 589 Frazor River 507 Africa (W) 2«0 Canada (W), British Coluabia (W), Canada (S), British Coluabia, Queen Charlotte Islands 280 Alant.lc Ocean (SE), Gulf of Gulnaa, Balhiur River 5«7 Cape palaas to Annobon 802 Canada (W), British Coluabia, Canada (S), British Coluabia, Vancouver Island, Great Central Antarctic Ocean 311 Vancouver Island, Great central Lake 057 Lake 57 Arctic Ocean, Spitsbergen IslandB Canada (V), Coast 281 532 Canada (SC), Hanltoba, Hudson Bay, Fort Churchill 301 Canada, Astotln Lake 467 Argentina, coast 109 Canada (SC), Banitoba, Hlnk River Caribbean Sea 566 Argentina, Pllcoaayo River 62 557 Caspian Sea 215, 061 Atlantic Ocean 390 Canada (SC), Ontario (S) 399 Ceylon, Trlncoaalee, Koddlyar Bay Atlantic Ocean (C) a 15 Canada (SC), Ontario (S), stony . 220 u -'Lake 050 Atlantic Occan (S), South Georgia Chile, Saval Lagoon 129 091 Canada (SC), Ontario, Char Lake 361 Chile, Valparaiso Bay 33, 30 Atlantic ocean (38) 713 Canada (SC), Ontario, Guelpb 520 China Sea (E) 588, 733 Atlantic Ocean (SW) 109 Canada (SC), Ontario, Lake Ontario China sea (S) 606 Atlantic, north, Bast 256 002 Coluabia, Cucuta 520 "Australia («)Swan Bstoary 080, Canada (SC), Ontario, lake Ontario, 081 Bay of Qulnte 902 v. coaoro Islands, Anjouan 375 Australia, Queensland (H), Boss Canada (SC), Optario, Queens 520 Czechoslovakia (R)rjOrava River Estuary 778 Reservoir 61 Canada (SC), Ontario, Stony Lake , Baltic Sea 231, 160, 383 009 Czechoslovakia, Klicava Reservoir 362 Black Sea 215, 260 Canada (SC), Ontario, Toronto, Pond 815 Denaark, Isefjord . 649 , Bollva,, Pilconayo River 62 Canada (SC), Quebec (SI) 399 Egypt 196 Brazil, Coast 109 Canada (SC), Saskatchewan (C), England 317 Brazil, Bio de Janeiro, Ilha South Saskatchevan River 063 Grande 511 England (S), English Channel 117 Canada (SB), Labrador 771 Brazil, Bio Grande do Sul 813 England, Cornwall, Hhltsand Bay Canada (SB), Rev Brunswick, 323, 324, 325 Bulgaria 203 Passaaagnoddy Bay 719 England, Cornwall, Whltsand Beach Canada (C), Lake Superior 360 Canada (SB), Newfoundland 771 326 Canada (HC), Northvest Territory, Canada (SB), Rewfoundland, Terra England, Essex, Crouch Es-cuary 99 Ellesnere Island, Bazen Caap 160 nova national Park, Elg Brook 269 England, Hampshire, Langstone Canada (RE) , Hevfoundland Coast Harbor 653 >•'* 712 Canada (SB), Bova Scotia 160, 711, 79B England, Isle of Han, Port Erin Canada (BV), northwest Territories, 581 Cornvallis Island, Char Lake Canada (SB), nova Scotia (RE), , 671, 672 Banguereau-Rlddle Banks 712 England, King George VI Reservoir 420 Canada (HR), northwest Territories, Canada (SB), Rova Scotia (SB), cornvallla island. Resolute Lake "-• Western-Eaerald-Brown Banks 712 England, Queen Elizabeth II 671 Reservoir ,v 420 Canada (SE), Rova Scotia Coast, Canada (BR), northwest Territory, Atlantic Ocean, Seotlan Shelf Europe (S) , Italy, Bay of Raples -. Char Lake 009, 050 596 367 Canada (S)British Coluabia (S), Canada-(SE), nova Scotia, Georges Finland, Lakes Puruvesi and Vancouver Island, Saanlch Inlet ' Banks 712 Oulujarvi 580 .280 France 153 151 GEOGRAPHIC LOCATION INDEX Prance (RN), Eaters off the ttadlterranean Sea, Golf of Lion Russia (N), Lakes zelenetzkoye and Acaoclcan Chain 802 800 Akulkino 868 Franca, Atachon 353 nexlco, Lake zuapango 620 Ruasla, Black sea 636 France, Coast 828 Hiddle East 68!) Russia, Bneprodxerzhlnsk Reservoir 479 France, Vllleurbanne 681 Netherlands (SV), Hook of Holland 157 Russia, ivan'kov Reservoir, Geraan (E), Baltic sea 633 Konakova Power Plant 199 New Zealand, Hot Springs 110 Gersany 561 Russia, Ivan'kova Reservoir, Hev Zealand, South Island, Hinds . Konokova Pover Plant 444 Geraany, Ki«l Flora 383 Elver 447 Russia, Lake Baikal, Bngul'deyka Geraany, thine, Er(t Elver 309 Nigeria, Lagos 520 River and Kicheca Rivec 753 Ghana, Voltahake 623 North Sea 383 Russia, Lake Bllll-Kul (River Talas Basin) 891 Greenland 712 Norway, Blodskyttodden 83 Russia, Lake Issyk-kul 882 Guiana Coast 765 Norway, Coast, Troaso 706 Russia, Lake Krasnoe 22 Hong Kong, coast 556 Norvay, Nordasvatnet Fiord 790 Russia, Novorssiysk Pover Plant India 419, 714 Norvay, Trondelag (ft), 436 Borgenfjorden 307 India, Bay of Bengal 890 Russia, Ryblnskoe Reservoir 46 pacific occan 708 India, Berhaapur, Taptapanl Hot Russia, Siberia (R), Lake Kenon, Springs 612 Pacific ocean (C) 47 1 Chita Power Plant 037 India, Ra-fasthan, Pllanl, ponds pacific Ocean (EC), Golf of Panaaa, Russia, Ukraine (S), Kirvoy Rog - 573 Pearl Islands 285 Power plant 627 India, Vlsakhapatnaa Harbor 727 Pacific Ocean (H) 47, 524, 562 Russia, Ukraine (S), Kurkhovka Power Plant 627' India, Vest Bengal, Bakreswar 389 Pacific Ocean (UN) 588 , Russia, Ukraine (S), Lugansk Pover Indian Ocean 606 Pacific ocean (HI 606, 733 Plant 627 Indian Ocean (S) 311 Pacific ocean (») , china Sea (E) Russia, Ukraine (S)Starobeshevo 686, 688 Power Plant 627 Indo-Paciflc Ocean (C) 137 Pacific ocean (81 , East China Sea Russia, Ukraine (S), Zaiyevka Ireland, County Galway 242 687 Power Plant 627 ,. Irish Sea (H) 725 Pacific Ocean, Kurile-Kokkaldo Russia, Ukraine (S)Zuyevka Poveri, Region 720 Plant 627 , Isle of dan, Poet Erin Bay 208 Pacific Ocean, North 12 ' Russia, Ukraine, Kurakhovian Pover Israel, Tiberias Hot springs 107 Plant 632 Poland 286, 806 Italy 165 Russia, Ukraine, Poles'ye (V) 302 Poland, Korln, Goslawskle Lake 366 Japan Sea, peter the Great Bay 894 Russia, Yolch'ya River, Donyets Poland, Korln, Llchenskle Lake 366 Basin, Kurakhovo Power Plant 423 . Japan, Ishlaa Islands 788 ,Poland, Korin? Slesinskie Lake 366 Russia, Volga River 614. v Japan, Kaalyaaada Spa 880 Poland, Oliva, River Field Station Scotland, Argyll, fllllport Firth Japan, Hohne Inlet 516 297 of Clyde 55 Japan, Sea of 5fiB Portugal 188 Scotland, Killport 27 Japan, Sendal pover plant 516 Puerto Rico 520 Scotland, North' Esk Biver 668 Korea, Che1« Island 385 Puerto Rico, La Parguera, nagu^yes South Africa,' Offshore »ater 72" : Island, Enrique Reef 709 Korea, Chinhae Bay 460 Spain, Pyrenees Mountain Streaa Red Sea a 21 231 Korea, llsan Bay 140 i, Red sea. Gulf of Blat 0 Sudan 520 Korea, Kyeong Jaang 140 Russia 385, 642, 799 Sveden 3 ( Lake Erie 327 Russia (B), Sooth Kuril' Islands , Sweden, Lappland, Alpine Tarns 341 Lebanon, veils Ifi 380 • Taiwan 469 . Hediterranean Sea (E) 37 152 GEOGRAPHIC LOCATION INDEX Thailand, Bangkok 520 united States (NE), Delaware 179 United States (NE), New England Coast 712 Onited States 399 United States (NE), Great Lakes 150 United States (HE) , New Enqland, On 1 ted states (C), Iowa, Clear coast 008 Lake 97 United States (NB), Indiana (S) 111 United States (SE), New Jersey, United States (E), Coast 700 Barnegat Bay,'Oyster Creek Power United States (NB), Indiana, Ohio Plant S63 united States (B>, Coast between River, Tanner's Creek pover Florida and Canada 862 Plant 303 United States (NE), New Jersey, Cape May Peninsula 79 United states (NC), Lake Superior . United States (NB), Indiana, Terre 113, 360 Haute, Wabash River Power Plant United States (HR), Hew York 179 267 United, States (NC) , Hlnnesota, United States (NE) , New York Anoka County, Pish Lake 1103 United States (»?,), Lake Erie, (W) Hudson River, Indian Point Power 50 Plant 10 United States (NQ , Hlnnesota, Deninq Lake 299 United States (NE), Lake Hichlgan United States (NE), New York, 770 Allovay, Canandaiqua Outlet 122 United states (NC), Minnesota, Lake Severson 161 United states (NE), Long Island, United States (NB) , New York, southanpton. North Sea tiarbor, Cleveland, Black Creekr 122 United states (NO, Minnesota, Towa Point 689 Little cut Foot Sioux Lake U00 United States (HE), New York, United States (NE), Maine, Hudson River, Indian Point Power United States (NC) , South Dakota, Boothbay Harbor 719 Plant 339 pond near Brookings 319 United States (RE), Halne, Gulf of Unit"; states (NE) , New York, Lake Unites states (NC), Wisconsin, Maine 213 on'J.ilo, Niagara Hohavk Power Green Bay 7 Plant 730 United States (NB), Maine, Onited states (NC), Wisconsin, Sheepscot Estuary, Niscasset 176 United States (NE), New York, Long Lake Michigan, Point Beach Power Island 32, 700 Plant 762, 763, 760 United States (NB), Halne, . wiscasset, sheepscot River Back United states (HE) , New York, New United states (HO, Wisconsin, River Estuary 650 York city Salt Marshes 059 Madison 011 i' • United States (NE) „ Maryland, canp United States (NE), Nev York, United states (NC), Wisconsin, Detrick 5 20 oneida Lake 250 Madison, Blount street power station./ 103 United States (NB), Maryland, United States (NE), New York, patuxent Estuary, Chalk Point Oswego, Oswego Power Plant 530 United states (NC), Wisconsin, Power Plant 503, 508 Madison, Lake fllngra 101 United states (NB) , Ohio B53 United States (NE), Maryland, United states (NE) Massachusetts, Patuxent Estuary, Pepco Power Onited States (NE), Ohio, Ohio , sonerset, Narragansett Bay, Ne* Plant 523 . River, Kyger creek Pover Plant England Electric Conpany 291 303 '. United States (NE), Massachusetts United States (NE) New Tork, Long Coast 583 United states (NE), Ohio, Ohio island (S) 705 , River, W.C. Beckjord Power Plant United states.-(NE), Massachusetts, 118, 121, 303 United States (NE), Chesapeake Bay Barnstable Harbor 372 , H 93, 522 United states (NE) , Ohio, Ohio United States'(NE), Massachusetts, River, w.H. Sanaoris power Plant United states (NE), Chesapeake Bay, Falnouth, Rand Harbor 279 303 Bhode River 008 United States (NB), Massachusetts, United states (NE), Oregon, Coast United states (NE), Coast 08 " ; .Georges Bank IHC) 083 . 736' • united States (NE), Coast, Halne United States (NE), Massachusetts, United,States (NB), Oregon, Sixes to Long Island 160 •' Holyoke Canal 050 • River 773 Onited States "(BE) , Connecticut," .Onited States (HE), Massachusetts, Onited States.(NE) , Oregon, Connecticut River, Connecticut Martha's vineyard' 720 -- Naldport, Deer Creek. 387 Yankee Power Plant 503 United,States (NE), Michigan (N), . United states (NB) , Oregon, United/States .(NE)Connecticut, Henlbck and section IFour Lakes Naldport, Needle Branch --. 387 ,,', Connecticut Yankee power plant 203 - • • , 062 •. - ' .' . ' Onited states (NB) , .Pennsylvania. - United States (NE) / Michigan, < Susquehanna River,Conoqlngo United states (NE), Connecticut, Frains Lake 116. Reservoir 356 ' Connecticut Yankee Power Plant • • • •' / 508 ; United States (HE), Hichigan, United States (NE), Pennsylvania, pickerel Lake'' 155— Delaware River Estuary 338 United states, (NE) , Connecticut; Connecticut Yankee, Pover plant United States (NE), New England United States (NE), Rhode Island,- 5oo.: '- -v. (SI 1 . Coast 863 153 GEOGRAPHIC lOChTIOIt INDEX United States (RE), Wabash River On'ted States (SC), Oklahoaa, United States (SE), Florida, 266 iscar Creek 220 Blscayno Bay, Turkey Point Pover Plant 38, 192, 397, 655, 742 Onited states (MB), Washington, United States (SC), Texas (SE) 11 Coluabia Rive: 834 united states (SE), Florida, coast United States (SC), Texas, 219 Onited states (RE), Washington, Chambers County, cedar Bayau Coloabia River, Bonneville Daa povec Plant 001 united states (SE), Florida, 536 crystal River Pover plant 255 United States (SC), Texas, Onited states (RB), Alaska 5B5 Galveston 520 united states (SE), Florida, Indian River 294 United States (NW), Alaska, United States (SC), Texas, Nunivak Island 336 Galveston Bay, P.H. Robinson Onited states (SE), Florida, Generating Station 006 Pensacola 520 Onlted States (BR), Rontana (SC) , Bishorn River 876 United States (SC), Texas, Houston United States (SE), Georgia, Ship Channel 659 Sapelo Island 179 United States (NW), Oregon, Heliport, Taqnina Bay 020 Onited States (SC), Texas, Lake Onlted States (SE), Georgia, Anahuae 363 Sapelo Island, Coast 738 United States (MR), Oregon, Taqnina Bay 877 united States (SC), Texas, Lake united States (SE), Georgia, Bastrop, Lake Rasworthy and Walter F. George Reservoir 6S0 Onited states (BV), Snake River, Horth Lake 858 Brownlee Reservoir 221 united states (SB), Horth Carolina Onited States (5C), Texas, Lake 179 United states (HW), Washington, Bastrop, Lake Nasvorthy, Horth Coluabia F.iver 67, 85 Lake and Lake Colorado city 715 United States (SE), north Carolina (H), cape Lookout (H) 115 United States (MR), Washington, United states (SC), Texas, Lake , Coluabia River, Hanford Pover Nasworthy 893 United States (SE), Horth Carolina Plant 68, 797 (SE), Luaber River 184 United States (SC), Texas, Lake United states (BR), Washington, Rasworthy Paver Plant 881 United .States (SE), Horth Carolina Coluabia River,. Hanford (SE) , South River 184 Reservation 65 United States (SC), Texas, Harlan County, Wilkes Reservoir 741 United States (SE), Horth Carolina - United States (MR) , Washington, (SE), Waccaaan River 184 Lake Washington 300 Onlted States (SC), Texas, Port Aransas 228, 229 United states, (SE),' Worth Carolina, Onited States (MR), Washington, Lake Norman, Marshall Povar Puget Sound 300 United States (SC), Texas, Red Plant 197 R^.vet 220 " Onited states (MR), Washington, United States (SE), north Carolina, San Juan island, E^jle Point 261 United States (SC), Texas, Trinity Lake wylle, Allen Pover Plant Bay 363 , O 428 • , , • . "'. ; united states (HW), Wyoming (HC) , Bighorn River 876 United States (SC), Texas, Trinity United states (SB), north Carolina, " ' Rivec Delta, Heches River 363 Pamlico River Estuary Unitea states (HW)Hyoaing (SB) , • (Siaulation)' 134. . Yellovstone Rational Park, United states1 (SB), Alabama;' Flrehole Piver 100, Halawakee Creek 509, £10 United .States (SE),. South(Carolina, , Aiken Savannah River Plant, Par united States (NR), Wyoaing (HW) , Onited States (SE), Alabaaa, Hacon . Pond 809 Yellowstone Rational Park, County, Conservation Club Pond Thermal Springs 108, 860 537 .' •.., „', United States (SE), South Carolina, Aiken Savannah River Plnat, Par - United States (HW), Wyoming, United States (SE), Alabaaa, Pond 278.' s .-., yellovstone National Park 263 Russell County, Cottonton, Chattahoochee River, Walter V. United States (SB) , South Carolina, United states (HH), Wyoaing, George Reservoir 6S1 Aiken, Savannah River Plant- 607 Yellovstone Rational Park, Pirehole River 892 United States (SE) ,< Chesapeake Bay united states (SE), south Carolina,. 522' ,„, • - Aiken, Savannah River Plant,,Par Onlted States (SC)', Arkansas 500 - ', - ' ,0; .•'Pond ,277 , 506 .-<„- ,'. • V • * " • , - United states (SE), Florida" 110 , Onited states (SC) Arkansas, Onited states-(SE), South^ Carolina, Conway, Lake Beatfarfork 158 United States (SE),. Florida (B) , . Beresford Creek 701 ( , • ' , ; "T Indian River 070- unitea States (SE),'South Carolina, " United States (SC)> Arkansas,'Lake j Catherine, Lake Catherine Pover United states (SE), Florida (Hi?) , • Big snooks.Lake aeoi ... '. .-'j".. Plant 52 St. Johns River 865 * - ( ' - i ' ' United' States • (SE) , ".South Carolina, united states (SC), .oklahoaa (HC),- United states (SE), Florida (S), . ClarkfHlll Reservoir 809 Boomer Lake 136 / • Coast 705. , . , Onited States (SE), South Carolina,'-. United states (SC), oklahoaa (HC) , . United States, (SE),' Florida,. Clear Pond B09. •' '•'._,• /•,-.'•'•' OttetiCreek 136 /- Bicayne Bay, Turkey Point.Pover Plant 803' - , • 1«i!> GEOGRAPHIC LOCATION INDEX Onlted States (St), South Carolina, United States |5B|, California, Polly Beach 701 Toaales Bay 321 Onited States (SB), South Carolina, Onlted States (SB), Nevada (N) , savannah River Onited States pyraald Lake U3t (HE) , Maryland, Potoaac River, Dickecson Pover Plant 125 Onited states (SO), Nevada, Ash Headovs 5«S Onlted States (SE), Tennessee (E), Pontana Lake and PrlendsvlHo Onited states (SW), Rev Mexico Quarry 6B7 (SN), San Siaone Valley 150 Onlted States (SE), Virginia 179 onlted States (•!«), Otah (SW), Nasatch County, Trout Creek 313 Onited States (SE), Virginia, Potoaac River 201 onlted States (Sll), Otah, Great salt lake 630 onlted states (SE), Virginia, Rappahannock River 201 Dnited States (SB), Dtah, Provo, Otah Lake BOB Onited States (SE), Virginia, Vara Springs Run 669 Onlted States (N), Coast 281 Onlted States (SE) , Rest Virginia, Onlted States (N) , Hawaii, Rah ana Caap Creek 875 Estuary, Kahana-Kawa S^reaa Systea 810 Onlted States (SB) , Arizona 88 Onited States (tf), Hawaii, Kahe United States (SB), Arizona (C), Power Plant 517 salt Biver Reservoirs 665 Onited states (N) , Hawaii, Kaneohe Onited States (SN), Arizona (C), Bay 833 Two Reservoirs 77 Onlted States (N) , Pacific Coast tlnlted States (SN) , Arizona (S) , 319 Haaaoth Hot Spring 869 Oruguay, Coast 1H9 Onited States (SB), Arizona (SB)", Wilcox Playa 350 , Venezuela (E), Coast 673 Onited states (SN), Bala virgin Islands, St. croli 312 California, Coast 19« virgin Islands, St. Thoaas I 520 Onited States (SV), California (C), Sierra Nevada Foothills S^u Rales (N), Llyndlaas 109 "united States (SV), California (S), Nest Indies British, Trinidad 520 Salt on Sea .53, 333, 376, 512 Rest Indies, Jxsalca 566 Onlted States (SN), California, • ' t .Bodega Head 871 Rest Indies, Jasztica, Oyster Bay 120 Onited States (SB) ,<• California, Chickenfoot Pothole 233 »»st Pakistevi, Karachi 25 Onited States (SS), California, lagoslavia, Adriatic sea 70 Coast 191 Onited States (S«), California, 1 Death Valley 571 Onited states (SN), California, Death Valley, Cottonball Barsh ' 602 , • 'Onited States (SN), California, Dunderberg Lake 233 ,, „ . United States (SN), California, Lover Gea Lake 233 United States (SN), California, Honterey Bay, Pacific Gas and \ Electric Coapany Pover plant 168 Onited states (SS), California, Pallas Verde Estates, Plat Rock ''Point 135 ' 1 () 155 TAXON IHDKX ABATOS ap. 21, 23 AHBLYOPSIS SPELOE3 883 AffERINA GIBPOSA 066 ACANTHEPnTRA sp. 256 fcHHODYTBS GOniOS 711, 712 AORBLIA AURITA 175 ACARTI6 CLAUSX 241 INNODTTES RKXAPTSRUS 712 AORELIA COEROLEA 669 ACRRTI* ERTTHRAER 460 ANHODYTBS WBIAN03 655 BACCIOER BACCIOER 260 ACARTIA TORS* 211, 655. 895 ANNICOLA LIHOSA 831 BACILLUS REGATBBIOP 232 AMERIND CERNUA 614 ANPHIPLESTROfl PLEBIRGII 1 BACTU0S PSTCHROPHILUS 17 ACETABOLARIA CHESULATA 662 ANPHISTICROS BR0D0TBB03 319 BACILLUS sp. 139 ACRROHOBACTBR Bp. 222, 767 ANPHITRITE OBNATt 170 BACILLUS STBAROTRERNOPHZLUS 10, 892 ACIPENSBt GOLDEN5TADTI 461 AHPHOFA sp. 459, 689 BATROIBLLA ICISTIA 333, 376, 512 ACIPENSER sp. 614 ANACTSTIS NIDOLANS 2, 208, 209, 310, 391, 693 BALANDS HIBILUS 200 ACIPERSER STELLA705 1B6, 461 ANAX JUNIUS 70, 815 BANCIA POSCO PURPUBBA 229 ACHAEA sp. 871 ANCHOA NITCniLLI 001 BATILLIPES PBBBATICOS 324 ACHAEA TESTOBINALIS 529 ANGOILLA ANGOILLA 560 BATBACROBDELLA PICTA 58 ACROCHAETX0H CRASSIPES 229 ANNPELTIA sp. 336 BBLLEBOCHBAB sp. 312 ACBOCHAETIOH FLEXOOSOH 229 ANOCONTA CYGNEA 305 BEBTBENCHELYS Sp. 137 ACROCHBILOS ALUTACEOS 547 ANODONTA CALIPOBNIFNSIS 118 BIBBOLA HAGA 271 ACTINIA EQOINA 395 ANQUILLA ROSTRATA 658, 860 BID&OLPBIA LONGICROSIS 33 ACTINIA TBNFBROSA 600 ANQOILLA sp. 590 BI3STENIOLLA HACROSTOHA 882 ACTINOCLEXDOS FOSIPORnlS 650 APHRODITE HAGNA 813 BLENHIUS SANGUINOLENTUS 036 AEDE5 AEGTPTI 520 APLODINOTOS GRONNIENS 267, 7(,2 BLENNIUS TENTACOLABIS 036 AEDES INPINGBR 164 APLTSIt CALIPOHNICf 29, 613 BLBPnABISHA XRTERHEDXUH 03, 40 AEDES NIGRIPES 164 ABBACIA LIXOLA 21, 23 BLEPHARISHA SESRACHABI 04 AEDES NIGROHACOLIS 525 ARBACIA PONCTOLATA 076 BOOPS BOOPS 405 AEDES SOLLICITANS 832 BOS NINA LONGIBOSTHS 589 ABENICOLA HABINA 716 AEDES STICTICDS 816 BOSHINA sp. 530 ABBifOCARIS BIFIDA 325 AEDES TRISERIATOS 152 fi ARENOPONTIA SUBTE19AVEA* 325 AEQUIPECTEN TERADIANS 86, 320 DRACHIONOS PLICATILIS 683 ABBBOSETELLA GERNANICA 325 BRACHTDANIO RERIO 695 AERONONAS nTDROPniLA 519 ARGTROSOHUS NIBB 687 BR5CHTGALAXIAS BULLOCK! ,v129 AERORONAS SALRONICIDA 519 w A9TEHIA SALINA 303 BRANCRIOHTCES SANGUINIS 540 ALEPISAUROS BOREALIS 606 ARTOS PENS 006 BRANCHIONUS PLICATILIS i'J?« , > ALLIGATOR 1ISSISSIPIENSIS 791 ASELLUS RACOVITZAX 002 BRAHCHIOSTOHA LAHCBOLATA 38.5 ALLOCEHTROTUS FRAGILIS 822 ASPERGILLUS FUHIGATUS 791 BRARCHIONA SONERBF 136 ALOSA AESTIVALIS 654 ASPLANCBNA PRIODONTA 509 BREVOORTIA PATRONUS 001 ALOSA CHRTSOCIILORIS 267 ASTACOS ASTACUS 3, 638 BRKVOOftXIA TIRANNUS 368, 6S«, 701 ALOSA PSEUDORARENGOS 113, 154, 654, 763 ASTACUS LEPTODACTYLUS 638 BROSHE BROSHB 596 {, ALOSA SAPIDISSIBA 146, 462, 857, ASTACUS PALLIPES 96 \ BRTCONALBSTBS LONGIPINNIS 763> - 865 ASTEBIAS AHBBENSIS 30 - V BURGOA-PAPULA5PORA sp. 791 . '' v. ALPHEUS RETBROCRAELIS 429, 430 ASTEPIAS RUBENS 466 CALANUS BELGOLANDICUS O60, 600 -J S APBLOPLITES RUPBSTRIS 254 156 TAXOR IRDEX CALLIRECTRS SAPIOOS 169, 370, 060, CBRASTODERRA QLAOCQR CTRRHIR& 1RI0MH 181, <119 085, U86, 508 CERATOLIRA PBLAGICA 33 CIRRHIHA RERA 816 CALL TOBtl ELLA CAROLIRBRSIS 701 CERCARIA OI3BOLAB 264, 271 CLADOPRORA OLORERATA 7, 777 CAI.LIORYHOS PESTIVOS 0 36 CERIODAPHRIA RETICULATA 632, 726 CLAYORCOLOS RDRSATCS 650 CALLIOPIOS LAEYI05COLUS T>1 - CMAETOCERAS CORYXSETOS 33 CLIflACODIOR RICORCAYDS 33 CAMdPRORA Bp. 46 CRABTOCBROS SIRPLEX 312 CLOSTRIDIOR sp. 139 CALLCrmRABHYRCROS Bp. 572 CRAETOCBROS RAOICARS 33 CLOFRA RARENGOS 321, 654, 678, 719 CALOTRRIX CROSTACBA 192 CHAETOOOR CAPISTRATOS 705 CLOPEA PALLASI 13 CARCFR BAGISTER 776 CHAETOHIOR TRERROPRILE 791, 792 COELOTARY»OS SD. 465 CARCER PROOOCTSS 71 CHAETORORPHA ap. 336 CORHAGRIOR ARGOLATOR 700 CARDTDA ALBICARS 575 CRARRA PORCTATOS 395 CrCRAGRIOR RESOLOTOR 700 CARDIDA sp. 009 CRAOBOROS sp. 465 IOLOLABXS SAIRA 588, 748 CAHDIDA trrrtrs 575 CHASRISTES COJUS 431 COHPSOPOGOR HOOKBRI 309 CARDITIA YIRII 575 COIfCHOCELIS 229 CHATOCBRAS 33 CARARX CRYSOS 33-1 COSOPRUR RETICULUM 537 C1II0RB GALLIRA 264 CARASSIOS AORATOS 723, 238, 330, CORSTRICTOS 31 335, 361, 925, 026, 093, 622, CHIROROROS BBHRXRGI 891 666, 800, 805, 820, 827, 808, 866, 879, 833 CRIROROROS llORSALIS 434 CORALLIRA OFPICIHALXS 159, 336 CARCHARHIIUS LXHBATDS 765 CHIROROROS PLOROSUS 433, 670 CORBICUL* FLCHIREA 782 CARCHARHIROS OBSCORUS 132 CHIROROROS sp. 402 COPBICRLA RAHILRRSES 465 CARCRESION POLYPIROR 781 CHLARYDORORAS REIRHARDI 276, 300, COREGORUS ALBtlLA 580 542 C&RCXHOS HAEffRS 370, 817 CORRGOROS ARTE Oil 15"? CHLAHYDOHORAS SBGRIS 39 CARDISORA GOARHOHI 887 COREGONUS sp. 762, 763 CHLAHYS OPXRCOLARIS 117, 527 CARDIQH EOOLB 317 CORETHROR CRIOPRILOH 33 CHLORELIA PYREROIOOSA 51, 565, CARPIODES CARPIO 267 629, 646, 702, 846 COROPHXOH ISIDIOSOR 291 CARPIODBS CYPRXRELLOS 267 CRLORELLA sp. 406 COROPHIOH TRIAEUORYX 727 CARP10DBS CYPRIR10S 267 CHLORELIA VULGARIS 203, 206, 207, C0RYAC05 APFIRIS 4S0 208 CARPXODBS VTLIPER 267 COTTOS GOBIO 769 CHLOROCOCCOR sp. 689 CATASTOROS CORRERSORI 223 COTTOS POECILOPOS 769 CHLOROPHYTA sp. 121 CATObfOrlDS CORRERSORX 337, 739, CRARGOR SEfTEHSPIROSA 863 762 CRL07ELLA YOLGARIS 205 CRASSOSTRBA ARGRLATA 353 CEROCORXXA sp. 392 CHPORBROCOCCWS COLORRARIS 97 CRASSOSTREA GIGAS 40, 01, 353, CRRTROCERAS CLAROLATOR 229 CRROOHOITAS SALIVA 354 471, 576 CERTROPAGES ABDORIRALIS 060 CHRYSAORA COIRQORCIRRHA 270 CRASSOSTREA GLORRRATA 25 CBRTROPAGES YARADAI 060 CHRYSOPRYTA Sp. 121 CRASS05TRRA VIRGIRICA 48, 200, 20», sgg, 644 CERTROPOROS sp. 704 CHRY30SPHAERELLI BREYISPIRt 46 CRXBRILIARA PORCVATA 1 CERTROPRTSTIS HBLARA 357 CHRYSOSPHAERELLA HOLTXSPIRA 46 CR0S5ASTER PAPCOSDS 466 CBRTROPRXTTS STRIATA 415 CHTHARALOS STELLATOS 55 CRYOTOZORA SERIROGATA 501 CERARXDR STICTOR 229 CHYDOROS SPHAERICDS 589 CRYPIOCOTYLB LIN QUA 531 CERASTOOBRHA RDOLB 9?,'99, 282 CCORA IRTESTIRALIS 307 CTBROPHARYNGODOR IDELLA 545, 710 157 UXOR IBDEX COLXCOXDES HEII.BDS 470 DICLIH1PHOBA REEL ARC 72S ESOX LOCIOS 359, 374, 4 36, 624, 728, 799 CYMXDXOH CALOABIOB 663 DICLItOPBORA sp. 319 2301 B1SQDXH0RGY 265 CYAROPHYCEAE Bp. 612 DXOPATRA COPRBA 174, 500, 568 EtBOPKIS RACOLATOS 609 CYAKOPHYTA AN. 121 BIPRTEROSTOBOH BMSIHAB 1*4, 271 Z79IAPTOHOS GBACXLXS 153 CYCLEPTOS BLORGimr 267 DXPLODOS imOLIBIS 436 BtlDOBIBA ELBGURS 414 CYCLXDXOR CITBOLLOS 407 DXPLOSTOBOIt SPftTHACEOB 257 E0GLE4A GBACXLXS 502 CYCLOPS BICOSPIDATOS 339 DXPVYCHOS DTBOBSKIX 820 E0XLY0DBXLQ3 BBDOTX 811 CYCLOPS sp. 389 DXSSODXRXQH LOBOLA 783 ESPB105XA PACIFICA 280, 281, 736 CYCLOPS YBRRALXS 589 DISTOLASTEBIAS BIPOR 30 EOBYTEflOBA HBHDMB 291 CYCLOPS YXRXDIS 691 DOB AX 1ITTAT0S 26 BVADBE BOBDHilRRZ 165 CYCLOTELLA sp. 389 DOBOSOBA CEP1DIAR0H 267 EY4P3B np. 800 CYCLOTRICHXan REORXEBX 34 DOROSOHA PBTEffBRSE 52, 197 EfftDRE SPTRIPEBk 165 CYLIRDROTBECA CLOSTBRIOH 459, 689 DBEXSSERA POLTBORPRA 351 EPBDBE TERGESTIBA 165 CY40SCI0R ARERARIBS HO6 EOGESIA GOHOCBPRALA 611 S7ABS0LA PYGRAEA 32S CYPRIHODOR RXLLEBX 571 DOGBSIA TIGRIRA 681 EXPBDIO PABBBLOS 722 CYPFXRODOR REYADERSIS 544 DORALXSLLA ODARTOLECTA 689 BORALXELLA sp. 830 F&RRIS5XA RI1U1ARIS 122 C7I-HIROD0R RBBROFLBYIATILIS 224 SORRLIELLA TERTIOLECTA 555 ITKiXRIk BORGISETA 589 CYPRXHOBOR sp. 602 ECRIRABACHHID5 PARHH 89 PISBER01K ROTTALLI 171 CYPRIRDS CAHPIO 267, 337, 427, i 473, 487, 504, 507, 554, 642, ECnXROGPHnAROS BERILLORI 840 658, 723, 762, 763 FLEIIBACTER TS-1 635 ECRIROPARYfflXOn sp. 257 IBOBTORIA sp. 44 CYPBIS VIRERS 691 ICRO 6 VIRDS 874 FOCOSS sp. 336 CYTOSEXRA BARBATA 214 EIRERE VIRIDOLR 358 F0HDULB3 DIBPRMOS 658 DACTYLARIA GALLOPAVA 793 PLECTRA PILOSA 533 FORDOLOS BETEROCLITOS 75, 92, 151, DACTYLOGYRBS LARELLATBS 545 626, 637, 825, 826 ERALLAGHA ASPEESDB 379 DARGEARDXA HARRILLATA 88 PDRDULOS RARSAE 867 XRALLAOBA BOREALE 700 ' OAPHRIA COCO LL AT A 612 FORDULOS RAJALIS 368 E4ALLAGBA CIAGERX 379 DAPHRIA LAEVXS 647 FORDBLJS ROTATDS 371 E'iDOflYCBS HAGROSII 575 MPH1IA PULEX 339, 532 1 FORDOLUS ROTTI 371 ERGRAOLTS ERCRBSICROLSS 310,, 436 DAPRHIA RETROCOBYA 530 PORDDLOS OLT1ACBOS 371 ERTERRORPHA THTESTIRALCS 214 OAPHRIA sp. 103, 116 GAMS nOBBBA 789 ERTERORORPHA FLEXOOSA 662 DENDPYPHXELLA 5A1X4A 458 GklDROPSABOS HEDXTERRAHEOS 436 EPnEBERA SIBOLARS 461 DESRODOKA SCALDE1STS 275 GIRBOSTA APFXRIS 166, 17B, 292, EPRERBRELLA IGRITA 91, 242 544, 601, 732, 869 DIAPBAROSORA BRARCRYOBOB 632 EPHOROR ALBOI1 463 G1RRARUS PASCIATOS 743 DIAPTEROS tnOnDEDS 32 , i EPIGOROS sp. 513 , GARRAROS LACDSTRIS 677 DIAPTOROS GRXCILIS 420 GAHHAROS LIHRAEDS 743 DIAPTOHOS ORSGOBERSXS 589 IPXSCRORA sp. 57 i GARRARD-? PBLEX 677 DIAPTOROS PALLIDOS 772 ERIOCBEIB SIRERSIS 190, 191 GMMAROS sp. 772 DIAPTOROS sp. 103 I4YTBR0CLADTA SOBIRTEGSt 229. GJCARCiTHOS LATERALIS 370 DICERTRARCHOS LABRAX 28, 54 ESCHERICHIA COLT 874 158 TIIOH INDEX GEOTBICHQH CANDIDBH 634 nSLICOSTON.\ sp. 641 ICTALURUS PUNCTATUS 631, 741, 807 GIBBOLA BACA 260 RELIOSONA ANCBPS 831 ICTALURUS sp. 762 GIFFOBDIA NITCRBLLYAF 224 BSLIOSONA CAHPANBLATUH 931 ICTIOBUS BUBALUS 267 GXGABTIHA EXASPBRATA 8« CIGABTIRA ap. 336 RELISONA NIGRICANS 452 INTERNEDOPSYLLUS INTERREDIUS 325 GILLICnTHlS BIBABILXS 53, 19J, BELISONA TKYOLVIS 717 IRIDAEA CORDATA 844 19B, 799, 750, 751 I1ELOBDELLA !»TAGNALIS BOB IS0C1IRYSI5 sp. 354 OLTCEBA DIBAANCHXATA 174, 176 H&LOSTOHA TEHHINCKI 432 ISOPERLA PETERSONI 313 GLYPTOTENDIPES LCBIFERDS 454 BBBIGRAPSDS ORIGONENSIS 130 ISURUS OXYRINCHUS 131 GOBIOSOBA BOSCI 179 RENBICIA SANGOINOLENTA 466 JADABHIHA ZBRNOVI (182 GOBIOSOBA GINSBORGI 179 HERPES typo vitas 48 JASBS IALAND1I 729 GOBXOS BIGPR 436 BBTAERINA AHERICANA 399 KATSMONUS PALANIS 337 GOBXOPSXS CBOEBTkTA B97 HBTAERINA TITIA 399 KERATELLA COCHLiARIS 589 GONIOTRICBBR ALSIDII ?29 NEBATELLA PKOCURVA 573 HBTEROCHORDARIA ABIETUNA 336 GOBOSIOBA ALBA 293 KLEBSIELLA AEROGENBS 779 HEXAGENIA ap. 465 GOBOSTOBA BLOHOATBH 293 KLIOPSYLLUS CONSTRICTUS 325 HIODOH ALOSTODES 267 GONYADLAX TAMAREN5IS 583 KLIOPSYLLUS HOLSATICA 325 HXODON TERGX5US 267 GYHRODTHXON SPLEBBEBS B01 KLOYYEROHYCBS LACTIS 575 BIPP0GL0S50IDBS PLATESSOIDES 160, GYRODACTYLUS NACROCBIftl 651 490 LABEO BOGGUT 714 RABKOGREGARINA DELAGEX 416 BIPPOPINA VERBIttA 1 LABIDOCERA BIPINNATUS 460 HAEROLOR PLAVOLIBEATUF. 705 nXPFOFOPORXNA FOROSA 1 LABYHINTHOnYXA HABINA 498, 644 BALARBOBTORA Bp. 324 HIPPOPORXNA AHERICANA 1 LACOHA VINCTA 529 BAIICARCINUS A05TBALIS 480, 481, POHALASP1S PLANA 239 LAEYAPEX FHC33 528 482 BOHABOS AHEBICANDS 526, 617, 724, LAGODON BHOHBOIDES 368 HALICARCINU5 OVATOS 482 774 LANINABIA DIGITATA 167, 168 HALICARCINUS PARALACOSTRIS 482 BOHICOLA LANUGINOSA 791 LANINABIA sp. 336 8ALICH0AR0LATRBS ROBUSTB3 275 BTALINOECIA ABTIPEX 500 LARPETRA LAROITBI 549 HALTHEDA sp. 803 BTALINOBCIA TOBICOLA 500 LATIBSRIS CHALOHNAE 375 RALIBEDA TUNA 860 HIDBA Sp. 872 LRBRFVICIA POITE 803 RALXOTIS CORRUGATA 464 BTPBHTBLIUB NIGRICANS 267, 344 LEBISTES R3TIC0LATUS 723 HALIOTIS CRARCBBODII 464 BTPERPR05OPON ARGENTEOH 319 LECANE sp. 389 HALIOTIS DISCOS 516 HYPERPBOSOEON ELLIPTICUN 319 RALXOTIS FULGERS 464 BYPOBBSUS PSETIOSUS 776 LEIOSTOHOS XABTBUBOS 368, 446 BALIOITS ROFESCENS 464, 516 BYPOPTBALHICRTRYS NOLITBIX 497 LEPADICBTSYS FRBBATUS 721 HALIOTIS SOBBNSENI 464 RYSTERONOBPBA sp. 791 LEPAOOGASTER sp 436 RALOSACCION GLANOIPORHI 336 ICLATDRUS BEBULOSVS 223 LEPISOSTBDS OSSEOS 267 BAN5RNQLA ANORALA 575 ICTALORUS CATUS 504 LEPISOSTEOS PLATOSTOHOS 267 HAREHOULA PENSACOLAE 690 ICTALBROS HELAS 97, 349 LEPOHIS AURITUS 184 BABPACTICELLA INOPINATA 595 ICTALORUS NBBOLOSUS 337, 504, 50B LEPOBIS CYANELLUS 267, «10, 411 ICTALORUS PONCTATOS 20, 223, 356, BBDBIA BIXTA 253 LEPOBIS GIBBOSOS 337, 658 159 TAXOH IHDEX LEPOHIS RACROCtnHOS 95, 123, 126, HACOHA DALTBICA 279, 301 > HUGIL LABROSOS 802 ' 197, 267, 337, 346, 096, 620, 651, 715, 701, 757, 880 RACRODRACnZOn ACANTHDEOS 218, 219 HUGH RAHADA 8P2 LB POM 3 HEGALOTIS 267 RACROBRACniOH CARCIBOS 218, 219 COGIL SALIERS 036 LBPOBIS MTCROLOPHUS 701 HACROBRACHIUM ORIORE 216, 219 HOLIRIA LATERALIS 127 LEPTASTACOS LATICAUDATOS 125 HALHIARA ROD A 088 HOLLUS BAREATUS 005, 036 LESTR5 CORGERER 700 RARIORIRA SPICOLA 051 HI A ABEHARII. 372 LESTES DISOBCTOS 700 BAR ISA CORROARIETIS 196 RYELOPflYCQS SIMPLEX 788 LESTES DRTAS 700 HARTHASERIAS GLACIALIS 066 HYOXOCEPHALOS SCORPIUS 088 LESTES ORGOXCOLATOS 700 RASTIGOCLADOS LAHIROSOS 110 MYSELLA PLAHULATA~ 260 LEOCASPIUS DELIHEATUS 615 HELAROGRAHMUS AEGLEPIROS 160, 789 HYSIDOPSXS SIGELOHI 862 LEUCASPIOS sp. 280 HE1BBAMP0RA HEHBRAHACEA 533 MYSIS RELICTA 009, 050 L30CISC0S 8ERGI 820 HEHIPPE HEBCERARIA 699 HYTILUS EDULIS 63, 156, 263, 291 577, 676 LEUCISCUS LEOCISCOS 322 HERCIERELLA BRIGBATICA 778 HYTILUS GALLOPROVIRCIALIS 839 LE0CI5C0S R0TIL05 032 BERLOCCIOS BERLOCCIOS 005 HAJAS PLEXILIS 853 LEUCOSPORIDIUH 13T0KESII 760 HESOSTOHA IIRGOA 300 HAJAS GBACILKIHA 8S3 LEURESTHES SARDIRA 660 MICROCOCCUS sp. 787 RAJAS GUADALUPERSIS 853 LIRARDA PERROGIRIA 160 HICROPOGOH 0BDULA1US Oil, 0 06 RAJAS HARIHA 853 LIBNEPHIL05 LORATOS 505 HICROPTERUS DOLOBIEUI 50, 250, 267, 365, 762, 805 RAJAS HIHOR 8S3 LXHNOCALAROS HACHUHUS 671, 672 RICROPTERUS PUNCTOLATOS 267 HAROPRYETOS SALfllHCOLA 138 LIHHOCHIDA Bp. 623 BICROPTERUS SALBOIDES 73, 133, RASSARIUH RETICOLATUS 260 LIHHODRILUS HOPPHEISTERI 108, 0 02 169, 197, 250, 277, 278, 356, 077, 579. 650, 651, 701 RASSARIUS RETICOLATOS 271 LIHHORIA TRTPORCTATA 60, 102 HICROTBNDIPES CRLORIS 561 HAVICULA sp.' 389 LIBOLOS POLTPIIENOS 370 HICROTERDI°ES PEDELLUS 561 HEHOURA ARICULARIS 109 LXHOLUS sp. 766 RISGURRUS P0SS1LIS 538 HEMOORA CIRCTIPES 313 LtPOGEHTS GILLI 798 HITBELLA LUHATA 529 HEPHROPS HORVEGICOS 188, 189 LITHOTHAHHIUH COPALLOTDES 8 PODIOLA ADRIATICA 385 REBEIS DIVERSICOLOR 215, 385 LITTORXRA IRRORATA 80 MODIOLUS sp. 628 HIPRARGOS HADARIHI 16 LXTTORIRA LITTORBA 529, 577, 578 RORHYSTERA DISJUHCTA 270 HITZSCHIA ACICULKRIS 689 LITTORIRA RARTAE 685 BOROCflPYSIS LDTRERI 300 HITZSCHIA BREVTROSTRIS 689 LITTORIKA OBTOSATA 529, 685 MOROHE AHERICAHUS 500, <08, 658, HITZSCHIA PRAUDOLEHTA 331 LXTTORIRA SAIATILIS 529 700 RITZSCHIA HEIHII 331 ^ LOTA LOTA 223, 753, 861 BORORE CHRYSOPS 50, 197 HITZSCHIA PSEUOOSERIATA 331 LUTJAHUS CAMPECHAHOS 550 BORORE SAXATILIS 508, 658 RITZSCHIA PURGEHS 331 LTHARCEA ACOBIHATA 9 ROXOSTORR BREVICEPS 266, 267 HITZSCHXA SBRIATA 311 LIBRAE A EHARGIRATA 831 HOXOSTOHA ERYTHRUR3H 266, 267 ' RITZSCHIA sp. 059 LYNHAEA STAGKALIS 521, 696, 831 BUGIL AURATUS 802 RITZSCHIA SUBPRAODULERTA 331 LYRGBYA HAJOSCOLA 192 HUGIL CEPHALOS 169, 337, 355, 036, 002, 069 RITZSCHIA SUBPACIPICA 33l" LYROOOS PED1CELLAT0S 225, 226 BUGIL CURERA 169 ROCTILUCA SCIRTILLARS 556 LYSHATA SETICABDATA 755, 756 160 ?TAXON INDEX NOTOCIIALIOTIS OIGANTBA 885 PAOORUS lONGICARPOS 79, 767, 837 PBXRATOLITHON CALCAREOR 8 ! r- ' NOTOCRALIOTI3 SIEBOLDII 884 PAGOROS PRIDEZBXI 288 PRTSA ACOTA 780 NOTONECTA GLAUCA 180 PALABNON ADSPBRSOS 385 PBTSA ORTINA 831 ' HOTS OP IS ATRERIROIDRS 50 PALAEBON SERBAT03 755, 756 PRTSA RETEROSTROPBA 162 ( NOTROPIS LOTRENSIS 382 PALAEHONETES PALBDOSOS 328 PIC1IIA KLOTVERI 575 B01R0PI3 PILSBHTI 306 PALAEtlONETES VULGARIS 692 PILONNOIDES PERLATOS 239 ' NOTROPIS* SPILOPTERUS 356 PANAGRELLOS PEDIVIVUS 163 PIREPHALES PROHELAS 396, 599 ' NUPRAR LOTNUN 309 PANDAlOS PLATTCBPOS 859 PINNOTREBBS PI SON 012 e, • PANDORINA sp. 88 PISIDION ANNICOR 351 lOCTOPUS CTANEA 833 PANOLIBOS INTERROPTOS 71 PISIDIOH CASERTANOH 351, 002 'r-^OCTOPUi S VULGARIS 099, 552, 553 PAPPOSPRAERA LEPIDA 790 PLAGIOPOBOS 1IYPBRTELTI 300 , OCTPODA COBSOR 69» 7ARACAIAN9S PARTUS 060 PLANORBABIOS CORNEOS 052 OCTPOliR GUADRATA 202 PARACENTROTUS LIVIDUS 21, 23, 167 PLANORBARIBS PLANORBIS 052 ODONTOGADUS H?R LANG03 936 PARALEPTASTACOS SPINICABBA 325 PLANOBBIS CONTORTUS 128 i ODONTOGADOS RERLANGUS 725 PARALICRTROS DBNTATBS 70011 PLATICRTRfS PLESDS 090 i ' OITNONf A SINILLTS 060 PABALICRTRTS DENTAT05 619 •• PLATICHTRTS STELLATOS 807 ONHASTBEPRBS BARTRARI 720 PARALITHOOES CANTSCRATICOS 370 OLEBRONECTES PLATESSA 531 'OBCBOLAINOS BRACRCEBOS 275 ^ PARARBCIOR AORELIA 101 , POCILLOPORA DANICORNIS 285 , ONcnORBTRCHOS KETA 775 PARANECIOR CAUDATON 796 PODON INTBRNEDI05 165 OBCORHYNCROS GOBBOSCBA 236, 776 PABABECIDN HDLTIRICBONDCLBATDH 089 PODOB POLIPHENOIDES 93, 165 'ONCORHTNCROS BETA 236, 3R0 I ONCORRTKCHUS KISOTCH 18, 183. 221, PAROPBIBTS VETULVS 776 PO EC ILIA RETICULATA 880 236, 387, 762, 773, 786, B09 PECTIN BAXIBOS 117 POECILLA RETICULATA 732 ' OHCORHTNCRBS NERKA 57, 105, 107, ^ 221, 236, 957, 515, 718, 786 PELOSCOLEX PEAOX 002 POGORIAS CROHIS 006 ONCOBnTNCHOS Bp. 678 PELOSCOLEX BOLTISETOSOS 108 POLXNICES OOPLICATOS 372, 373 „, ONCORHTNCRUS TSHANITSCBk 18, 65, PENAEOS AZTECOS 098 POLLACHIB3 9IRENS 789 * 170, 221, 236, 536, 762, 773, 776, 830 PENAEnS DOOBABON 169, 096 POLLICIPES POLTNBRUS 261 ONCOBTNCHBS NPRKA 337 PBNAEUS KERATNOBOS 189 POLTABTENIA PORCIPATA 301 OPSANOS TAD 329 PENICILLOS sp. 803 POLISIPHONIA BOLDII 229 "i / PENILIA ATIROSTRIS 165 POLTSIPRONIA DBNODATA 228 - ORCOBECTES tIROSOS 758 PEPRILOS TBICACANTROS 160 PONATOROS SALTATRIX 337, 597 ' ORCONECTBS VIBILIS 2«3 PBRCA PLA7ESCBNS 50, 518, 620, 762 POBATOSCHISTOS RICBOPS 036 ORTZIAS IATIPES 599 PB1CA PLOVIATILIS 362, 366, 615, PONOXIS ANNULARIS 197, 267, 880 OSCILIATORIA AG6P0B3I 209 723 893 OSCILLATORIA sp. 389 PERCINA NIGROPASCIATA 509, 510 POBOXIS NIGRONACULATUS 197 c( . OSTEOBBARA COTIO 605 PETROB1ZOB HABINBS 60, 509 PONTOGABHABOS CBASSOS 079 OXXTRBRA SILICOLA 138 EBAEODACTTLON TRICORNUTUR 555, 689 PORTOPOBBII APPZNIS ,002 "PACHTGRAPSUS CRASSIPES 135 PROBBIDIBR sp. 110 POBPBTBA LEOCOSTICTA 229 PAEDGCLIOBE DOLXIPOBNIS 065 PBBOBIRl SEDEHTARIA 510 POBPHYBA LINEARIS 81 PAGRLLUS EBTTRRIRUS 005 PBTLLOPHORA NERVOSA 210 PORPRTBA RINIATA 012 - PAGOROS BIPSBTIOSCBLBS 130 161 TAXON INDEX PORPHYRA sp. 696, 697 SALRO OAXRDRERI 6, 18, 90, 95, SIDERASTREA SX0E8BA 397 158, 170, 223, 233, 234, 295, POTAHOGETOR IFKTIIIIS 309 296, 297, 305, 337, 393,. 394, SILXQOA PAT8LA 703 492, 567, 5)59, 598, 625, 648, POTAHOOETOR PECTIRAT03 589 678, 707, 708, 739, 762, 763, SXHILXOR VXTTATOH 66 770, 812, 849, 870 PROCANBARDS AC0T03 11 SXROLIOH.DECOROM 177 SALHO XSCHCRAR 820 PROCHXLODOS PIATERSXS 62 SITZOSTBDIOR VITR80H 739 SALHO SALAR 269, 316, 393, 394, PROCLADIOS spp. 1)02 621, 66B, 864 SKBLETOMBHA COSTATOH 33 PROTEOS YOLGARIS 695 SALHO TROTYA 234, 337, 447, 678, SOLBA LACCARXS 436 762, 763 PSAHHOTOPA pnmosBrosi 325 SOLERASTREA HYADRS 397 SALVELXROS ALPINOS 361 PSAH ROTOPA VULGARIS 325 SOLHISSOS ALBESCENS 7ft SALVBLIROS YONTINALIS 233, 241, PSEODAEOA PUNCTATA 207 318, 360, 378, 393, 394, 447, SPACELARXA POBICXOERA 157 455, 621, 762, 855, B56 PSEODOCXAEHA POLTACTI3 686 SPBAERIOH COBREUH 351 SALVELXROS PONTXNALIS X SALVELXNOS PSEODOHORAS YLUORRSCEHS 299 RAHAYCOSH 377, 378, 855 SPHAEROHA SBRRATOH 142 7SEODOPLEBRORECTRS AHERICAROS 258, SALYBLXROS RAHAYCOSH 378, 762, SPBAEROTILIS HATANS 309 259, 083, 803 855, 856 SPXROSTORQR up. 44 PTLODLCTIS OLIYARTS 266, 267 SARDTNXLLA 1RCBOVIA 673 SPRATTOS SPRATTOS 436 PTTRXOH HARXROH 412 SARDIRRLLI AORXTA 240, 511, 713 SPRXOGYRA sp. 210 PTTRXDH PORPHTRIB 696 SARDXKELLA EBA 240 SQOALOS ACARTHIAS 654 PTTHION sp. 697 SAVHXDA tDEBIL 688 SQOIUA ARNATA 643 RAJA RADIATA 416 SCAPHIRHYRCnOS PLATORYRCRRS 267 STRKOTOHDS CRTSOPS 337 RARSIA CUNEATA 69, 363 SCARDXHDS XRYTBROPRIHAXROS 366 STERTOB sp. 44 REIRHARDTXOS HIPP0GLOS3OXDE3 244 SCERBDBSROS ACOTOS 273 STEBBCBIROS NEOHATBRI 21 RENARBA ARERTCOLA 325 SCHISTOSOMA HARSONI 45 STERECHXRDS REDHATERY 23 REHORA REHORA 337 SCHIZOTHRXX CALCXCOLA 192 STXZOSTEDIOR CARADERS1S 267 RHABROSARGOS NOLORI 84 SCRRODEREL1A DELXCAtOLA 33 STXZOSTEDIOR LRCIOPERCA 61 BHIPOCEPHALOS sp. 801 SCXAERA ORBSA 436 STIZOSTEDIOR TITREOR 400, 413 RHIZOCTOKIA SOLARI 804 SCXAEROPS OCELLATA 446 STREPTOCEPRAUS DICROTOHDS 76 1 RHXZOINRXX BOCQOETI 325 SCOLBLBPXS CP mXGIROSA 306 STRONGLYOCERTROTOS DROERICRXEVSXS ' RHODEOS AMARUS 104, 440, 854 SCOMBER SCOHBROS 337, 654 616 '> RHODOHBLA LARIE 336 SCOPBTflALHUS BAEOTXCDS 436, 636 STRONGYLOCENTROTDS DROEHACRXENSIS 246 RHODOTORULA GLUTIRI5 575 SCORPARRA PORCD5 90, 436, 888, 889 STBOHGYLOCENTROTOS PRARCISCARROS RIIOHROPLITRS ABROR<>BERS 550 SCYLLA SERRATA 835 822 ROBILLARDA RHIZOPNORAE 458 SELERE TOMER 14 STRONGYLOCERTROTOS IRTBRREDIOS 21 23 ROCCOS CRRTSOPS 267 SEHOTXLOS ATSOMACOLATOS 557 STRORGYLOCRRTROTOS ROODS 21, 23 ROPPIA RARITIRA 401, 546 SERRAR03 CABRXLLA 381 STRORGYLOCRRTROTOS PORPORATDS 5, ROTILOS RRTILOS 366, 388, 417, 418 SERRAROS SCRXBA 381 541, 821, 822 SACCMROHYCRS CEREVXSIAE 575 SESARHA CIREBERN 169 SOLFOLOBOS ACIDOCAIDARXDS 851 SACCORHIZA P0LTSCHIDE3 581 SRSARHA RETXCOLATOH 535 SDLPOLOBOS sp. 559 SAGIRA RISPIDA 656 SXALIS AEQOALIS 875 SYEBCHOCOCCDS CEDBORUH 2 SALHO CLARK! 387 SIALIS CORROTA 640 SYRRCnOCOCCOS sp. 110, 406 162 TAXOR INDEX STRGNATII09 SCOVELLI 110 TRICROCORIXBLLA BBXICANA 620 MMROIirCRS TIIBRIIOPHILOS' 791 TRTCROOBRHA UBXOB 058 TALORCRDSTXA up. 531 TRIOPS CARCRITORHIS 302 TANTTARSOS DXSSXBILXS 570 1BI0PS LORGICAODATOS 350 TABTOGA 0NITI3 053, 593 TRITOBBS VIRIDESCENS 58 TETRACRTnABALDS 0BLXTTEBAZ09 0 THTPANOSHA DIEHTCTTLI 58 TB1RACLITA SQ0AHC3A ft TQBBLLABIA sp. 320 TBTRAEDO* sp. 369 TBBIPBX TOBIPBX 10B, 002 TET1AHYRENA PTRXEOBHIS 87, 107, T08BATRXX ACETI 163 187, 618, 761, 878 OCA PDGILATOR 37 0, 53 0, 535 , 591, THAIS LAHELLOSA 775 592, 730, 705, 838 THALASIOSIRA FLDVIATILIS 312 OCA POGNAX 730, 731 1RALASI0SIRA PSBOOORARA 312 OCA RAPAX 705 TRALASSrOSIRA ,PLOTIATILIS 350 OLTA CORVATA 661 TnAlASSXSOA AESTIVALIS 33 (1NBBA LIHI 003 TRILBXCHTHTS PACXFICOS 85, 707 ORDOTEA sp. 803 TnAHHOCEPHALUS PLMTORDS 350 OBOCLBIDOS PORCRTDS 650 THEHAGRA CflALCOOBiRNA 315 CBOCLZIDOS PRINCIPALIS 650 THBRROASCDS AOBARTIACOS 791 TXBBIO RABXRBS 12 TBERB03 AQnATTCDS 892 VXBRXO PARAHABROIXTICOS 008, 072 TBBNRDS ALBACARBS 606 VIBRIO sp. 56 TRORRBS 0BE5BS 132, 606 VINBA VIHBA 737 THORROS sp, 131 VORTICBLLA COBVALLABIA 7B1 THtJNNOS THORROS 132 VORTXCELLA BABXRA 008 TB1RALL0S ARTICOS 819 VORTICBLLA BICROSTOBA 781 TIGRIOPBS CALIF0BNXCD5 035 20N0G0BI0R SEBXDOLIATOS 752 TILAPIA NOSSAHBICA 212 ZOSTEBA HASINA 609 TILAPIA NILOTICA 095 TILAPIA sp. 022 TINCA TIRCA 227 T0BRI&8S Sp. 389 TOEARODB3 PACIPICAS 733 TORTAROS F0BCIPAT7S 060 TOR0LOPSIS GLABRATA 575 TRACHIHOTDS CABOLINOS 169, 357, 702 TRACKINGS DRACO 036 TRACRORDS HEDITBBRAREOS 036 TRES05 CAPAX 90 TBXAER0PB0BD5 BODOLOSOS 185 PERMUTED TITLE INDEX 163 •A Biological Study on Abaloaa (NOTOCHALIOTIS) In cheju Island* 000885 •The Grovth and Survival ol the California Bad Abalone in Japan* 000516 • Abalone Larval Ecology and culture Methodology* 00046a fending Habits of SXUIS COBHOTA Boss in a Series of Abaadonad Beaver Ponda (Insects) Hegaloptera)* and 0006*0 and Basting Egg Production In HESOSTOMA LINSUA ( Ablldgaard, 1789) (Turbellarla, Nsorhabdocoela)* 000310 CBASHXSTES COJUS Cope)* ISvimmlng Ability and Effmota of Stress on the Cnl-ul Lakeanckar ( 000431 PISCES, ACIPERSBRIDAE) in the Caspian san* (The Bole of Abiotic Factors in the Distribution of Sturgeons ( 000061 RETICULATA Acclimated IRote on the Occurrence (sic) of Abnolaallties (Sic) In the Rev-Born Gupples POECILLA 000880 constantly cold springs associated with caves a • Absence of obllgately psychrophllic Bacteria in 000111 Alga, HALIHEDA TOIfA* lAtoaic Absorption and Enzyme Analyses of calcification in the 000850 siver at Hanford 1945-1971. A Bibliography vlth Abstracts* . Bloenvlronaental Stadias la the coluabia 000067 MICBOPTEBOS SALHOIDES) in a Reaervolr Receiving Eaated • Abundance and Local Movement of Largeaouth Bass ( 000277 Electric Pover ton the Biology of cladoceran species Abundance in the cooling Basin of the Kurakhovian state 000632 Larqaaouth Bass in Baiter P. George (The Seasonal Abundance of the ANCIBOCEpnALINAE (Hoaogenea) on 000650 a High Arctic Lake* (Life cycle and Seasonal Abundance of the Copapod LIMOCALAHOS HACBOBUS Sara In 000672 Argentine, Uruguayan and Southern (Distribution and Abundance of Anchovy Egga In the Plankton off tha 000149 (SALHO TROTTA and SACHO GAIRDRERI) In Baaltlon to the Abundance of Drifting,Invertebrates in a BoontoIn Stroam 000234 •Factors Affecting the Abundance of Fall Chinook Salmon In the Coluabia Blver* 000834 of the cedar Bayou Povar (Final Report oa occurancs and Abundance of Fishes In the intake and Discharge Areas oooooi 1960 on Bluegill and Largeaoutb Baas* •Seasonal Abundance of GTRODACTILUS HACR0CHIRI Hoffman and Patx, 099651 of a Ravallan pover Plant on the Distribution and Abundance of Beef Fishes* (The Effects 000517 Eastern Region of the •Distribution and Estiaated Egga Abundance of Sardine (SARDIRELLA ANCHOVIA) in the 000673 sardines, SARDINELLA AORITA. I. Distribution and Abundance of sardine Eggs in the Region of Rio da 000S11 •The Effect of a Power Plant on the Distribution and Abundance of Zooplankton Rear the Plant's Theraal 000103 in Gulf of Haine Sea Teaperature and specific Holluscan Abundance* , •Fluctuations ! 000213 Fish populations* f Abundance, oiverslty and Seasonal. Patterns of Estuarine . 000523 Ralleye spawning Run at Little Cut Foot (Numerical Abundance, Sex Ratios, and Size-Age Composition of the . 000400 •Culture of Brackish-Freshwater Shrlap, HACROBRACHIUM ACANTB0BUS, H. CARCIN0S and H. OHIOHE* 000219 •Culture of Brackish-Freshwater Shrlap, HACROBRACHIUR ACANTBORUS,. H. CARCINOS, and H. ORIONE* 0003! 10 of Theraal shock and chlorine on the Estuarlne Copepod ACABTIA TONGA* •THE Effects 000216 (Acute Effects of Heated Effluents on the Copepod, ACABTIA TOH5A, from a sub-Tropical Bay and Soae 000655 lObservatlons on the vertical Distribution of the Genus ACATREPRTRA (Crustacea! Decapoda) In the Eastern North 000256 (Sic) in the Rev-Born Guppiea POICIILA RETICULATA Acclimated in Polluted Hot Spring Rater* Abnolnalities 000880 •Respiration In Eyestalklesa OCA (Crustacea: Decapoda) Accliaated to Tvo Temperatures* ' 000731 by Juvenile and Adult Tellov Perch (PERCA FLAVESCEHS) Acclimated ..to 24 C* ITeaperature Selection 000518 Isozyme Patterns In'Tissues of Teaperature- Accliaated Goldfish (CABASSIOS AURATOS L.)* 000366 •Death Induced by Inleetlon,Stress In Cold- Acclimated Goldfish, CARASSIOH AOBATns* 0008211 •interpopulation variation and Respiratory Acclimation in the Bioenergetics of LAETAPEX POCOS* 000528 POGILATOR (Crustacea, •Horaonal Involvement in Thermal Acclimation in the Fiddler Craba OCA P0GNAX and 0. ' 000731) •Glucose-6-Phosphate Dehydrogenase and Thermal Accllaatlon in the Mullet Fish* 000355 Fish, ETBOPLOS , •Hetabolic dispensation During Theraal Acclimation In the Tissues of a Tropical Freshwater 000609 •Teaperature Accllaatloa in Aerohlc Blo-oxldatlon systems* 000072 * (Control of Protein Synthesis in the Accliaation of Fish to Environmental Teaperature Changes 000330 •Heterogeneous Accliaatioa of Fish to Teaperature* 000241 •The Course of Selected Temperature During Thoraal Accliaation of Some Salmonlds* 000390 •Effect of Teaperature Accliaation on the Metabolic Rate of Sea Orchlns* 000822 and Teaperature in LITTORIRA (The Influence of Theraal Acclimation on the Relation Between Oxygen Consumption 000577 Stress, Cortisol and Aldosterone ^Effects of Theraal Acclimation on Physiological Responses to Handling OOOB27 Orchln, (The Influence of Teaperatate Accllaatlon upon the Metabolic Rate of the Purple Sea 000821 the Epaxial Muscle of the (The Effect of Teaperatare Accllnation upon succinic Dehydrogenise Activity froa 000330 Species of Free-Living Heaatodes* •The Effects of Cold Acclimation Upon Glucose-c-phosphatase Activity in Tvo 000163 the Epaxial Ruscle of the (The Effect of Teaperatare Acclimation Upon Succinic Dehydrogenase Activity from 000335 Oxoglutarate Aalnotransferase of IThe Effect of Acclimatisation to Lov, Temperatures on the L-alaaine: 2 000538 DROEBACHINSIS (O.F. Hullec, 1776). II, Seasonal Acclimatization and Urchin Activity* STBONGLTOCEBTROTOS 000616 Chlorella (CHLO0BLLA NAGASHIHA) to Seawater and to I Acclimatization of a High-Temperature Strain of , 000380 Trout (SALBO GAIRDHBSI)••Teaperature Effects on Mercury. Acciaulatlon, Toxicity, and Metabolic Rate In Rainbov 000492 ' Teaperature on Replenishaent of Oocytes in'the Buff, ACEBINA CERNUA L. (Teleostel)* Hormones and Elevated 000B14 IDELLA) Caused by DACTILOGIROS LAHELLATOS Achmerov ,1952 I Morphology and Biology of Dactylogyrus 000545 Decrease of (Thermal Variation of the Intensity of an ACHBOHOBACTER 'sp: Influence of Rate of Increase and 000222 •The Effect of Grovth Teaperature on the Fatty Acid Composition of Some Psychrophllllc- Marine 000112 of Teaperature on Heabiane Core structures and Fatty Acid Composition of TETRABTMENA Cells* III the Effect 000878 and Thermophilic nicroorqanisa Isolated froa an Acid Hot spring* . (A cheaoautotrophlc 000108 Stress to Fish Measured in Blood Glucose and Lactic . Acid Levels* ITharaal and Theraal Exertion 000707 History of the Alderfly, SIALIS AEQUALIS Banks, in an Acid Hlae Stroam* - (The Life . 000875 •Protein and Deoxyribonucleic Acid Synthesis in a Thermophilic Bacterlua* , 000283 Invertebrates as a Function of Teaperature* • Acid-Base Regulation and Teaperature in Selected 000370 •Temperature and Acid-Base Regulation In the.Shore Crab CARCIRUS RAERAS* 000817 •\) »Temp«rature and Acid-Base Regulation it Fish* , , 000645 of the Blue Crab, CALLXHECTES SAPIDUS: Free Aalno Acids and Total .Hlnhydrin Positive substances* '0004Ba •Degradation of Long Chain Fatty Acids by Activated Sludge* 000587 Factors in the Distribution'of sturgeons (PISCES,' ..ACICENSERIOAE) in the Caspian Sea* (The Role of Abiotic 000461 •The Migration of Sturgeons ( ACIFENSERIOAE) in the Volga During the winter* . . 000610 Ecology and Intertidal donation in Limpets ( ACHIEI): A Critical Look at "limiting Factors"* ' 000871 the Heart •Response of the Tautog (TAOTOGA OHXTIS) to Acoustic Stimuli Measured by Classically Conditioning " 000593', History of a Unique Cyprinld Fish, the Chlselaauth ( ACBOCBBILUS ALUTACEUS), In British Columbia* . 0 (life 000547 Desiccation, and Light on the Intertidal, Anenone ACTINIA-TENEBROSA Farquhar (cnldarla: Anthozoa)* 000600 During Inhibited Protein Biosynthesis. Experiments vlth Actinoaycin D in the Fish RRODEOS AMARUS* Adaptation 000400 Ciliary Epithelium.of the Feelers of ton the Effect of Actinomycin D on the Teaperatare Resistance of the 000052 Relation to Hcrphogenetic Events of the Pronuclei in Activated Eggs of the Sea Urchin, ARBACIA PONCTOIATA* 000076 . •Degradation of Long chain Fatty Acids by Activated Sludge* .<'•,,'•'",'•' 000587 •Grovth Bate of Vortlcellldae Isolated from ;Activated Sludge* , 000781,. of the Free Energy, the Enthalpy, and the Entropy of Activation* (Temperature Adaptation of Enzyaess Roles 000078 •Effect of Teaperature on Active and Resting Metabolism in .Polychaetes* 000174 and a Barm-Rater (Temperature Dependence of the ATPaso Activities in Brain Romoqenates from a Cold-Rater Fish 000432 Gross Patterns of carbon Dioxide Assimilation and - Activities of Rihulose Diphosphate Carboxylase in 000555 •Heart Activity and High-pressure circulation in cirrlpedia* 000262 CHRTSIORA QUINQOECXRRHA* (Effects of Teaperature on Activity and Mortality of the Scyphozoan Medusa, . 000270 Consumption of the Kainbov Trout SALMO •Influence of Activity and Salinity on the Velgbt-rDependent oxygen ' ' 000608 Texas* (Annual Cycle of Sportfishing Activity at a Baravater Discharge into Galveston:Bay, 000446 PtnilOTED TITLE INDEX 161 , of Teaperature Acclimation Tlpnn Succinic: Dehydrogenase Activity from the Epaxlal Muscle of the Coaaon Goldfish 000335 of Teaperature Acclimation upon Succinic Dehydrogenase Activity froa the Epaxlal Muscle of the Conaon Goldfish 00033U •Proteolytic Activity in the Anchovy (EHGRA'ILIS ENCRASICHOLOSI * 000310 and Pleld study of.Phosphoenolpyruvate Carboxyklnase Activity In the Ba7 Nusnel, HTTILUS EDUtls* (Laboratory 000676 Regulation of Neurosecretion and Reproductive Activity in the Bay Scallop, AKQUIPECTEN IRRADIANS OOOOBfi fThe Theraal origin of Spontaneous Activity In the LIHOLOS photoreceptor* 000766 tho Atlantic IPeroxlsoae-Llke Vesloles and oxidative Activity in the Zona Radiata and folk of the Ovua of 000316 2. The Effect of Teaperature upon Eniyaatlc Activity In vitro and In vivo* Alkaline phosphatases 000856 •Variations of Nitrate Reductase Activity in Marine Phytoplankton* ' 000603 . Effects of Cold Accllaatlon Opon Glucosa-G-Phosphatase Activity In Tvo species of Free-Living Neantodea* (The 000163 . Several External Factors on the Resumption of Genital Activity of the Cockle, CEHASTOBERNA EDULE L., A 0002B2 •Reproductive Activity of the Interstitial'Copepods of a sandy fleach* 008323 * Radionuclide Technlgue for the Assay of Physiological Activity of Algae* ' • 000662 Invortebrates*(Znflaence of Hydrostatic Pressure on the Activity of Alkaline Phosphatase in Soae Marine 000633 , (The Effect of Teaperature on the Activity Of BluefIsh, PQHATONDS SALTATMI L.* 000597 •The osslbillty of Quasl^noaeostaels In the cardiac Activity of Cold-Blooded Anlaals vlth Teaperaturu 000380 Arctic Locality* (Seasonal Eaergence and Activity of Mosquitoes' (Diptoro: Ctillcidae) In a Nigh- 000161 and varied Hydrostatic pressures* • Activity of Psychro'phillc Bacteria at Lov Teaperatures 000390 to Teaperature renditions: A prelialnary study* ,( Activity Patterns of LTNNAEA STAGNALXS (L.) in Relation' 000521 Bailor, 1776)* IT. Seasonal acclimatization and Orchln Activity* STnONGtroCEXTItOTOS DROBBACHINSM (O.P. 000616 Oxyqen Consumption of a Hollusk (LITTORXNA LXTTOREA) to Activity, Body Size, anil Envlronaental Conditions* the 000578 and Early Developaent of a Pulaonate Gastropod LTNNAEA ACUMINATA Forn Typica Lamarck* "Breeding Habits 000009 at 15 or 25 Degrees Centigrade* • Acute and Chronic Irradiation Effects in Mosquito Fish 000166 ACARTIA TONSA, froa a suh-Tropical Bay and Soae • Acute Effects of Heated Effluents on tha copepod, 000655 lit Narlae Invertebrates, Marine scnlplns, and Juvenile • Acute Toxicity of No. 2 Diesel Oil to Selected species' 000130 •The Effect of Increased Teaperature Opon the Acute Toxicity of Soae Heavy Metal Ions* 000658 •The Effects of pH, Solubility and Teaperaturo Opon the Acute Toxicity of zinc to the Blaeglll Sunfish (LEPOMIS 000126 •Life nlstories of tho Crayfishes PROCAHBAH0S renins and PHOCANBAHIJS HINEI in Texas* ooooit ' on Radioactive carbon la Released froa scZNEBBsnns ACDTDs In a Nutrient Mediua* of Light and Teaperature 000273 Littoral and subllttoral Snails* •Respiratory Adaptability In Relation to vertical zonatlon in 000529 STHONGLYOCENTROTOS DROEBACHINSIS (O.f. Duller, (Thermal Adaptation in tho Boreo-Arctic Echlnold 000616 organization* i: (Evidence of Teaperature Adaptation in Fishes at the Protein Level of 000723 Enthalpy,' and the Entropy of Activation* on the Resumption of Genital Activity of the Cockle, CERASTODERHA EDOLB L., A Bivalve Hollusc* Factors 000282 Locoaotlon Mechanics of olploataald and Echlnostaaatld Cercaria TREHATODA* (On 000297 later Teaperatare on Emergence of Certala Speclea of Cercarlae trom Black Sea Hollusks* (Effect ot Light and 000260 Rater Temperature on the Eaerqence of Some species ot Cercarlae from Black sea Hollusks* (Effect of Light and 000271 (Development and Growth of CERIODACRHIA RETIC0LATA Embryos* 000726 on a*plenlahm«nt of oocytes la the Ruff, ACERIHA CEBROA L. (Teleostel)'Hormones and Elevated Teaperature 000810 Behavior of laaature COLICOIOIS HELLEOS (Coq)(Dept., Certofogonldae) * (Ecology and 000070 shrlap* ireaperatare Effects on the sorption of cesium 137, strontlua 85, and zinc 65 by Freshvater 000328 paraeltic in Domestic rnd Slid (Reservoir paraaltlsa la Ceatodes ot the Family HIHEHOLBPIDIDAB (Arlola, 1899) 000829 the Breeding Rhytht aad the Fecundity of SCOLELEPIS CF. FOIIGIHOSA (Polychete, splonide) in cultivation* 000306 Grovth Rate and Developaant of the Theraophille Fungus CHABT0M9H THERHOPHILE* (Effect of Teaperatare oa 000792 •Staqes of Development of rounq salaon In the chalkend Salmon-Breeding Facility* 000002 on the lover Trophic levels of an Ohio River Food chain at the Beck-ford Electric Plant, Rev Rlchaond, ohlo 000118 (Degradation of long chain ratty Adds by Activated sludge* 000587 and Early Larval Staqes of the Alaska Pollack, THEHAGRA CHALCOGBAHnA (Pallas)* Mortality la the Developaental 000315 DDT Treataent on the Brain Tissue Oxygen consuaptlon of CHARRA PCHCTATOS* (Effect of Teaperature and sublethal 000395 (Effects of Teaperature oa Mortality of Finqerllnq Channel catfish (ICTALOROS P0RCTAT0S) Experimentally 000631 (Temperature Sequlreaents for High Density Rearing of Channel catfish froa Flngerlinga to Market Size* 000020 (ICTALOEDS PORCTATOS) Experimentally infected vlth channel catfish Virus* of Flnqurllng Channel Cattish 000631 (Renthlc oxyqen Deaands of Houston Ship Channel Sediments* 000659 spavning of LABED BOGGOT (Sykes) In soae cralaaqe Channels In Psnna, Madhya Pradesh* (Ratural 000710 (Development of the Eg? of RAIIOPHTMOS SALHZHCOLA ( Chaplo) and Infection of the First Interaedlate Most* 000138 •Respiration of Arctic Char (SALVELIH05 ALPHIH0S) from a Hlqh Arctic Lake* 000361 characoidel) in the River (Studies on the Hlgratory characln, PEOCHILOSOS PLATERSIS Holabarg 1889, (Pisces, 000062 of BRICORALESTES LORGIPIIRIS (Guenter, 1864) (Pisces, Cbaracinoidei)* (Development of the Eqqa 000768 Characln, PBOCHILOBOS PLATBRSIS ftolaberg 1889, (Pisces, characoidel) In the River Pllcoaayo, south Aaerica* 000062 Burbot, LOTA LOTA L.e (Partial Characterization of the Thyroid Proteinase of the 000861 (Biochemical Characterlxation of TETRAHTHERA pTRirOBRIS Cntalase* 0001=7 Ability and Effects of Stress on tha Col-ui Lakesuckec ( CHASHI3TES C0J0S Cope)* (sviamlng 000031 •A Bioloqical Study on Abelene (ROTOCBALIOTIS) In Chelu island* 000885 •Vertical Distribution ot Pishes Relative to Physical, Chemical and Biological Features In TWO Central Arizona 000077 • (some Chemical and Phyalcal properties of fORtiOLOS Heaogloblns 00f092 Trout Intestinal Alkaline Phosphatases 1. soae physical- Chemical characteristics* • 000855 Doses of Fodder on the Changes of Body Reiqht and Chealcal Composition and the survival Rate In Rainbov 000870 PLICATILIS (Rotatoria) Related to Teaperature and Chealcal Environment* (The Hetabollsm of BRACHIOROS 000683 Outer Ooahl^ls froa sea Orchin Flagalla* t Chemical Heterogeneity of protofilaaeots Foraing the 000501 in the Presence of Sublethal Concentrations of Chemical Toxicants* on the Growth of Hlcroorganlsas 000287 Isolated f-oa an Acid Hot Sprlnq* lA Cheaoautotrophlc and Theraophlllc Hlcrooroanlss 000108 •Theraal Pollution of the Chena* 000585 (Ecology Of VIBRIO FAEAHAEHOLVTICOS In Chesapeake Bay* 000008 ot the Cladoceran POOOR POLTPHEHOIDES In the cheaa;eake Bay* (Distribution 000093 (Variation in the Dacterial Flora In Chill Stored Sea Rater* 000787 of the Lizard-Fish, SAORIPA TDMBU (Blcch), of the East China Sea Gronp* SRoproductlvo Curve 0006B8 (Tho coaaon squid, TODSRODES PACIFIC9S, In the Eaat. China sea. II. Eggs, Larvae and Spavnlnq Ground* 000733 the Stock of ARGIROSOMOS HIRE, Kuroquchl, in the Eaat China Sea* (Reproductive Curve of 000687 Croaker, PSEGDOCIAEBA POLTACTIS (Bleeker), in the East China Sea*curve of the Elangsu Frovinco Groep of fellow 00068K •Distribution of copeports In Chlnhae Bay and its Adjacent Reqlon* 300060 Betveeu Juvenile Coho (OXCORHIRCHDS RISOTCH) and Fall Chinook Salaon (0. TSHARtTSCHA) In Sixes Klver, Oregon* 000773 Ourlnq the sumaer Run of (An Estimate of Rortallty ot Chinook Salaon In the Columbia River Rear Bonnevill Dan 000536 (Factors Affecting the Abundance of Fall Chlne?k Salaon In the Colunbla River* 000 IMo Columbia River* (Food and Grovth Paraaetere ot Juvenllo Chinook Salaon, ORCOkHTRCHOS TSNARITSCHA, In Central 000065 aad Control of GLYPT0TERD1PES LOBIsrBOS (say) (Dlptera: Chlronomidae) * (Observations on the Biology OOOOSo Life Cycle of the Rldqe TAHTTABSOS DISSIRILIS (Dlptera: ChlroooBldaei * (Temperature Requirements and 000570 (Ecological Factors Affecting Respiration In cHlRoaoMlD Larvae* 000*33 •Ecological Dnits In CHIROICHTDAE* 000561 Talas B4*ln)* (On the Biology of CRXROROHIDS BEHRIRGI Goetgh. of lake Billl-Kol (River OOOB91 (Phototaxle Reactions of the Larvae of CHIROROKIIS DORSALIS* 000*30 of Light and Teaperature on the Svaraiag Period of CHIRORCHOS FLOHOsqs L. Throughout the Tear* (Effect 000670 * (Life History ot a unique Cyprinld Fish, the Chiaelmouth (ACROCHEILGS ILOTACEHS), In British Columbia 000507 culture. 1. (studies on the Vegetative Life Cycle of CHLAHTDONOMAS REIRHARDI Dangoard la Synch XIMUUS 000502 on the Horphology, Reproduction, and Fine Structure of CHLARroOHOHAS SBGMIS from Bslta Harsh, Hanltoba* 000039 ot Trace Ratals In the Scallops RECTI* DAXIHOS (I.) and CHLARTS OPERCHABIS (I.)* and Seasonal Variation 000117 on the oxygen consumption aad Filtration Pate of CHLAH1S qPERCOLARIS (L.)* (The Effect of Tesperatore 000527 (Acclimatization of a ftlgh-Teaperaiure Strain of Chlorella (CHLORELLA MAGASHIHA) to seawater and to Hlqh 000360 ot a Hlqh-Teapetatuxe Strain of Chlcrella ( CHL4RELLA RkGKSHIHA) to saawater and to High Teaperature 000380 Tnaperatote* t?era*abllity Changes in Dlchlone-Troated CHLORILLA PTREROIDI1SA as lafluencad by pH and 000702 (Ret and 3te*dy-state Cation Fines in CBLORIllA PTREXOIDCSA* 000051 Treataent in the Park on Growth and Metabolic "ites oi CHLORtLLA PTREROIDOSA* (The Effects ot Cold 000565 Intensity on the pigmentation and Chytosynthesis of CHMRELLA pTREROlDGSA*S>Eftecta of Teaperature and Light 000629 •Investigation ot Photosynthettc Transients In CHLQRILLA V0LGARIS at Different Teaperature Oslag 000207 Products During the Photosynthetic Induction period of CHLORtLLA 1DLGARIS* oo the Carbon 10 Labeled 000206 Daring the Photosynthetic Induction Period In CELORELLA vOLGARIS'Catboxylatlon ot phospheoaolpyravate 000205 of the Photearnthotic CO-2 Gptake in AtiACTSTIS and CHLQRILLA* (Recent Results of Induction 000200 Reqclatlon of DHA Synthesis in Synchronous Cultures of CHLCRELLA* (Effect of Teaperatmra In the 000806 Trout (SALVEL1X0S fOHTKALIS) as Influenced by Various Chlorinated Hydrocarbona'Salaoa (SALHO SALAR) aad Brook 000621 (THE Effects of Theraal shock and Chlorine en the Estnarlae copepod ACARTIA TORSA* 000216 (On the Heat- an£ Chleroform- Resistance of Marine Bacteriophages* 000308 Studies on Photosynthesis ot CLAOCPHORA GIORERATA ( Chloraphyta) In Groan Bay, Laka Hlchlgan* (Field 000007 from Clear Lake, lava* (Seasonal Prevalence of cnORDRomccos COLOERARIS Infection In Black Bullheads 000097 SALT MA L. to Lav Tesperatures as Related to Several chosen Environmental Factors* of Eggs of IRTEHIA 00030,1 (Base.) to Lav Temperatures as Related to Several Chosen Environmental Factocs* ot tRIOPS CARCtlfORHIS 000302 and Electroretlnographlc Spectral sensitivity ot tha Chroaatlcally-Adapt'td Goldfish* oo the psychophysical 000800 netabolism In Carp (CYPRIROS CARPIO L.) II. Roaults of chromatographic Analysis* and at Thyrotvophln on Iodine OOOOB7 PHYSA HBTEROSTROFHA* (Effects of Teaperature and chronic Irradiation on populations ot the Aquatic Snail 000162 25 Deqreen Centlqrade* (Acute and Chronic Irradiation Effects In Mosquito Fish at 15 or 000166 RIGROFASCIATA (Agaasiz) , in (Food Habits and reading Chronology of the Black handed Darter, PERCIHA 000510 on Activity and nortallty of the Scyphoxoan Heduna, CHR1SACRA QDIRQOECIRRRA* (Effects of Toaperature 000270 (Species of the Genvs CHRISOSPHAERELLA LOOTS, in the Ryblnskoe Reservoir* 0000*6 Coaposltlon of tho ware-Temperature Clrripede CflTHAHALOS STELLAT0S (Poll)*Body Halght and Biochemical 000055 EMOTED TITLB INDEX 175 Place of Spawning, ana Environments Occupied by Creek Chub (SEHOTILOS ATBOMACULATUS) in th,1 Rink River, . 000557 tructure and the Rodellng of the flha South Kuril' Chun (QNCORRXNCHQS KETh (Ralb.)) - Ecology, Population 000360 f Theraal Foliation In Tropical Seas* i Clguatera-Harlno Fish poisoning- A Possible Conseguence 000192 (Teaperature Inflaence on Ciliary Beat and Retachconal Coordination in PARAHECIDH* 000089 of Actinoaycin D on the Teaperatare Resistance of the Ciliary Epithellaa of the Feelers of PLARORBIDAB*Effect 000052 •CTCLIDIOH CITRULIDS Cohn, 1 dilate froa the Hot Springs of Tiberias (Israel)* 000007 • dilate Infestations: A Problem in Harlne Fish Parsing* 000601 selection by Hotllo Telotrochs of the Sarins Perltrlch ciliato VORTICELLA RARIRA* Algal Etodates on substratum 000008 rval Settlement, Growth, Bloaass, and olstribntlon of CI0»A INTESTIRALXS L. (Tnnlcata) in Borgenfjorden, 000307' EBSIELLA AEROGENBS* (A Search for circadian and Oltradlan Rhythas in Growth Rates of 000779 FLISIA IThe Effect of Teaperatare on the Number of circulating Heaocytes in the California Sea Rare, 000613 •Heart Activity and High-Pressure Circulation In Cirrlpedla* 000262 ' (Heart and circulation in Gill, skin and Long Breathing* 000398 eaperatares* •Breeding of an Indian Carp ( CIBRHANA RRIGALA) Onder Different Enviornaental 000181 composition of the Juveniles of Coaaon Ralor Carp CIRRRINA HR1GALA (nam.)* changes In the Biochealcal 000019 •Effect of Pituitary Horaone Injection on the Carp CIRBHI11 REBA (Has.) in Relation to Day-Length anil 000836 and Blocheatcal composition of the Rara-Teaperature Cirripode CHTHAHALOS 3TELLAT03 (Poll)* In Body (eight 000055 •Heart Activity and High-Pressure Circulation in Clrripedla* 000262 of an intertidal Crustacean, FOLLICIPES poLfHERUS ( cirrlpadia, lepadoaorpha) X. Tolerance to Body 000261 iberias (Israel)* (CYCIID1UM CITROLIOS Cohn, A Cillate froa the Rot springs of 000007 000165 uring 1969. 1. preliminary DatatSeasonal Variations of Cladocera at a Station on the Fano Coast (Adriatic Sea) 000093 • Distribution of the Cladoceran PODOR FOLYPUEROIDES in the Chesapeake Bay* 000632 he Kurakhovlan State Electric Power (On the Biology of Cladoceran species Abundance in the Cooling Basin of 000800 of Teaperature on population Characteristics of cladocerans of the Genus ETADEE in the Gulf of Lion ( 000007 tchigan* (Field Studies on Photosynthesis of CLADOPRORA GLOHERATA (Chlorophyta) in Green Bay, Lake 000777 of a Theoretical seasonal Growth Response curve of CLADOFRORA GLORERATA to Teaperatare and Photuperlod* Claa RANGIA CRRRATA (Cray)* 000069 •The Physiological Ecology of the Estuarine 000363 f Salinity changes in coastal (The Brackish Rater daa RARGIA CSRSATA as Indicator of Ecological Effects 001)127 •Reproduction of larval Ecology of tne Coot Claa, R0L1RIA LATERALIS* 000703 IThe Effect of High Rater Temperature on the Razor Claa, SXLXQOA PATOLA (Dixon)* - of reiperature on the larval Development of the Horse Claa, TRRSDS CAPAR (Gould)* .IThe Effect 000090 SEUDOPLEURORECTES mite spotting in the 1959 year- Class of George's Bank Rlnter Flounder, 000083 •The Inflaence of Higratlon on the Age Classes uf DAFBRIA in Frains Lake, Rlchlgan* 000116 antog (TAUTOGA CRITIS) to Acoustic stlaull Reasured by Classically Conditioning the Heart R»te*Response of the 000593 COLUMRARIS rnfeetion In Black Ballheads froa Clear take, Iowa* (Seasonal Prevalence of CB0RDR0C0CC05 000097 •The Distribution of R1TZSCRIA SERIATA Cleve and Allied Species* 000331 •Egg Developaent and Hatched Larva of the Cllngtlsh, LEPAD1CHTRTS FRERAtOS* 000721 of PAEDOCLIONE DOLIIFORRIS, and a Coapaclaon with CLIORE LTHACINA (Opisthobranchia: Gyanoaosate)* 000005 • The Inflaence of Temperature on Growth Rates of Sir clones of Marine Centric Diatoas fcos St. Croix, Virgia 000312 •Erythrocyte Degeneration in the Atlantic Herring, CLDFKA RARENGOS HARENGDS L.« 000719 egetation in <3108838 Estimates of Spawning Herriag, CLDPEA HARERGOS PHIASI, Herring iiggs, and Associated 000321 Temperature on Early Developaent of Pacific Herring ( CLOPEA FALLASI)* (Some Effects of Salinity and 000013 on the Intertidal Anemone ACTINIA TEREBROSA Facquhar ( Cnidarla: Antftozoa)"Temperature, Desiccation, and Light 000600 in Rot Spring Effluents, Theraal Soils and Self-Heated Coal Raste piles* a cause of Avian Encephalitis, 000793 variations of cladocera at a station on the Fano coast (Adriatic Sea) During 1969. I. Prelialnncy Data* 000165 of HTSIDS (Crustecae, Rysldacaa) from the Atlantic Coaat of the United States in ths RHFS Roods Hole 000862 of ROGILXDAE (Pisces, Teleostei) of the northwest Coast of France* t.o the Study ot the Riology 900802 ARCHOTJA) in the Eastern Region of the Venezuela Coaat 196B-1969* Egos Abundance of sardine (SARDIRELLA 000673 and Growth Rate of EDPHADSIA FACXPIC1 off the Oregon Coast* •Size structure 000736 ARD a. GIRSBDRGX (PISCES, GOBIIDAl) on the Georgia coart* «An Ecological study of BOSCI 000179 (SARDIRRLLA ADRITA (Val.)) of the Northwest African GOLIOSOHA of spawning Aggregations of the Round Sardine 000713 iCIWCA Hansen (Crustacea) froa Oceonic, Hiied oceanic- CoaLt* Co&jtal and coastal Raters of British Coluatla to 000280 (Crastacoa) froa oceanic, nixed oceanic-Coastal and Coastal Raters of British Coluebla to Experlaental 0002B0 by SCXRTIILARS (Macartney) Ehrenb., in the ROCTILRCA Coaatal Raters of Rong Kong* of a Red Tide Caused 000556 •Theraal Pollution ccntrol in flaasachusetts 00023S •A narlne Kill in Raw Jersey Ceastal Waters* • Culture ot Oyster ChASSDSTREA GIGAS in the Rorean Coaatal Raters* 000386 , R, sp., A Row narlne coccolithcphorld fron Norwegian coastal Raters* •studies on Suspended 000000 Indicator of Ecological Effects of Salinity changes In Coaatal Raters* •PAPPOSPRAERA LBPIDA, Gen. Row. 000790 •Electric Power Plants in the Coast;1 Raters* Brackish Rater Clan RARGXA CDREATA as 000363 eezles, 1951 ( (Boring Organises of the Argentina Coastal Zone; Environaental Issues* 000150 Coasts: II. The Presence of LIHRORIA TRIPURCTATA 000060 off the Argentine, Uruguayan and southern Brazilian Coasts: kesults of 10 oceanngraphlc Caapaigna, August 000109 (PAPPOSFHAERA LEPIDA, lien. No*., R. ap., A Raw flarlne Coccollth-aphorld froa Norwegian Coastal Raters* 000790 •Seasonal Changes in the Condition of the Edible Cockle (CARDIOR RDULE L.1' 000317 •Aerial Respiration of the Cockle CERA5T0DERRA EDRLE in Relation to Teaperature* 000098 Factors on the Resusptlon of Gnnital Activity of ths cockle. CERASTODERHA EDDLE L. , A Bivalve Mollusc* 0002R2 •A coaparatlve Study of the Reproductive Cycles of the cocklea CEE ASTODERRA ED RLE and C. GlADCOR* 000099 Eggs and Larvae on tho Continental Shelf Betweei) Cape Cod and Cape Lookout, 1965-1966* PARALICRTRTS DERTATUS, 0007(0 ad Haddock MEtAROGBAVtUS (Distribution of Juvenile Cod G Alius RORflUA HORRUS L., Sal the POLLACRIUS VIRENS L. 000789 Enzyaes and Hesolysias froa pyloric caasa of Cod, Herring and Mackerel. Resistance to Heat and Gaaaa 000675 Effect of Taaporatare on the Respiratory Reaction of Coolacanth Blood* (The 000375 Properties of tho collagen of Jellyfish (AORELIA COINUltA) and their Relation to lta Theraal Behavior* 000660 srael)• •CICLIDIOR CITRDLLOS cohn, A dilate froa the Hot springs of Tiberias < 000007 HARyTSCHAl in (social Interaction Between Juvenile Coho (ONCORNTRCROS KISOTCH) and Fall Chinook salmon (o. 000773 osaunitlaa(Effecta of Elevated Teaperature on Juvenile Cohn salaon and Benthlc Invertebrates in Hodel Stroma 000183 (Effects of Logging cn Growth of Jsvenlla Coho Salaon* 000387 ot Heat-Stressed Sockeye salaon to Predatlon by Coho Salaon* (Effect of light on Vulterablllty 000786 In the Juvenile steelhead Tea at, SAUIO GAIRDRRI, aad Coho Salaon, ORCORByRCRUS KISOTCH'Sublethal Beat Stress 000809 o Species of Free-Living Reaatodfls* 'The Effects of Cold Acclieatlon Upon Glucose-6-phosphatase Activity in 000163 (The Effect ot Cold Shock on th« Bine-Green Alga ARAOSTIS RIDULARS* 009391 pproxieatlng Transient Environmental Toaperaturcs la • Cold Shock: Biological Xaplications aad a Method for 000630 of Obllgately psychrophllic Bacteria in Constantly Cold springs Associated with Caves n Southern Indiana* 000111 atea of CRLORELLA PTRRROIDOSA* (The Effects of Cold ireataant in the nark on Growth and Metabolic 000565 •Death Induced by Injection Stress in Cold-Acclimated Goldfish, CARASSIUM AURATOS* 00082a •Racroaolecales frcs cold-Adapted Antarctic Fishes* 000205 of Quasi-Roteostasls in the Cardiac Activity ot Cold-Rloodod Animals with Temperature change of the 000380 Defining Optiaum Teaperatures of Inhabitancy for Rarine Cold-Elooded Aniaals* •Mathod for Indirectly 00D289 ETEROCLITOS* (Role ot Islet Tissue in the Cold-induced Hyperglycemia of the Killlfish, FDNDUIOS O00B26 •Role of Repatic Glycogenolytic Enzyaes in the Cold-Induced Ryperglyceaia of the Killlfish, FURDULUS 000075 PERMUTED TITLE INDEX 176 of the ATPase Activities In Drain Homogenates fcoi a Cold-Nater Fish and a Warm-Water Fish* Dependence 000032 and Subsequent* (Thermal Pollution: ose of Deep, CoId, Nutrient-Rich sea water for Power Plant Cooling 000309 Relation to its Thermal (Theraal Properties of the Collagen of Jellyfish (AURELIA COERULEA) and their 000660 of the Gadoid flsh» «The Collagen Thermostability of Soae Species and Subspecies 000019 •Study on Spat Collection of Oyster (CRASSOSTREA GIGAS Thunberg)* 000001 Coast ot the United States in the HHPS foods Hole Collection* (Crustacae, Hysidacoa) froa the Atlantic 000862 Distribution of the Spawning Aggregations of the Saury ( COLOLABIS SAIRA (Brev.)) in tha Pacific Ocean and the 00058B of the Northern Pacific* •Reproduction of Saury COLOLABIS SAIRA (Brevoort) in central and Nixed Waters 00070B •Hydrostatic Pressure-Teaperatoro Effects of Deep-sea colonization* 000535 Hydroid EIRENE VIRIDULA* (Experimental Studies on Colony Grovth and on Budding of Medusae tn the Marine 0003S8 Nixed Oceanic-Coastal and Coastal Haters of British Columbia to Experimental Changes in Temperature and 000280 vith Abstracts**Aguatic Bloenvlronnental studies in the Columbia River at aanford 1945-1971. A Bibliography 000067 in Noraal and Reactor-Warned Water* (Growth of the Coluabia River Limpet, FISREROLA NUTTALLI (Haldeman), 0D0171 (Theraal Pollution of Columbia River Right Threaten Smelt* 000747 of •An Estlnate of Hortallty of chlncok salnon in the Columbia River Near Bonnevill Dam During the summer Run 000536 Therwal (Effect of Thernal Ristory on the Resistance of Colunbia River Steelhead Trout (SALHO GAIRDNERI) To 000708 Affecting the Abundance ot Pall Chinook Salaon in the Coluabla River* (Factors 000834 Salnon in Relation to Heated Effluents In the central Columbia River* Evaluation: Migration of Juvenile 000068 Chinook Salnon, ONCORHTNCHUS TSHAWTTSCHA, in Central Columbia River* (Food and Grovth parameters of Juvenile 000C65 the Chiselsouth (ACROCHEILUS ALUTACEOS), in British Columtla* (Life Ristory of a Unique Cyprinid Fish, 000547 Lake, Iowa* •Seasonal Prevalence of CHONDROCOCCUS COLQMNABIS Infection in Black Bullheads from clear 000097 the Haerl Species PHTHATOLXTHON CAtCAREUN (Pallac) Nov. Comb, and LITHOTHAMNIUH CORALLQXDES Crouan in the Ria 000008 CAROLINUS (Linnaeus), in Cages* (The Commercial Feasibility of Rearing Poapano,.,TRACniNOTUS 000702 Dehydrogenase Activity fron the Epaxlal Huscle of the common Goldfish (CIBASSIUS AURATOS L.) I. Properties of 000334 Dehydrogenase Activity fron the Epaxlal Nuscle of the Common Goldfish (CARASSIDS AORITUS L.)-XI. Lipid 000335 Pish GANBUSIA APFIHI5 (Balrd and Girard) and the Common Guppy POECILLIA RETICULATA Peters for Biological 000732 in the siochenical Conposltlon of the Juveniles of common Major Carp CIRRHINA MRIGAIA (Han.)* changes 000419 Sea. II. Eqqs, Larvae and Spawning Ground* (The common Squid, ToDARODES PACIFICUS, in the East China 000733 Restoration Pollovinq Stress in Freshwater Protozoan Communities* (Rate of Species Diversity 000124 Structure and Productivity of salt Harsh Epiphytic Communities* of Environmental stress on the Community 000459 Coho Salnon and Benthic Invertebrates in Hodel stcean Communlties*Effects of Elevated Temperature on Juvenile 000183 ot Teaperature on the Generation Tiae of a Bacterial Community in Lake Water* (The Bffect' 000286 Epiphytic (The Effects of Environmental stress on the Community structure and Productivity of salt Harsh 000459 •Respiration of a Sublittoral community* 000738 Natural Teaperature Increase on a Baltic Soft-Bottoa Community* (Effects of an Unusual 000024 of Salmonld Fish: A. selective AENOHONAS Hedlui. B. coaparative Characteristics of virulent and Avlrulent 000519 Water Permeabilities of the Gills of a Stenohallne • Comparative Effects of Temperature an the Sodium and 000381 CALDARIUH on Nitrate and Annonla at Different • Comparative Growth of the Theraal Alga CTANIDIUH 000663 Pipefishes (Family STNGHATHIDAEI in Florida* IA coaparative Life History study of Four Species of 000110 Strains in PtTRIUH POKPRTRAE Under the Sane Cultural • Comparative Observations on the Growth Amonq the Five 000696 • Comparative Productivity of Four Carolina Lakes* 000809 Cllnd cave Fish and the Goldfish* • coaparative studies on the svlmmlng Behavior of the 000883 Cockles CBRASTODEBHA EDUIE and C. GLAOCON* , ' (The Tcology 000003 of the Lobster PANDLtROS IHTBBR OPTUS (Randall) and the Crab CANCER PBODDCTUS , (Randall)* ' of the Larvae 000071 ?Tenperature and Acid-Base Regulation in the Shore Crab CARCIBUS HAENAS* , . OOOB17 Brachyura) in the Svan Estuary, Western Australia. X. Crab instars* AOSTRALIS (Haswell) (Crustacla, 000080 (The Use of Serum Constituents of the Blue Crab, CALLINECTES SAPIBUS, as Indicators of 000085 Nlnhydrin (Variations In Serua constituents of the Blue Crab, CALLINECTES SAPIDUS: Free Aalno Acids and Total .000080 • Variations in Serum Constituents of the Blue Crab, CALLINECTES SAPIDBS: Total Serua Protein* 000086 Effect of Halntenance Parameters on Grovth of tbe stoae Crab, HERIPPE REBCENARIA (Say)* ? • 000699 Combined Temperature and Salinity Levels in the Berait Crab, PAGURUS LONGICARPUS* «A Study of 000767 Salinity Stress and Rercury Uptake in the Fiddler Crab, OCA POGILATOR* »Teaperature- 000B3B and Salinity on the Toxicity of Cadmium to the Fiddler Crab, UCA PUGILATOB* (The Influence of Teaperature 000592 SERBATA* •Besplratory netabollsa of Crabs froa narine and Estuarlne Habitats:-X. SCYLIA . 000835 •Cadaiua Uptake by Fiddler crabs Exposed to Teaperature and Salinity stress* . 000591 Involvement in Thermal Accliaatioa in the Fiddler Crabs OCA P0GNAX and 0. PUGILATOI (Crustacea, Decapoda)* 000730 •The Theraal Ecology of Tvo South'Florida Fiddler crabs: OCA RAPAX Salth and 0. POGILATOB* 000705 •Grovth of the Sand Shriap, CRANGCN 3EPTEHSPIN0SA, in Rhode Island* 000B63 Wasvorthy, Texas, a (Age, Growth and Condition of White Crappie, SONQXIS ANNULARIS Saflnesqoe, In Lake.. 000893 of Blfunetional Glycolytic Enzyaes in PACBYGRAPSOS CRASSIPES Randall* (Pcopertles 000135 tnnwiD title indb* 178 •Stadias an Suspended Culture of Oyster CRAsaosIREA GIGAS in the Korean Coastal Raters* . 000010 . (Study on Spat Collection of Oyster ( CRAS30STRBA GIGAS Thunberg)* 000041 end Temperature on the Larvae of the Pacific Oyster, CRASS0STREA GIGAS* - (Effects of Ionizing Radiation 000578 ' Enriched seavater.on •Hortallty of Pacific oysters ( CRASS0STREA GIGAS)': The Influence of Teaperature and 000071 •Seasonal Gonadal changes In the Oyster CRASS0SIREA GLOHEEATA Gould* 000025 •Effects of Theraal Shock on larvae ot the Oyster, CBASSOSTREA VIRGIHICA (Gaelln)* 000200 Teaperaturo Increases on Larvae of the American Oyster ( CRASSOSTREA VX8GIRICA)* (Effects of Brief 000201 Reservoir* r , (Respiration Bate of PORTOGMHAROS CRASS0S (Griaa) Hartinov In the Dneprodzerzhlnsk , 000079 composition of' the Tlssaes During the (Effect of short Dark Periods on Carbon blopide Uptnke and.Carboxylatlon of phospheonolpyruvate 000205 . at Different Teaporature Using Radioactive Carbon Dloxldetphotosynthetic Transients In cnLOHElH VULGARIS 000207 - Carbon Dioxide Assimilation and. Activities of- Rlbulose Diphosphate carboxylase in Narine Algae Grovn at 000555 «0n Locomotion Mechanics of Dlplostamld and Bchlnost&aatld cercarla TRENATODA*- 000257 Biology and Control of GLTPTOTBBDIPES LOBITBROS (Say) ( Dlptera: chlronoaidae)* (observations on the 000(50 and Life Cycle of the Midge, TANTTABSUS DISSIHIIIS ( Dlptera: chlronoaldae)* (Temperature Requirements 00057a - (Seasonal Emergence and Activity of Nosqnitoes ( Dlptera: cullcldae) in a High-Arctic Locality* 000160 •Embryonic Developaent of AEDES (0.) STXCTICUS ( Dlptera: cullcldae) In Relation to Different Constant . 0008161. of the Ploodvater Mosquito.ABBES MIGROMACULIS (Ludlov) ( Dlptera: cullcldae'}* influences'on'Diapause in .Eggs, 000525 Hornono Analogues on Adult Emergence of Black Plies f Dlptera: Dlaullidae)* Studies of Effeetsof Juvenile 000177 •Biology of HEDRIA.HIXTA ( Dlptera: sciomyzldae)* - • / 000253 - froa IDevolopmont of SinULIUN (Poilozia) 7ITTATUR 7,ett ( Dlptera: slaulidae) f ran-'Larvae to AdultB at' Incrementis 000066 •The Influence of Environmental Stimuli on the Direction of Movement of tho supralittoral Gastropod i 000080 •An Investigation of the Effect of Heated Hater Discharge froa the Beck^ord Electric Plant on the 000121 of Fish Plankton in the Zona Affected by Harm Pater Discharge from Novorossiysk Thermal pover station* 000036 •Utilization of Theraal Discharge from Pover Plant Condensers*' - 000639 •Annual Cycle of Sportfishlng Activity at a Haravater Discharqe into Galveston Bay, Texas*. 000006 •Winter-spring Sport Fishery In the Heated Discharge of a Nuclear Povor Plant* .. 000500 Food (An Investigation of the Effects of Heated Water Discharge on the Lover Trophic Levels of an Ohio River 00011B / on Occurence and Abundance of Fishes in the Intake and - Discharge Areas of the'cedar Bayou pover station Before 'OOOOOV' Farming - A Growing Industry Remonstrates Use of Heated Discharqe water* (Catfish OO0SB2 Body Teaperature studies at the point Beach Theraal Discharge* (Fish -000763 Temperatures In the Hear-Fleld Beglon cf a Theraal Discharge* for Approximating Transient Envlrensental ' OOOG'.n Station* •First Reported Incidence of Gas-Bubble Disease In the Heated Effluent of a stream Generating - 00019.? of PTTHIUB sp., A Pathogenic Fungus, of the "Akagusare" Disease of Cultivated pORPBtRA*and cultural Teaperature 0005V, •BRA1CRI0RTC0SIS: A Hew Fungal Disease ot North American Pishes* OOOSU.O,! •Gas-Bubble Disease of salaonida: i critical Review* 00067,a; •Passive Vertical Displacement Rate of. plankton* 00067<", Requirements and Life Cycle of the nidge TANTTABSUS Dissisnrs (oip'tera: Chlronomtdae)* (Temperature OOOSjTO \ TINCA* (OX'gen Dissociation curves of tbe Blood of the Tench TINCA 000227- on the Grovth and Morphology of the Dinoflagellate DISSODiniUN LUHULA* of Llqht, Temperature, and salinity 0007a STRONGYLOCENTROTOS (some observations on the Release of Dissolved organic Carbon by the sea urchin, 0002&5 [ Boring «The Effects of salinity. Temperature, and Dissolved Oxyqen on-Reproduction of the Rarine .Wood- 000102 Plankton off the Arqentlne, Uruguayan and Southern • Distribution and Abundance of Anchovy-Eggs In the 000lii<>' •The Effects of a Hawaiian Pover Plant on the Distribution and Abundance of Reef Fishes* 000517 / History of Brazilian Sardines, SARD1HELLA AORITA. I. Distribution and Abundance of Sardine Eggs in the 00051,1/ plant's Tharaal tThe Effect of a Pover Plant on the Distribution and Abundance of zooplankton Near the 00010^' Hysldacea) froa the Atlantic Coast of the Onited • Distribution and Biology of MTSIDS (Crustacae, OOOBft.i.' Anlaals froa the Possyet Bay (Japan Seal* •Vertical Distribution and Cellular Heat Resistance of Bottom 00089"'/ SAEOINBLI* ANCROVXA) In the Eastern Region of the • Distribution and Estimated Sggs Abundance of Sardine ( 00067?;' . Brovnlee Reservoir, 1962-65* • Distribution and Movement of Juvenile Salmon in 000221 Bacteriophage, and ether Ecological Paraaeters on the Distribution and Taxonomy of narine vibrios* 00005('" •Alqae-Teaperature-nutrimnt Relationships and Distribution in Lake-Erie 19S8* 000321i:_ •Factors Affecting the Vertical Distribution ot a Blue-Green Alga* 000201;] the Chesapeake Bay* • Distribution of the cladoceran PODOW POLTPHENOIDES in 000093 in Tvo 'The Effects ot Artificial Aeration on the Depth Distribution of the Crayfish ORCOHKCTES VIRILIS (Ragen) 000203; Decapoda) in the Eastern •observations on the Vertical Distribution of the Genus ACATHBPBYRA (Crustacea: 000256'; •The Changing Distribution of the Genus RAJAS (Naladacoae) In Ohio* 000853,; •The*Fishing Efficiency of of the Tuna ionglino. 1. The Distribution of the Rooking Depth and Hooking - 000606;; of a sandy Beach* (Horizontal and Vertical Distribution of tha Interstitial Rarpactlcald Copepods , 000325 Incidence of the Salinity •Ecophysiological Data on the Distribution of the Marine Nelobenthic Ollgochaeta. 000U5TV in the Sea* IA Mcdel of the Latitudinal Distribution of the Number of Species of phytoplankton 000056 '> C0L0LABIS SAIRA (Brev.))"ln the Pacific ocean and IThe Distribution of the spawning Aggregations of the Saury ( 0005B8 i polychaeta, Aphrodltae)* 10n the Distribution of APRODITE MAGMA Treadaell, 1925 ( OOOB13 i Bylie north Carolina - South Carolina* • Distribution of Benthic nacrolnvertebrates in Lake . 000u(>5 Adjacent Roqlon* I Distribution nf coo^nqdn in chlnhae toav and its ooour'o ' of Panama) J.n Relation to Thermal Conditions* • Distribution of Coral Reefs in the pearl Islands (Gulf ' 0002H5 ' (Spavning, larval Settlement, Grovth, Bloaass, and Dlstribatlon of CIORA THTESTZHALIS, L. (Tunlcata) In 000307 Tropical Pacific* (Vertical Distribution of Eggs and Larvae ot Fish In the vestern 0002H3 vara Hater Discharge froa Hovorosslysk Theraal Poser • Distribution of Fish Plankton in the zone Affected by 000«:i6 . tbe take Catherine steaa Electric Plant Effluent on the Distribution of Fishes in the Receiving Bmbaymentc of OOOOS2 and Biological Features in Tvo Central (Vertical Distribution of Fishes Relative to Physical, Chealcal 000077 of Benqal* (The Effect of Bnvlranaental Factors on the Distribution of Food Fish In the Shelf Zone of the Bay 000800 Study. (The Influence of Envlcanaental Factors on the Distribution of Freshvater Algae: An Experimental - 00055B Novi Scotia to Long Island* (Tesperaturs Trends and the Distribution of Groundfish in Continental shelf laters, 000160 •seasonal chanqes In population Density und Vertical Distribution of Harpactlcold Copapods on a Intartldal 000326 Salthe POLLACHIQS VIREBS L. and Baddock HEIAHOGRARH0S ( Distribution of juvenile Col GADUS nOBBUA HORBUS L., OOOIRO (Envlronnent and the Distribution of Nicrofangi In a Havallan nangrave Swamp* 000058 Binds River system* • Distribution of native and Introduced Fishes In-the 000007 GILLI from the western north Atlantic* (description and Distribution of Rev Speciuen? of the Fish LIPOGENTS 000798 Species* (The Distribution of NITZSCHIA SERIATA cleve and Allied 000331 5*<>k Bine Estuary, viscasset, Baine* ( Distribution of Pelagic Fishes is the Sheepscot Blver - .000650 Equatorial and (Environaental Relationships and Distribution ot Planktenic Poramlnlfera In the 000007 Orqans of Octopus* (Studies on the Distribution of Proteolytic enzymes in the Internal 000552 the Caspian sea* (The Role of Abiotic Factors in the Distribution of Sturqeons (PISCES, ACIPENSERIBAE) in 000061 Eggs and Larvae on tho Continental Shelf Betveen (The Distribution of Suaaer Flounder, PARALICRTHT5 DENTATUS, 000700 Environment* • Distribution of VIBBIO PABAHAEnoLYTXCUS In the natural 000072 the Teaperature conditions at tha Borders of tbelr Distribution Areas* Poikllotheralc Anlaals by Kxaainlnq 000290 Arizona Reservoirs vlth Reference to Horizontal Fish Distribution* *A Llanologloal study of central 000665 BETAEBIHA (Odonata: Calopteryqldae)* • Distributional patterns and their interpretation in 000399 Lakes vlth Roraal aad Artificially (Lethal and < Disturbing' Teaperatnres in Soae Fish species froa 000366 Function in the Eatuarlne Gobi Id rish, (The Effects of Diurnal Theraoperlod Treataents on Reprodactlve 000193 Bydroaedusae) In the Southern Adriatic* • Diurnal Vertical Nlgratlon of SOLRISSOS ALBESCENS ( 000070 of Muscles and of their nodels of NEREIS DIVIBSICOLOR Speclaens froa tha Black and the Caspian 000215 Populations* •Abundance, Diversity and seasonal Patterns of Estuarine Fish 0G0S23 Protozoan Communities* (Rate of Species Diversity Restoration Folloving Stress In Freshvater 000120 and Thermal shock Effects on phytoplankton Numbers and Diversity* (Entrapment 000028 of Light Intensity, Daylength, and Teaperatare on Division Rates of Three Species of narina Unicellular 000350 (Growth, cell Division, and Fcagaentatlon in a species of PLSXIBACTER* 000635 PERMUTED TNTIJ'I«DBI 182 Rater Teaperature.on the Barer Claa,' SILIQUA PATUIA ( Dixon)* »The Effect of High 000703 of the Pronuclei In Activated Egga of the IThe onset of DMA Synthesis and its Relation to Horphogenetlc Events 000076 - •Effect of Teaperature in,the Regulation of DRA Synthesis in Synchronous Cultures of CHLORSLLA* 000806 - Bate of POHTOGAHHABUS CRASSUS (Grimm) mrtlnov in the Dneprodzerzhlnsk Reservoir* •Respiration 000479 . iBeprodnctioh and Developaent of, PAEDOCLIONE DOLIIFORHIS, and a Coaparison vlth CLIORE LIMACIRA ( 00004S Aabient Teaperatare on Proliferation Bate of the Sand Dollar Eabryo ECHIHARACHIHOS PARHA* •Influence of 000089 fleristic Structures ofsmalloouth Bass, HICROPTEBOS DOLOHIIOI Lacepede*Effects ot Teaperatare on Developing 0008U5 Temperatures for Juvenile Saallaouth Baas (HICRDPTEBOS DOLOHICOI)* Teaperature Regulreaents and lower Lethal 000365 the Easily HTHENOIEPIOIOAB.(Arlola, 1619) parasitic In Doaestlc and wild Ducks* Parasltlsa in Cestodes of 000829 loxygen Consumption by the Bivalve DONAX flTTATOS (da Costa) * 000026 DELAGEI nesnll In an Blasaebranch, RAJA BADIATA Donovan*'.- •Developaental Stages of HAEROGREGARIHA 000416 - (Seasonal changes In the content of catochloanlnas and DOPA in Tissues of the Carp CTPRIR0S CARPIO* 000642 laplications to.Overwintering in Boreal Raters* lEgg Doraancy in a Entitle calanold Copepod and its 000895 (Phototaxlc Reactions of the Larvae of CHIROMOnOS D0RSAUS* , 000434 Chesical , IThe.Effect of Starvation and Various Doses of Fodder on the changes of Body Height and 000870 and Bacterial Antigens. II. effect of Sublethal Doses of Zinc on the lamune Response to Viral and 000695 ' . Heterogeneity of Protofllasents poralny the outer,. Doublets froa Sea urchin Plagella* ' (Chemical 000501 .Thervil- Reglae as a Cause-of Reduction of Benthic Fauna' ' Downstream of: a goserweir* ' ' (Change in 000463 Lake Michigan Tributary* lAge, Grovth, and Downstteaa migration of Juvenile Rainbov Trout in a 000770 •natural Spavning of LABEO BOGGOT (sykes) in Soae Drainage Channels in Panna, Madhya Pradesh* 000710 •Filtration Rate of DREISSIRA, SPHAERIOM and PISIDIDH (Eulaaelllbranchlata)* 000351 , and, SALHO GAI80NERI) In Realtion to the Abundance of Drifting Invertebrates in a Mountain stream* TR0TTA 00023B Organic Carbon by the Sea Drchln, STROHGYLOCENTROTOS DBOEBACHIEHSIS*observatlons on the Release of Dissolved 000206 in the Roreo-Arctic Echinoid STROMGLTOCERTROTOS DHOEBACHIHSIS. (o.F. Huller, 1776). II. seasonal 000616 the Life History and Predatory Capacity of AHAX JORIOS Drury (odonata: Aesehnldae)* (Investigations of 000070 -Kualdity'on the Kaergence and Ecdysis of AtfAX JUNTOS OROBT odonata: (aeshnldae)* (Effect of Teaperatara and 000815 v. (Eggs and Larvae of northern Saad Lance (AHMODYTES DUBIOS) from the Scotlan Shelf* 000711 '•' (Arlola,,,1899) parasitic,in Dosostlc and Rild Ducks* in cestodes of the Family HTHEHOLEPIDIDAE 000829 and their'Incidence on Ecology 10. The Reproduction of D0GESI1 GONOCEPHAIA* of somd Freshwater Planarians 000611 Planarians and their Incidence in Ecoloqy. 6. DBGES1A TIGRIHA* . Relations of Soae Freshwater 000681 •Physiological Ecology, and Bloenergetlcs of VOLINICES, DOPIICISOS (Hollasca:-Prosobranchla)* 000372 Size and Temperature"on the Respiration of FOLINICES DUPLICATUS* K (The Effect of Body 000373. of Certain External, and Internal Pactors on the Duration of the interaault cycle, the Rate of Growth 000141 Aaphipoda) in tha northwestern Atlantic. VII. The .Duration of Eabryonic Development in Five Species at ' 000772 Lake .-••Laboratory Studies-on the Coaparison of Xnstar Duration, Reproduction, and Sensitivity Cadalua in 000607 Blueglll, (Rotes on the Upper Lethal Teaperature of the Buskystripe Shiner, HOTBOPIS PILSBRTI, and the . 000306 studies of Some Intertidal and Subllttoral Sand- Dvelllng Aaphlpods* (Ecology and population 000208 Characteristics of THYMALLOS Ai-CTICUS BAICALERSIS '. Dybcvski Fry* (Ecoloqo-vhysiological 000819 •Phytoplankton Dynaalcs In the Delaware Blvar Estuary* 000338 in Response to LOW oxygen and High (Respiratory Dynamics of the starry Flounder PLATICHTHIS STELLAT0S 000807 (Energetics and population Dynaaics of DIAPTOnOS GRACILIS* 000020 ) Oaring overwintering* - » Dynaaics of nelaholisa in the Carp (cYPRIHIJS CARPXO (L.) 000554 Scyphlstomoe. ot -the Scyphozoan »An Investigation of the Dynamics of Population Grovth and Control In 000175 (The Biology and Population Dynaaics of POLTARTEHIA FORCIPATA (Fisher)* '- 000301 ACUMINATA Fori Typlca Laaarck* (Breeding Habits and Early Developaent of a Pulmonate Gastropod LYHHAEA 000009 Ostelchthyes: Galaxlidae)* (Breeding season and Early Developaent of BRACHIGflLAHAS BULLOCEI ( - O00129 (Soae Effects of Salinity and Teaperature on Early Development of Pacific Herring (CLDPEA PALLASI)* 000013 Jordan (Effect of Teaperature and Salinity an Eggs and Early larvae of the Sclaenld Fish, SMRDIELLA-ICISTIA ( 0CJ1S12 on the Body Fora and Mortality in.the Eevelopaental' and Early Larval Stages of the Alaska Pollack, TBERAGRA 000315 on the Biology of TRXAEHOPHORIj's NODOVSSUS L. During Early Stages of Development* (Soae Experimental Data 000185 Sensitivity of the pond Carp to Blqh Temperature in,the Early Stages of- Posteabryonlc Development* ( 000795 ' of the Lizard-Fish, SAORIM TOMBII (Bloch), of.the Fast Cbina Sea Group* (Reproductive Curve 000688 •The cosaon squid, TODAR0DES PACIFICOS, in the East China Sea. II. Eggs, Larvae and Spawning Ground*' 000733 of the stock of ARGYBOSOHOS HIBE, Kuroquchl, in the East China Sea* (Reproductive Curve 000687 Croaker, pSEUDOciAEiiA PoiyACTIS (BLeeker), in the East China Sea* of the Kiangsa Province Group of Yellav 000686 Industraial Complex* (Middle East Study, Aquacalture In a Huclear-Povered Agra- , 000680 (Effects of a Theraal Effluent on Aquatic Life in an East Texas Reservoir* 000701 (Marine nicroblologlcal Research in the Eastern Mediterranean* 000037 of the Genus ACATHEPHTRA (Crustacea: Decapoda) in the Eastern north Atlantic, vlth Particular Reference to 000256 Eggs Abundance of Sardine (SARDIRELLA ANCimviM in the Eastern Region of tne Venezuela Coast 1968-1969* O00673 Gulf of Guinea*" • (The Pelagic Mid-water Fauna of the Eastern Tropical Atlantic with Soecial Reference to the 000802 Restoration of .Calciun Level in the Carapace Following Ecdysis in ECHXHOGAMHAROS BERILLONI. Comparison with 000800 Effect of Teaperature and Hualdlty on the Eaerqence and Ecdysis of ANAX JUNIUS DRORY Odonata: (Aeshnldae)* ( 000815 on Proliferation nate of the Sand Dollar Embryo-.-, ECHIHARACBINUS PARMA* (Influence of Aahtent Temperature 000089 of calciun Leve.l in the carapace polloving Ecdysis in ECHinCGAnMARUS BERILLOHI. Comparison with GAHHA'IOS POLE! 000840 1776). II. (Thermal Adaptation in the Boreo-Arctic Echinoid STHOWIYOCENTROTUS DROEBACHINSIS (O.F. Huller, 000616 (On Lqcoaotion Mechanics of Dlplostaald and Echinostamatld cercarla TRENATODA* 000257 POLLtclPfcs pOLTHBttlS (Clrrlpedta, Lepadomorpha) I. • Eco-physi^loglcal studies of an Intertldal Crustacean, 000261 Environments* ( Ecological comparisons of Thermally Affected Aquatic 000607 annelids* . »; (some Data on the Ecoloqical Determination of Reproduction in Polychaete 000078 •The Brackish water Claa RAHGIA COHEATA as Indicator of Ecoloqical Effects of Salinity chanaes In Coastal Raters 000363 Relation to Heated Effluents in the Central Columbia ( Ecoloqical Evaluation: niqration of Juvenile salaon in 000068 Larvae* ( Ecoloqical Factors Affecting Respiration in CHIRONOMXD 000033 (Crustacea, Aaphipoda) under the Influence of Various Ecoloqical Factors* Curve of GAHBABOS IAC0STRIS 000677 •polysaccharide Produced by ANACYSiis HIDOLAHS: Its Ecoloqical Implication* • 000893 Baltic* ( Ecoloqical Investigations on Yeasts In the vestern 000360 Influences of Teaperature, Bacteriophage, and other Ecoloqical Parameters on the Distribution and Taxonomy 000056 Ecoloqical Research on SPHAEBOMA SEERATOM (Fabrious)* 000102 Effects of copper on the Locoaotor Orientation of Fish; Ecoloqical Research Series* ( 000025 course (Erft/lllederrheln)* I Ecological Studies on a Theraally Anomalous water 000309 PISCES, GOBIIDAE) on the Georgia Coast* (An Ecoloqical stuly of G0BI03QMA BOSCI AND,G. GIRSBURGI ( 000170 •Thermal Effects on Ecoloqical Systeas* 000059 ( Ecoloqical Onlts in CHIRonoHIDAE* 000561 ARCTICUS BAICALENSIS Dybovskl Fry* I Ecoloqo-Physlologlcal characteristics of THIMALLOS 000819 ot soae Freshwater Planarians and their Incidence on Ecoloqy 14. The Reproduction of DBGESIA GONOCEPHALA* 000611 Coq) (Dept., Certcpoqonldae)• ( Ecoloqy and Behavior of Xwaature COLICOIDES HELLEUS ( 000070 Hoiiusca: Pcosobranchla)* (Physiological Ecology and Bloenergetlcs of POLINICKS DUPE.ICATUS ( 000372 (Abalone Larval Ecology and Culture Hethodoloqy* 000060 Critical Look at "Limiting Factors'"- (Physiological Ecology and Intertldal Zonatlon in Limpets (ACHAEA): A 000871 PtnilOTED TITLE INDEX 161 , •Trophic Ecology and Hacrofauna of .Kahaaa Estuary, O&hu* 000610 subllttoral Sand-Dwelling Amphipois* • Ecology and Population studies ofSoae lutertldal and . 00020B PLANOLATA (Eryclnacea) • »Tho Ecology and Reproduction of a Marine Bivalve, HYSBLLA 000230 Treaatoda: Opecoelidae) It parasite of th^ IThn Biology, Ecology and Taxgnoay of PLAGI0P0RDS HYPENTELII' ( 000300 a Hot Spring In Southern Arizona* (The Ecology and Theraal Physiology of GAHBoaiA AFFIRIS fron 000869 •Studies oa.fleathic Nematode Ecology in a Saall Freshwater Pond* ' i. 000537 Secondary Productivities* Mlankton Ecology in the Restern North Pacific ocean: Frinary and 000562 •Systematica, functional Anatony, and Ecology of the Cardlnalflsh Genus EPIGONOS (Apogonldae)* 000513 •Reproduction of Larval Ecology of the Coot Claa, HRLIHIA LATERALIS* 000127 \l t I Tho Physiological Ecology of the Estuarlne Claa RARGIA.CONBATA (Gray)* 000059 •Systenatlcs and Ecology of the Isefjord Marine Fauna' (Denaark)* 000609 Anoka County, .Minnesota)• »The Ecology of the Mudalnnow, 0RBRA LIHI, in Fish Lake ( 000003 the Anchovy in the Icontribatlon to the Study of the Ecology of the Planktooic Phase in the Life History of 000657 Environaent and In an Environaent of Variable »The Ecology of the Sulfate-Reduclng Bacteria in a Marine 000828 Lake* *The . Ecology of RISIS RELICT! in an Arctic and a Temperate 000009 soae Theraal delations in the Physiology and Freshwater Ecology of sockeye salaon (ORCORRTRCHOS RRRRi)*study of' 000105 Sierra Nevada Foothills in Central California* • Ecology of Sone Ratlve and Introduced Fishes of the 000560 Saith and 0. POGILATOR* »The Theraal Ecology of Two South Florida Fiddler cribs: RCA RAPAX 000705 •Field and Bxperlaental Studies on the Systeaatics and Ecology..of RLVA CRRVATA and 0LVA FOTONDATA* 000661 Ecology of VIBRIO PABARIEMOLVTICRS In Chesapeake Bay* 000003 Intersects of glue-Green Algae, Grazing Flies ( • Ecology of Yellowstone Theraal Effluent Systeas: 000860 of Soae Freshwater Planarlans and their Incidence in Ecology. 6. D0GESIA TIGRIRA* (The Teaperature Relations 0006B1 •The South Kuril' Chun (ORCORHYRCHDS KETA <«alb.|) - Ecology, Population Structure and the Rodeling o* the .. 9002F.S Nelobenthlc Oligochaeta. Incidence of the salinity and • Ecophysiologlcal Data on the Distribution of the Marine 000051 •seasonal Changes in the Condition of the Edible cockle (CARDIOH EDOLE L.)« 000317 of the Reproductive Cycles of the Cockles CERASTODERHA EDDLE and'e. GLAOCOH* *A coaparative study 000099 •Aerial Respiration of the Cockle CERASTODRBNA EDOLE in Relation to Teaperatnre* . 000096 changes in the Condition of the Edible Cockle (CAMION EDOLE L.|* •Seasonal 000317 of Genital Activity of the cockle, CERASTODZRNA EDRLB 1., A Bivalve Mollusc* Factors on the Resumption' 0002B2 •The Ozygen Consnaptiua of RTTILRS ED0LIS in Air* 000156 •physiological changes in RTTILOS EDDLIS L. Induced by Teaperatare and Nutritive stresB* 000063 and Teeperature in LITTORIRA LtTTOREA (L.) and MYTILOS ZDOIIS I.* on the Relation Between oxygea Consumption 000577 Effects of Teaperature and Hutrative stress in EYTILOS EDDIIS* •Blocheaical 000263 Carboxyklnase Activity in the Bay Mussel, RTTILOS ZD0LIS* and Field study of phosphoenolpyrnwate 000676 Moults and Growth Rate of ERIOCHEIR SINENSIS H. Milne- Edwards (Crustacea Decapods Brachyourea)* Fteguency ot 009130 Ash content of Exuvia in ERIQCHEIR SINENSIS B. Milne- Edwards (Crustacea, Decapoda, Brachyura)*Growth and the 000191 Behaviour of the Mantis Shrlap, SQOILLA AHMATA Milne Edwards (Crustacea: Stoaato;odt>)*Larval Developaent and 000603 of the northern lobster IBOMAROS AMERICANOS Milne- EdvardsS* Rates at various Teaperatures of Eabryon 000617 •sone Effects of Teaperature on Eel (ANGDILLA) Behavior* 000590 of Folyoxyet.hylene Esters by Tissues of the American Eel and Atlantic Salaon* (In Vitro Bydrolysls 00086" to Rater and to sodina of the Gill Epitheliua of Eel ANG0ILLA ARGOILLA* Dependence of Peroeability 000560 Pacific* «Th« Zel Sonus BENTHBNCRELYS (Faa. Ophichthldae) in the Indo- 000137 Haapshire* (Some Aspects of the Biology of the Sand- Eel, INIMSYTES TOBIARDS L.. In langstone Harbor, 000653 of Vertebrae with Special Reference to Temperature- Effective Perlou in the Hedaka (Oryzias Latlpes)*Ruaber 000590 Salaaoids* • Efficacy, Toxicity^ Residues of Nlfurplreouol In • 000018 •Rinter Responses of Lacgenouth Bass to Reated Effluent fron a Nuclear utactos* 000278 (HICROPTEHOS SALHOIDES) in a Resezvoir Receiving Rented Effluent froa a Reactor* " Mo?naent of &argeaouth Bass 000277 of Brown Bullheads Overwlaterlng in the Reated Effluent of a Power Plant*in Feeding and Bod* Condition 000508 Reported Incidence of Gas-Bubble Disease in the Reated Effluent of a Streaa Generating Statiba* .. •First 000197 •The Effects of the Lake Catherine Steaa Electric Plant Effluent on the Distribution of Fishes in the Receiving 000052 •Effects of a Theraal Effluent on Aguatic Life in an East Texas Reaterwoir* 900701 Grazing Files ( •Ecology of Yellowstone Theraal Effluent Systeas: Intersects of Blue-Green Algae,^. 000860 of the Biota of Lake Rabaaun, Alberta, to Theraal Effluent* *The RespoL3?s 0005S9 Lake Hasworthy, Texas, a Xsservoir Receiving a Reated Effluent* Crappie, POHOXIS A9RDLARIS Raflnesgue, ih 0(M893 froa a south Carolina Reservoir Receiving Heated Effluent* of Lorgeaouth Bass (HICROPTBROS SALMOIDES) 00H073 •Theraopower Effluents for Fish culture in Poland* 000806 Migration of Juvenile salaon in Relation to Heated Effluents in the Central colnafeia River*, - Evaluation: 00096B with Special Reference to Fish Faraiug in the Reated Effluents of Power Stations* in T.TLAPIA Culture OOOM2 Tropical Bay and sone Frobleas AAcnte Effects of Heated Effluents on tho Cope pod. ACARTtA TON Si, froa a Sub- 00065S •possible Effects of Theraal Effluents on Fish: I Review* . , C0078B •A study of the Effect of Desalination Plant Effluents on Rarlne Benthic Organism** 000098 •The Effects of Theraal Effluents upon secondary rr.idaction* 000530 of Fish populations in the Rabash River to Reated Effiaent?* ; *Tho Response 000267 GALLOPAVA, a cause of Avlaa Eacefhalltia, io Rot Srrlag Effluents, *'keraal soilc aod Self-Heated Coal Raste 000793 the First Interaediate Host* IDevelopaent of the Egg of NAROPilYETBS SALBINCOLtt.' (Chapin) and Infection of 000138 Grounds of the vendace (COREGORDS ALBOLA L.) In (The Egg Density and the Survival of Eggs on the Spawning 000590 LEPADICHTHYS FRERATOS* • Egg Developaent and Hatched Larva of the Cllngfish, 000721 Iapllcatlon8 to Overwintering in Boreal Raters* • Egg Doriancy in a Reritic Calanold Copepod and its 000895 Tnrbollarla* (The Mechanisas of Subltaneous and Resting Egg Fdduction in RESOSYOHA LIRU7A (Abildgaard, 1789) ( 000300 II. on the Developaental stages and Growth froa the Egg Through one Year* an Zxneriaental standard Aaiaal: 000096 culture of REPRROFS HORVE8ICBS Reared froa the Egga ; (Cm ths Artificial OOS1S9 APLT5IA CALIFORNICA* •Biosynthesis of the Cgg-Lsylng Hormone (ELR) in the Bag Cell Neurons of , 000029 ICISTIA (Jordan (Effect of Tesperaturc and salinity on Eggs and Early Larvae ot the Sclaanld Fish, RAIRDIEU.A' 0005*2 the Effect of Lowered Teapernt'ires on the snrvlval of Eggs and Fry of the Grass Carp CTEROpHARYRGODOR loeLLl ( 000710 •Effects of Hydrogen Sulfide on Fish Eggs aad Fry* . . 0007S9 •Vertical Distribution of Egjs and Larvae of Fish in the Western Tropical Pacifiv* 000393 DOBXOS) froa the scotlan shelf* • Eg;s and Larvae of Rortheru Sand.Lance (ARMODYTRs 000711 Distribution of Suaaer Flounder, PARALICHTHYS DEMATOs, Eggs and Larvae on the Continental Shelf Between Cape H00700 GAIRDRERI Richardson)* •Incubation of Eggs Icon the Autumn Spawning of Rainbow Trout (SAIHO >900296 Southern •Distribution and Abundance of Anchovy Eggs in the Plankton oft the Argentine, Druguayan and PO0109 AORITA. I. Distribution and Abundance ot sardine E>-iga in the Region of Rio de Janeiro* SARDINELLA 000511 • phetoperiod and Tenperature Influences on. Diapause in Eggs of the Floodwater Mosquito AEDES RIGRORACOLIS ( 0PQ525 to Horphogenetic Events of the Pronuclei in Activated Eggs of the Sea Ore hi n, &RBACIA FONCTRLATA'its Relation 000076 •The Effects of Low Teaperatsres on Eggs ot AEDES AEGYPTI (L.)* 000520 Related to Several Chosen Environmental (Resistance of Eggs cf ARTERIA SALIRA L. to Low Temperatures as 0003O3 Pisces, Characinoldei)* •Devolopaent of the Eggs of RRYCONALESTES LONGIPIWHIS (Guenter. 1R60) ( 000768 •osaotlc Properties ot Capsula Fluid in Egqs cf Soae Snails froa Fresh and Brackish Raters* 000780 as Related to Several Chosen •Resistance of Eggs of TRIORS CARCRIFORHIS (Bosc.) to Low Teaperatures 000302 ALBRLfc L.) in >The Egg Density and the Survival of Egga on the Spawning Grounds of the Vendace (cnRRgoans 1 000580 .PBSHOTE!>'TITL1! INDEX 415 : it Eastern Region ot the. . •Distribution,and Estimated Eggs Abundance of Sardine (SARMBELLA ANCBOVIM in the ' 000673 •SCHISTOSOMA MANS0NI: factors Affecting Batching of EqqB« •'• "i (100095 of Spavning 'Herring, CUJPEH HIHEWSOS PALLASI, Herring 1 Eqgs; and Associated Vegetation.in Tommies Bay* 000321 , % (Thermal Effects on Eqqs, Larvae and Juveniles ot Blneqlll sunflsh* 000049 Squid, TOM BODES PACIPICOS, in the East China sea. II. Eggs, Larvae and Spawning GrounU* JThe Common 000733 a Red Tide caused by nncTILOCA SCINTILLANS (Maca-tney) Ehrenh., In theiCoastal Waters of Hong Koag*'toxicity of 000556 Grovth and OfV Budding of Medusae in the Marine rtydrold EIRENE VIRICI1LA* •Experimental Studies on colony 000358 Stages iii HAEMQGBEGIRIMA DELBGEI nosnll in an Elaamcbranch, RAJA1 RADIATA Donovan* •Developmental 000416 TeTRACLKA SQUAMOSA BOFOTINCTA Pilsbry in the^flulf of. Elat, Red Sea* TEfftACHTHAHALU5 OBLITTERATU S Heuman, and 000004 the Effect ot Heated Hater Discharge fron the bocklord Electric Plant on the' Nlcroorganlsms In tho Ohio River* 000121 in the. »The Effects ot the Lake Catherine steam Electric Plant Efflueat on the Distribution of Fishes 000052 Levels of an Ohio River Food chatn at the Bet*lord Electric Plant, Nev Richmond, ohio*on the Lover Trophic 00011EI • 'Quantification of Aquatic'Environmental Inpi'et of Electric Pover Generation* 000304 (Effect ot Heated Vaters of the Konakovo state Regional Electric Pover Plant on'the oxyqen Contont a.id 000444 Environnental Issues* '•; • Electric Pover plants in .the Coastal Hone: ' 000150 Abundance inthe cooling Basin of the Kurakhovian State Electric Pover Station* Biology of Cladoceran Species 000632 Sport Fishing Surrey in the vicinity of a sla&m Electric Station on tbe-pataxent Estuary, Maryland* 00054B Central nervous systems* IThe Bffects'of cooling on Electrical Responsos of Goldfish (CARASSI0H AORATDS) 000622 KTULDS GALLOPROVINCIALIS IMollasca) as Revealed)by .Electron Hicroscopy* in the1-, Nerve Cells of the Bivalve 000839 •The EffMtsfof Tetperature on the psychophysical end Electroretinographic Spectral Sensitivity of the 000804 Holding and Recovery fro* OV-Induced Daaage in EDDOSt\!A ELSGAHS* (Liquid- 000410 Banthlc Invertebrates.in Rodel strean (Effects cf Elevated Temperature on Juveiile Coho Salaon and 000183 Ruff, ACERXNA CECTOA »Effect of Pituitary Horaones and Elevated Teaperature on Replenishment of Oocytes In the 000810 Fish Spucies fron Lako3 with Noraal and Artificially Elevated Temperature* 'Disturbing' Temperatures in Some 000366 •Winter Food of Trout in three Nigli Elevation sierra Nevada Lakes* ' 000233 •Brackish-Water Phytoplankton Response to Temperature Elevation* 00013a •niosynthesis of the Egg-Laying Hornone ( ELH) in the Baq cell Neurons ot APLISIA CALIFORNICA* 000029 Effluent on the Distribution of Fishes in the Receiving Embay»snt» of tho Lake Catherine Stean Electric Plant 000052 sp. (Bonoqenna-Olclidophoridae), a Parasite of Emblotoctd Fishes* and Host Specificity of DieLIDOPNORA 000319 Tesperature on Proliferation Rate of tbe sand Dollar"' Embryo ICBIHARACHINUS PARHA* 'Influence of Ambient 000089 •Therial Requirements for Maturation, spavning, and Embryc Survival of the Brook- Trout, SAIVELIMUS 000360 Tnsecta, Ephemeroptera) * >The Effect of Temperr.tcre on1' Embryogenesis and Diapause of EPHEJlEREtlA IGNITA (Poda) ( 000091 Dlaptonld Copepod •Influence of the Tenperature on the Embryonic and Post-Embryonic Development of the 0001S3 e Embryonic and Postcnbcyonic ftpvelopnent* . 000737 •Influence of Tnnperature on Energy Utilization of Eiibryonlc and rrolatval Tautog, TAUTOGA OiliTIS* ' 000053 in the Northwestern Atlantic, vn. The Duration of Embryonic Development In Five Species at various 000772 SEHIDOLIATUS (Valenciennes)* (On the Spawning and Embryonic Development of a Marine Goby, ZOKOGoBlun 000752 ' •Influence of the Tespert&ture ofl tbe Zsbryenic and post- Embryonic Development of tbe claptonld copepod 000153 HAsouiNONer) * Mortal Embryonic Development of the Naskellunge (ESOX 000265 GAIRDRERI IRTDEUS (Glbb.)l at Different Tenperatures* • Embryonic Development of the Rainbov Trout (SALKO 000812 Callcldae) in Delation to Different Constant • Embryonic Developaent of AEDES (O.J 5TICTIC0S (Diptera:' 000816 * (Effects of Tenperature on Enbryonic Development ot Lake Herring, COREGONOS ABTE0II 000155 Linnaeus)* BTemperaturo Requirements for Embiyoa and Lanae of the Northern Pike, ESOX LUCIUS ( 000359 oxygen Concentrations on northern Pike (ESOZ.LSCIUS) Embryos and larvae* lE.'fects ot Reduced 000728 Hilne- (Developmental Rates t't Varioas Temperatures of Embryos ot the Northern Lobster (90HAR0S AMERICANOS . 000617 • Developnent and Grovth of CEBtODAPHtttA RETICULATA Embryos* 000726 Temperatnre on Incubative Tim*, 'Grovth and Lethality cf Embryos, Larvae and Juveniles ot the Ide, IDOS IDOS (L.) 000250 Culiddae) in a High-Arctic Locality* •seasonal Emergence and Activity of Mosquitoes (Diptera: 000164 Aeshnidae)* (Effect of Temperutate and Humidity on the Emergence and Ecdysis of ANAX JUNTOS Dirnny odonata: ( 000815 of Effects of Juvenile Hormone Analogues cn Adult Eaerqence of Black Flies (Diptera: DiaaLlldaQ) * Studies 000177 Sea Hollusks* (Effect ot Lightened Water Teaperature on Emergence of Certain Species of Cercariaa from Black 000260 Nollusks* (Effect of Light and'Water Temperataro on the Emergence of Some Species of cercariae from Black sea 000271 •observations on the' Emergence of Tvo Species of stoneflles* 000113 •The Red Tide - a Public-Health Emergency* 0005B3 aad Temperature 'Iffects of Delayed Light Emission (Corrected for Changes in Quantum Yield of 000406 •Action of Tenperature and Illumination on the Emission of Spores by LAMINABIA DIGITATA Lanouroux ( 000168 and"Self-Heated (OICTTLAKIA GALLOPAVA, a Canse of Avian ' Encephalitis, in Hot Spring Effluents, Thermal Soils 000793 i, Metabolism of Tvo of the Genus HARICHINA IBM ( Enchytraeldae, Ollgochaeta)* on the Respiratory 000451 (Proteolytic Activity la tbe Anchovy (BNGRAOIIS ENCRASICB0L0S)* 000310 by Actions of Two Corporations* •Healthy Bay Endan9erel by Indifference. Monterey Fisherman Aroused 000068 ot some Thermal Relations in the Physiology and • Energetic Responses of salnon to Temperature. A Study 000105 •',•>• • • Energetics and Papulation Dynamics of DIAPT0H0S GRACILIS 000020 Illustrated by the Lnech NALHIAWA SB DA, and tUe I Energetics ot a Host-Parasite Belrtlonshlp as 000088 Eooplankton cycles. Production and Transformations of Energy in Severson Lake, Minnesota* (The Seasonal 000161 TACVOGA onITis* .. •influence of Tenperatare on Znerg? Utilization of Enbryonic and prolarval Tantog, OOOOS3 Salinity, and Food Availability on Grovth and Energy Utilization of Javenlle summer Flounder, 000619 •Tenperature Adaptation of Enzymes: Boles of the Free Enat)",, the Enthalpy, and the Entropy ot Activation* 000078 •Proteolytic Activity in the bnchovy ( ERSBAOLIS ENCRA SIC HOLDS) * 000310 Temperature in TETRABTRm PIRIFORMIS* I IhhaactavnV ot Nucl«ai Instability by Growth at High 000087 and Water Temperature on the pupnlatlcn of MBRC.'fERBLtA ENIGMATIC A Faavel (Annelida: polychaeta) in the Ross 000778 • (CRASSOSTBE! GIGAS): The Influence of temperature and Enriched Seamatec on oyster s«vival*of Pacini c oysters 000471 Adaptation of Enzymes: Boles of the Free Energy, the Enthalpy, and the Entropy of Activation* (Temperature 000478 and Survival of young Connecticut River Fish Entrained at a Nxclear Pover plant* (Vulnerability 000503 numbers and Diversity* • Entrainnent and Theraal Shock Effects on phytoplankton 000028 Boles of the Free Energy, the Enthalpy, -ai,d the Entropy of Activation* Adaptation of tnzyaest 000078 •Tha Relationship Betveen Growth Temperature and Cell Envelope Conposltlon of Several Blcroorganlsns* 000139 of an Indian Carp (ClRRUiSA NBICALA) tinder Different Envloznmental Teaperatures* •Breading 000181 ladlsaucllde (The Fate of a Radionuclide in the Aquatic Environment - A Mathematical Equation Representing 000276 Ecology of the Sulfato-Rodncing Bacterle In a Harlne Environment and in an Envlroanant of Variable salinity* 000828 Hawaiian Ban grove Svaap* • Environment and the Distribution ot Hicrofnngi in a 000056 •Thernal Environment of a Daath Valley papfiah* 000571 Reducing Bactoria in a Haclne Environment and in an' Environment of variable Sallnlty*Ecology of the sulfate- 000828 Hetabollsn In Carp (CTPRINUS CABPXO L.nhe Influence of Environment Temperature and of Thyrotrophln on iodine 000087 •Distribution of VIBRIO PABABASMOLTTICUS in tb* Batoral Environment* 000472 •The Response of Fish to a Modified Thersal Environment* 000195 (Rotatoria) Belated to Temperature mad Chemical Envlrannaat* (The Metabolism of ESACBIQNOS PLICATILIS 000683 • tit Cold-Blooded Animals with Temperature Chans® of the Environment* QaaBl-Bonaostasis in tbe Cardiac Cctlvlty 000388 Itqscle and Liver Lactate Dehydrogenase* I Envlxonnentml Adaptation of .FDNDDLBS BETB20CLIT05 000151 fsesponses of the Gonads to Environmental changes in the Fish, OB Til AS LAflPES* 000230 r\\ PERHUTED TITLE INDEX . \YI M- ',185' ';' | " • , C'- , - I' - (Responses cif Fiih to Environmental Changes*- -',,, ,, 000112 •Response of the Alewives, AIOSA PseaDOtlAltEPGaif Environmental changes* . ',. ,, 000151 (LITTORIHA LITTOREAI to Activity, Body'/Sizei'., and Envii/enmental conditions* a '. consumption of, a Nollask 000578 HACRUMJS Sacs (Calanolda, Copepoda) ii Relation .to Environmental Conditions* consumption oi' UNNOCALARUS' 000671 SACCCRHIZA POLTSCHIDES (Light.) Batt." ; ,«Th«. Environmental control of tbe Seasonal Development of . 000581 Synchronization of Developaent in some pond Species', of • Environmental controls in the.Seasonal Succession and '„- 000700 take Ontario* " •Evaluation of', Envircnaental Effects of the Oswego steaa Station on. 000731 pishes and crustaceans* ,7 : « Env'lrcnaental Effects on Toxaphene Toxicity to Selected., 1)00169 in the Shelf zone of the Bay of Bengal* *Th( Effec£ of -, Eni/lronmental Pactors on the Distribution of Food Fish 000890 Algae: An Experimental study, in. «The Influence of Environmental Factors on the Distribution of.Preshwater'- 00055B species ot Algae* «The Effect of En.vircnmantal-Factors on the Growth Rater Teaperature on the Current Velocities critical to Fish* #The Effect of Light Intensity and 000615 Hoaoqnnntes froa a Cold-Vater Hsh and a Kara-Hater Fltth* Dependence of the ATPase Activities in Brain 000032 • Effects of Copper on the Lcccaotor orientation of Fish! Ecological Research Series* 000125 British coluabia* •Life History of a Unique cyprinid Fish, the Chiselaouth (ACROCHEILUS ALUTACEUS), in 000507 and Salinity on Eggs and Znrly Larvae of the Sclaentd Fish, BAIRDIKLLA ICISTH (Jordan ana Gilbert) * 000M2 Accllaatiou1 in the Tissues of a Tropical Trochanter Fish, ETnoPLUS HACULATUS (Teleoatel)* During Theraal 000609 •The Life History of the Cobild Fish, EXFED10 JARVULUS* 000722 on Raprodoctiveyunction in the Estuatine Gobild Fish, GILLTICHTRYS H1RAB1LIS Cooper* Treatments 0D0193 on Reproductive Cycling in the Estuarine Gobiid Fish, GILLICHTHts RIRABILIS«Tomperature and Photoperlod 000190 Responses of the Gonads .to Znvironaentnl Changes in the Fish, OHTZIAS LATIPES* • 000230 Group' •Reproductive Curve of the Lizard- Fish, SAURIDA TUMBIL (Bloch), of tho Eacit China Sea 00068ft •Possible Effects of Thecaal Effluents on Fish: A Review* 000700 HTDROPHILA (LIOOEFACIRES), as Pathogens of Salaonid Fish: A. Selective ABROHORAS nedlua. B. Comparative 000519 and Population Dynaaics of POLTARTEMIA FORCIPATA { Fisher)* (The Biology 000301 Meaipteral vith Special Reference to its Daaage to Fiahetles*(on the Biology of NOTONECTA GLAOCA (In.iecta, 000180. •Healthy Bay Endangered by Indifference. Hcntorey Fishecnan Aroused by Actions of Tvo Corporations* 00006W Raraed Rater* •Growth of the Columbia River Limpet, FXSHEROLA RUTTJILLI (tfaldeaan), in Normal and Reactor- it 000171 * . •Vinter-Spring Sport Fishery In the Heated Discharge of a Nuclear Power Plant 000500 Bay, Trlncoaalee in Relation to the shorn Seine Fishery* oxygnn and Fhytoplankton in Koddijfar 000220 Environmental Effects on Toxap'nene Toxicity to Selected Fishes and Crustaceans* ( 000169 •Evidence of .Teapernture Adaptation in Fishes at the Protein Level of. Organization* 000723 (Temperatures Selected Seasonally by Pouc Fishes froa Western Lake Erie" 000050 •Distribution of native and introduced Fishes in the Hinds River System* 000007 ' Bayou Power IPlnal Report on occurence and Abundance of Pishes in the Intake and Discharge Areas of tho Cedar 000001 steaa Electric plant Effluent on the Distribution of Fishes in the Receiving Eabayaent*of the Lako Catherine 000052 Rlscasset, Maine* (Distribution of Pelagic Fishes in the Sheepscot River - Back River Estuary, 000650 (Population studies of selected Fishes in Thrae Heated Reservoirs in Texas* 00000a California* ^Ecology of soae native and Introduced Fisheg of the sierra Nevada Foothills In Central 000560 > • Fishes with Warm Bodies* 000131 •Svlaalng performance of Three Rarmwater Fishes Exposed to u Rapid Temperature change* 000356 Features in Two central (Vertical Distribution of Fishes Relative to physical, chemical and Biological 000077 •Macromolecules froa Cold-Adapted Antarctic Fishes* ,/ 000205 •The Spanning Seasons of Caribbean Seef Fishes* 000566 •Rev Experiences Kith phytophagous Fishes* 000801 BR ANCRXOHTCOSISi A Rev Fungal Disease of North Aaerlcan Fishos* 000500 Radiothyrorine Metabolism in several Freshwater Toleoot Fishes* 000223 of Theraal Stress on Gill Ventilation and Heart iRate in Fishes* •Effects 000667 Effects on Survival and predaticn for Soae puget Sound Fishes* •Thersal 000776 and Rater Temperature on the Fhotoresponse of Certain Fishes* •Effect of the Photoperiod 000200 Power plant on the Distribution and Abundance of Reef Fishes* •The Effects of a Hawaiian 000517 on substrate-Affinity of Lactate-Dehydrogenase froa Fishes* •The Influence of Tenperatare 000850 and Reaction Rlnetics of Lactate Dehydrogenase from Fishes* on Thermostability, Isoenzyae Pattern 000039 Capacity of the Spermatozoa of sone Issyk-ltul' Fishes* Conditions on the Speed and Fertilizing 000820 (nonogenea-Diolidophorldae), a Parasite of Eablotacid Fishes* Cycle and Host Specificity of DICLIDO9H0RA op. 000319 Killifish, FUNOHLUS KANSAS, and Comparison vith Related Flshes*Developaental Rates and Tolerances of the Plains 000867 Distribution of the Hooking Depth and Hooking l?he Fishing Efficiency of of the Tuna Longllne. 1. The 000606 •sport Fishing Survey at the point Beach Nuclear Power Plant* 000762 station on the Patuxent Estuary, Maryland* •• spoct. Flshtng Survey in the Vicinity of a steaa Electric 000508 the Ukraine* (Analysis of Flshkllls in Snail Rivers in the Rastern Foles'ye on 000302 •Effect of Teaperatute on Respiration and Fission in BLEPHARI5NA INTERMEDIUM* 000003 Earning the outer Doublets fron Sea Urchin Flagalla* •chemical Heterogeneity of protofilaments 000501 selection by Juvenile and Adult Yellov perch (PERCA FLAVESCENS) Acclimated to 2a c* (Temperature 000518 on the Upper Lethal Teaperature of Juvenile HAERULOK FLAVQL1NEATOM from the Virgin Islands* •« Note 000785 Rechanlsas in the seawater-Adapted Flounder FLATXCHTRT5 TLESDS L.* on Branchial Sodium-Exchange and Extrusion 000090 Cell Division, and Ftagaentatlon in a Species of FLEXIEACTER* (Growth, 000635 Juvenile Roraone Analogues on Adult Eaergence of Black Flies (Dlptera: Dlaullldae) * studies of Effects of 000177 Systeas: Intersects of Blue-Green Algae, Grazing Flies (EPHTDRIDAE) and Hater Rites (RTORACHNELtAE)* 000660 and Teaperature influences on Diapause in Eggs of the Floodwater Mosguito AEDES NISROHACULIS (Ludlow) ( 000525 •Variation in the Bacterial Flora in Chill Stored sea Water* 000787 •The Theraal Ecology of Two South Florida Fiddler crabs: OCA RAPAX snlth and a. FUSILATOR* 000705 •Artificially Induced Spawning of the Florida Pompano Under controlled Conditions* 000357 • Oyster Parasitise by LAB1RIN7H0HUA RARIRA in Florida* 000600 of Decapod Crustacea in the Indian River Region of Florida* (Zoogeoqraphlcal Aspects 000290 ot Four Species of Pipefishes (Faally STNGNATHIOAE) in Florida* (A comparative Life History Study 000110 (Conversion Efficiency and Survival of young Riater Flounder (PSEODOPLEURONiCTES ARERICARUS)* 000258 • Factors Affecting Respiration Rates of Winter Flounder (PSRUDOPLEORORECTES AMERICANOS)* 000803 and Extrusion Hechanlsas in tho seavater-Adapted Flounder PLATICHTHYS FLISUS L.* Sodium-Exchange 000090 otyqen and High (Respiratory Dynaaics of the starry Flounder PLATicHTHYS STULATUS In Response to LOW 000807 netabolisa under sianlated •Biology of young winter Flounder PSEUDOPLEOSONECTES ARBRICAROS (Ralbaua): 000259 on Growth and Energy utilization of Juvenile Suaaer Flounder, PARALICHTHTS DERTATUS* and Food Availability 000619 Continental Shelf Botween (The Distribution of summer Flounder, PARAIICHTHYS DERTATUS, Zggs and Larvae on the 000700 Spotting in the 1969 Tear-Class of George's Bank Rlnter Flounder, PSEUDOPLEURONECTES ARERICARUS (Ralbaua)*»hlte 000083 Effects on Bacterial Populations nf a Ron-Polluted Flowing streaa* •Theraal Loading 000100 •Environmental Hilts of Plants in Flowing Haters* 000858 •observations on the Growth of EPRRiiEROPTEFA in Fluctuating and Constaat Temperature Conditions* 000202 of the Troaso Area (Norway)* •Zonation rnd Annual Fluctuatioa of the Interstitial Fauna in Sandy Reaches 000706 Constituents oC the crayfish ORCONtCTES LIROSOS. Annual Fluctuations and coaposltion of the Tissues* (The Body 000758 specific nolluKcan Abundance* • Fluctuations in Gulf of Halne Sea Teaperature aad 000213 Ratera* (Osaotic Properties of Capaula Fluid In Eggs of Soae snails froa Fresh and Brackish 000780 •Rnvironaental Teaperature and the Body Fluid system of the Teleost* 000369 Oxygen consuaptlon o! Excised Gill Tissue of CORBICOLA FLUNtNEA (Holler)* of Temperature and Salinity on the 000782 Eaisslon (Corrected for changea in Quantum Yield of Flaorcscence) in DCRU-Treated Algae* ot Delayed Light 000006 Events Initiated by Theraal Stress in PSEUDOHONAS FLUORESCERS (P7)* •Molecular and cellular 000299 •The Natural Riatory of Perch - P1RCA FLOUITILIS Linnaeus, 1758 In the Klicava Reservoir* 000362 •The Effect of Various Teaperature Gradients on the Flux cf Rater through TALORIA Haabrane syatea* 000803 •Met and Steady-State Cation Flaxes in CRLOBELLA PYREROIDOSA* 000051 •Effect of Teiperature on Reabraae Potential and Ionic Flaxes in Intact and Dlalysed Raraacle Muscle Fibres* 000200 •Effects ot Teaperatura on Reabrana Potential and Ionic Fluias In Intact and Dlalyzed Barnacle Muscle Fibers* 000198 •The Effect of Starvation aad Various Doses of Fodder on the changes of Body Reight and Chenical 000870 PB (MUTED TITLE INDEX 189 at Thermal nosistanco In Hybrids of SALVEIINUS FONTINAUS ((lltchill) altd SALVELINDS HAHAYCUSB (Walbaum) 000378 by TiRsue'HoBogonates of Brook Trout, shlVEtlNUS FONT!MAlls (nltchill)* (Pelodlnatlon of Radiothyroxine 000055 of Theraal Resistance In Hybrids ot skLVElINOS FONTINAIIS and s. NAHAYCUsiC* •Inheritance 000377 and Embryo survival of tho Brook Trout, SALVEHNBS FONTINAIIS* Requirements for Naturation, Spawning, 000360 , , Salmon (SAWO :UIH| and Brook Trout (SAIVEHNDS FONTI BAITS) as Influenced by Varices Chlorinated 000621 ONroRHiNCHns TSHHWTTSCIIA, in Central Columbia Rivet* • Food and arovth Parameters of Juvenile chinook Salmon, '000065 GklRDKBRI) In Bealtlon to the Abundance of »The Food c! Brovn and nalnbov Trout (SALMO TRUTH and SA1HO 000230 South Carolina Reservoir Recelvlnq Heated Effluent* • Food of larqemouth Bass (NICROPTEHOG SAIBOIDBS)' from a 000073 'American Brook lamprey (IkMPMRA LAHOTTEI) • • Food of Larval sea lamprey (PETROBYZON HARIN0S) and 0005U9 lakes* Winter Food of Trout In Three High Elevation sierra Nevada 000233 Juvenile Summer lEffect of Temperature, Salinity, and Food Availability on Grovthland Energy utilization of 0J0S19 Discharge on the lover trophic levels of an Ohio Biver Food chain at the Bueklord Electric Plant, Nov ' 000118 Fresh Hater* ' " (Grovth and Food Conversion o£ [.alnbov Trout Hoared In Drackish and 000567 Effect, of Environmental Factors on the Distribution of Pood Fish in the Shelf Zone of the Bay of Bengal* 'The 000890 Barter, PERCINk NIGR0FA5CIATA (kqasslz), ,ln Halavakee ( Food Habits.and Feeding chronology of the Dlackbanded 000510 North •Tho Spawning Behavior, Fecundity Rates, and Food Habits of tho Redbreast sunflsh in Southeastern 000180 Requirements for GYHNODIHTUH SFLENDKNS, larval Fish Food onanism* (Optimum Light and Tomperature 000801 Role of Prior Feedlnq and Temperature in Pequlatlon of Food Uptake by Brook Troat* «The 000318 Salinity on Grovth Bate and (Conditions of Culture, Food-Size Selection, and the Effects of Teaperature and 000656 Parameters of the lobster (Effects of Temperature, Food, and starvation on Several Physiological 000710 Composition of the Walleye Spavninq Fun at little. Cut Foot Sioux take, Minnesota 1902-1969, vit.h Data on 000000 Some Native and Introduced Fishes of the Sierra Nevada Foothills in Central California* . (Ecology of 000560 Relationships and Distribution of planttonic Foramlnifera In the Equatorial and Northern Pacific 000007 Central Asia* ' ( Foramlnifera of lake Issyk-Rul' and Ground Niters of 000882 (The Blolnqy and population nynamlc3 of PoLYAPTEHIk FORCIFATA (Pisher)* 000301 larval stages of the (Bffect of Tevperature on the Body Forr and Mortality in the Developmental and Early 000315 Development of a Pulmonate Gastropod ITHHAEA ACUnlNkTA Forv Typlca lamarck* (Breedinq Habits and Early 000009 (Antibody Formation In Flnh- 000073 (The Effect of Temperature on Nucleotide Pool Formation in TBTRAHTMENA PIRIFORMIS* I 0001B7 (cheaical Heterogeneity of vcotofllaments Forming the outer Ooublets from Sea Urchin Flagella* 000501 on the Isoenzymic pattern on Pond loach (BISGDRNOS FOSSIIIS l.) II. Nalate Dehydrogenase p'nd Succinate 000539 of Skeletal Nuscle In the Pond loach (HISGORNUS FOSSI1IS 1*0)* alamlne: 2 oxoqlutarate Aminotransferase 000538 on the systematica and Ecoloqy of tlLVA CURVATk and ULVk FOTQNDATA* (Field and Experimental studies 000661 (Fir3t Record of the Foureye Butterflyflsh from New York Waters* 000705 " (Grovth, Cell Division, and Fragmentation in a Species of FLEXTBkCTER* 000635 Influence of Hiqtation on the Age Classes OF DAPHNTA in Fralns lake, Blchigan* (The 000116 NUGIUDAE (Pisces, Toleostel) of the Horthvest Coast ot France* (Contribution to the study of the Biology of 000802 and Hatched Larva of the Cllngflsh, LEPAD1CRTHYS PRENAT05* (Egq Development 000721' Physioloqical Basin of Protein (Predicting Gene Frequencies in Natural Populations. II. The Genetic and 000637 Spitzbergen* (Heart Frequency and Life Span of DAPHNIA POLEX do Gear in i 000532 SINENSIS H. Nllne- (The Influence of Teaperature on the Frequency of Moults and Grovth Rate ot ERIOCHEIR 000190 Properties of Capsula Fluid in Eggs of Soae Snails froa Fresh and Brackish Waters*. (osmotic 000780 of a Study of the Hydroblological Regime ot Bodies of Fresli Vater Used for Cooling in the Southern Ukraine* 000627 Tood Conversion of Ralnhou Trout Reared in Brackish and Fresh water* (Grovth and 000567 (Respiration and Besistency kqainst Anaeroblosis of Freshvator Algae* 000210 of Environmental Factors on the Distribution of Freshwater Algae: An Experimental Study. III. Effects 000550 A Study of soie Thermal Relations in the Physiology and Freshvatet Ecology of Sockeye Salmon (ONCORRYNCtiOS 000105 and Water Permeabillttes of the Gills of a stenohaline Freshmater Fish (CABAS5I0S hORATflS) and a Stenohaline 000381 During Thernal Acclimation In the Tissues of a Tropical Freshvatar Fish, ETBOPLUS HACHIATOS (Teleostel)* 000609 (The First Record ot Freshvater Medusa LinNOCNiDA fros Ghana (West Africa)* 000623 6, DOSESIA TIORINJ* (The Teaperature Relations of Some Freshwater Planarians and their Incidence in Ecology. 000681 0. Thn Reproduction (The Temperature Relations of soae Freshvatar planarians and their Incidence on Ecology ( 000611 •Studies on Benthic Nematode Ecology in a Saall Freshvater pond* • • - 000537 the spot Pravn PANDA1US PIATYCEROU Brandt and the Giant Freshvater Prawn HACROBRACHIOM ROSENBERG!! (de Nan)* of 00085*5 of species Diversity Restoration Follovlng Stress in Freshvater Protozoan Communities* (Bate 000120 Sorption of Ceslua 137, Strontium 85, and zinc 65 by Freshvatnr shrimp* (Terjiratura Effects on the 000328 CARCINUS, and H. OHIONE* (culture of Bracklsh- Freshvater shrimp, MACROBB>;wtiM ACAWTNUROS, R. 000218 CARCINUS and H. ONIONE* (culture of Brackish- Freshvater Shrimp, HACR0%'»CHI0H ACANTBUBOS, H. , 000219 of Phenol and Tertfcrature cn the Respiration of a Proshvater Snail: HEHSoMA TRIVOLYIS* •/ (Influence 000717 Nature of Individual Growth: Some observations from Freshvater Snails* (On the Requlatory 000128 •Radiothyroxine Metabolism In Several Freshvater Taleost Fishes* 000223 (CONIXIDAR (Kemlpterm) as Predators: Rearing on Frozen Brine shrimp* 000392 Reqlae on the specific Grcvth Rate cf Sockeye Salaon Fry (0NC0RHYNCHUS NERICA), vith.a Consideration of Size 000718 Composition and the Survival Rate In Rainbov Trout Fry C1A1HO UAIRDNERI Richardson) During the vinter 000870 of lowered Temperatures on the Survival of Eggs and Fry of the Grass Carp CTENOPHARyNGODOn IDELIA ( 000710 •Effects of Hydrogen Sulfide on Fish bggs and Fry* 000739 Of THTHA110S ARCTICUS BAICALERSXS DybOVEkl Fry* •Ecologo-physlological characteristics 000B19 Acclimation in the Bicenergetlcs of I12VAPEI F0C0S* •interpopalatlon Variation and Respiratory 000528 the Breedinq Rhythm and the Fecundity ot scoiEtEFis CF. FULIG1N05A (polychete, Spionlde) in Cultivation* Span, 000306 of Diurnal Thermoperlod Treatments on Reproductive Function in the Estuarine Goblld Fish, GI11ICHTHIS 000193 PORCOS) and of the Trout (3H.N0 GAIXDNERII) as a Function of the ?emretature*the scorpaenidae (SC03PAEVA 000090 •The Effect of Temperature on the Respiratory Function of coelacanth Blood* 0^1375 and Temperature in selected invertebrates as a Function of Tempoatare* (Acid-Base Regulation 000170 Genus EFIGONOS (tpogonidaa)* •Systematica, Functional Anatomy, and Ecoloqy of the Cardlnaltish 000S13 Haas culture, I. Filter Feeding cf Rotifer* • Fundamental studies on Physiology of Rotifer for Its 000352 •Some Chemical and Physical Properties of PONDOLUT Hemoqloblas* 000092 Dehydroqenase* .^Environmental Admptatlon of FONDULUS HETEROCLITOS Muscle and Liver Lactate . 000151 in the Cold-induced Hyperglycemia of the Killiflsh, FONDOIGJ HETEROCLITOS* (Role of Islet Tissue 000826 In the Cold-induced Hyperglycemia of the killlfish, FONDULOS HETEROCLXTUS*ot Hepatic Glycogenolytic Enzymes 000075 (Physiological Studies on Supercooled Nllllfish ( FUNDULBS HETEROCLITUS) IV. Cmrbohydrmte Hetabolisa lu 000825 Testis Stimulation in Rypophysectomized Hale Killiflmh, FONDULOS HETEROCLITUS, Treated with Mammalian Grovth 000626 Rates and Tolerances of the Plains Kllllflsh, F0NDULDS NANSAE, and Comparison with Belated Fishes* 000867 (BRkHCRIOMYCOSlS: A Nev Fungal Disease of North Aaerican Fishes* *00500 •Isolation of Thermophilic Fungi from klligator Resting Material* 000791 on Grovth Rate and Development of the Thermophilic Fungus CRAETONIOM TNERHOPHILI* (Effect ot Temperature 000792 and Cultural Temperature of PTTBIon sp,, A pathogenic Punqas, of the Mkagasare" Disease of cultivated 000697 Daylength and (The llfe-Blstory ot SPICEIARIA FURICIGERA xutz. (phaeophyceam)II. Inflmence of 000157 •Warm-Water Fish Nutrition and Future Priorities* 000706 Thermostability of soae species and subspecies of the Gadoid vlsh* (The Collagen 000019 PERNUIRD TITLE IYNDBX 190 Haddock HELANOGRAnnus (Distribution of Juvenile Cod GADOS 'NORHIJA MORBUS L., Salthe POLLACMUS V1RENS L. and 000789 lieat 31 re so In the Juvenile Steelhead Trout. SALHO GAIRDBBI, and Coho salaon, ONCORIiTNCHUS NISUTCH* 000649 (Embryonic Development of the Rainbow Trout (SALHO GAIRDNERI ZRIDEB3 (Gibb.)) at Different Teaperatures* 000812 Spanning* (The Grovth Rate of Ralnbov Trout (SALflO GAIBDNBRI Richardson) froa the Autoan and Spring 000297 and the Survival Rata In Ralnbov Trout Fry (SAIMO GAIRDRBRI Richardson) During the vinter Period* 000870 A Chang* of the Spavning Season in Rainbov Tront (SAino GAIRDRERI Richardson)* C 000295 Eggs fro* the Autaan spavning of Ralnbov Trout (SALno GAIRDNERI Richardson)* (Incubation of 000296 Dependent oxygen Consuaption of the Rainbov Trout SAi.no GAIRDNERI* i , of Activity and Salinity on the Weight- 0006KB on parr-Seolt Transformation in Stool hen t Trout (SALHO GAIRDREni) as Measured by Gill sodiua-potasslua 000006 pood of Brotre and Ralnbov Trout (SALno TROTTA aad SAino GAI8DNOTI) in Roaltion to the Abundance of Drifting 000234 the Resistance of Columbia River Steelkead Trout (SALflO GAIBDNBRI) To Theraal Stress* of Theraal History on 000708 •studies on GUI ATPase of Ralnbov Trout (SAino GAIBDNBBI)* 000625 on the Blood Serua Protelna of the Rainbow Ttout (SALHQ GA1BDNBBI)* (Effects of Sublethal Thernal shock 000305 Toxicity, and Hetabolic Rate in Ralnbov Trout (SALflO GAXBDNZBI) *Teapera'ture Effects on Hercury Accaaulitlf.n, 000992 Scorpaenidje (SCORPAEHA PORCOS) and of the Trout (SALHO GAIBDRXBII) as a Function of the Teaperature* of the 000090 Development of BRICOTGALAXXAS BULLOCK (Ostelchthyes: Galaiildae)* (Breedinn Season and Early 000129 Effluents, Theraal Soils and Self-Heated •DACTTLARIA GALLOPAVA,' a Cause ot Avian Encephalitis, in Hot spring 000793 In Situ In the Verve Cells ot the Bivalve RTTILUS GAliafflOVTNCIALIs (nollusca) as Revealed by Electron 000839 of sportfishlng Activity at a tfaravater Discharqe into Galveston Bay, Texas* (Annual Cycle 000446 Guppy POECILLIA (Evaluation o£ the Hosqalto Fish GAnBOSiA APPINIS (Halrd and Glratd) and the Coaaon 00D732 •Teaperatare Tolerance of the HosqultofIsh, GAnBHSIA AFFJNIS (Balrd and Glrardl* 000601 •The Ecology and Thermal Physiology of GAnBBSIA AFFXNIS fro* a Hot Spring In Southern Arizona* 000869 in the Predptor Avoidance Behavior of HosgultofIsh, GANBUSIA AFFINIS* (Learned Orientation <00292 Affinity of a Species* (Heat Resistance of Gaaetes of sea Urchin in Relation to zoogeographlcal 000023 of Temperature and Llqht on the Developaent of the Ganetophyte of LAHTNABIA DIGITATA (L.) Laa. ( 000167 of Cod, Herring and Mackerel, Resistance to Heat and Gamma Radiation* and Hemolysins from Pyloric caeca 000675 Lebanon, HIPIIARGOs NADARINI np.* •Description of a Rev Gammatid Aaphlpod froa the subterranean Watera of 000016 Atlantic. VII. The Duration of IThe Biology of GANflkROS (Crustacea, Aaphlpoda) ,ln the Northwestern 000772 • Variations in the Netatollsm Teaperature Carve of GARtfARUS LACBSTRIS (Crustacea, Aaphipoda) under the 000677 ecdysln In ECBinOGAnnARUS BIR1LL0NI. coaparison vlth GAHRAB0S P0LEX* calulua Level in the Carapace Following 000BU0 •Theraal Tolerance of Tvo species of GAHRARBS* 000743 Pulmonata) * >Potaaslua Hovoments in a Central Nervous Ganqilon ot LINNAEA STAGNALXS (L.) (Gastropoda, 000698 Generating station* (First Reported Incidence of Gas-Bubble Disease in tho Heated Effluent of a streaa 000197 • Gas-Bubble Disease of Salaonlds: A Critical Bevlew* 000678 IITTOSIXA OBTOSATA (L.| and L. HAPIAE Sacctii S Rast ( Gasteropoda, Prosobranchia)* in the Intertidal species 000695 on the Direction of Hovaaont of the Sopraiittornl Gastropod LITTORIHA IBR0RATA* of Environmental Stimuli 000080 •Breeding Babits and Early Developaent of a pulaonate Gastropod LY1NAEA ACUMINATA Fora Typica -aaarck* 000009 a central Nervous Ganglion ot LIBRAE A STAONALIS (L.) ( Gastropoda, Pulaonata)* •Potassiua Movements In 000698 •Heart Frequency and Life span of DAPHNIt PULEI de Geer in Spitsbergen* 000532 Nocveqian Coastal vaters* (PAPP03PHAERA LSP.DA, Gen. Nov., N, sp., A New Marina CoccollthopVorld froa 000790 Genjtic and Physiological Basin of Protiin •Predicting Gene Frequencies in Natural Populations. II. The 000637 Populations to Heated Vater in the Vl-inlty of a steaa Generating Plant* in the Responses of Estuarlne 000291 Gas-Bubble Dlseaue in the Heated Effluent ot a Streaa Generating station* «First Reported Inol1ence of 000197 Effects of Teaperature and salinity on Grovth Rate and Generation Time In SAGITTA HISPIOA* Soleotlon and the 000655 •The Effect of Teaperature on the Generation Tiae of a Bacterial Coaaunlty in Lake Water* 000286 of Aquatic Envlronaontal lapact ot Electric Pover Generation* •Quantification 000304 Invertebrates* • Genetic and Phenotyple Plasticity of oceanic 000837 Gene Frequencies In Natural Populations. IX. The Genetic and physiological Basin of Protein Polymorphisa* 000637 •The culture, selective Bteedlnq, and Genetics of the Lobater* 000724 Action of Several External Factors on the Resumption of Genital Activity of the Cockle, CERASTODoitNA EDUI.E L., 000282 North •observations on the vertical Distribution of the Genus ACATHEPHYRA (Crustacea: oecapoda) in the Eastern 000256 Pacific* (The Eel Genus BENTIIBIICBBLYS (Fas. Ophichthidae) in the Indo- 000137 * (Species of the Gvnus CHRYS03?R:,ERSLIA LAUTB. In the Ryblnskoe Reservoir 000046 •Heat Tolerance of a Death valley Popflsh ( Genus CYPRIRODOWI * 000602 Functional Anatony, and Ecology of the Cardlnalflsh Genus EPIGORUS (Apoqonldae)* (Systematica, 000513 an populatiri characteristics of Cladocerans of the Genus BVADNE in tha Gulf of Lion (Western Mediterranean 000800 Parameters on the Respiratory Hetabolisa of Tvo of the Genus NARIORinA 18B9 (Inchytraeldae, ollgochaeta)* 000451 IThe Changing Distribution of the Genus RAJAS (Naladaceae) in Ohio* 000853 (Honoqenual on Larqeaouth Bass In Walter p. Georqe Reservoir* Abundance of tha ANCYROCEPHALMAE 000650 AHERlCAvns ( »»hlte spotting in the 1959 Tear-ulass of George's Bank vlnter Flounder, PSEUDOPLEURONECTES 0004B3 BOSCI AND G. GINSBURGI (PISCES, GOBIIDAE) on the Georgia Coast* of the Nosgaitoflsh, GAMBOSIA AFFIRIS (Baird and Girard)* •Teaperature Tolerancu 000601 of the Red Shiner. NOTBCPIS LOTRENSXS fOaltd and Girnrd)* (The Effect of Tenperature on the Reproduction 0003W Its Daaage to Fisheries* ion the Biology of NOTOHECTA GLAUC1 (Insecta, Henlpteca) with Special Reference to 0001U3 cycles of the Cockles CERASTODERNA EDOLE and C. GLAOCOM* (A Coaparative Study ot the Reproductive 00009V CtLIFORKXBtisiS Lea, 1057* •observation of' the Glochidiua, Retaaorphonis, and Juvenile of ARODORTA C00170 •Field studies on Photosynthesis ot CLADOPHORA GLOMEFATA (Chlorophyta) in Green Day, Lake Michigan* U0OOO7 seasonal Grovth Response Curve of CLADOPHORA GL0ME9ATA to Temperature and photoperiod* a Theoretical 000777 •Siasonal 'Gonadal Changes in the Oyster CRASSOSTBEA GLOHEBATA Gould* 000125 and Iheraal Election Stress to Fish Reasured in Blood Glucose and Lactic Acid Levels* (Thermal 000707 Living nematodes* (The Effects of Cold Accliaation Upon Glacose-6-Fhosphatase Activity in Two Species'of Tree- 000163 Acclimation in the Rullet Flsh» • Glucose-6-Phouphate Dehydrogenase and Theraal 000355 •Reproduction of the Bloodeorn( GLTCEBA DISHANCHIATA) in the sheepscot Estuary, Maine* 000176 Hyperglycemia of the Killifiah, IRole of Bapatlc ' Glycogenolytic Enzyaes in the Cold-T.nduced 000075 •Properties of Bltunetlonal Glycolytic Enzyaes in PACHTGRAFSRS CRASSIPES Randall* 000135 •observations on the Biology and control of GLTPTCTERDIFRs LOBIFRROS (Say) (Dlptera: chlronoaidae)* 000050 of the intertldal Proaobranch TRAls LANELL09A ( Gaelio). I. Seaaonal changes In the Rate of oxygen 000775 S' ck on Larvae of the oyster, CRASSOSTREA VIROIRICA ( Gaelln)* (Effects of Thermal 000200 •ovarian cycling in Longjaw Gobies, BILLICHTHTS MIRABILIS,•from the Saltan sea* 000053 •The Life History of tho Ooblld Fish, EXPEDIO FARV0L0S* 000722 Treatments on Reproductive Function in the Estuarine Goblid Fish, GILLICHTHTS HIRARILIS Cooper* Theraoperiod 000193 photoperiod on Reproductive cycling in the Estuarine Goblld Fish, GILLICHTHTS HIRABILIS* of Teaperatarn and 000190 Study Of BOBIOSOMA BOSCI ARB 0. GINShURGI (PISCES, GOBIIDAE) on the Georgia coast* (An Ecological 000179 ICharacterlstica of COTTOS FOECXLOPOS Ruckel and COTTOS GOBIO L.» 000769 the Georgia Coast* »An Ecological study of GOBIOSOMA BOSCI ARD G„ GIRSDORGI (PISCES, GOBIIDAE) on 000179 •On the Spanning and Eabryonlc Developaent ot a Rarine Goby, TOR00OBION SENIDOLIATUS (Valenciennes)* 000752 •on the Biology of CHIRONOIIIDS BERRIRGI Goetgh. ot Lake Billl-Kul (River Talas Basin)* OOOR91 Changes on Enzyaes of Fish Muscles. Experiments vlth Gulden Orts ID0S ID0S* ' (The'Influence ot Teaperature 000001 •The Effects of cooling on Electrical Responses of Goldfish (CARASSI0M A0RAT0S) Central Nervous Systems* 000622 Activity froa the Epaiial Ruscle of the Coaaon Goldfish (CARASSIRS A0RAT0S L.) I. Properties of the 000330 Isozyae patterns in Tissues ot Temperature-Acclimated Goldfish (CARASSIRS A0RAT0S L.)* Malate Dehydrogenase 000666 Activity froa the Epaxial Muscle of the Canaan Goldfifh (CARASSIRS A0RATDS L.)-II. Lipid Reactivation1 000335 as Orienting stimuli in the Locoaotor Behavior of the Goldfish (CARASSI0S AORATOS)* and Copper Ions 000026 •Behavioral Measure of Spectral sensitivity of the Goldfish at Different Temperatures* ,000005 • (Responses of Cell Ronewal Systei of Goldfish to Ionizing Radiation at Different Teuperatures 00023B •Characteristics of an Established Goldfish CARASSIOS AORATOS (L.) Cell Line* 000666 •Branchial sodium Exchange and Anannla Excretion in the Goldfish CARASSIOS ADRATBS* 000093 on the Swimming Behavior of the Blind Cave Fish and the Goldfish* (cooperative studlaa 000B83 Illualnation and nvperoxla on Theraal Tolerance of Goldfish* (Effects of cons'.ant OOOBOB Evoked Tectal Potent lal and Brightness Perception In Goldfish* ^Effects of Teaperature on the visually 000079 Spectral sensitivity of the Chroaatlcally-Adapted Goldfish*on tho Psychophysical and Electroretitu I'aphic 000000 •Death Induced by mlectlon stress in Cold-Acellaated Goldfish, CARASSIDM AORATOS* 000820 Stress, Cortisol and Aldoaterone Infections in the Goldfish, CARASSI** 1 AURATDS* Responses to Handling 000027 Gulf croaker, BAIRDIELLA ICISTIA* • Gonad Saturation nnd Horaone-lnduced Spawning of the 000333 Oulf Croaker, BAXRBIELLA ICISTIA* • Ronad Maturation ind Roraone-Induced Spawning of the 000376 Gould* (Seasonal Gonadal changes in the oyster CSASSOSTKEA GLOMRRATA 000025 Treatoent (Effects of Tenperature on Response of the Gonads of Green sunflsh (LEPOHIS CTANELLOS) to 000010 Tenperature and Photoperiod on Seasonal Regression of Gonads of Green Sunflsh. LEPOMIS CTANELLOS* •Effects of 000011 1ATXPES* (Responses ot the Gonads to', Environaental Changes in the Fish, OBTZTAS 000230 Stress in Relation to Blood Pigment Affinity in GORIOPSIS CR0ENTATA (Latreille) and (to a Lesser 0008B7 Incidence on Ecology 90. The Reproduction of DOGESIA GONOCEPHALA* of soae Freshwater Planarlans and their 000611 Larvae of the Scaled Sardine, HARENGOLA PERSACOLAE Goode and Rean*Growth and survival of Laboratory-Reared 000690 Gonadal Changes in the Oyster CRASSOSTBEA GLOMERATA Gould* (Seasonal 000025 the Larval Developaent of the Horse Claa, TRESDS CAFAX ( Gould)* (The Effect of Teepecature on 000090 Developnent of the Olaptovld Copepod EODIAPTOHOS GRACILIS (Sara, 1B63)* the Eabryonlc and Post-Embryonic 000153 •1 Description of Laboratory-Beared Larvae of CARCER GRACILIS Dana (Decapoda, Brachyura) and a Coaparlson 000015 •Energetics and Population Dynaalcs of DIAPTOHOS GRACILIS* 000020 nutrition and Teaperature on the Grovth of COGLERA GRACILIS* (interaction of Mineral 000502 Haddock MLLANOGRABROS AEGLEFIROS L. under Teaperaturo Gradleat Conditional., Salthe POLLACRIDS VIRERS L. and 000789 Systea* (The Effect of Vatloua Teaperature Gradlenta on the Flux of Rater through VALONIA neabrane 000803 Gulf Grunlon (LEORESTHBS SARDINA) to Artificial Gradients* ot Laboratory-Reared Larval and Juvenile 000660 DACTYLOGTHOS (Studies on Gill Parasitosis ot the Grass Carp (CTENOPHARTNGODOR IDELLA) Caused by 0005as Temperatures on the survival of Eggs and Fry of the Grass Carp CTENOFHARTRGOSON IDELLA (Valenciennes)* 000710 Injections in the Propagation of Sliver Corp and Gross Carp* (Dse ot the Hethod of Pituitary 000097 of Teaperature and Salinity on Larval Developaent of Grata Shrimp PALAMONETES V0LGARIS (Decapoda, Carldae)* 000692 Ecology of the Estuarine Claa RARGIA COREATA ( Gray)* IThe Physiological 000069 Malts of the Marine Flanktonlc Copepod CALARUS I Grazing and Ingestion Ratea of Nauplli, Copepodids and 000600 Effluent systeas: Intersects of Slue-Green Algae, Grazing Flies (EPHTDRIDAE) and Rater Mites ( 000860 (Photoreapiratlon in the Blae- Green Alga ANACTSTIS NID0LANS at Different Temperatures* 000209 (The Effect of Cold shock c» the Bluo- Green Alga ANACTSTIS NID0LANS * 000391 Teaperature on the Carotenold Coaposltloa of the Blue- Green Alga ANACISTIS NID0LANS*IThe Influence of Culture 000310 factors Affecting the vertical Distribution of a Blue- Green Alga* 000209 •Fhotoxidatlve Death in Blae- Green .Algae* 1 000002 Thersal Rffluont Systeaa: Intersects of Blue- Green 'Algae, Grazing Files (EPRTDRIDAE5 and Rater Mites 000860 in a Entrophic Lake vlth special Refereace to Blue- Green Algal Bloons* (Phytoplankton succession 000067 Photosyntheuls of CLADOPRORA GLOMEMTA (Chlorophyta) in Green Bay, Lake Michigan* (Field studies on 000007 •Effects of Tenperature on Reaponse of the Gonads of Green Sunflsh (LEPOMIS CTANELLOS) to Treataent with 000010 and Photoperiod on seasonal Regression ot Gonada of Green Suaflsh. LEFOHIS CTANELLPS*Effects of Teaperature 000011 walbaua))* •zoogeographic characteristics of the Greenland Halibut (REINRARDTIOS RIFPOGLOSSOIDES ( 000200 Grovth and sorvival of Laboratory Reared Larvae of the Grey Rullet, NOGIL CEPHAL0S L.* on the Oevelopaent 000002 and Fecundity of FORTOOAMMARRS ROBDSTOIDES ( Grima) in the Cooling Reservoir of xurakhovo Power 000023 •Respiration Rate of PORTOGAMMAROS CRASSOS .( Grlam) Mattlaov in the Dneprodzerzhlnsk Reservoir* 000079 Activities Of Rl'mlose •Photosynthetlc Rates, Grots Fatteras of Carbon Dioxide Assiailatlon and .000555 •Foraalnlfera ot Lake laayk-Rul' and Ground Ratars of Central Asia* 0008R2 in the East China Sea. II. Egga, Larvae and Spaanlng Ground* (The Coamon Squid, TODABODES PACIFIC0S, 000733 Long Island**Te<" irature Trends and the Distribution ot Grouadfiah In Continental Shelf Raters, Nova Scotia to 000160 (The spawning and Spawning Gromnda at the Burbot (LOTA LOTA (L.))* 000753 Egg Density and t.ha Survival ct Eggs on the Spawning Grounds of ths Vendace (COREGONRS ALBOLT I.) in Lakes 000580 •Inveatlgatloas at the Spawning Grounds of Capelln in 1972* 000083 water* (Catfish Faralng - A Grovlng Industry Deaonstrates oae of Heated Discharge 000582 PERMUTED TITLE I HOE* 19? of nlbuloBe Diphosphate carboxylase in narlne Algae Grown at Different Temperatures* and Activities 000555 BIBBBE VtRIDUlA* •Experlaentol Studies on Colony Grovth and on Budding of Hedusae In the Marine nydrold < 000358 on the Dotation ot the Interuoult Cycle, tho Rate of Grovth and the Ash content of Exuvla in BRIOCHEIR 000191 HACROCHIBUS Raflnasgue, In Four Rested Reservoirs (Age, Growth and Condition of Blueqlll Sunflsh, LEP0HIS 000715 AREOLARIS saflnesque, In lake Rasworthy. Texas, a »Age, Growth and Condition of White Crapple, POAOxrs 000893 AURBLIA (An Investigation of the Dynanlcs of population Growth and Control in Scyphlstoaae of the Scyphozoan 000175 of Teapecature,/Salinity, and Food Availability on Grovth and Energy Utilization of Juvenile Suauer . 000619 Brackish and Fresh Walter* • Growth and Food Conversion of Balnbov Trout Roared in 000567 of the »The Effect of Teapnrature on Incubative Tlae, Growth and Lethality of Eabryos, larvae and Juveniles 000250 Cephalopoda)* ( Grovth and Life-span of OCTOPUS CIAHIA (Mollusca: 000833 •The Effects of Cold Treataent In the Dark on Growth and Metabolic Bates of CIILOREllA PTREROIDOSA* 000565 •The Effects of light, Teaperature, and salinity on the Grovth and Morphology of tho Dlnoflagollate DlssoDimun 00078.1 of HACOHA BKLTHICA (pelecypoda, Telllnldae)" • Growth'' and Mortality In an Arctic Intertldal Population 000301 Exposed to Different Constant tBr.at Tolerance, Grovth and Regeneration In Three north Sea Bryozoans 000533 •The Effects r,of feaperature jon' Growth and Reproduotion of Aguatlo Snails* 000B31 Hasvell) (Crustacea, Brachyura) In the Svan Estuary, • Grovth and Reproduction of HALTCARCmus AOSTRALIS ( OOOOBI Hasvell) (Cruatada, Brachyuraj in the' Pvan Estuary, • Growth ana Reproduction of HAIICARCIH0S ADSTRILIS ( 000UB0 Texas* •pield and cultural oservatlons on the Grovth and Reproduction of POLTSIPHOHIA DERUDATA froa 00022B and Cultural studies on the Seasonal periodicity of Grovth and Peprod- tlon of Selected Texas Benthlc 000229 Japan* " ITho Grovth and Survival of the California Red Abalone in 000516 Grey Bullet, SAG1TTA BISPIDA* 000656 PLATE5SOIDE5 Eabr.(Metabolism and its Relationship vith Grovth Rate of American Plaice, RIPPOGLOSSOIDES 000890 Influsnce of Temperature on the Frequency of noults anC Grovth Rate of ERIOCHEIR SIHERSIS H. nllna-Edvards ( 000190 •Size Structure and Grovth Rate of EUPRAOSIA PACIFICA off the Oregon Coast* 000736 Richardson) froa the Autumn and Spring Spanning* (The Grovth Rata of R Inbov Trout (SALMO GA1BDHERI 000297 of Tenperature and Feeding Reglne on the Specific Grovth Rate af Sockaye Salaon Fry (oncOBHTRCHDS HERKA), 000718 Sludge* • Grovth Rata of Vortlcallldaa Isolatad fraa Activated 000781 BALTHICA (1.)* ( Grovth Rate, Lonqevlty aad Haxlaum size of HACOnA 000379 'Different Teaperatures* ( Growth Rates of CORALLIHA OPFICIHALIS (Rhodophyta) at 000159 (A search for Clrcadlan and Oltradlan Rhythms In Grovth Rates ot KLEBSIELLA AERQGEHE3* 000779 froa St. crolx, virgin (The Influence of Teaperatura on Growth Ra« 3 of Six Clonea of Marine Centric Dlatoas 000312 Teaperature and (Development of a Theoretical seasonal Grovth Rt„ponsa curve of CLADOPHORA GLOHERATA to 000777 several nlcroorganlsaa* (The Relationship Between Grovth Teaparature aad Cell Envelop* coepoaltloa ot 000139 some psychrophillle narlne Pseudoaonads* (The Effect of Grovth Tamparatura on th* Patty Acid composition ot 000112 AQUATICDS* (Effect ot Grovth Tampmratura on Lipid Composition of THERMOS 000652 Toaperatures for Juvenile Saallaouth Bass (RICROPTERUS ( Grovth Taaparature Requirementa asd Lover Lethal 000365 of BACILLUS STEAROTHERHOPBXLUS Transfar (Tha Iffact of Growth Temperatures on the m Vivo Rlbose Hathyli>tlon 000010 (Effects of Light and Temperature on Algal Grovth* 000115 Regalrenents and Inorganic nitrogen Compounds on Growth* study. III. Effects of Teaperatare, vitamin 000558 Trout In a Lake Michigan Tributary* (Age, Growth, and Dovnatraaa Migration ot Juvenile Ralobov 000770 of Varying Teaperatures and Salinities oa Settlement, Grovth, and Reproduction of the Wood-Borlnq pelecypod, 000226 L. (Tanlcata) la (Spavning, Larval Settleamnt, Grovth, Blonaam, and Distribution of CIOBA IITRSTIRALIS 000307 of PLEXIBACTER* I Grovth, Cell Division, and Fraqmaatatloa la a Species 000635 la an Arctic and Teaperate Lake* ( Grovth, Llfm Rlatory, and Respiration of ntSIS IELZCTA 000450 (Oa the Regulatory Ratara of Individual Growths Soma Obsarvatlana froa Fraahvatar Saalls* 000128 Reapoases of Labaratory-Roarad Larval aad Juvenile Calf Grunlom (LEORESTHES SARDIRA) to Artificial Gradients* 000660 (Latrallla) and (to a Lesser Extaat) in CARDISOHA GUAIHUHI Lmtrallle* Affinity In OOKOPSIS CIOERTATA 1)00687 (Developamnt of the Egqs ot BBTCORALESTES Lonslpinms ( Guanter, ia«0) (Places, Charaelnoldal)* 000768 Tropical Atlantic slth special Referaace to the Calf of Galaaa* ITha Pelagic Hld-fxtar raana af the Eastern 0008(2 (Plankton Relations of tha Red Sea, Permian Gait and ArnbWn Sea* 000»21 and TETRICLITA 390Aft03A EOroTIRCTA pllabry is the cult ot »!»«•, Rod Sea* OBLITTERAT03 mawman, 000000 Eastern Tropical Atlantic vlth Special Referaace to the emit ot giiv<< (The Pelagic Hld-matar rauna ot the 0008(2 of cladoeeraas of the Genas EVADIE la the salt at Han (waster* Mediterranean)* charaetarlatlc* 000800 Abundance* (Fluctuations in Gulf ot Plait** saa Taaperatare and specific lollaaeaa 000213 •Distribution of coral Beats la the Pearl Islands ( calf ot Panama) In Relation to Thermal Conditions* 000285 (Gco>d Maturation and Hormone-Indnced Spavalog of the Golf croaker, BAIRDIELIA ICI3TIA* 000333 (Gonad Rituratlon and Hormone-Induced Spavning of the celt Croaker, BAIEDIELLA ICISTIA* 000176 Reiponsem of Laboratory-*mared Larval and Juvsnlle Gulf oruolon (LEURESTEES 3AR9IRA) to Artificial 000660 occurrence (Sic) of Abaolaalltlea (Sic) lm tha Rev-Bora Gmpplaa POtCILlA RETICULATA AccUaated la polluted Rot 000880 ylmh GAHB0SIA ArriRIS (Balrd aad Clrard) aad the common Gappy (OECIlllA RETICULATA Peters far Biological 000732 •Optimum light and Temperature Ivgclramautm lot 0IIN9IIIIII minin, larval Pish Food Organise* 000(01 and a Coaparlsom vlth CLIOHE LIHACIIA (Opisthobraachlai oymmomomat*)• Developoent at f AEDOCIXOIE DOL11FORR1S, 000*05 PERMUTED TITLE INDEX 193 Blunqlll and Largomouth Basso (Seasonal abundance of GYRGDACTTLUS HACROCHIBI Hoffman and Putz, 1960 on 000651 Soceanlc Habitat Differences in the North pacific* 00052H Nev Zealand* (Microbiological Studies on Thersal Habitats of the Central Volcanic Region, North Island, 000110 Metabolism of Crabs from Narlne and Estuarlnn Habitats. I. 5CYLIA SBRHATA* •Respiratory 000835 LYBNAEA ACUMINATA Fora Typica lamarck* (Breeding Habits and Early Development of a Culmonate Gastropod 000009 Darter, PERCINA HIGROFASCIATA (Aqasalz), in (Food Habits and Feeding Chronology of the niackbanded 000510 •The spavning Behavior, Fecundity Rates, and pood Habits of the Hedhreant Sunfish In Southeastern North 000180 Kurlle-iiokkaido Region* (Feeding Habits of the Squid OMMASTREPHES 3ABTRAMI lesaur In the 000720 Beaver ponds (Insocta; «Tho life History and Feeding Habits of SIALIS C0BN0TA Ross in a Series of Abandoned 000600 GADIJS NORHUA. MORBUS L., Salttie PCILACHIUS VIRENS L. and Haddock NELANOGRAnHUS APGLEPINBS L. under Temperature 000789 RADIATA Donovnn* developmental stages of HAEnoGVBGARiNA DlLAGEi nuBnil in an Elasmobranch, RAJA 000a16 •A Hote on tho Upper Lethal Temperature of juvenile HAEnuiGN FLAVOLIVBATUn fron the Virgin Islands* 000785 Depth Distribution of the Crayfish OBCONZCTES VIRILIS ( Naqen) tn Tvo Michigan lukes»Artlflclal Aeration on the 000203 , Striped millet (TIN),LOS BARBATUS L.I (Nutrition of the Hake (MBRLUCCIUS MERLOCCLIS I..), Bogus (BOOPS BOOPS !.•) 000005 nlackhanded tiartec, VERCIHA NIGROFA3CIATA (Agasslz), in Halavakea creek, Alabama* and Feeding chronology of the 000510 Blackbanded Darter, PERCINA MGROFASCIATA (Agassiz) in Halavakea creek, Alabama*Aspocts of life History of the 000509 of the Columbia River Limpet, FISHEROLA NOTTALII ( Haldeman), in Normal and Beactor-varaed Vater* •Growth 000171 •Zoogeographic Characteristics of the Groenland Halibut (BEINHARDTIUS nlPPOGlOSSOIDES (Valbaum))* 000200 II, •The Larval stages of Bone Australian Species of HALICARCIHOS (Crustacea, Brachyura, Hymenosommtidae), OOOOB2 in the svan Estuary, (Growth and Reproduction of HALICARCINUS AUSTRALIS (Hasvell) (Crustacea. Brachyura) 000081 in the svan Estuary, (Grovth and Reproduction of HALICARCINUS AUSTRALI9 (Hasvell) (Crustacla, Brachyura) OOOOBO and Enzyae Analyses of Calcification in the Alga, HALIHECA Tim* (Atomic Absorption 000850 (The Effect of Environmental Factors on the Grovth of a Halophylic Species of Alqao* 000830 Pituitary Hormone Inlection on the Carp CIRRHINA REBA ( Ham.) in Relation to Day-Length and Temperature* of 000836 of the juvenllos of Conon Halor Carp CIRRHINA HRIGALA I Ham.)* (Seasonal Changes In the Biochemical Composition 000019 on the Biology of the Carp Nlnnov, CSTEOBRAHA COTIO ( Hamilton)* ISomn Observations 000605 Capabilities of the zebrafish, BRACHYDANIO RBRIO ( Hamilton-Buchanan)i I. Immune Response to Viral, 000695 Sand-Bel, ANNOBYTES TOBIANUS L.. In Lanqstone Harbor, Hampshire* •Some Aspects of the Biology of the 000653 Bloenvlronmental studies in the Coluabia River at Hanford 1905-1971. A Bibliography vllh Abstracts* 000067 and Coastal waters of (Reactions of EOPHAUSIA PACIFICA Hansen (Crustacea) from oceanic. Nixed Oceanic-Coastal 0002BQ Effects on the Responses of EBPHAUSIA PACIFICA Hansen (Crustacea) to Experiaental Changes of 000281 ot the Sand-Eel, AMNODYTES TOBIANOS L., In tungstens Harbor, Hampshire* (Some Aspects of the Biology 000653 COROPHTUn TRIAENONTX stobtlng fros vlaakhnpatnam Harbor: Effect of Salinity and Temperature* Amphipnd 000727 Nunber of circulating Hemocytes in the California Sea Hare, APLYSIA CAITFORNICA* Effect of Temperature on the 000613 ' of Laboratory-Reared Larvae of the scaled Sardine, nARENGUA PENSAC0LAE Goode and Bean*Grovth and Survival 000690 Degeneration in the Atlantic nerring, CLUPEA HARENGOS HARENflDS L.* •Erythrocyte 000719 Degeneration in the Atlantic Herring, CLUPEA HARENCUS HARENGUS L. * •Erythrocyte 000719 •Blomass Estimates of spavning Herring, CLUPEA HARENGUS PALLASI, Herring Eqqs, and Associated 000321 the Baikal Lake* (on Biology of HARPACTICELLA INOPINATA (Copepoda, Rarpactlcolda) in 000595 and vertical Distribution of the Interstitial Rarpactieoid copepods of a sandy Beach* (Horizontal 000325 in Population Density and vertical Distribution of Harpactlcoid copvpods on a Intertldal sand Beach* 000326 (on Biology of HARPACTICELLA IROFINATA (Copepoda, Harpactlcoida) in the Baikal Lake* 000595 (Grovth and Reproduction of NA1ICARCINUS AU3TRALIS ( Hasvell) (Crustacea, Brachyura) in the Svmn Estiary, 000081 •arovth and Reproduction of HALICARCINUS AUSTRALIS ( Hasvell) (Ctiistacla, Brachyura) In the Svan Estoary, 000080 •Egg Development and Hatched Larva of the clingflsh, LEFADICIITHYS FRENATUS* 000721 Design of nitrification FacllitInn for water Reuse In Hatcheries* Metabolism characteristics mnd the Rational 000759 •SCHISTOSOHA HANSONI: Factors Affecting Hatching of Eggs* 000005 for Pover plant Cooling and Subsequent Aquaculture In Hawaii* Use of Deep, Cold, Nutrient-Rich Sem water 00030a •Environment nnd the Dlmtrlbuticn of Hlcrofunqi in m Rmvallan Hanqrove Swamp* 000058 of Reef Fishes* (The Effects of a Ravallan Pover Plant on th* Distribation and Abundance 000517 •Th* Red Tide - a Public- Health Emergency* 000583 Fisherman Aroumed by Actions of Tvo Corporations* • Healthy Bay Endang of Skeletal RU scles ot the «oach RUTILIS RUTHIS LACUSTRIS and the Rhlte Rat* of Tissue Respiration 000aVI and Respiratory KeellaatIon In tho Bloenergetica of LIETAPII TOCOS* (Intarpopulation Variation 000520 to cadmium in lake and Pond populations ot DAPRRIA LAEVIS* instar Duration, Rnproductlon, and Sensitivity 000607 Notthvestern (Some Aspects ot tho Biology ot CAILIOPIOS LAEHOSCOLOS (Kcoyex) (Crustacea, haphlpoda) in the 000771 toe Biological Control ot Rosgoltoes In Dairy Naste Lagoons* the Common Guffpy POECULIA RETICULATA Petnre 000732 • The Ecology of the Rudolnncv, OHRRA L1RI, In flnh Lake (Anoka County, Minnesota)* 000003 DO fa tt on. Reproduction, 13d Sensitivity to Cadalaa in Lake and Pond Populations of DAPn,' .a LAETIS* of Inatar 000617 •Phytuplanktos Saccttssloa in a Eatrophlc Laka with Special Reference to Blue-Green Algal Blooms* 000067 •on the Blolofl'/ at CHIRCROHIDS BERNINOI Soetqh. of lake Bllll-ltul (River Talas Basin)* 000691 Distribution of Pis hen in the «The Effects ot the Lake Catherine steaa lllectrlo Plant Bffluent on the 000052 Tesparature-Natrlent Relationships and Distribution Is take Eele 196B* (Algae- 000327 Selected seasonally by Pont Pishes froa Restern Laka Ella* •Temperatures 000050 •Effects ot Temperature on Embryonic Development of Lake Barring, C0BEG0NUS ARTEDII* 000155 •Foreainlfera of lake Isayk-Rul* and Ground Raters of central Asia* OOO0S2 IThe Fertilization of Great central Lake III. Effect on Juvenile Sockeye Salmon* 0000'17 •Theraal Regime and Biology of Lake Kenan* 000HJ7 •Annual cycle of Zeoplankton in Lake Nrasnoe* , 000ui2 and Downstream Rlgratlon of Juvenile Rainbov Trent in a Lake Blchlgan Tributary* (Ago, Growth, 0 •EHmII of Ionizing Radiation and TMperatare on the Larvae of tha pacific oyster, CRAssosTREA GI0A3* 00057ft Teaperatuce on 0couth and Survival of laboratory-Roatad Larvae of tha Scaled Sardine, IIAHENOULA PENSACOLAE 000(90 •Effect of Temperature and Salinity on Egg* and Eatly Larvae ot tha soiaenld rlah, DATRDTPLLA ICISTIA (Jordan 000512 and a coaparlson >A Denorlptlon of Laboratory-Reared Larvae of CANCER GRACILIS Dana (Oocapoda, Orach yum) 000015 •Phototaxlc Reactlona of the Larvae of CfltRONOHUS DORSUM* 000431 •Vertical Distribution of Eggs and Larvae of Flnh In tho Western Tropical Pacific* 000293 the Scotlan Shelf* (Eggs and Larvae or Northern Sand Lance (MNODYTES DUBZU3) froa 001711 of Saaaar Flounder, PARALTCIITIIYS DEHTATRS, Egge and Larvae en tho Continental Shelf Between Cape Cod and 0007111 fpsilozia) VlfTATOII. Zett (Dipteral Slaalldae) froa Larvae to Adultn at Increments trow 17.0 to 27.0 C* 000060 •ecological Factors Affnctlng Respiration In CHIROHOHID Larvae* 000433 with Different Reactions to Taaperaturo In Sea urchin Larvae* (Two Hetahollc systems 000367 Decapoda, Drachyura) aad a Coaparlson with other cancer Larvae* Reared Larvae of CANCER anACILIS Oana ( 000015 on Northern Rika (tsoz LUCIUS) Eabryos and Larvae* lEffeutff of Reduced oxygen concentrations 00072B •Effects of Increnaed Teaperatnre on Post Larval and Juvenile Estuarlne rlnh* 000368 to (Orientation Rabponsas of Laboratory-Roared Larval and Juvenile Gulf amnion (LEURZSTnES SARD1RA) 000660 sgUIlLR ARMATA nllne Edwards (Crustacea: stoaatopoda)* • Larval Oovolopaont and Behaviour of the Mantis shrlap, 000613 Goold)* •Tha Effect of Teaperature on the Larval Develorjent of tha Horse Claa, THESttS CAPAX ( 000094 RETEROCHAELIS say. Reared In the Laboratory* • Larval Development of the snapping Shrlap ALPHEU3 000430 Crustacea,, lEffects of Temperature and salinity on the Larval Uevolopaent of ALPREU3 HSTEROCHAELI3 Say ( 000429 (Decapoda, (Effects of Teaperatuce and Salinity on Ltirval Developaent of Grans Shrlap PALAHONETES VULGARIS 000692 Crustacea) Under Laboratory Conditions* ( Larval Developaant of OCTPODE 0UADRATA (Rrachyurai 000202 Onder Laboratory Conditions (DECAPOD*, PAGURXOEA)* (The Larval Oevrlopaent of PAOtTRDS PRIDEAUXI Leach, 1814, 000288 tanthldae) under Laboratory Conditions* • Larval Development of PILUHNOIDES PERLATUS (Brachyural 000239 Effects of Diet and Teaperature on Photoperiodic I Larval Diapause In the Masgulto AEDES TRI3RRIATU91 000152 fAbalane Larval Ecology and Culture Methodology* 0*0461 •Reproduction of Larval Ecology of the Coot claa, H0LINIA LATERALIS* 0U0'27 and Temperature Regulreaents for GYMNOClRlun SPLENDENS, Larval Fish Pood organism* (optima Light OOOHOI Brook Laaprey (LAMPETRA LAMOTTSI)* «Foad of Larval. Sea Lamprey (PETROHYZON MAR1NUS) and American 000549 CIONA INTESTINALIS L. (Tunlcata) in (Spawning, Larval Settlnaent, Growth, Rlonasii, nnd Distribution ot 000307 Body Torn and Mortality in tho Developmental and Early Larval Stages of the Alaska Pollack, THENAGRA 000315 HAL1CARCINUS (Crustacea, Brachyura, IThe Larval Stages of Sows Australian species of 000482 Brach»ura) In the swan Entuacy, western Australia, 2. Larval stages* AOSTRALIS (Hanwell) (Ctustacea, 000481 of Larwal Ecology of tho Coot Claa, HULIMA LATERALIS* (Reproduction 000127 Gonads to Environmental ChangM in tho riab, ORTZMS MTlPEs* •Ranponsan of the 000230 to Toaperalure-Effectlte Period lt» the Redaka (Oryzlas Latlpes)*lhe Number of vertebrae with Special Reference 00059a phytoplankton in the sea* m Model of tha Latitudinal Distribution ot the Number of Speclos of 000456 PACIFIC* Hanson (Crustacea) to (Seasonal and Latitudinal Effects on the Responses of EUPHA031A 00U281 and (to a Lesser Extent) in CARDISOMA nuARBUMl Latrelllo* Affinity in GONIOPSIS cnUENTATA (Latreille) 000687 to Blood Pigaent Affinity In GONIOPSIS CRUENTATA ( Latreille) and (to a Leaser Extent) in CARDISODA 000887 (Species of the Genus CHRTSOSPHAERELLA LAUTB. in the Rybinskoe Reservoir* 000006 CALIFOBWICA* •Biosynthesis of the «gg- Laying Horaone (ELRI in the Bag Cell Neurons of APLTSIA 000029 lletaaorphoais, and Juvenile of ANODONTA CAL1T0RNIEN3IS Lea, 1857* (Observation of tho Glochidlua, 000178 FAGTRIOEA)••The Larval Developaent of PAOURDS PRIDEAUXI Leach, 1814, under Laboratory Conditions (DECAPODA, 000288 rt Hosgultoflsh, GAMBUSIA AFFTNI3* ( Learned Orleitotlon In the Predator Avoidance Behavior 000292 Conditions* •Studies on Behavior and Learning In Starflah Under Various Teaperature 000466 a New Otaaarld Amphlpod froa the Subterranean Raters of Lebaaon, NIPHACGUS RADAR!HI sp.* (Description ot 000016 plscicolidae) Epizootic on •Observatlona on the Marine Leech CALL10BDELLA CAROLIRERSIS (Hirudinae: 000701 • Tho Reproductive Dlol'jgy of the leech HELOBDELLA STAGNAL1S (L.I in Utah Lake, Utah* 000808 of a Rost-Parasitc KelatlonshiF as Illustrated by the Leech MALMIARA RUDA, and the Shorthorn sculpln 000488 on ths Carp CIRRfllNA RESA (Raa.) In Relrition to Day- Length and Temperature* of Pituitary Roraonu Injection 000836 •Egg Developaent and Hatched Larva of the Cl'ngflsh, LEPADtCHTHTS FRENATOS* 000721 Crustacean, POLLICIPES FOLYRYRUS (clrripedia, Lepadoaorpha) I. Tolerance to Body Tenperatare change, 000261 Coccolithophorld fron Norwegian Cocstal •PAPPOSPHAERA LEPIDA, Gen. Nov., Nn sp., A New Marine 000790 on Seaaonal Regression of Gonads of Green Sunflsh* LEPOnis CTARBLLOS* of Teaperature and Photoperiod OOOHI Teaperatnre on Response ot the Gcnads of Green sunflah ( LRF0HI3 CTARRLLUS) to Treatnent with carp Fitultaries 000410 the Acute Toiicity of Zinc to the Blueglll Sunflah ( LBP0MIS RACPOCHIROS Rat.)* and Temperature Upon 000126 to Teaperatnre and Zinc (Mortality curves of Bluegllls ( I.EP0RTS MAC.I0CRIR03 Rafinesgue) simultaneously Exposed 000123 •Studies on the usefulaess of the Bluegill Sunflsh, r.EPOHIS MACROCRIRUS Bafinesgue, as an Experlaental 000496 (Age, Growth and condition of Rlueglll Sunflsh, LEPOHIS HACROCHIRUS Rafinesgae, In Four Heated 000715 Shiner, HOTROPIS PILSBHTI, and the Blueglll, LEFOMis MACROCRIRUS* Temperature of the Dnskyatripe 000346 •Feeding Habits of the Sguid OMMASTRRPHIS BARTRAMI Leseur In the Kurlle-Hckkaldo Region* 000720 (The Hlstopathology of Salaon Tagging I. The Tagging Lesion in Newly Tagged Parr* 000668 Affinity in GONIOPSIS CRUENTATA (Latreille) and (to a Lesser dxtent) in CARSISOMA GDARRUM1 Latreille* Pigaent 000887 species froa Lakes with Roraal and Artificially • Lethal and 'Disturbing' Temperatures in Sone Fish 000366 PXLSBRII, and the Blueglll, LEFOHIS •Rotes on the Upper Lethal Temperature of the Dnskystripe Shiner, R0VR0PI3 000346 •Ultiaate Upper Lethal Temperature of Atlantic Salaoa SALRO SALAR L.« 000269 fron the Virgin Islands* •« Rote on the Upper lethal Tenperature of Juvenile HAEMOLOR FLAVOLIREATUR 090785 HICROPTERUS (Growth Teaper&ture Reguireaents and Lower Lethal TOaperatures for Juveniles Srallaouth Bass ( 000365 and Mathoxychlor Analogs on Taaperature Selection and Lethality In Brook Trout Fingerllnga*Effect ot Soae DDT 000268 and Methoxychlor Analogs on Tenparature selection and Lethality In Brook Troat Fingarllngs*Effect of Son* DDT 000298 Effect of Teaperataro on Incabatlve Tlae, Growth and Lethality of Eabryos, Larvae and Javaalles of ths Ida, 000250 •The laaune Reapoases of Dace LZOCISCOS LEUCISCUS (L.) to Injected Antigenic Materials* 000322 * (The laaune Responses of Dace LRUCISCUS LEUCISCUS (L.) to Injected Antigenic Materials 000322 (Haceoaalecnlar synthesis la LEUCOSPORIDIUM STOXESII Daring Heat injury and Recovery* 00076U of Laboratory-Reared Larval rnd Juvenile Gulf amnion ( LEUBRSTHBS SARDIRA) to Artificial Gradients* Responses 000660 (Effects of a Theraal Effluent on Agnatic Life in an East Texas Reservoir* 000741 Honogenea-Diclidophoridae), a Paraalte of Eablotocld • Life Cycle and Host Specificity ot DICLIDOPHORA sp. ( . 000319 LIHROCALAROS RACRORUS Sars in a High Arctic Lake* • Lite Cycle and Seasonal Abundance of the Copepod 000672 chironoaldae)* ITewperature Regulreaents and Life Cycle of the Ridge TARTTARSOS DISSIHILIS (Dlptera: 000574 Rater Conditions* I Life Cycle of Antarctic Rrlll in Relation to Ice and 000491 Synchronous Culture. I. Soae (Studies on the Vegetative Life cycle ot CRLAMYDOHORAS REIRHAR0I Oangeatd In 000542 •The Riology and Lit* Cycle of RZHOURA AYICULARI3 Horton (plecoptera)* 000109 Marina nematodes* ( Life Cycles at Low Teaperatures la Sone Free-Living 000275 PROCARBAROS HINEI in Texas* • Life Histories ot the Crayfishes PROCARRARUS ACUT0S and 000011 la a Series of Abandoned Beaver Ponds (Insecta; »The Life History and Feeding Habits of SIALIS CORRRTA Ross 000640 DrarT (Odonatar Aeschnidae)* •Inveatlgatioas of the Life History and Predatory capacity of ANAX JUNIUS 000070 (ACROCHEILOS ALRTACEUS), in British Coluabla* • Life History of a Onlqae Cyprinld Fish, ths chlseleoath 000547 an Add Mine streaa* (The Life eistory of the Alderfly, SIALIS AFQOALXS Banks, la 000875 the Stady of the Ecology of the Planktcnlc phase In the Lifa History of tha Anchovy in the central Adriatic* to 000657 PERMUTED TITLE IMIEY 201 NIOROFASCIATA (Agasnlz) In tlalavakaa •sone Aspects of Life History or tha Mmnkbanded Darter, FERCfVA 000',09 • Th* Life Nlmtory of thm Goblld Flmh, tKPEDIO PARYULUS* 0001}!' NEXtCANA (llataroptorsl Corltldaa)* •Th* Life Hintory of th* Vmtar-Boatmap, TMcnvcOKtYtUA 000620 I. Distribution and Abundant of M Stady ot tha Life History of Bravilleli Sardinms, 0ARDIREUA A0MTA, 000511 •Tha Life nlmtory ot DRAHCIIIOFA 90WERBT* 000116 Pa>1 lr s«nx»»nio»f) la Florida* •A Comparative Llfa History study of Four SpacleM ot Plpatlmhas ( 00011a Arctic and Tompatate Lako* •drovth, Life History, and Respiration of HYSis ABLICA In an 000160 • linnet Frequency nnd Life span of DAnHNIA POLE! d« Gear In Spltxbargon* 000532 scotia,n"i3 CF. roummsA ( •Preliminary Data on tha lit* Span, th« Dr<«dl(17 Phff.hu tnH tft* facsadlty of 00010f (Marina pollution and Baa Life* 000600 Phaaophrc<>c*)II. Influnnce of Daylmqth and (The Llfa-History Of BPACELAPYA Y9MClor.HA KutX. ( 000157 •Grovth and Life-Spaa of OCTOPUS CIAWIA (Hollumcai Cephalopoda)* 00001] CHiBOHnntia piunoiua 1,. Throughout tho Year* «M(«ot of Light and Temperature on th* Rvarilnq Period of 000670 •Effects of tight and Tompersture on Algal Growth* 00011S DANUEARDIA HAMNHLATA B. Schroder in an ITho Ef(eet ot Light and Tampariture on Parasitism of IAHOORKA ap. by OOOOBH froa SCEHEDMNtlN ACUTUrl ifi a Nutrient hadlum'tEf(act of, Light mnd Tnmperatura on Radioactive caebon 1* Ralamsad 000273 3PI.ENDBNS, Larval Flnh Pood orqanlnm* voptliua light and T«mpecatur« Requltmmant* tor QtnnODinmn 000001 Specie* of cercnrlae froa Black Sem Holluska*(Effact of Llqht mnd (iter Temperature on the Emergence ot Some 000271 Species or certiulae froa Black sna HoUtinksXEffeet ot Light and Hater Temperature nn Emergence of Cartaln 000260 LAtlTKA PIA DIGITATA (L.) (The Effect of Temperature and light on tha Duvnlopmnnt Hoi oqr Ot Raprodsotioa ot tk* Black Baa SCOPHTH»LiitU MEmteoa nllOTlCOS Pallas (Observations la the Boa I* 0Ofl«J« ot Raptoduotlon of tha Blaok Sea 9COPHTHAIR99 HAWTICM RtEOTlCH Pallas (Oba»r»«tlon« in th* flail* th* llalogy OOOIIfi cotii/iRfi imomnmmi COIIUOIDH ismaua on tha Basil RpeolM RRTH»TOllTnO« CILClREOn (piilaaj nov. 000006 •On the DlatrlhatlOR of APROOITE Rlta«t Traadvall, 1929 (Polychicti, Iphrodita*)* 000*1J • Moctuatlonn In oalf of Rain* >*• Taaparatur* and (pacific nollaacao Ibandanca* 000311 etrcEHI intmcnutk) It tk* shv«p*cot Eataary, Riloa* IRaprodictlon of th* Bloodvora( 000176 In tha shaapaoot Rlv*r - gack Rlv*r Katvaty, nlacaaiat, Rain** •DistilMtlon of Paligic rlohai 000694 HBRIPPE HIICERARIA {Hart * •Rffaot of Eilfttaninc* Piraa*tara on arovth of th* Eton* Crib, 000699 VXTRIOR VITREtjn, no Aff*ot*d Sir aim, IConv*t*lon, ntlntannee, and ta*l*llatlon for nallaya, RTXEOSTIDIOI 000411 Pattern on Pond loach (HliaORROS POMIlIE I.) II, Rilita Dahjdroganaaa and faoolait* O*tvdrog*naar* 000919 T*ap*rit*t*-lcalUat*d »Uetat* Oahydrogena** aad Hillt* D*hydro«*na«* I«oxy** Pattara* in Tl****s 000*66 Maaallan (Taatia stimulation In Hipophyi*ato*lx*d R<1« tilllflah, ronDOLOB RITHoeitTOS, Treated vlth 000626 (abatrat*, Taapmtatuim, and Ratal 9*loeUy* llolk-sao niltotMtloft in pacific Bilton In Relitloa to 000216 Hoat-ParaoH* ((latlonshlp aa Xllnatntad hy tha L**sh MIRXMI ROD*, and th* Bhorthora Soul pin nTOIoctPKUOJ 0004(6 Ml* Xllliflah, fORDDlOS BRflOCtXTM, T[*at*d vlth naaaalUa orovlh Rorson* and/or lotalnlilnq Boraone* 000626 on Piraaltlna of PAIDORIHA ip. br OAHCEIROIA n»nnril»r« B. Schroder in in trixona noatale lake* 000MB aunt rraahvitar Praan RACRORRAClllIfR ROSEIBEEOII (d* R>n|* lit* spot Pravn PtRDDlOl PUTtCRROB Rriodt Old the 000(59 •Biology tad Rinagaaant of siallaooth Bisa In on*ida Ilk*, R*v york* 000254 fTh* Iffaot* of fane ninigaaont fraction on the Rovanant of Laroaiottth B>*n* 000477 •Physiological studlen an * phyco*yc*t* ftoi a Bioqrava Svaap it Caninali, Sao Pialo, Braxll* 000(21 and th* Dlatrlbatloa of Hlcrotnngl In a n««allan nanqrova Svaap* insvironaaot 000499 Cr**k chub (flBnomos ATROHACOIATIM) in th* Rink Rlvar, ninltflhi* of Spavalnq, and Eavlroaaants occaplid by 000557 Structure of CHLAIUDORORAS atoms froa Salt* narah, Ranltflbi* en th* norpholoqy, tvproduotlon, aad PAn* 0000)9 IACHHTOJORA E1R90III netora Iffactlnq RitchUg of Eqqa* 000049 (toaitopodi)* •larval D*v*lopa*nt and Rnhavlonr of tha RintU Shrlap, sgotlll lllim nlln* tdvards (Craaticaii 0006*1 natulan, 1951 (Imopodi, llltsorlldia) la th* Pott of Rardal *lata* XI. Th* piaaaaca ot llRiom TlltUHCThTK 000060 tha IntnrtldJl flpeclon 1ITT0«H« OETMATA (I.) and %, niRtlR Meshl • naat (aaatarapoda, Ptoaobraaohlat • In 000615 •t Btlaf on Hirloiltai** 600106 cf raaparatar* Chang* on Irrigation Rat* ta AREIICOIA niRinl (l.| * •Effacts 000716 •»y*t*r Pirisltl** tr lABfUnynonyil niilxi la Plorldi* 000644 Tolotroch* of th* nerln* Parltrlch clllit* voRTICRiiA ni*Ill*«lqil liudatea on sabitriton Selection by Rotll* 000046 •Respiratory Natabollaa or Crab* froa nirla* and Eitiirln* Habitats, I. SCTLII EERRATI* 000(15 •atari* Mn tha nai'la* llga* of lahlaa Inland* lad their nalqhbovrlnq 0007M and Actlvltla* of Rlhsloa* Dlphoaphat* Catboiylio* in Ratine llqa* Orova at Dlff*i*nt T**p*ratarea* 000555 •fjparlwnlil Stadias on th* Rirloa llqie 1HDHI and niotRTIRt* 000(44 af arovth and Reproduction of selected Tans Benthlc narln* llqa** stadias oa th* Baisoaal p*rlodlclty 000219 0*4I4( •on th* Raat- and Chlorofoia- R*nlsUnc* of narlni Bocterlophaga** •On th* stability of 000347 nirln* Bactarlaphiqaa* 000 49( Stady ot. th* Zffact ot ssaallnatlon plant Eftluvnta on narln* Banthle oroanlssa* Ik •Th* Ecology aad Reproduction af a Rarlne dlvalvv, nrsELtl PltKOlATA (Eryclnic«i|* 0002(0 of T*ap*ratar* on Ororth Rat*« of sit Clon** of 00C312 nirln* centric Dlitoaa (ro* St. Croix, virgin lolandi* 000790 •PAPPOSPHAEIIA IEPIDA, o*n. no*., », *p., » •*• narln* coccollthophorld fro* norvaglaa Coastal fatara* Mlnlnq optlaua Taanera'vraa of Inhabitancy for narina Cold-Blaod*d lalaal** *n*thod for tadlnctly 0002(9 •Th* Ecoloqy of th* Saltste-RadueIng Bacteria la a Rirln* Environment and la an tavlroaiant of Variable 000(2( •Tharufl Pollution of a Tropical 000030 Rirlo* tataary* 000*1] mineral nutrition ot pnnion HARIBOH, t Harlna racultatlva parailt** •S;at*matlcs and ecology of th* iMflord narina fagaa (Oeaairkl* 000649 Pra*hvat*r P'.Jh (CARAS310S AORATOS) and a Stanohullna Q003B1 narina Plah (5BRRHD3 3CRIBH, SERRhnoj CttRlLll)* 0006*1 •Ciliat* infastatlonst A Problaa la nitin* Plah ratalaq* Thsraal pollution la Tropical Saan* •Ciguatera- 000192 narla* Nah Poisoning- A Poailbl* cona*qn*nc* of 000752 •on th* spinning aad Eabryonlc ff*v*lop»*nt of * Hirtn* Goby, tonoGORian SEnxooilATOS (val*acl*no*i|* 000359 on Colony Growth and on (adding of Radnaa* In tk* Rirlaa Hydrold EltME VIRXOOIA* lExparlMntal stadias 00061) an th* Activity of Alkilln* phoaphatas* In Som* Barloa Inv*rtabratai*ltn(la*ac* of Hydrostatic Pr**sat* 006110 Toxicity of no. 2 Dl«**l oil to 3*>*ct*d 3p*cl*« of narln* lav*rt*hrat*s, Hirln* Sculplai, and Jivaille 0009(6 II narina Rill In nav Jersay Coastal (itera* 000701 Plsclcollda*| Eptxootlc on th* •oba*rvatlona on th* narla* le*ch CALIIOBDIUA CAioitiEnsis (Riradlaiai 000214 •Peitar** of n**t Exehinq* Bat***» tha Thalia* of Harln* Haccophytaa and th* «at*r* 000051 •Ecophyslologlcal Data oa th* Dlatrlbatlon of th* narln* n*lotwnthlo ollgochaata. Incidence of the 000017 H*dlt*rran*im* • narln* Hlcroblologteal R***irch 1* tk* raatvr* •Son* Effect* of a Pov*r Plant on narln* Hlcroblota* 000255 • lit* Cyclan at lo« Taaparatur** In Boa* frn-llvlaq narla* Reaatodia* 000271 •Th* Effacta of Pollutants on tha Reproduction of Barlae Orqanlna* 0001(2 an substrata* selection by not lie nlotrochs of th* nirlna Perltrlch Clllat* TOlrictlU nimnA* Eiadatea 000MB •farlatlons of Rltrat* B-tductaaa Activity In Hirlna 'kytoplankton* 00060] •at«a ot aaunlll, Copapodlds and Adalt* ot th* Ratine Planktaalc Copapod CIIAR03 HEIOGIIROICOS* 000604 of th* optlam* Znvlronaootal T**p*r*tsr* for narln* Polkilothatalc AnUlU by Eviitnlng th* 000290 • Hirln* Pollutloa and S*a Lit** 0006(0 on the Patty Icld Coapoaltloa of So** Paychrophllllc Htrlna Paaadoooaada* ITh* (tf*ct ot Grovth T**P*rat«r* 000111 01*a«l oil to 5*l*ct*d sp*cl<* of flarin* In»*rt*trat«», nirln* ncalplna, and Jivantl* Silaoo* Toxicity of no. 2 000130 of synth*ai* and soeretlon of PSoima Piotalta in a mrla* T*l*oat* •xlaetlc inalyal* 000329 and Taaparatar* on Division lata* of Thra* Spada* of Rarln* Onlc*llalar llgi**of light lotonslty, Daylaaqth, 000)54 Para>at*rs on th* Dlatrlbatlon and Taxonomy of narln* vibrloa* Bact*rlophage, lod othar Ecological 000956 •nd Dissolved Oxygen on Reproduction of th* Rat loo Rood-Boring laopod IMRORIA TIIPOnCTITA* 000102 yaraantatlon. Part III. Otlllxatlon of n-Pataffln by narina lout* istvsiai oa the lov Teaparatare 000409 •Klnaral (atrltloa of PTTHXOH nlRIBOn, A narln* facultative Paraalt** 000412 •Oxygon Consumption of Idalt PETROnvtOR HARXRQS In Relitlon to Body (night aad T**p*r«tir** 000064 Hydrostatic Pr*ssur* on l-S*rln* D*ielnillon by VIBRIO RARlR03*lln*lroa**atal piriiatar* of lo* Tavparetur* and 000012 •Pood of larval 5*a z**pr*r imnonno* H»»J»|)J> MD Aa*rlc«n Brook taapray (IAIPETIA unoTTEXl* 000549 on th* r1.r17.ncw and Rcdvil* of Mil JO WIG a ORIIRT Odomtai (»*nhnldi.)«Rffact of T.sp.ratur* and Hiinldlty 00001S Hlslnry and Predatory capacity "f IMf JffailHl Or.rr ( odonitsi d««chn(da*i* »rnf»stlgatlons of th* Llf* 000010 pattern* and thalr Interpretation In HRTtVRIli* ( odcnttai Caloptsryqldaal* iDlstrlhutlonal 000199 of Oe«*lopseiit In aona pond (Ipaola. at Oaaaelfllea I odonttai lygopt.ri)* Soccasslon and Synahtonlration 000100 oo ayaphtl 0*y*lop»Ml U Two aptwlan of Daaaalftlaa ( OPnxkTti Itr,0PTR»»)» of Tanpamnt* and Dayl.ngth 000179 •Wot*« on HalnlMh p*c*(lt*a of th* (kiting opotrcatoas HtftLtwaos (t.| fro* th* vortharn Irish Saa* 000725 (Ottfvth Rata* of CORALLXW* oppicintlis (Rhodophytai at oltf*r*nt T*ap*»tor*a* 000159 (Tnpacatnta sensitivity ot Hatabolla* In offahor* and Intartldal onuphld Polycha*t*a* 000500 Water olncharg* on th* Lower Trophic loveln of an Ohio Rlv*r Pood Chain at th* aacklord Electric Plant, 00011M of Tfcaraal XIfacta of Pov*r plant* »lcng th* Ohio River 1972* «conttnaad Sarralllanc* 00030.1 BMklord ElKtrlc Plant on th* Mlcroorqanl*** In tha Ohio alv*r* affect of H*atad Vatar Dlsoharga froa tha 000121 DUtrlhwtlon of tha Cenwa ««J»a (W(1tdtc**e) In Ohio* «Tha Changing OOOR5) rhaln «t th* Backiord llaotrlo Plant, I** aichnond, Ohlc* on th* Lover Trophic Laval* of an Ohio Rlvar Pood 00011a •hrinp, ntciioiuciitmi »C»RTRO«O.I, H. cmcians, and n. OMloai* •Caltara of Btscklnh-freshvatar 00021M ahri.p, (itciion«cntnit hckwrnrrnna, M. catcxaos and n. OHIOMI* ICwltur* of Bracklah-Vrashvstar 000219 See I pi no, and Jevaslla I lent a Toilclty of Wo. 2 Dlaaaloi l ta Delected Species of Marine Invertebrates, Marina 000130 eat* »» tha nlstrlbotlon of th* Marina Malobanthlo ollgocha.ta, incidence of tha salinity and Tssperttara 000*61 of TWO of tha o*nw* HtaiORIWk 1M89 (Bnchyttteldaa, ollgochaata)* Paraaatata on the Rasplratory Matahsllna 000*51 (Th* Raprodaetlo* of Bdt lyODMLUJ tlDOII (Piquet, 1911)( ollgocha.ta, ToblfUldtal* 000811 Interaction* In th* waaplratlon of Tohlflcld ollgocha.t*.* •Evldanca of tntarepaclflo 000108 ftigion* (reading Hafclt* of th* sqald OMMHTIRPMBS BkRTRhHX Lasaur in tha Harlle-Hokkaido 000720 Htraotar* and the Modeling of (the acath Itarll' chwn I nvcoanTiCRDS ret* (Valb.)l - v.otogy, popolatlon 000300 ataalhaad Troat, BILBO otxanm, and coho atuon, oncoaaTicHns KISOTCB* «**t stress in th* Jovanlla 0008*9 TSHariTSCHM (Social Tntatactlon R*tv**n Jdnnlle coho ( oacowntacHns RISDTCHI and pall Chinook Salnon 10. 000773 •ff*c« of T*ai>ertt*» on Inftctlon 1* roMaw* salvo a ( OACOVAYRCMOS «ERUI and on vlraa stability* B. Th* 000515 Wat** and ciltlaat Svlanlnq Spmda ol lockaft «*lion I OUCORRKCims Kaaxtl in Relation to six* and Teaporature* 000107 Phyaloloqv and rraahvtter Ecology of sookaya Salaon ( oacoaaiacHBS »E«k»| * cf So** Th*rasl Relation* in th* 000105 on th* Spaoltlc Orowth It*I* of sockaya Salaon Pry ( flacomai«cn|)S HE***), with a Consideration of HI* Effect 000718 •Pood aad Growth n/ttaUit ol JwvaDll* Cklaoo* Saltan, atconmcnoa nimirrsCM*, In Central rolvabla River* onqo«5 •Bloloqy and Maatqea«at of Sasllnoath a*** la Onalda lake. Be* lark* 000250 Otlllxatlon of tabryonlo and Proltcvak Tiatoq, llltooi OW1T1S* •Inflnenca of Tcaparatara on Energy 000053 Conditioning tha Heart •laapanaa of tha Taatoq (TtOTOOt oaiixst to •eoaatle stlavll Haamrad by Clanleally 000593 Horphoqanatlo Bvant* of tha Proaaelal In totlvatad •Ecology of VIBRIO PARABABflOLVTXCUS in Chesapeake Bay* 000108 •Distribution of VXBBIO PARARIEHOLtTICUS in the Natural Envlroneant* 000172 and Energy Utilization of Juvenile Stiaaer Flounder, PABALICRTHfS DdRTATOS* and Pood Availability on Grovth 000619 Continental shelf (The Dlatrlbatlon of Sanger Flounder, PARALICHTHts DERTAT0S, Eggs and Larvae an the 000711 Sensitive Pawns: conditional Behavioral Mutants of PARARtCIOH AURELIA* (Toaperatnre- 000111 •sensitivity of PARARICIUH Theraotaxls'to Teaporature change* 000796 on ciliary tint and netaehroaal coordination in PARARECIOH* •Seapecuture Influence 000189 Pood, and starvation on Several Physiological Pataaetars of the Lobster HOHABOS AHERICAROS* 000771 TSHAHITSCHA, in ceatral Colaabia Rlver*(Pood and Gravth paraaeters of Juvenile Chinook salaon, ONCORRIRCHUS 0G0065 on L-Sarine Deaaination by (Effects of Envlronaental paraceters of Los Teaperatare and Hydrostatic Pressure 000012 of Teaperatare, Bacteriophage, and other Ecological paraeaters on the Distribution and Taroaoay of Harlne 000056 Ollgochaeta. Incidence of the salinity and Teaperatare paraaeters on the Respiratory Hetabolisa of Tvo of the 000151 HBBCENARIA (say)» •Effect of Maintenance paraaeters on Grovth of the stone crab, MENIPPB 000699 of PIAGIOPORGS BIPSNTEL.IL (Treaatoda: Opecoalldae) A parasite of the Hog Sucker, HTPENTELIUH NIGRICANS In 000311 ot DICLIDOPBORA sp. (Honogenea-Dlclldophoridae), a parasite of Eablotocid Fishes* and Host Specificity 000319 RILHIANA HDDA, and the shorthorn (Energetics of a Host- Parasite Relationship as Illustrated by the leach 000188 Hutrltlon ot PTTRIUH nARlNUH, 1 Narine Pacoltatlve parasite* mineral 000112 froa the Northern Irish Sea* (Notes an Beleinth parasites of the Hhltlng ODONTOGADUS MEELAHGUS (L.) 000725 Stady of the Effect of Teaperatate on Soae Pike parasites' (Experlaental OOOH3 Cestodes of the Paally HIREROLESIDIDJE (Ariola, 1899) parasitic in Doaestlc and Hlld Ducks* Parasitica in ouuBia on a Rev Trypanorhynchan Larva, CAUOTETRARBTHCBOS sp., Parasitic on Cultured Tellovtall. XZ. Grovth of the 000372 (Oyster Parasltlsa by LABIRIRTR0H1XA EARIRA In Florida* 000611 Atlola. 1B99) Parasitic in Doaestlc and Rlld •Reservoir Parasitise in Cestoden of the Paally HTHENOLEPIDIDAE I 000829 Schroder in an IThe Effect of Light and Teaperatare on Parasltlsa of PANDORINA sp. by DANGEARDIA HARHILLATA B. 000088 Caused by DACTTLOGTBUS LIRELLRTOS •Studies o- Gill Parasitosis of the Grass Carp (CTENOPBAHTRGODON IDELLA) 000515 • Beat Tolerance of Reef Algae at La Parguera, Puerto Rico* :, 000709 Rate ot the Sand Dollar Eabryo ECBIRIBICBINOS PARHA*Influence of Aablent Teaperatarr* on Proliferation OOOOQ9 of Salaon Taqging I. The Tagging Lesion in Rewly Tagged Parr* (The fiistopathology 00066B GAIRDNERI) as Measured by Gill BTenperatare Effect on Parr-Saolt Transforaatlon in stealheat;T»ou». (SALHO 000006 •The Life History af the Goblld Pish, EXPEBIO PABVULUS* '-. : ' 000722 • Passive Vertical Dlsplaceaent Bate of plankton* 000679 of Rediua and cultural Teaperature of PYTHIUN sp., I Pathogenic Fungus, of the "Akagusare" Disease of 000697 • pathogenicity of RHIZOCTONIA SOLANI to Aqaatic Plants* 000101 SALHORICIDA and AEROHONAS HIDROPHILA (LIQOEPACIRES) as Pathogens of Salaonid Pish: A. Selective AEROeORAS 000519 (Teaperatare Effect on Iaaune Beslstance of Pish to Pathogens* 000035 Influence of Teaperature on Theraostability, isoonxyae Patcorn .and Reaction Kinetics of Lactate Dehydrogenase 000139 otlllzlng Sonic Tracking «A study of the Rate and Pattern of Shad Migration In the Connecticut Blver - 000162 Halate •Effect of Teaperature on the isoenzyalc Pattern on Pond Loach (HISGURNUS FOSSILIS L.) II. ' . • 0005.'9 Odonata: Calopterygldae)* •Distributional Patterns and their Interpretation in HETAER1RA ( .000399 •Lactate Dehydrogenase and Halate Dehydrogenase Isozyae Patterns in Tissues of Teaperature-Accllnated Goldfish.<-000B66 of Ribulose Diphosphate (Photosynthetlc Rates, Gross Patterns of carbon Dioxide Issiallation and Activities -. 000555 (Abundance, Diversity and seasonal Patterns of Estuarlna Fish Populations* 000523 Toaperature conditions: A Preliainary study* (Activity Patterns of LTRNAEA STAGRALXS |L.) in Relation to M0"!2i of High Rater Teaperature on the Razor Claa, SILIQOA PAYOLA (Dixon)* «The Effect 000703 in the vicinity of a steaa Electric station on the Patuxent Estuary, natyland* «A sport Fishing survey 009518 on a Phycoaycete frov a Hangrove Svaap at cananeia, Sao Paulo, Brazil* (Physiological studies ; 000823 AORELIA* (Teaperatare-sensitive Pawns: Conditional Behavioral Hntants of PARAMECIUM 000111 Conditions* (Distribution of Coral Reefs In the Pearl islands (Gulf ot P&naea) In Relation to Theraal " 000285 and seasonal variation of Trace netals In the scallops PECTIN HAXIHUS (L.) and CRLAHTS OPEKCOLARJS (I.)* 0C0117 of the Rare urn spring Pupfloh, clPRINODON NEVADERSIS PECTORALis, froa Ash Headovs, Nevada* (New Localities 00051a and Reproduction of the Hood-Boring Pelecypod, LTR0DU5 PEDICELLATOS* and salinities on Settleaent, Grovth, 000226 Estuary, wlacasset, Maine* (Distribution of Pelagic Fishes in the Sheepscot River - Back River C-1065U Atlantic vlth special Reference to the Gulf of (The Pelagic Hld-Rater Fauna of the Eastern Tropical 0008u;; settleaent, Grovth, and Reproduction of the Hood-Boring Pelecypod, LYROLUS PEDICELLATUS* and salinities on OOf-226 in an Arctic Intertldal Population of HACOHA BILTHICA ( Pelecypodu, Tollinidae) * (Growth and Hottality 000301 Decapod crustaceans NEPHROPS HOBVEGICOS (Lobster) and PENAEUS KERATRUBOS (shriap)* Culture la Laboratory af 000168 NIGRICANS In the Honocacy River Basin of Haryland and Pennsylvania* A Parasite ot the Hog Sucker. HYPEHTBLION 0<1C3'»1 Reared Larvae ot the Scaled Sardine, HABEHGOLA PERSACOLAE Goode and Sean* and Survival of Laboratory- 000690 selection by Juvenile and Adult yellov Perch ( PEBCA ILAVESCENS) Accliaated to 21 O* (TGnpers.ture 04051» Reservoir* (The Natural History of Perch - PERCA TLUVXATILIS Linnaeus, 1758 in the Kllcava 000.362 on the visually Evoked Tectal Potential and Brightness perception In Goldfish* "Effects of Teaperctnre OOOH7<| •Teaperature Selection by Juvenile and Idult yellov Perch (PBRCA PLAVESCEHi) AccUaated to 2M C* OW518 Botton Nests In Conditions of the •Spavnlng of Plke- Perch (STIZOSTEDION LUCIOPERCA (Linnaeus, 1758)) in' . 000561 Reservolr* (The Natural Hlstoi-y of Perch - PERCA FLUVIATILIS Linnaeus, 17SB In the Kllcava 000362 Slaulated •Behavioral Response ot Northern Pike, yellov Perch and Blueglll to Oxygen Concentrations undw: ~ . -.000620 Soae Aspects of Life History of the Blackbanded Darter, PERCINA RIGROFASCIATA (Agasslz) in Halavakee creek, ,000509 and Feeding chronology of the Blackbanded Darter, PERCI9A NIGROPASCIATA (Agasslz), In Halawakoe Creek, 000510 Texas (Field and cultural studies on the seasonal periodicity of Grovth and Reproduction of selected 0[*t>229 (Teaperature Effects on Maturity Periods in TBTRAHYHENA PrRITOSMIS Syngen 1* OOOS18 phospheonolpyruvate During the (Effect of Short Dark Periods on Carbon Dioxide Uptake unit Carboxylatlon of 000205 (Effects of Haste Heat on periphyton Production in Lake Hichlqan* 0tl07*li Substratua Selection by Hotlle Telotrochs of the Rarlne Perltrlch Cillate VORTICEI.LA HARIHA* Algal Exudates on OSOeun Conditions* (Larval Develapaent of PIinRNOIDES F3RLATB5 (Brachyura: xanthldae) under Laboratory 00023O' Effects of Teaperature on the Sodlua and Rater Peraeabllltles of tha Gills of a stenohallne Pceuhvater 00fl3Ri Eplthellus of the Eel (Teaperature-bependence of permeability to Hater and ta Sodium of the Gill 1 00(1558- PYftENOIDOSA as Influenced by PR and Teaperature* ( peraeablllty Changes In Ulchlane-Treated CHLORBLIA 900702 Zona Radlata and yolk of the ovuu of the Atlantic • Percxlsoae-I.lke Vesicles and oxidative Activity In the O^'jnii •Plankton Relations of the Bed Sea, Persian Gulf and Arabian sea* OOOW21 • perslstonce of virus and Bacteria;in Seavntdc* 000074 • Persistence'ot virus and Bacteria' In Seavate;* 00967J and Glrard) and the coaaon Guppy POECILLIA RETICULATA peters for Biological Control of Mosquitoes in Dairy 000732 •Blodegradatlsn of Petroleua In s^avater at'Low Teeperatures* 0000-31 Teeperature* (Oxygen consumption of Adult PETSOSYZON HARINHS in Relation to Body Height and O0OM4 LARPETSh LAHOTTEI)* (Food of Larval Sea Laaprey ( PETOOBIZON PARIROS) and. laerlcan Brook Lanprey ( - V. 00054!). Dlchlone-Treated CHLORELLA PIRENOIDOSA as influenced by pB and Teaperature* »Peraeablllty changes In >00702 stressed yeasts* (Platlnq Hediue pH as a Factor In Apparent Survival of soblathally 000(175 of zinc to the Bluegill Sunfish ( (The Effects of pH, Solubility and Tespecature npon the Acuteloriclty on (The Llfe-Hlstory of SPACELART.A yORICIGERA Eutz. ( phaeophyceae)II. Influence of Daylength and TaapeSfctare .000157 of the Gaaetophyte of LAHINARIA DIGITATA (L.l Laa. < Phaeophyeeae^ laalnarlales))* Light on.the Oevelbpaent, 00016T PERMUTED TITLE I HOP, I 112 - to the Study of the Ecology of the Planktonic Phase in the Life History of the Anchovy in the Central 000657 Freshwater Snail: HELXSONA TRIVOLVIS* Knflurace ot Phenol aad Temperature on the Respiration of a . 000717 Sediments* •Investigations on the occnrronce of Phenol-DOcomposing Microorganisms in Raters and 000383 , ; •Observation of a phenomenon of Red Tide In the Bay ot Valparaiso* 00003k T , (Genetic and Phenotypic Plasticity of Oceanic Invertebrates* 000837 the Eaisslon of Spores by LAMINA(IA DIGITATA Lanoueoux ( pheophycae, Laainariale)* and Illnaination on 00016B of Hydrostatic Treasure on the activity of Alkaline Phosphatase In Soae Marine Invertebrates* (Influence 000633 •Tho Effects of Cold Declination Upon Glucose-6- phosphatase Activity in Two Species of Free-Living 000163 •Trout Intestinal Alkaline Phosphatases 1. sone Fhyslcnl-Chenlcal Characteristics* 000855 Enzymatic Activity in vitro .(Trout Intestinal Alkalino phosphatases 2. The Effect of Teaperaturo upon 000856 (lullet Pish* 1 •Glucose-6- phosphate Dehydrogenase and Thermal Acclimation in -the 000355 Perlods on carbon Dioxide optake and Carboxylatlon of phospheonolpyruvate During the Photosynthetlc Induction 000205 Mussel, HKTILUS EOULIS* •Laboratory and Field Study of pbosphoenolpyruvate carboxyklnase Activity in the Bay 000676 Eggs of the Floodwater Mosgulto AEDES RIGROHACUL1S ( l< Photoperiod and Temperature Influences on Diapause in 000525 of Certain Fishes* •Effect of the Photoperiod and Hater Temperature on the Photoresponse 00028a Gobiid Fish, «Tho Effects of Teaperature and Photoperiod on Reproductive cycling in the Estuarine 000190 Sunflsh. LBPOHIS CTANELLUS* (Effects of Teaperature and Pbotoperiod on Seasonal Regression of Gonads at Green 000411 Curve of CL3DOFHORA GLOnERATA tc Teaperature and Photoperiod* of a Theoretical Seasonal Grovth Response 000777 AEDES TRISERIATUS: Effects of Diet and Teaperature on photoperiodic Induction*Larval Diapause in tha Mosgulto 000152 Theraal Origin of spontaneoUB Activity in the MSBLOS Photoreceptor* *The 000766 NIDULARS at Different Teaperatures* • photoresplration in the Blue-Green Alga ARACTSTIS 000209 •Effect of the Photoperiod and later' Teap^tature on the Phatoresponse of Certain Fishes* 000284 • Photosynthesis and Respiration of Soae Arctic seaweeds* 000336 Green Bay, Lake Michigan* (Field studies on Photosynthesis of CLADOPROBR GL0RERATA (Chlorophyta) in 000007 •Tritiua Incorporation and Retention in Photosynthesizlng Algae* 000606 •Recent Results of Induction of the Photosynthetlc CO-2 Optake In ARACTSTIS and CRLORELLA* 000208 and Carborylation of phospheonolpycuvate During the Photoaynthetlc Induction Period in CRLORELLA VOLGABIS* 000205 on the Carbon la Labeled Products During the Photosynthetlc Induction Period of CHLORELLA VOLGARIS* 000206 Asslailation and Activities of Ribulose Diphosphate It Photosynthetlc Rates, Gross Patterns of Carbon Dioxide 000555 Different Tenperature Osing •Investigation of Photosynthetlc Transients in CHLORELLA VULGARIS at - 000207 DORSALIS* • Fhototaxlc Reactions of the Larvae of CHIR0R0M0S 000030 • Photoxidative Death in Blue-Green Algae* 000002 Paulo, Brazil* •Physiological studies on a Phycowycete frum a nangrove swaap at Cananeia, Sao 000823 •Respiration and Theraal Tolerance of the Phyllopod Crustacea TRIORS LONGICAODATDS and 000350 LITHOTHARRIOM CORALLOIDES (Studies on the Raerl Species PHTMAT0LITH0N CALCARE0M (Pallas) Rov. Conb. and 000008 Chronic Irradiation on populations of the Aguatic Snail PSTSA BETSROSTROPBA* (Effects of Teaperature and 000162 i (Soae Cheaical and Physical Properties of FOHDOLOS Heaogloblns* 000092 ' >Trout Intestinal Alkaline phosphatases 1. Soae Physical-Chemical Characteristics* i 000855 Central (Vertical Distribution of Fishes Relative to Physical, Chemical and Biological Features in Two 000077 the status of Rnovledge Concerning saapling Variation, Physiologic Tolerances, and Possible Change Criteria 000522 (A Radionuclide Technlgue for the Assav of Physiological Activity of Algae* 000662 Juvenile Steelhead Trout. SALRO GAIRDERI, and •Some Physiological Aspects of sublethal Reat stress in the 000&09 Frequencies in Ratural Populations. II. The Genetic and Physiological Basin of Protein polymorphism* Gene 000637 Teaperature and nutritive Stress* • Physiological Changes in MITIL0S EDULIS L. Induced by 000063 BAICALERSIS Dybowskl Fry* »Ecologo- Physiological characteristics of THIHALLBS ARCTICUS 000819 DUPL1CATUS (Bollusna: Prosobtancbial * » Physiological Ecology and Bioenergetlcs of POLINICES 000372 Liapets (ACMAEA): A critical Look at "Limiting Factors"( Physiological Ecology and Intertidal donation in 000871 CUREATA (Gray)* (The Physiological Ecology of the Estuarine clan RANGIA 000069 Effects of Teaperature, Food; and Starvation on Several Physiological Paraaeters of the Lobster HOMARUS 000770 and Aldosterone (Effects of Theranl Acclimation on Physiological Responses to Handling Stress, Cortisol 000827 of the Blue crab, CALLINECTES SAPIDUS, as Indicators of Physiological stress* (The Dee of Serua constituents ODOOB5 POLLICIPRS POLTBEROS (Clrrlpedla, tepadoaorpha) I. (Bco- Physiological studies of an Intertidal Crustacean, 000261 Swamp at cananela, Sao Paulo, Brazil* ( Physiological studies on a Phycomycete fron a Mangrove 000823 FOHDOLOS HETEROCHTUS) IV. Carbohydrate Metabolism in ( Physiological studies on Supercooled Itillifish ( 000825 Teaperature. A study of Soae Thermal Relations In tho Physiology and Freshwater Ecology of Sockeye Salmon (' 000105 LAHBLLOSA (Gmelinl. I. seasonal ' (The Reproductive Physiology of tho Intertidal Prosobranch THAIS 000775 Southern Arizona* »The Ecology and Thermal Physiology oE GABBOSIA.AFFINIS from a HoV Spring in 000369 Feeding of Rotifer* •Fundaaental Studies on Physiology of Rotifer for its Mass Culture. I. Filter 000352 (Crustacea, Brachyura, Hymenosoanlifiae). II. Physiology* • of some Australian species of HALICARCINtls 000082 •vow Experiences with Phytophagous Fishes* 000801 Latitudinal Distribution of the Number of Species of Phytoplankton in the Sea* (A Hodel of the .000056 of Sea surface Teaperatures, salinities, oxygen and Phytoplanktoo in Koddiyar Bay, Trlncoaalee in Relation 000220' * •The Effect of Pover station Rot Hater on the Phytoplankton of the Dan Reach of the Ivan'kov Reservoir 000199 July 1986* - (Monthly Changes of Fhytoplankt.on of Valparaiso Bay Betwaen July 1063 and 000033 Regional Electric Pover Plant on the Oxygen Content and .Phytoplankton Development in the Ivan'kovo Reservoir 000000 • Phytoplankton Dynamics in the Delaware River Estuary* 000338 •Tenperature and Phytoplankton Grovth in the Sea* 000237 • Entrainaent and Thermal shock Effects on1 Phytoplankton Numbers and Diversity* 000028 •Temperature Effects on Phytoplankton Productivity in a Reactor cooling Pond* 000506 •Brackish-water Phytoplanktcn Response to Teaperature Elevation* 00013& special Reference to Blue-Green Algal Blooas* • Phytoplankton Succession In a Eutrophic Lake with 000067 •variations of Nitrate Reductase Activity in Rarlne Phytoplankton* 000603 (Calefaction and Phytoplankton* 000750 Teaperaturo and Light Intensity cn the pigmentation and Phytosynthesis of CHLORELIA PTRENOIOOSA* (Effects of 000629 ( (Responses to Respiratory Stress in Relation to Blood Pigaent Affinity in G0RI0PSIS CS0ENTATA (Latreille) and 000887 • (Effects of Tenperature and Light Intensity on the Plgaentatlon and Phytosynthesis of CHLORELLA PTREHOIDOSA 000629 •Vhe Reproduction of RUIHODRILUS BEDOTI ( Figuet, 1911) (Oligochaeta, Tublficidae)* ;• 000811 on soae Blood constituents and Osaotic Balance in the Pike (ESOX LUCIUS L.)* (Effect of Temperature change 000038 •Effects of Reduced oxygen concentrations on Northern Pike (ESOX L0CIUS) Eabryos and Larvae* 000728 •Raising and Maturation of Pike in small ponds* 000370 •change of Teeth in Flke ISO* LUCIUS L.» 000799 Experiaental Study of the Effect of Teaperature on Some Pike Parasites* • 000003 In Bottom Nests in Conditions of the Orava •spawning of Pike-Perch (STITOSTEOIOH LUCI0P2Rc» (Linnaeus, 1758)) 000061 Regulreaents for Eabryos and Larvae of the Northern Pike, ESOX LUCIUS (Linnaeus)* (Teaperature 000359 Concentrations under IBehavioral Response of Northern Pike, yellow perch and Blueglll to oxygen 000620 •Studies on the Rotifer population of Two Fends at Pllani, Rajasthan* 000573 Holaherg 1889. (Pisces, Characoldel) in the River Pi.'.coaayo, South America* PROCHILODDS PLATENSIS 000062 Effluents, Theraal Soils and Self-Heated coal waste Piles* a Cause of Avian Encephalitis, in Hot Spring 000793 OBLITTERATUS Newaan, and TETRSCLITA SQUAMOSA ROFOTINCTA Pilsbry in the Gulf of Rlat, Red Sea*of TRTRACHTHAHALOS 000000 pbttnoted title index 213 ' Lethal Teaperaturn of the Dusfcyntripo shiner, HOTROPIS PILSBHYI, and tho Bluegill, LEPOHIS HACBOCHIRUS* upper 000306 Laboratory Conditions* (Larval Development of PXIOMHOIDES PERLATDS (Brachyura: Xanthidae) under . 000239 Induced by (Teapecature Preference of Fathead Kinnov PIHEPHALSB PBOHEiy.s (Safinoogue) and its.Changes 000599 •A Comparative Life History study of Four species of Pipefishes (Faaily STKOHATHIDAE) in Florida* 00011U. •Biology of the Pygay Sea Bass, SERBAMICULUS PUMILIO ( Pisces : serranldae)* 000332 the Egqs of BRICORALESTES LORGIPXHHIS (Ouenter, 1B60) ( Pisces, Characinoidel)* . (Developaent of 00076B Characin, PBDCHILOOTS PLATBHSIS Bolnberq 1889,, ( Pisces, chatacoldei) in the niver pllconayo,' South '' 000062 •Contribution to the study of the Biology of BUGILIDAE ( Pisces, Teleostei) of the Horthvest Coast of Prance* 000302 of Abiotic Factors In the Distribution of sturgeons ( PISCES, ACIPBHSF'rilDAE) In the Caspian Sea* (The Role 000"61 Ecological study of OOBIOSOHA BOSCI mo G. GIRSBURGI ( PISCES, GOBIIDAE) on the Georgia Coast* (An 006179 the Harlne Leech CALLIOBDELLA CAROLIHBMSIS (Rirudinae: Piscicolidae) Epizootic on the Atlantic Henhaden*, . on 000701, •Filtration Bate of DREISSERA, SPHAERIUH and PISIDlUn .(Eulnaelllbranchlata)* ' 00U351 Sunfiah (LEPOBIS CYARELLUS) to Treataent vlth carp Pitnltaries and Testosterone proplonate*Gonads of Green 000010 Haa.) in Belation to Day-Length and (Effect of Pituitary Horaon* Injection on the carp CIRRHIHA REBA ( 000836 Replenishment of oocytes in the Puff, lEffect of Pituitary -Hormones and Elevated Temperature on 000810 and Grass Carp* Vase of the Rethod of Pituitary Injections in the Propagation of silver Carp 000097 parasite of the *The Biology, Ecology and Taxonomy of PLAGXOPORUS IIYPP.HTKLII (Trcmatoda: opecoelldae) A 00030U Teaperature on the Inflaaaatory (studLes on the skin of Plaice (PLEUROBECTES PLATBSSA L.) III. The Effect of 000531 and its Relationship with Growth Rate of Aaerican Plaice, HXPPOGLOSSOIDBS PLATESSOIDBS Pabr.* (Metabolism 000190 Belated (Developmental Bates and Tolerances of the Plains Kllliflsh, FBRDBLUS KAHSAE, and Coaparison vlth 000867 TIGRIHA* (The Temperature Relations of Soae Freshwater Planarians and their Incidence in ttcology. 6. DUGESIA 000681 •The Tenperature Relations of Some Freshwater Planarlans and their Incidence on Ecology (0. The 000611 froa Movorosslysk Theraal Power (Distribution of Fish Plankton in the zone Affected by Vara Vator Discharge 1 000036 •The Prctozoan, Plankton of the Antarctic and Subantnrctic Seas* 000311 •Distribution and Abundance of Anchovy Eggs in the Plankton off the Arqentine, Uruguayan and. Southern 000109 Priaary and secondary Productivities* • Plankton Ecology In tbe Western Rorth Pacific Ocean: 000562 Arabian sea* ( Plankton Relations'of the Red soa', Pecsian Gulf and 00GC.21 • Plankton Studies in Barnegat Bay* t 000563 •Passive.Vertical Displaceaent Rate of Plankton* 000679 Vest Indies. 5. Qualitative Observations on the Planktonic Algae and Protozoaftof oyster Bay in Jamaica, 000120 Rates of Hauplll, Copepodlds and Adults of the Marine PJanktonlc Copepod CALAMUS HELOGLADDICUS* and Ingestion 000600 •Environaental Relationships and Distribution of Plaoktonic Foraainifera in the Equatorial and worthorn 000007• the (contribution to the study of the Ecology of the Planktonic Phase in the Life History of the Anchovy in 000657 Resistance of the Ciliary Eplthellua of the Feelers of PLAROHBIDAR* Effect of Actinoavcln D on the Teaperature 000052 (The Effects of a Hawaiian Power plant on the Distribution and Abundance ot Beef Fishes* 000517 Hear tha plant's Thernal outfallMThe Effect of a Power Plant on the Distribution and Abundance of zooplankton 000103 of Heated vater Discharge froa the seckjord Electric Plant on the flicroorganlsas in the Ohio River* Effect 000121 Raters of the Konakovo state Regional Electric Pover Plant on the Oxyqen Content and Phytoplankton oooono (Soae Effects of a Pover Plant on Harlne Ricrobiota* 000255 •Utilization of Theraal Discharge froa Power plant condensers* ,, 000639 Use of Deep, Cold, Rutrlent-Blch saa Rater for Power Plant Ccolinq and subsequent Aquaculture in Hawaii* 000308 •The Effects of the Lake Catherine steaa Electric Plant Effluent on the Distribution of Fishes in the 000052 •A study of the Effect of Desalination Plant Effluents on Harine Benthic organises* 000098 •use of Power plant Heat to xaprove Vaste-Sater rreatnent* 000586 •Effects of Power Plant Operation on Hudson Biver Cstuarv.Mlcroblota* 000339 Bayou Pover station Before and During the First Year of Plnnt 0p?ratlon*lntake and Discharge Areas of the Cedar ' 000001 Temperature-Bloloqlcal Aspects Related to Unclear Power Plant Siting, Operation, and other Considerations* ' ( 000075 (Sport Fishing survey at the Point Beach' Hvclenr Power Plant* 000762 Fishery In the Heated Discharge of a Buclear Power Plant* (Rlnter-Sprlng Sport 00050O Connecticut Blver Pish Entrained at a. Bnclear Power Plant* (Vulnerability and survival of Young 000503 to Heated Vater In the vicinity of a steaa Generating Plant* • in the Responses of Estuarine Populations 000291 overwintering In the Heated Effluent of a Pover Plant* in Feeding and Body Condition of Brovn Bullheads 000508' of an Ohio River Food Chain at the Oeckjocd Electric Plant, Rev Richmond, Ohio* on the Lover Trophic Levels 000118 the Distribution and Abundance of Zooplankton Hear the Plant's Theraal Outfnll*»The Effect of.'a Pover Plant on 000103 •Electric Pover Plants in the Coastal Zone: Envlronaental Issues* 000150 (Environaentnl Lielts of Plants in Flowing Vaters* 000B58 •Continued Surveillance of Theranl Effects of Pover Plants Along the Ohio River 1972* r: 000303 •pathogenicity of RBTZOCIORIA SOLARI to Aquatic Plants* 000000 Ecology and Reproduction of a Harine Bivalve, HTSELLA PLARULATA (Eryclnacea)* (The 000260 (Kinetic Analysis of Synthesis and Secretion of Plasaa Proteins in a Hatino Teleost* . 000329 •Genetic and Phenotyplc plasticity of Oceanic Invertebrates* 000837 1951 (Isopoda, Llanoriidae) In the Port of Bardel Plata*II. The Presence of LIMBORIA TBXPORCTATA Henzies, 000060 River •Studies on the Biqratory Characin, PROCBILODDS PLATEHSXS Holaberg 1889, (Places, chacacoldel) in the 000062 •Studies on tbe skin of plaice (PLEDHORECTBS PLATESSA L.) III. Tbe Effect of Teaperatare on the 000S31 with Grovth Rate of Anerlcan Plaice, BIPPOGLOSSOIDES PLATESSOIDBS Fnbr.* «Metahollsa and Its Relationship 000090 Extrusion Hechanisas In the seawater-Adapted ?launder PLITXCHTHTS TLESUS L.* on Branchial sodlun-sxchanqe and 000090 High (Respiratory Dynaaics of the starry Flounder PLATICRTRTS STELLATUS in Response to Lov Oxygen and 0008C7 Sablethally stressed Teasts* ( Plating Medina pH as a Factor in Apparent Survival of '' 000575 , •Experiments on the cultnre of the spot Prawn PAHDALUS PLATTCEROS Brandt and the Giant Freshvater pravn OOOB59 Crustacea TBTOPS LORGICAODATUS and THAMHOCEPHALUS PLATYUBUS Inhabiting Desert Bpheaeral Ponds* PhyllopoO, 000350 Biology and Life Cycle of HEBOURA AVICULARIS Rattan ( Plecoptera)* (The 000109 Tenperature on the (studies on the skin of plaice ( PLEOBORECTES PLATESSA S..) III. Tho Effect of . 000S31 chealcal Environaent* (The Hetabolisa of BBACRIOHOS PLICATILIS (Rotatoria) Related to Teaperature and 000683 Models of nortallty of Totrng Fish in a Thermal Pluae* •Predlcltive 000797 and Teaperature on the svarsing Period of CBIBOHOHUS PLfHOSOS L. Throughout the rear* (Effect of light 000670 on Eabryogenesls and Diapause of BPBEMEBBLLA XGRXTA ( ' .da) (Xnsecta, Epheaetoptera)*Tbe Effect of Teaperatnre .000091 (Distribution of the Cladocenn tODoR POLXPHBHOIBES In the Chesapeake Bay* 000093 (Sic) of Abnolaalities (Sic) In the Rev-Born Gupples POECILIA RETICULATA Accllaated In Polluted Hot Spring 000880 APPIHIS (Balrd and Glrard) and the coaaon Guppy POECIttIA RETICULATA peters tor Biological control of 000732 (Characteristics of COTTUS P0ECXL0PUS Beckel and COTTOS GOBIO L.* 000769 Consuaption of Tvo Snappers, LUTJAVOS CARPECHABUS ( Poey) and RR0HB0PLXTES AURORUBERS (Cnvier)* the Oxyqen 000550 Dependence of the Adenosine Deaminase fron a Polkilotherm (Bay Scallop)* Properties and Teaperatare 000320 of the Optiaua Envlronaental Teaperature fur Rarine Polkllntheralc Aniaals by Exaainlng the Teaperatare 000290 (The Influence of temperature on the Metabolic Bate of PoikilQtheraic Anlaals* , 000386 Correlation of Teaperatare and Besplratory Rate in Poikllctheralc Anlaals* (Quantitative 000385 of Metabolic caapensatlon to Theraal Stress in Poikilotheras-A Critical Evaluation* •Assessment 000610 in Tropical Seaa* (Ciguatera-Sarine Fish Poisoning- A Possible Consequence of Theraml Pollution 000192 ' •Theraopower Effluents for Fish Culture In Poland* 000806 . (Analysis of Flshkills in Saall Rivers In the Bnstern Poles'10 on the Ukraine* 000302 PERHt/TED TITLE INUEX 445 of tha Warm-Temperature Kl.rrlpoilo CI1TIIJHALOS 3TELT,»T03 ( Poll)* in Body Height and Dlocheaical Composition 000055 •Physiological Ecology and Bloenergetlcs of POLIHICES DUPLICATOR (Holluscai Prosobranchla)* 1 000372 of Body size and Temperature on the Respiration of PDLINICIS DOPLICATOS* «The Effect 000373 of Juvenile Cad GAODS HORHOA MORIIOS I., Saltho P0LlAGtf,'.l)S VIRENS L. and Haddock MELANOaRAMMUS 000709 . the Developmental and Early Larval Stages of the Alaska Pollack, THBRAGRA CHALCOORAHMA (Pallas)* Mortality in 000315 (Eco-Physiological studies of an Intertidal Crustacoan, P0LLICIPES POLTMECDS (Cirrlpedla, Lepadojorpha) iJ 000261 •The Effects of pollutants on tha Reproduction of Marino ffrgaitlsafl* 00018! Loading Effects on Bncterial populations' of a Bon- Polluted Flouing Stream* (Thermal 000100 the New-Born GUfples POECILLA RETICOLATA Accllaated in polluted Hot sprlnq Rater* of Afanolmallties (Sic) in 00U880 •Harlne Foliation and sea Life* 000660 Pish Poisoning- A possible consequence of Theraal Pollution in Troplciil Seas* •Ciguatera-Harine 000192 •Theraal Pollution of a Tropical Marine Estuary* 00003B •Thersal Pollution ot tho Chena* 000635 •Thoraal pollution of Columbia River night Threaten Smelt* 000707 •Thermal Pollution Control in Massachusetts Coastal vaters* 000235 i, •» Cybernetic Approach to Thersal pollution Decision-Malting* 000119 • Knvlconsont.nl Quality and the Theraal Pollution Problem* 000125 •Coral Beefs and' Pollution* 000397 I ,•Sstuarine pollution* OOOSBO of the Bioassay procedure as Related to Theraal pollution* IA critical Investigation 000740 •Thersal pollutlon-Hyth or Reality* 000658 for Povur Plant Cooling and Subsequent (Thermal Pollution: Ose'uf Deep, Cold, Nutriout-Rich sea vater 000300 xlangmi province Croup ol Tullow croaker, PSEDDOCIAENA POLTACTI3 (BLeeker), in the Bast china Sea*catve of the 0006B6 •The Bloloqy and Population Dynamics of POLlABTEtllt, FORCIVATA (Fisher)* 000301 Population of HBRCIBBEL7,* BNIGBATICA Fauvel (Annnllda: Polychaeta) in the Ross River Estuary, North Queenland* 000776 •on th« Distribution ot APRODITE MAGMA Treadvsll, 1925 ( Polychaeta, Aphrodltae)* 000813 Ifube-iform-sedlmont Relationships ot DIOPATRA C0PSEA ( Polychaeta: Onuphldae)* 000568 Data on the Bsoloqlcal Determination ot Reproduction In Polychaete Annelids* 'Some 000078 of Temperature on Active and Resting Metabolism In Polychaetos* ; •Effect 000170 of Metabolism in offshore and Intartldal onuphld Polychaetes* (Temperature Sensitivity 000500 Rhythm and the'fecundity of SCOLELEPIS CP. PttLIGINOSA ( Polychete, Spionide) In Cultivation* Span, the Breeding 000306 studios of an Intnrtidal Crustacean, PCLUCIPES POLVERSOS (Cirrlpedla, Lepadomorpha) I. Tolerance to 000261 II. The Genetic and physioloqlcal Basin of protein Polymorphism* Gene Frequencies In Natural Populations. 000637 and (Atlantic salmon* *In Vitro Hydrolysis of.' Polyoiyethylene Esters by Tissues of the American Eel DOOBSO •Distribution of the Clsdoceinn pooon POLTPBIMOIDBS in the Chesapeake Bay* 000093 Ecological Implication* • Polysaccharide produced by ANACFSTIS NID0LANS: Its 000693 Control of the Seasonal Development ot SfcconHIZA POLTScBIBiS (Light.) Batt.* (The Environmental 000581 Cultural Oservatlons on the Grovth and Reproduction of POLTSIPIIORIA DENODATA from Texas* tFleld and 000220 •The Effect of Temperature on the Activity of Bltieflah, P0BAT0II05 SALTATRIX L.* 000597 a «Aga, Grovth and Condition of »hite Crappie, ponoxis ANNULARIS Baflnesgoe, in Lake Rasworthy, Texan, 000893 •Artificially Induced Spavning of the Florida pompano under controlled Conditions* 000357 •The commercial Feasibility of Rearinq Pom pa no, 7RACHIN0TUS CAROIINOS (Linnaeus), la cages* 000702 Postembryonic Development* •Sensitivity of the pend carp to Hlqh Teaperatare in tha Early Stages of 000795 •Effect of Temperature on the Isoenzymic Pattern on Pond loach (HISGDRNOS FOSSILIS L.) II. Nalate I 000539 Qxoglutarate Aminotransferase of Skeletal Huscle in:the pond Loach (MISGDRBOS FOSSILIS L*0)«on the L-alanine: 2 000538 Reproduction, and Sensitivity t« Cadmium In Lake,'and Pond Copulations of DAPHNIA LAEVIS* of Instar Duration, 000607 Succession and Synchronization of Development in, some Pond species of Damsel£lies (Odonata: Zygoptora)* 000700 on Benthic Nematode Ecology in a small Freshvater pona* (Studies 000537 on Phytoplankton productivity in a Reactor Cooling pond* •Temrirature Effects 000506 of SIALIS CORNUTA Ross in a Series of Abandoned Beaver Ponds (Insecta; neqaloptera)*Blstory a'j Feeding Habits 0006Q0 " 'Studies on the Rotifer population of Tvo Sends at Pllanl, Bajasthan* 000573 •Studies on Productivity In Upper Belgium Ponds* 000505 •Raising and Maturation of Pike in small Ponds* 000370 THARNOCEPHALUS PLATTURUS Inhatlting Dessert Ephemeral ponds* the Phyllopod Crustacea TRioPS L0NGICAUDAT0S and 000350 (tneprodzerzhlnsk Reservoir* •Respiration Rate of PONTOGAMNARUS CRASSOS (Grimm) Bartlnov in the 000079 Reservoir of itucakhovo •Reproduction and Fecundity of . PONTOGliBNARQS ROBUSTOIDES (Grimm) In the cooling 000O23 •Aqulsition and Loss of Heat Resistance In Adult Tide-, pool cooepod rrsRipas cmrosaicus* 000035 •The Bffect of Temperature on Nucleotide Pool Formation in TETRAHINZNA PIRIFORMIS* 0001B7 •seasonal Changes in the Meiofauna Population of an Intertidfl Sand Beach* 000320 •Grovth and Mortality in an Arctic Intettldal Population of HACOHA BALTHICA (Pelecypoda, Telllnldae)* 000301 s , of Seasonal Rainfall and ffater Teaperatare on the population of RNRCIENZLLA ENIGMATIC* Faovel (Annelida: 090778 •Studies on the Rotifer Fopulatloi of Tvo ponds at Pllanl, Ralanthan* 000573 in Lake Michigan, 1909-1910* » Population Biology of Alemlvos, ALOSA PSEUDONARBNGBS, 000113 E7ADNB in the Gulf of Lion (Influence' of Teiperature on Population Characteristics of cladocerans of the Genus 000800 Harpacticold Copepods on a (Seasonal Changes in Population penslty and Vertical Distribution of 000326 •Snergetics and population pynamicB of DIAPTON0S GRACILIS* 000020 •The Biology and Population lynamlcs of POLtARTEHIA FOBCIPATA (Fisher)* 000301 Scyphozoan AORELIA (An Investigation of the Dynaalcs of Population crovth and Control in Scyphlstomae of the 000175 ' Kuril' Chum (ONCOaaiNCHOS KETA (Nalb.)) - Ecology, Population structure and the Modeling of the Population* 000380 Reservoirs in Texas* • Population studies of Selected Fishes in Three Heated 000830 Sand-Dvellin^ Amphipods* •Ecology and Population stadias of Some Intertldal and Sublittoral 000208 - Ecology, Population Structure and the Modeling of the Population* Karll' Cham (ONCOBHTNCndS NETA (>alb.)) 000380 •The Response of Pish Populations in the (abash nlver to Heated Effluents* 000267 (Thermal Loading Effects on Bacterial Populations ot a Non-Polluted Flovlng Stream* 00011* •effects of Temperature and chronic irradiation on Populations of the Aqaatic Snail PRTSA HETEROSTBOPHA* 000162 special Regard to (F«cuodity and Grovth of Some Populations of ASTACOS ASTACOS Llnne In Svedea vlth 000003 and sensitivity to Cadmium in Lake mnd Pond Populations of DAPNNIA LAEVIS* Duration, Reproduction, 000607 Vabash River* (The Effect of Theraal Inputs on the Populations of Fish and Hacrolnvertebrates in the 000266 in Temperature-Salinity Tolerance Betveen Tvo Estuaiine Populations of PAGOROS L0NGICARP05 Say (Crustacea: 000079 •Hlqh-Temperaturs Sulfur Oxidation by Bataral populations of SOLFQLOBOS* 000559 .•Seasonal variation la the Responses of Estaarlne Populations to Heated Vater in tha Vicinity of a Stea* 000291 Protein' •Prodlctinq Gene Frequencies in Natural Populations. II, The Genetic and Physiological Basin of 000637 Diversity and seasonal Patterns of Sstuarine Fish Populations* ' •Abundance, 000523 of Internal Respiration in the Scorplonflah (SCOFPAERA FORCOS (L.) * •Seasonal Variability 000888 of Internal Respiration in the,Scorpionflsh (SCORPAENA PORCOS (L.II* (Seasonal variability 000889 of the Intestinal Tissue of the Scorpaeuidae (SCORPAENA PORCDSI and of the Troat (SALHO CAIRDNERII) as a 000090 •The Cqltare of POBPHINA LINEARIS (Banglales. Rhodophyceae)* 000081 Fungus, of the "Akagasare" oiseaae of Cultivated FORPHIRA* Teaperature of PtTBIOH sp., A Pathogenic 000697 on the'Grovth Aaong the Five Strains in PTTRIOM FOBPHIRAB Under the same Cultural Condition* 000696 PERWJTED TITLE IW)EX 446 TRIPunci'ATA Ronzles, 1951 (Ioopoda, Llmnorlldao) In tha Port of llardel Plata* II. The Presence of LIHRORIA 000 060 •First Elements of Comparison Between Portuguese and Jannnaae oyatera* 0001S3 • positional Signalling Along nrORA* 000872 Das* (KCEHTRARCtlUS LABRAX) on a Pant Scale* IHrat Positive Results in the Artltical Propagation ot Saa 000028 3APIDU3I Pre* Aalno Jolds and Total ninhydrin ponltita substances* of the Blue Crab, CAILIMECTSS 000484 •Thoraol Ralaases and Shellfish cultural Possibilities and Llnltatlons* 000027 and coilular Koat Rsnistanco of fiottoa Animals (ro» the posoyat Bay (Japan Sea)* Hectical Dlatrlbatlon 000994 •Effects of Increased Teapetatuca on past larval and Juvenile Entuatlnw Fish* 000368 •Xnflaonce of the Teaparature on the Embryonic and Post-Eabryonlc Development ot the Dlaptonld Copepod 000153 •Eabryonlc and posteahryonlc Development* 000737 Pond Carp to High Teaperatura In the Early staqea of Posteabryonlc Development* (Sensitivity of the 000795 UHRAEA STAGRAII!! (L.) (Gastropoda, pulaonata)* ( Potnsaiaa Hoveaents In a Central nervous Ganglion of 00069B Trout (3MHO GAIRD1EHI) ar Measured hy 0111 Sodlna- potassium stimulated Adenosine Triphosphatase*3teelhoat 000006 •Effects of Temperature on the Visually Evoked Tectal potential and Brightness Perception la Goldfish* 000879 Barnacle Hassle •Effect of Teapetature on Hsabcane Potential and Ionic Muxes In Intact and Dlalysad 000zoo Barnaole noscle IBffeots of Teaperatare on Menbrane , Potential and Ionic Pluxes In Intact and Dlalyzed 000198 Hollaaoau Cells: Dependence on Hetabolisa and Beabrane Potantlal* (Volute Regulation of 000628 . of Agnatic Environmental lapact of Electric Povar Generation* (Quantification 000300 Zoop link ton Hear the Plant's Theraal (The Effect ot a paver plant on the Distribution and Abundance ot 000103 rishos* (The Effects of a Havallan power plant on the Distribution and Abundance of Reef 000517 Heated Haters ef the Knnakovo State Regional Elictrlc Power Plant on tho oxygen Content and phytoplankton 000444 • Soma Effects of a Pover Plant on Serine fllcroblota* 000255 •Utilisation ot Tharaal Discharge tros power Plant Condensers* 000639 Use of Deep, Cold, Hntrlent-Blch sea Hater for pover Plant cooling and Subseguent Aguuculture in Davall 000308 •Use of pover Plant Heat to Japrove Waste-Water Treatment* 0005B6 * •Effects of pover plant Operation on Hudson River EBtuary tllcroblota 000339 •Temperature-Blologleal Aspect* Related to nuclear power Plant siting, operation, and other conalderatlons* 000075 •Sport Fishing Survey at the Point Beach nuclear povar plant* 000762 Sport Fishery In the Heated Discharge of a nuclear Power Plant* (winter-Spring 000500 of toung Connecticut River Plah Entrained at a nuclear Pover Plant*. (Vulnerability and Survival 0l)i)503 Bullheads Overwintering In the Heated Effluent of a Pover Plant* in Feeding and Body Condition of Brovn 00050B •Electric Pover Plants In the Coastal Zone: Environmental Issues* 000150 •Continued Surveillance of Theraal Ettecta of Power plants Along the Ohio River 197:* 000303 In the Intake and Discharge Areas of the Cedar Bayou Pover station Before and During the First year of Plant 000001 Reach of the ivan'kov Besexvolt* »The Effect of Pover station Hot water on the Tbytoplankton ot the DM 000199 .by Vara Ratar Discharge free Hovoroeslysk Theraal Pover station* of Pish plankton In the zone Affected 000036 (Grimm) In the cooling Reservoir o£ Eurakhovo Pover Station* Fecundity of PDBT00AHHARU3 ROBU3TOIDE3 000023 in the cooling Basin of the Kurakhovlan State Electric pover station* Biology of Cladoceran Speclar Abundance 000632 Reference to Fish Farnlng in the Heated Effluents of Povar stations* in TILAPIA culture vith Special 000022 middle East study, Aquaculture In a Ruclear- Powered Agro-mdustralal complex* 0(10681 •The Effects of Hater Hanngenent practices on the Movement of Larqnaouth Bass* 000077 (Sykes) In soae Drainage channels In Panna, Hadhya Pradesh* (natural Spavning of IABI0 BOGGOT 000710 PAVDALUS PLATTCEBOS Brandt and the Giant Freshwater Pravn MACBOBRACHIUR ROSERBERGII (do Ran)*the Spot pravn 000859 Freshwater (Experiments on the Culture of the Spot prawn PAaDALD3 PIATICEROS Brandt and the Giant 000859 the Bay of Naples* •Osaoregulatlon In the prawns PALABHOR 3ERRATUS and LtSHATA SETICAOOATA froa , 000756 on Vulnerability of Reat-Stressed Sockeye Salaon to Predatioo by Coho Salaon* (Effect of light 000786 •Theraal Effects on survival and predatlon for Sone Puget Sound Pishes* 000776 Theraal Shock on Vulnerability of Juvenile salnonlds to predatioo* (Effect of 000170 APFIHIS* (Learned orientation In the Predator Avoidance Behavior of Hosguitoflsh, GABB03IA 000232 (CORIXIDAB (Hemlptera) as Predators: Bearing on Frozen Brine Shrimp* 000392 •eschnldae)* (Investigations of the Life History and predatory Capacity of ARAX Junius Drury (odoaata: 000070 Theraal Pluae* » Predlcitive Models of flortallty of loung Pish in a 000797 The Genetic and physiological Basin of Protein • Predicting Gene Frequencies In Rataral Populations. II. <106637 Raflnasoue) and Its changes Induced by •Teaperature Preference of Fathead nlnnov PIHEPHALSE PRORELAS ( 000599 and the Fecundity of SC0LELEPX5 CP. FOHGIROSA ( I Preliminary Data on tho Life Span, the Breeding Rhythm 000306 on the Eano coast (Adriatic Seal During 1969. I. Preliminary Data* variations of Cladocera at a Station 000165 survival of Laboratory Reared Larvae of the Grey (A Preliminary Report on the Development Grovth and 000442 Analogues on Adult Eaargonce of Black Files (Dlptera: ( Prelialnary Studies of Effects of Juvenile Rormor.e 000177 STAGRAHS (L.I in Relation to Taaperatare Conditions: A Preliminary study* (Activity Patterns of LYMRAEA 000521 soae narlne Invertebrates* (Influence of Hydrostatic pressure on the Activity of Alkaline Phosphatase in 000633 paraaeters of LOV Teaparature and Hydrostatic Pressure on L-serlne Deaminatlon by VIBRIO HARIROS* 000012 (Results of Studies on the Effects of Hydrostatic prensute on living Aquatic orqanlsas* 000530 (Heart Activity and Hlgh- Pressure Circulation in Cirripedia* 000262 (Hydrostatlc Pressure-Temperature EftectB of Deep-sea Colonization* 000535 Bacteria at Lov Temperatures and varied Hydrostatic Pressures* (Activity of psychrophlllc 000390 Black Bullheads froa Clear Lake, lova* (seasonal Prevalence of CHORDROCOCCOS COLUnRARIS Infection In 000097 DECAPODA, PAGURIDEA)*(The Larval Developaent of PAGDRUS PRXDEADII Leach, 1B14, Under laboratory Conditions ( 000288 (Plankton Ecology In the Restore Rorth pacific ocean: Primary and Secondary Productivities* ,, 000562 of Thernal Loading and water Quality on Estnarlne Primary Production* (Th<, Effects 000543 (Effects of Theraal shock and Ionising Radiation on Primary Productivity* 000300 Dptake by Brook Trout* (The Role of Prior Feeding aod Temperature In Regulatlon-of Food 000318 (Para-water Fish Nutrition and Future Priorities* 000706 (Life Histories of the Crayfishes PROCABBAROS ACOTOS and PBOCAHBABUS HIREI In Texas* 000011 Life Histories of the Crayfishes PROCAHBARUS ACOTUS and PPOCAR8A8US RxnEI In Texas* ( 000011 Characoldel) In the (Studies on the nlgratory Characln, PJtOCRXLOOUS' PLATBHSIS Holaberg 1889, (Places, , 000062 the Western Rorth Pacific ocean: prlnary and Secondary Productivities* (Plankton Ecology In 000562 (Teaperature Effects on Phytoplankton Productivity In a Reactor Cooling Pond* 000506 (Studies on Productivity In npper Bolgluv Ponds* 000505 ( Productivity of Benthos in Helgoland Bight* 000271 (Comparative Productivity of Four Carolina Lakes* G00809 of Environmental stress on the Coaaunlty structure and Productivity of salt narsh Epiphytic Coaaunltles* 000159 (Biological Productivity of Tvo Subarctic Lakes* OOOB6B of Theraal shock and Ionizing Radiation on Prlaary Productivity* (Effects 000300 of Interalttent Illualnatlon on the Carbon 14 Labeled Products During the Photosynthetic Induction Period ot 000206 PARULIRUS IHTERRUPTOS (Randall) and the Crab CAPCEB PRODOCTUS (Randall)* of the larvae of the Lobster 000071 HO GIL CEPBALUS In Talvan* (A note on the Progress of Experiments on the Induced Breeding af 000169 of Teaperature OA Energy.utilization of Eabryonlc and Prolarval Tautog, TA0T0GA ORITIS* •Influence 000153 ECRIRARACHIROS (Influence of Aablent Teaperature on Proliferation Rate of the Sand Dollar Embryo 000089 (Teaperature Preference of Fathead Minnow PIHEPHAISB PROHELAS (Raflncsque) and Its Changes Induced by Copper 000599 PRUMOTID TIT!,! INDII 216 »«4 It* Halation to Horphoganatlc Bvanta at the proniol*l la Aotlvatad Igg* ot th* B*a Diohln, ARBACIA 000 Vt« v**t (Ola* IFlrit Po*itlv* veault* In tk* Artlflc*l propagation of Saa Basa (DICBRTHARCBDB li(BAI) on a 0000J8 •Via ot tha Method of Pltaltary In1*ctton* la tha propagation of silver Carp and ocaaa c**n* 000(97 to Tr*at**nt vlth Carp Pltultarlan ant Taatoataron* propionate* Armada of Green Sanfiak (LRPOHIB CIARIILOS) 000(10 Chang** (T!I« Raprodactlv* Physiology of tha Intnrtldal Proaobranch THAIS LAHRLL09A (Oaalin), I. Maaonal 000715 and Bio*n*rg*tlca of POLXRICBS SUPL1CATUS (Molluacai Frovotcaaehl*)* mvalologioal Ecology 000172 OBTUSATA (L.) aad I. HAklAB Bacxjhl 8 Rait (Onatatopoda, Proaobraachlal* In tk* Intattldal Bp*ol*a LITTOAIVA 000665 Thvraophlllc Baoterlua* • Protein and Deoxyribonucleic Acid Synthaala ia a 00036) th* rlah IRaalatance Adaptation Dating Inhibited Protain Bloayntkaal*. liperlaant* vlth Aotlnoayela D In 0000(0 •T*ap*rat*r* and Rntaa of Protein Degradation la th* Flah OILLICBTHTB HIRABIlIfl* 000751 •Quantitative tvldenc* foe Protein Oanatiratlon aa tha Caaee ot Tkaraal Death* 00067* •Evidence of T«*p*c*t«r* Adaptation in rlah** at tha protaia L*v*l ot Organliatlon* 00072) Populatlona. II. Tha o*n«tlo and Phyaiologlcal Ba*la of Protain Polyaorphlna* Gana rrequenolee in nataral 0006>7 Environa*nt*l T**p*ratar* Chang*** •Control ot Protein Syathaala in tha Accllaatlon of piah to 000)20 of th* Bin* crab, CALLIRECTE9 SAPI0U3) Total S*f0* Protain* (variation* In Baraa Conatltoanta 000(At • Partial Charuiatlutlan of th* Thrtold Protalnan* of th* Burbot, LOTA LOTA I.* OOOM1 •Kinetic Analysis of tynth*da (nd sucratlon of Plaana Prot*In* la * narine T*l*a*t* 000)24 •Bffacta of Bablathal Tharaal Shock on th* Blood Seen* Protein* of the Ralnbov Troat (SALHO GAtADHERII* 000305 ERCRA9ICH0LUS) * • Proteolytic Activity In tk* (achovy (BHQRAOLIS 000)10 •Stadiaa on soaa Ptopartl** of Prot*olytlc Bniya* fro* Octopaa liv*r* 00035) of cod, Barring and Haokar*!. Ran tat a nee to (studies on Proteolytic inxya** and Maaalyalns fro* pylocla Caeca 000675 •Studiaa on tk* Dlatrlbation ot Proteolytic Bmyaea la th* Intarnal Organ* nf Octopn** 000553 Urchin rlagella* (cheaieal Heterogeneity of Protofllaeent* Foraing th* oatar Doablet* froa saa 0009(1 (Osaotic Behavior of Bactariat Protaplaatat Teaperature Rffectv* 0003)3 3. Qualitative observation* on th* Plenktonlo Alga* and Prot»(o**3t«dl*a of Oyatar Bay in Jaaalca, Vent India*. 000130 Diversity Restoration folloving Streee in Praahvatet Prototoan co(nunltl«a* (Rata of Spaclaa 000120 s*aa* otmarvatlon* on th* nrowth Aiong th* Pit* strain* In PVTHIUB P0RPII1RAR Under the flat* Cultural Condition* 000696 inltlttad hy Thortui ntr*n« In PBEUOOHOBan PLUORIUCRRH ( P7) * troleouUr and Cellular Event* 000299 Condition** 'Larval D*v*lopa*nt of OCTPODE OOACaaia (Brachyurai cruatacaa) Undar laboratory 000202 •Studies of oyster Ony In Jaaalca, Rent Indie*. 4. Qualitative Ohnarfttiont on tha Plankton!" tlga* and 000)20 •Bnvlrona*ntol Ouallty and th* Theraal Pollution Probl*** 000114 ITh* Effeotn of Th*r*nl loading and «*t*c Ouallty on Eatuarin* prlttry Production* 000!«3 Chang* on Agnatic 11 lota* I OaantlflcttIon of th* Effect* of Rale of T*»p*r»tot* 000747 Eloctrlo Power Generation* I Ouantiflcation or Agnatic Envlroneental lapact or oooioa aat* In Polkllothacain Anlaaln* I Ouantltatlv* Correlation of TtaMtttore and Respiratory 000IBS Can** of Theranl Death* I Quantitative Evidence for Prot*ln Dcnaturatlon aa th* 000670 of Oalayed Light Olaalon (Corrected for Chang** in Ooanto* yield or rluotaacanc*) in DCH0-Tr*at*d algae* 000006 Blooded AnlMl* with T**p*iatur* »The Oinlblllly of Ouail-Rainostaal* In th* Ctrdlta Activity of Cold- 0001RA llnnalldai Polychaeta) In th* Pot* altar Eitotry, aotth Ouctnland* Population of HERCIERIlia ERXORATICA rauval 00071a and Mortality of th* seyphoxoan H*du*i, cnarsaoai OOIaQOtCIRRHA* •Effects of Tatparature on Activity 000270 •Production ot Raathio RacroInv*rt«br*t*« of Day of Calnt* and tak* Ontario* 000002 LJk* v«*lcl*« and naidatlt* activity ia tha lona Radlat* and Talk ot th* Ovaa of tha Atlantic Salaon I 000116 IIAEHOOREGARIRR DRL»GEI netnll In an Rla*aobranoh, Raja RADIATB Donovan* •nevalopaaatal Stage* ot 000*16 oyster, cakSSOSTREA 01013* act Met* of Iuniting Radiation and Teaperatare an tha Larvae of th* Pacific) 000476 Specl** nf Salt Itarnh Epiphytic alga* to ,'onltlng Radiation and Theraal Strati* sensitivity of Various 0006)9 of call Hanoval Sy*t** cf goldfish to lonlflng Radiation at Dlff*r*at T*ap*rttor*a* aaaapont** 000236 Toaperatar* after •ftodiricatlon* of th* Efr«ct* of Radiation on a»e*ba*. II, R**toratory Effects of Low 000714 •Etr*dts of Th*taal shock and lonlflng Radiation on Priitry Productivity* 000100 •Th* Effect* of T**perat Onnprodxetxhlnak Raaarvolr* ((aspiration Rat* ot pnrmnkRllAHltS CRAS311 (ml**) Nactlnav in the OOOOV th* Autuan nnil spring flpavnlnq* •Tha Drouth tutu ol Naifibov Trout lULHO OAMDVERl Nlchardaan) fro* 000247 •effect nf Tnperatura Acallaatton in th* nattbollo Rut* o( ton Ocnhlns* 000RJ2 Tn«p»r«tor» aad Paadlnii Raglas on th* Dpaolflc OtowlH Rata o.* No«key* Saltan Fry lONCOAHTNCHDg NENKA), with a 0007IB In Franhvater Protoxoan Coaaunttlea* • Rata of 9p*nla* Diversity R*«tof«tlon Following '(trass 000H« •Ootntifloatlon of lh* Rff«et* of ••t* of Taaparatar* Change an Agnatic Biota* 000157 •ncowMi Rat* a( vactlcatlldae tiotatad ftoa Activated Nladga* 000761 stlBull N*»sur*d bf classically Conditioning th* Ham Rat** of th* Tautog ITAOTOOA ONITIS) to Acoustlo 00094) • Krowth Uta, long«vltv and Nailsa* Bit* or HAC0HA BALTHICA (I.I 000271 OHCOPIITKCIItl!! RENKA) in Relation to Stxa and IHnttbollc Nat** anl critical Svlailng Spaad* of Bookay* Bal*on ( 000107 •Taaparttaca-Nalatad Respiration Rat** »nd Tharaal s*n*itlvlty tn NtippfA NANfTINA I* 000lad KARSAB, and Coaparlaon vlth (olotad • Davalopaanttl Fat** and Tol*ranc*s of th* Plata* Kllllflsh, FONOOIOS OOOtUT North*rn Lohat«r (HOKARU3 AHERICAN03 •Developmental •at** at fat lows T*ep*Mtur*a of Rabryos at tha OSAAIT nf Cold 7r»ntsa»V in th* Dark on Orovth and neUboHc Nat** Of CNLONEUA vmvoionst* (the Xff*Ot* 0Dfl5«5 Dlffarant T*sp*ratur*n* Mrowlh «(t*s of ornr.LIWA orriCIMLIN ((hadophyts) at 000159 •A NMreh Far clr>Mdltn and Oltradlan Nhyths* tn nrowth Ratas of KLCBStBLLA AtROOEDM* 000779 Pltnktonte Copepod CALANOS Ideating and Ingestion Ratas of Naupltt, Cop* pod Ids and Adults of th* mrtn* OOOAOt HIRABILIS* (TMparatur* and Rataa of Protein 0*gradatlon In tha Fish OILLtCITfNTS 000751 Crotx, vltqtn ITha fnfluanea of Tanparatur* on ncovth Ratas or six Clonaa of Harln* emtrto Plato** fro* St. 000)12 or toopMnktan. I, Evaluation ot th* Huttbolle Rates or Naaa (astern Nadlt*rr*n*an sp*cl*s* Excr*tlon 000511 Light Tfltannlty, Dtylangth, and T«p*r«tor» on Plrlalon utn ar Thr*a 3p*ol*a of Narln* nnic*Uulat Alga** ot 00015* • (Factors irtactlng (aspiration Rataa of (Intar Flousdar (PSRODOPIEORORECTIS ANERICANDS) 000*1) Southaastarn North (Tha spawning Behavior, Fecundity Rat**, and Food Nablts ot the N*dbr*a*t Nuntlah In OOOKs find kotlvltlwi of Klbvlom Diphosphate •Photo«ynth«llc F*t««, nroaa Ftttarns al cacbaa Dloxld* Anslvllttlon 000559 Raua* In •Trout Mttbollsa chicactarlBtlc* and th* Ratlo>*1 Design of Nlttlfloatton Paollltla* for *at*r 000759 Spawning Run at Itttl* Cut •NutKtcal Ahundanc*, Sax (•ttai, and slxa-ag* Co*poaltian of th* Nallay* OOOaOD ITha (ffaet ot nigh vatn TMperstare on tha Faxor clas, SIUQUA PAT0LA (nlxonl* 00070) Pover station Hot W«t*r on th« PhyloplanVtoe of tho Da* Natch of tke KiB'kav Rss«rrn£r» »The Itfroct or 000199 Teaperatar* on ThatBontthlUty, laoaniyaa rattarn and Reaction Rln*ttos of Lictata Dakydroganaaa froa Pith*** 000(19 •Fhototailo ••action* or th* luiu of CHIRONOHM DOR SALTS* OOO*.k Octtnlc, Nlivd oc*tnlc-Coa*tal and cotttal vatars of • •ttetlon* of EtfpNAtlsiA PACIPICk Ntnsan (cra*t*sa*l fro* 000200 •Tvo Netabollc Syst*M vlth nlffarant R*aettona to Tatpartlar* In Sat Orehln Urvta* 0041(7 ot tha Cotton aoldflah (CANASSM3 AONATBJ L.)-II. Lipid R*ietlvatlon of tk* Solubl* Nniy*** th* Eptxlal nv*cl* 000)15 •Tatparttura Eff*atn on fhytopltnkton froductlvlty In a ••actor Coaling Pond* 00050* of Wrgesonth Das* to Hutad Effluent rro* a Mclear R*sctot* Kintar R*span*a* 00027N in a Reservoir Receiving N*«tad EffltMnt frov a •atetor* ot largssoath Its* (HCROPTEROS SALKorDES) 000177 Ll*p*t, Ft-IHEKniA NOTTALLT (Naldasanl, tn Norttl and Paactot-Varsad Vatar* lOrovth of th* Colaibla (ivar 000171 •Thar**I Follatlon-Nfth ot Reality* 000608 and Ralnbov Trout (SkLRQ TN8TTA and sttRO QAINDNERI) In letltlon to tha AMndtnc* ot Drifting Invattabrata* In 0002]( ton th» Artificial Culture of NIWI»0P3 NOJIIEOICIIS •a*«ad fro* tha Ig9* 000189 ot th* snapping shrlap AIPHIOS HETEROcHAttIS Sty. R*at*d in tka Laboratory* •Larval B*v*lopa«nt 000*10 •orovth .inl Food caavaraloa ot Rtlnbo* Trout (aarad la Brackish sad Pr**h Ntt*r* 000567 on the D*«*lo|t*nt Btovth and Survival of Laboratory Raared larvae of tha dray Nnllat, nonil CtPBALOS L.* 000«a2 of T«ap*catata on arovth and Survival at taboratory- R*t;*d Larva* of th* 3c*l*d Nardlna, NANEvnolA 000690 Brachyurst and a •» 0*script ion or Ivboratory- F**r*d Ltrvt* of CANCBN OUACIIU Dana (Oacapoda, 000015 3AR0INA) to •Orlantatton R*apon«*a of Laboratory- Reared larval and Javanlla Oulf amnio* (UOIISTHIl 000660 stta* •Taaparatara Ragulraa*nta for nlqb Danalty Rearing of Channel Cttflih fro* Pingcrllng* to Httkat 000020 •commkE (RvtlptetM an Predatorst Rearing an Proien Brln* Shrlap* 000)92 Caq«*" (Taaperatur* and Mtl-iin Regulation In th* shore crab CARCIHOS RIBBIS* 000(17 (Taapvrature aad Aold-Ba«* Regulation ia riah* 000615 ITeapetatut* legalatlon In Yree-Sulmtlnq Muetln Tuna* 000112 CHLotfLLA* (l(f*ot of Tnpantin in tk* Regulation of DBA oynthesla in synchronous cultaru of 0000*6 •Th* lola at Prior P**dlag aad 1*ap*rat*r* in lagulatlon of rood Optak* by (rook Trout* 000318 •ad (ambraam Pot*ntl*l* (Yoloa* (•gulatloa of Rollaacaa C*ll*i D*p*nd*nc* on n*t*boll** 000628 in tha lay scallop, ARQ0IP1CTER t((vlrona*nUl (•galatlon of tt*aros*cr*tlom and Reprodoctlv* Activity 000086 Observation* fro* pr**h*at*r Small** ton th* Regulatory (ature of Individual Orovthi Soae 00012B •Stall** on th* V*l|*t*tlv* Lit* Cvcl* ot' CRLARTDOnORIS REIMIRDI Oangeard In Syachroooua Cultur*. I, So** 000502 toogaographle Charaot*riatlea at tue St**nl*ad Ballbut ( (EXaKMDTIOS RIPPOOLOSSOIDES (Ealbama))* • 00020A (Alqaa-Taaparatara-Rutrlaut (•latloaahlp* and Distribution in Lake Erie 1968* 000327 rorailnlfera ia tk* Eg*atoclal and •(nviroaa*ntal Relationship* and Distribution of Planktoalo 000007 • Japan Sea) * (Tactical Distribution and Cellular Heat Resistance of Rottoe Anlaals froa th* Poasyet Bay ( 000891 OAIRDNBRII To Tharaal Uffact of Tharaal Rlatnry oa tha Mslmtmocm of Columbia River st**lh*ad Tront (SAIRD 000708 Taipttatana aa Related to Savaral Choaen • R**i*t*nc* of Egg* Of ARTEHIA 9ALIHA L. to Low 0003(3 low Taaparataraa aa Bala tad to Several choaaa • ( Raalatanc* of Bgga of TRIORS CANCNIFORHIS (Boac.) to 0003(2 (Tmparatare Effect on laaune Realntnnc* of Fish to Pathogana* 000035 zooqeographlcal Affinity ot a Speclea* inaat Raaiatanc* of Gaaataa of Sa* Urchin la Relatioa to 000023 •On tha Beat- ant Chlorofoca- Raalataace ot Harln* Bacteriophages* 000308 (seasonal Chaogea In th* Salt Resistance of whit* sea Brown Saavaad* 000217 troa pyloric ca«ca of cod, Barring and aackatal. paalstance to n*at and Gaaaa Radiation* and Raaolyalna 000675 Biosynthesis, Experiaetit* vlth Actiaoaycln D In tha • Assistance Adaptatioa Daring Inhibited protein 000**0 (Respiration and Beaiatency iqalnat Anaeroblonls of Freshwater Algae* 000210 Ifffeet of T**pnratar* on Respiration and Flsilon In BLEPHARlsnA TRTBBNBDIUB* 0000*3 Evaluation of tha natabollc Rata* of 3ca* (astern • R*nplr*tlon and Hltroqen Excretion of Zooplaakton. I. 00051a Freshwater Alqa** • R*splc*tlon and Reslstency Against Anaeroblosis of 000210 Crustacea TRIO PS L0NGICA0DATD3 ufld TBI BROCEPBAIUS • Rasplratloa and Tfcaraal Tolaranc* of the phyllopod 000350 •Seaaonal Variability ot Intarnal Respiration in th* Scorpionfiah (SCORPAERA PORCOS (L.)* OOOOBB •Seasonal Variability of Internal Inspiration In tha Scorplonflah (SCORPAENA PORCOS (I.))* 000BB9 •Ecological factora Affecting Renplratlon In CBIRONORID larva** 000*33 tccllaated to Tvo Teaperatnres* • Respiration In Byaatalkleas OCA (Crustacea: Decapoda) 000731 RDTIL03 ^Temperature characteristics of Tissue Respiration in skeletal Hmscles of tha Roach ROTILDS 000*18 •Influence of Ph«nol and Taaperatare on the Respiration of a Freshwater Snail: HRLISOMA TRIVOLVIS* 000717 • B*apiration of a subllttoral coaaonlty* 000739 Halation to Teaperatare* Maria) Respiration of th* Cockle CERASTODERHA EDULE la 000098 High Arctic Ink** i Respiration of Atctlc Char (SALVEIINUS ALPHINUSI froa a 000361 late* (Grovtw, 11f* History, and Respiration ot HTSIS RELICTA in aa Arctic and TA-nerat* 000*50 •The Effect of Body Six* and Temparmtur* on th* Rasplration of POIINICBS DOPHCATUS* 000373 ROTILIS STeapsrature Characteristic!* of Tlasa* Respiration of skeletal Muscles of the Boach BUTILIS 000*17 •Photosynthesis and Respiration of Soaa Arctic Saaweads* 000336 • Evidence of Interspecific Interactions In the Renplratlon of Tubificid Ollgochaates* 0001*8 Martina* In the Dnaprodxerxhlnsk Reservoir* • Respiration Rat* of PORTOGANHAROS CHASSUS (Oriaa) 000*79 MARITIHA L* (Temperature-Related R«*pir*tlon Rates and Tharaal sensitivity In ROPPIA 0005*6 PSEUDOPIEDRORECTIS AMERICANOS) * (factors Affecting Respiration Rates of Nlnter Flounder ( 0008*3 streaa LUpet PBRRtSSIA 0TVOLARIS ( (Bioaasa Turnover, Respiration, and Interpopulatlon Variation In the 000122 LAEVAPEI vac US* •Intarpapnlation Variation and Respiratory Accllaatlon In the Bloenecgatlcs of 000528 Zonntion In littoral and sobllttcral snails* ( Respiratory Adaptability In Relation to vertical 000529 STEILATUS In Response to in oxygen and High ( Respiratory Dynaaics of the Starry Flounder PLATICHTHTS 0008*7 (The Effect of Teaperatare on the Respiratory Function of conlacanth Blood* 000375 ANATSCRBNSIS (Brandt)* (The Effect of Teaperature on Respiratory Hetabollsa at the Hysid, REOHYSIS 0001*5 Estuarlne Habitats. I. SCTLIA SERRATA* ( Respiratory Hetabollsa of Crabs froa Marine and 000835 of the salinity and Teaparatore Paraeeters on the Respiratory Hetabollsa of Tvo of the Genus HARIONINA 000*51 (Ouantitatlv* Correlation of Teaperature and Respiratory Bate in Polkilotheralc Anlaals* 0003B5 Affinity in OORIOPSIS CRDERTATA I (Responses to Respiratory stress in Relation to Blood plgaent 000887 (Influence of tnvironaantal Teaperature on the laaune Response In Fish* 000036 environnental Changes* • Response ot the Alewlves, ALOSA PSEUDOHAREHGUS, to 00015* CYARELLUS) to Treataent with (Effects of Teaperature on Response of the Gonads of Green Sunflsh (LEPORis 000*10 Stlaull Reasnred by classically Conditioning the Heart • Raspoaee of the Tmutog (TAUT0GA OHITIS) to Acoustic 000593 •Tha Response of Fish to a Modified Theraal Environment* 000195 Heated Effluents* (Tha Rasponse of Fish Populations In the Vabash River to 000267 Oxyqen concentrations under slaulatad (Behavioral Response ot Northern Pike, Yellow Perch and Blueqill to 00062* L.) III. The Effect of Teaparature on the Inflaaaatory Response to the Hetacerarlaa ot CRYPTOCOTYLB LINGUA ( 0C0531 of the starry Flounder PLATICHTHTS STELIATOS in Response to Low Oxyqen and Blgh Teaparature* Dynaaics 0008*7 (Bracklsb-Vater Phytoplankton Response to Teaperature Elevation* 00013* II. Effect of sublethal Do sea ot Zinc on the Iiaune Response to viral and Bacterial Antigens* Antigens. 000695 BRACHIDARio RERIO (Hamilton-Buchanan): I. lanune Response to viral. Erythrocyte and Bacterial Antiqens. 000695 and (Development of a Theoretical Seasonal Growth Response Curve of CLADOPBORA GLOHERATA to Teaperature 000777 Theraal Effluent* (The Responses of the Biota of Lake vabaaun. Alberta, to 000589 Fish. ORIZTAS IATIPES* ( Responses of the Gonads to Environmental Changes In the 000230 lonlxinq Radiation at Different Teaperatnres* ( Responses of Cell Renewal Systea of Goldfish to 000238 Antigenic Materials* (The Inane Responses of Dae* LEUCISCUS LEUCI5CUS (L.) to Injected 000322 tha Vicinity ot a Steaa (Seasonal Variation In the Responses ot Estuarlne populations to Heated Vater In 000291 Experiaental (Seasonal and latitudinal Effects on the Responses ot EUPBAUSIA PACIFICA Hansen (Crustacea) to 000281 ( Responses of Fish to Envlronaental Chanqes* 0001*3 nervous Systeas* (The Effects of cooling on Electrical Responses ot Goldfish (CIHASSIUH AURATUS) Central 000622 Grunlon (LEURESTHES SARDIRA) to Artificial (Orientation Responses of laboratory-Reared Larval and Juvenile Gulf 000660 Nuclear Reactor* (Vlnter Responses of Largeaoath Bass to Heated Effluent froa a 000278 Theraal Relations In the Physiology and (Energetic Responses of Salnon to Teaperatura. A study of soao 000105 • (Ventilatory Responses of Teleost Fish to Exercise and Theraal stress 000337 Low Teaperatures* • Responses of Tounq Aaorlcan Shad, ALOSA SAPIDISSIHA, to 0001*6 (Effects of Theraal Accllaation on Physiological Responses to Handling Stress, Cortisol and Aldosterone 000827 Pigment Affinity In GONIOPSIS CRUBRTATA (Latreille) ( Responses to Respiratory Stress la Relation to Glood 000887 1789) (Turbellarla, (The nechanisms of Subitaneous and Restlnq Egg Production in HBSOSTOHA LINGUA (Ablldgaard, 000310 •effect of Temperature on Active and Resting Netabolisa.in polychaetes* 00017* Ecdysis In ECHINOGAMNARBS (Effect of Temperature on Restoration ot calclua Level In the Carapace Following 000B10 Communities* (Rate of Species Diversity Restoration Followinq Stress in Froshwater Protozoan 00012* of the Effects of Radiation on Amoehas. II. Restoratory Effects of Low Temperature after 000735 Study of the Action of several External Factors on the Resumption of Genital Activity of the cockle, 000282 (Tritiu* Incorporation and Retention In Photosyntheslzlnq Alqae* 000616 of Abnolnalltles (Sic) In the Naw-Bottt Gupplas POECILLl RETICULATA Acclimated in Polluted Hot Spring Vater*slc) 000880 (Development and Growth of CBRIODJPBNIA RETICULATA Eabryos* 000726 (Balrd and Glrard) and the Common Guppy POECXLLIA RETICULATA peters for Bloloqlcal Control of Mosquitoes 000732 Rational Design of Nitrification Facilities for Rater Beuse In Hatcheries* Metabolise Characteristics and the 000759 ot the Bivalve RITILOS GALIOPROVIHCIALIS (Rollnsca) as Revealed by Electron Hlccoscapy*sltu in the Nerve cells 000839 (Henbranes ot TETRARTMENAt II Direct Visualization ot Reversible Transitions In Bloneabrane Structure induced 000761 Special Reference to fish Parsing In the Heated (A Review of Recent Developments In TIIAPTA culture vlth 000*22 (Ichthyoplankton Studies in Vest Africa - A Review* 0002*0 •Possible Effects of Thermal Effluents on Fish: A Reviev* 00078U (Gas-Bubble Disease of Salaonlds: A Critical Review* 000678 * (Tenperature and Salinity Tolerance of Juvenile BHABDOSARGUS ROLOBI (Stelndachner (Teleostel: Spazldae)) 000080 (pathogenicity ot RBIZOCTOKIA SOLANI to Aquatic Plants* 000*01 PERROTED TITLE 1RDEI 221 •Grovth of tho Sand Shrlap, CRMOOR SRPTEHSPIR03A, in Rhode Island* 000063 changes on Enzyaes of tho Plah Nuncle. Expari**ntfl «lth RHODM0S AMARUS* (The Influence of Tanperatura 000100 Eaparlaentn with Actlnonycln D la the plah RHOOEUS AMARUS* During Inhibited Protoln Biosynthesis. 000000 •Tho culture ot PORPHTRA LINEARIS (Ranglalei, Rhodophycaaa) * 000001 •Growth Rates of CORALIINA OFFICINALIS ( Rhodophyta) at Different Teaperatures* 000159 Range Extension of tho RhoaLoid Holarra, DIAPTERUS RHODBIOS Cuvlor and Valenciennes (Uerrotdae)* (northern 000032 Talenolennen ( • Rorthern Range Extension ot the Rhooboid Mojarra, DiaPTERUS RHOMBEOS cavlei and 000032 of Two snappers, LUTJANUS CAMPECnANUS (Poor) ana RH0HB0FLITES AURORUBERS (Cuvler)*the oxygen Consuaptlon 000550 •prellelnary Data on tha lite span, the Breeding Rhytha and the Fecundity of scoLELEPis cr. FULIOIROSA ( 000306 Beach Zaopod PSEUD* ER* PDHCTm Thoaaon* • Rhythalc svlaalng Behavior of tha Mew Zealand sand 000207 (A search for clrcadlan and Dltradlaa Rhythos tn Otowth Rates of KLEBSIELLA AEROGENES* 000719 ROT. Coab. and L1TH0THAMNIUM COBALLOtDES Crooan in the Rla de Vigo* species PHTMATOLITHOR CALCAREUM (Pallan) 000008 •The Effect of Growth Teaparatores on the Tn Tlwo Rlboao Hnthylatlon at BACILLUS STEIROTMERHOPHILUS 000010 of Carbon Dioxide ftsslailation and Activities of Rlbulose Diphosphate Carboxylase in Marine Algae grown 000555 •Theraal Pollutions Doe of Deep, Cold, Motrlent- Rich Sea Rater for Power Plnnt Cooling and Subsequent 000308 IThe Growth Rate of Rainbow Treat (SUMO OAIRDNERI Richardson) froa the Aatuaa and Spring Spawning* 000297 the survival Rate in Rainbow Troot rrr (SALHO GAIRDNERI Richardson) During tha Rintar Parlod* coapoaltlon and 000870 the spawning Season in Ralnbov Trout (SRLRO GATBDRERI Richardson)* (A change at 000295 the Autuan Spawning of Rainbow Trout (3ALH0 GA1RDHERI Richardson)* (Incubation of Eggs froa 000296 River rood chain at the Beckjord Electric Plant, wew Rlchaood, Ohio* on the Lower Trophic levela of an Ohio 000118 •Heat Tolerance of Reef Algae at La Pargoera, Puerto Rico* 000709 and Abundance of sardine Egga in tha Region ot Rio de Janeiro* SARDIRELLA kURiTA. I. Distribution 000511 •Distribution of Pelagic riahes in the Sheepscot Rivor - Back River Estuary, »iseaaaet, Maino* 00DS50 Rate and pattern of shad Rlgrotica in the Connecticut P.lver - ritlllxlng Sonic Tracking ipparatas*Study of the 000062 •Aquatic Bioenvlronaental studlea in the Coluabla River at Hnntord 1905-1971. A Bibliography vlth 000067 •The Response ot rlsh populations In the Wabash River to Hooted Effluents* 000267 the Hog Sucker, HTPERTELIOH RIGRICARS in the Honocacy River Basin of Maryland aod Pennsylvania* A Parasite of 0003AA •Effects of Pover Plant operation on Hudson River Estuary Hicroblota* 000339 •Phytoplankton Dynaaics tn the Delaware River Estuary* 000338 ENIGMATIC* Fauvel (Annelida: Polychaeta) in the Ross River Fstuary, Rorth Ouevnland* of MERCIERELLA 000778 ot pelagic Fishes In the Sheepscot River - Back River Estuary, Vincasset, Maine* (Distribution 000650 •Vulnerability and Survival of Toung Connecticut River fish Entrained at a Nuclear Power Plant* 000503 Rater Discharge on the Lower Trophic Levels of an Ohio River Food Chain at the Beckjard Electric Plant, New 000118 and Reactor-Warned Rater* (Growth of the Coluabia Blver Llapet, FISHEROLA RUTTALLI (Raldeaan), in Rornal 000171 •Theraal Pollution of Coluabla River Right Threaten Saelt* 000707 Eatlaate ot Hortallty of Chinook Salaon in the Coluabla River Hear Bonnevill Daa During the Suoner Run of 1955* 000536 PLATERSIS flolaberg 18R9, (Pisces, Characoldel) tn the River FllcoBtyo, South Anerlca* characln, PROCHILODUS 000062 Aapects of Decapod Crustacea in the Indian River Rnglon of Florida* (Zoogeographlcal 0002g0 Effect of Theraal History an the Resistance of Coluabla River Steelhead Trout (SALMO GAIRDRERI) To Theraal 00070B of ratlve and introduced rlshes in the r.inds River systea* (Distribution 000007 of CHIROROHIDS BEHRIRGI Goetgh. of Lake Blill-Rul ( River Talas Raaln)* (on the Rlology OOOR91 of Theraal Effects of Pover Plants Along the Ohio River 1972* (Continued Surveillance 000303 •Investigations on Aaerican Shad in the St. Johns River* 000865 •Linnology of Tellowtall Reservoir and the Rlghorn River* 000876 •Occurrence of a Lookdown in the Hudson River* 000010 the Abundance of Fall Chinook salaon in the coluabia River* (Factors Affecting 000830 in Relation to Reated Effluents lr the Central Coluabia River* Evaluation: Migration of Juvenile Saloon 000068 Electric Plant on the Rlcroorganlsas in the Ohio River* of Reated Rater Discharge froa the Beck LORD 000121 Saloon, ONCORHTNCHUS TSHARTTSCHA, In Central Coluabia River* (Food and Growth paraaaters of Juvenile Chinook 000065 of Fish and nacrolnvertebrates in the Rabash River* (The Effect of Theraal Inputs on the Popalntions 000266 Geyser Basins on the Benthic Algae of the Firehale Rlvar*Effects of Theraal Addltiona froa the Tellowstone 000100 Geyser Basins on the Bacteriology of the Flrehole Rlver*Effects of Theraal Additions froa the Tellowstonu 000892 by Creek chub (SEHOTILOS ATROHACOLATOS) in the nink River, Manitoba* of Spawning, and Envlronneats occupied 000557 and Fall Chinook Salaon (0. TSHAVTTSCHA) In sixes River, Oregon* Javeaile Coho (ORCORHTRCROs KIS0TCH) 000773 •Analysis of Fishkllls in Saall Rivers In the Restern Poles*ye on the Ukraine* 000302 Variation in the streaa Llapet FERRXSSIA RIVOLARIS (Say)* Respiration, and Interpopulation 000122 HethTlatlon of BACILLDS STEAROTHERMOPHILUS Transfer RMA*Rffect of Growth Teaperatures on the In Vivo flibose 000010 of Tissue Respiration of Skeletal Huscles of the Roach ROTILIS ROTILIS LICOSTRIS and the white Rat* 000017 of Tissue Respiration in skeletal Huscles of the Roach JOTILOs B0TILUS Lacustrls and the Albino Rat* 000018 Characteristics of the Ryocardiaa of the Roach ventricle* of the Heart on the Theraoinotropic 000682 Kurakhovo (Reproduction and Fecundity of PONTOGANHARUS ROBOSTOIDES (Grlaa) la the cooling Reservoir of 000023 (The Biology of the south African Rock Lobster* 000729 of Activation* (Teaperature Adaptation of Enxyaes: Roles of the Free Energy, the Rnthalpy, and the Entropy 000078 Brandt and the Giant Freshwater Prawn RACROBRACRIDH BOSERBEHGXI (de Manl*the Spot Prawn FtNDALUS PLATTCEROS U00849 •The Life History and Feeding Habits ot SIALIS CORROTA Ross In a series of Abandoned Beaver Ponds (Insocta; 000600 EHIGHATICA Fauvel (Annelida: Polrchaeta) in the Ross River Rstuarr, Rorth Queenland* of HER CI ER ELLA 000778 Environaent* (The Hetabollsa of BRkCHIORUS PLICATILIS ( Rotatoria) Related to Teaperature and Cheaical 000683 Rotifer* •Fundaaental Stadias on Physiology of Rotifer for Its Mass Culture. I. Filter Feeding of 000352 •Studies oa the Rotifer Population of Tvo Ponds at Pilani, Rajasthan* 000573 of Rotifer for its floss Culture. I. Filter Feeding of Rotifer* •Pundaaental Studios on Physiology 000352 aad the Structure of Spawning Aggregations of the Round Sardine (SARDIHELLk AORITA (Val.)) of the 030713 •Behavior of the Fupfish, CTPRIHOOOR RUBBOFIUVIATILIS* 000220 Elevated Teaperature on Replenlshnent of Oocytes in the Ruff, ACERIRA CERRUA L. (Teleostel) * Roraones and 00G810 OBLITTERATOS Newean, and TETRACLITA SflBAMOS* RUFOTIRCTA Pilsbry In the Galf of Blat, Red Sea* 000000 and Size-Age Conposition of the Ralleye Spawning Bun at Little Cut Foot Sioux Lake, Hinnesota 1902-1969, 000000 the colunbia River Rear Boanavlll Daa During the saaaer Run of 1955* Estiaate of Hortality of Chinook Salson in 000536 Associated with the Theraal Raters of Rara Springs Run, Virginia* •Insects 000669 Related Respiration Rates and Theraal Sensitivity in BOFPIA HARITIHA L* (Teaperatare' 000506 Respiration of skeletal Huscles of the Roach RUTILIS ROTILIS Llr i"RIS and the Rhlte Rat* of Tissue 000017 of Tissue Respiration of Skeletal Muscles of the Roach ROTILIS pr ; LACUSTRIS and the Rhlte Rat* 000017 Respiration in Skeletal Muscles of the Roach BUTILRS BUTILUS L is and the Albino Rat* of Tlssaa 000*18 of Tissue Respiration In skeletal Muscles of the Roach R0TIL0S Ri Lacustrls and the Albino Rat* 00001R • Species of ths Genus CHRTSOSPHAERELLA LADTB. in'the Ryblnakoe Reservoir* ' 000006 Substrate, Teaperature, and Rater Velocity* *Tolk- Sac Malforaatlon In Pacific salaon in Relation to 000236 species LITTORIRA OBTOSATA (Distribution of Juvanlla Cod OAOOfl RORIIOA HORIItttt I., Snlth* POlLACnins VIIEHO L. and Haddock HMAWOHAHMUS OOOYM Upper lethal Temperature of Atlantic Salaon 3AIH0 SALAR I.* (Ultimata 00026V and Yolk of tha ovum of tho Atlantic Salaon (SALHO RALAR t.l* and Oitdatlvo Activity in th* Tons Radlmta 000116 (Temperature Selection of Atlantic Salaon 13AIM0 SALAR) and Brook Trout. (SALVRLIRBS F0RTJRALI3I su 400621 "hosen Environaental (Resistance at Eqqs of ARTIiHt* ilALIRA I. to Lov Temperatures aa Related tn Savaral oruo tha Vond-Boring (Effects of fatying Temperatures and Salinities on Smttlasant, Grovth, and Reproduction of 000226 on the Seasonal Cycle of Sea Satfaca Temperatures, Salinities, Oxygen and Phytoplankton In Koddlyar Bay, 000220 Onmoreqiilatinq and Onmoconforming 'The Effects of Salinity and Tomparature on th* Heart Rata of 00015* Pacific Herring (CLUPEA PALLASII * (Soae Bffpctn of Salinity and Teaparatura on Early Development of 000011 of thn Harlne Helobenthlc 01 Igochaeta. Incidence of the Salinity and Tampnrature Parameters on tha Rnnplrmtory 000051 Stebblnq fcoa vlnakhmpatnmm Harbor: Effect ot Salinity and Temparatara* Amphlnod COROPHItlM TAIAEROWYIt 000727 Olnoflaqallatn (Th* Effects of llqht, Tempecaturo, and Salinity mi tha Orovth mod Morphology of tha 000 TBI HETERnCHAELIs Say ( IBffectn of Temperature and Salinity on the Larval Dcvelopmmnt of ALPHEUS 000(29 Tissue of CORBICBLA ITha Effects a; Teaperature and Salinity on thn oxygmn Conmuaption of Excised oill 0007*2 Crab, OCA POOILATOR* iThe Tnfluance of Teaperature and Salinity on tho Tonicity of Cadmlnm to tha Fiddler 000542 the Ralnbov Trout SAIMO llnfluence ot Activity and Salinity on tha Vaiqht-Dnpandant Ovygan Consumption of 0006*0 BAIRDIELIA ICT5TTA (Jordan (Effect of Temperature and Salinity on fggn and Emrly Larvaa ot tho 3clasnld Fish, 000512 Food-SJ** Selection, and the Effects of Temperature and Salinity on Grovth Rate and Generation Tine In SAOITTA 000646 PALAHOMhttS VOLGAIIIS ( (Effects ot Teaperatore and Salinity on Larval (lmvelopm«nt of Grass Shrlap 00060] RANGIA CUHFATA aa Indicator ot 'soloqlcal Effects of Snllnlty Changes tn comstal Haters* Brackish Vater Clam 000*63 (A Study ot Co(blned Temperature and lallnlty Lav*Is in tha «*rmlt Crab, PAGURU3 tORHCAMPns* 000767 UCA PtJGlLATOR* (Temperature- Salinity Stress and Mercury Uptake In th* Fiddler Crab, 0000)11 Uptake by fiddler Crabs Eipcscd tc Teaperature and Salinity Stress* (Cadmium 400591 Steindachner (Toleontni: Sparldae))* (Temperature and Salinity Tolerance of Juvenile RMABDOSAAOU3 HOLUAI ( OOOOM PAGURUS LORGICARPIIS Sav ( (Variation In Temperature- Salinity Tolerance Botveon Tvo Estuarln* populations of 0040T9 a Marine Environment and In an Environment of Variable Salinity* Ecoloqy of thn 3ulfata>Rodaclnq Bacteria In Aoan2A (Crustacea) to Experimental Chanqes of Temperature and Salinity* on the Boipnnirwi of EtfPMAOSIA PACIFICA Hansen 000201 Columbia to Experimental Chanqes in Temperature and Salinity* Oceanic-Coastal and Coastal vaters of British 0002R0 Utilization of Juvenile Summer effect of Temperature, Salinity, and Food Availability on Rrovth and Energy 000619 Reproduction of the Racine Wood-Boring (Tho Effects of Salinity, Temperature, and Dissolved Oxygen on 00(1102 Intermediate Host(Development of the Eqq ot RAROtllYETUS SALMIRCOLA (Chapln) and Infection of tho First 004116 Sublethal Heat Stress in the Juvenile Staelhead Trout, SAlltO GAIRDF.RI, and Coho Salaon, ORCORHYRCHUS MISOTCM* 000849 (Embryonic Development of tha Rainbov Trout ( SAIRO GAIRBNERI IFIOEIIS (Glbb.l) at Different 000812 Spawning* (Tho Grovth Rate of Rainbov Trout ( SALMO GAIRDMERI Richardson) froa the Autumn and spring 000297 Composition mnd tho survival Rate in Ralnbov Trout Fry ( SALMO GA1RDMERI Richardson) During the Vinter period* 400870 (A Change of the Spawning Season in Rainbov Troat ( SAIMO GAtHONERI Richardson!* 400244 ol Eggs from the Autumn Spavnlnq of Rainbov Trout ( SALMO GAIRDVERI Richardsonl * (Incubation 000296 00(1646 Dependent oxygen Consumption of the Ralnbov Trout SAIMO GAIRDRERI* of Activity and Salinity on tha Vstqht- 000006 Effect on Parr-Smolt Transformation In staelheat Tcout ( SALMO GAITOMERI) as Measured by Gill Sodium-Potassium (The Pood of Brovn and Ralnbov Trout (SALMO TROTTA and SAIMO GAIRDRERI) in laaltion to the Abundance of 0002JH on the Resistance of Columbia River Steelhead Trout ( SALMI CAIRORERI) To Thermal, stress* of Theraal History 000708 (studies on Gill AlPasa of tainbov Trout ( SALHO GAIRDREAI)* 000*24 000305 Shock on the Blood Serua Proteins of tha Rainbow Tcout f SklHO GAIRDWERI) * (Effects ot sublethal Theraml 000492 Toxicity, and Metabolic Rata tn Rainbov Trout ( SALnO GAIRDREttll* Effects on Mercury Accuaalatlon, 000090 the scarpaonidaa (SCARPAEKA PORCOS) and of the Tcout ( SALM0 GAIRDVERIT) as a Function of the Temparatura* of (Ultimate upper lethal Teepetatuce of Atlantic Salaon SAlnG SALAR L.* 000264 SALMO SALAR L.)« 000316 padiata and Yolk of the ovum of the Atlantic Salmon ( and Oxidative Activity tn th* Zona 000621 Influenced (Temperature selection of Atlantic Salnon ( SAIMO SALAR) and Brook Trout (SALVEnans FORTlRALts) as Abundance of (The Pood of Brovn and Ralnbov Trout ( 000230 SALMO TRiirrt and SALMO AIIRORERI) tn Realtlon to tha 000113 (induced Snavninq of Larqemouth Bass (niCROPTCROS SALM0IDF.3 (Lacepada))* 00007.1 Heated Efflaent* (Pood of Largeaouth Bass (NICBCPTEBU5 5*,i,HOIOE5) froa a south Carolina Reservoir Receiving 000277 and Local Movement of Largemouth Bass (MICROPTERUS ^ALROIOES) in a Reservoir Receiving ttaatad Eftluent 000579 and Grovth of Largeaouth Bass jniCROPTERDS SAIROIDESI with Feeding tn Relation to Body weight and 000773 Juvenile coho (OXCORHTRCHUS RISUTCH) and Fall Chinook Salmon (o. T3HAWYT5CRA) In Sixes River, Oregon* Between 000515 B. The Effect of Teaperature on Infection in Rokanee Salmon (ORCORHYRCHas REftKA) nod on virus stability* 000107 Betabolic Rates and Critical Svimmlng Speads of Sockeye Salmon (ORCORHTRCHOS RERKA) In Relation to Six* nnd 000105 in the Physiology and Freshwater Ecology of sockeye Salmon (OKCORBTRCHOS RERRA)* of same Thermal Relations 000116 the zona Radiata and rolk of the ovus of the Atlantic Salaon (SALMO SALAB I.) * and Oxidative Activity in 000621 TORTIVALTS) as (Toaperatare selection of Atlantic Salaon (SALHO SRLAM) and Brook Troat (SALVELIWBS 000183 (Effects of Elevated Temper tture on Juvenile coho Salaon and Benthic Invertebrates in Modal stream 000042 (staqes ol Development of Younq Salmon In the chaikend Salmon-Breeding Facility* 000536 the Summer pun of (An Estimate ef Mortality of Chinook Salmon tn the Coluabim River Wear Bonnevlll Dam Daring 000830 (Factors Affecting the Abundance of Fall. Chinook Salmon tn the Columbia River* 000221 (Distribution and Movement of Juvenile salmon in Brovnlee Reservoir, 1962-65* 000068 Columbia (Ecological evaluation: Migration of Juvenile salmon In Relation to Heated Effluents In tha central 000236 Velocity* (Yolk-sac nalformatian in Pacific salaoa in Relation to substrata, Teaperatare, and Vatar 000786 of Light on vulnerability of Beat-Strassed Sockeye Salaon to Predatiou by Coho salmon* (Effect 000105 Relations In the Physiology and (Energetic Responses of salmon to Teeparaturm. A Study of Some Tharaal 000718 feeding Regime on the specific Growth Rate of sockeye Salaon Fry (OUCORHYICRUS KERR A), with a Consideration 000269 Inltlmate tfpper Lethal Temperature of Atlantic salaon SAIMO SALAD I.* 000E6B Parr* (tha Rlstopathology of salmon Tagging I. Tha Tagqinq Lesion tn Revly Taqgad 000891 Purification and Properties* ( salmon Tastes Daocyrlbonuelease; Larqa-scmla 000515 Aatointerference. B. The Effect of IThe Oregon Sockeye salaon virus (1BR): A, Replication and 000387 (Effects of Logging on Grovth of juvenile ceho salaon* 000057 of Great central Lake ill. Effect an Juvenile Sockeye salmon* (The Fertilization 000786 of Heat-stressed Socksye sslnon to prediction by Coho Salaon* (Effect of Light on Vulnerability 000864 Esters by Tissues of the Aaerican Eel and Atlantic Salaon* (In vitro Hydrolysis of Folyoxyathylane 000130 of Marine Invertebrates, Marine Scalpins, and Juvenile salaon*Toilclty at Ra, 2 Dlasal oil to selected Speclas 000002 (Stages of Development of Young Salmon in the Chaikend salmon-Breeding Facility* 0008119 the Juvenile steelhead Trout, sALMa GtlRDERI, and Coho Salaon, ORCOBHYRCHUS KISOTCH* Sublethal Heat stress in 000065 River* (Food and Grovth Parameters of Juvenile Chlmook Salmon, ORCOBHYRCBns tSBAWYTSCHA, in Central Columbia 000519 pathogens of Salnonld Pish: a. selective (AEROMORAS SALHORICIDA and AEROMOMAS HYDROPRILA (LIQDEPACIRBS) as 000519 of Viraleat and Avlrulent Strains of AERO MORAS SALHORICIDA, C. Effect of (atar Temperature on OOOS19 and AER0M0R15 MYDROPRILA (LIQOEPACIRBS) as Pathogens of salaonld Fish: A. selective ABROMORAS Radium, S. 000170 (Effect of Thernml Shock on Vulnerability of Juvenile Salmoalds to Fredatlon* 000018 (Bfficmcy, Toxicity, and ResldaeB of Rlfurpirmonol in Salaomlds* G00852 (Effects of Irradiation and Temperataro on Yaun9 salmomlds* 000393 (Effect of DDT on Temperature selection of Some salmomlds* 000390 selected Tampermtare During Thermal Acclimation of soae Salaomlds* (The Course of PIRHOTBD TITLE IRDIT 21) 4Gaa-g*bbl« Ola**** of salaonidni A critical k*vl*v* 000678 PROHEIAS (Rarlncaqae) lta Change* Induced hr copper salt CUSOV* Pr*f*r«nc* of Fathead Hlnnov PIHEPHALSE ,>00599 •tie Differential 9*n*ltlvlty or vuloga Special of Salt Rtrah Epiphytic Alga* to Ionizing Radiation and 000689 Streaa on tha Cnvanalty Stractnr* aad Productivity of Bait Barak Epiphytic coaaenltl*** of Envlron**ntal 000(99 tSaaaonil Chang** la the Bait R**i*t*nc* of Vklt* Sea Brawn S*av**d* 000217 of T**pe»tar* on th* Activity of BlMfieh, PORATOROB SALTATRII L.e (The Effect 000597 In Laaglav Gobi**, BILLlcRTHfS niRABlus, fro* th* Salton S*a* (ovarian Cycling 000053 •Mspitation of Azotic Char ( SALVBILHOS ALPHIH09I fro* a High Arctic Lak** 000361 (Th* Inheritance of Tharaal nealatanc* In Hybrida of SALVEiinoa ronrmiilis (nltchllSi aad mvBLtno3 000378 of (adiothyroslna by Tlaia* no*og*nat«( ot Brook Trout, SALVEIIKOS fORTIRKLIS (nltchill)* IDelodlnatlon 000(55 (Inheritance of Tharaal n*alat(ac* in Hybrid* of SALVBIMOS fORTIVALIS and S. RAHATCUSBT 000377 Spavninq, nad fabryo Survival of th* Brook Trent, SALVBLZH09 FORTinALXS* Requirements for Hitnratlan, 00D36D of Atlantic S(l*on (9ALHO SALAMI and Brook Trout ( SALVBLIVOS FOKTIRAIIS1 as Iaflu*nc*d by various 000621 In Hyhrlda of SALVELIHOS roRTIHAUS (HltcklU) and SALVBLLRDS HAKATCOSH (Val!;auat* at TbanaU Raalatance 00037B (oiacaanlon of tk* Stat** of Rnovledg* Cone*mini Saefllng Variation, Pkyaloloqlc Toler*nc«c, end 000522 mhythalo Sviaaing Behavior of th* n*v I* a land Sand Recch Isopod PSEBDAEGA PORCTATA Thaaaon* 0002*7 Changes la tk* nalafaun* population of an tntartidal Sand l*aoh> (seasonal 00032* Olatrihntlon or Harpacticoid Copepod* on a Intertidal Sand (each* Chang** In Popolatlon Density aad Vertleal 000326 of Aabient Te*p*rat*ro oa Proliferation Bate ot tk* Sand Dollar Enbriio KR2RARACR1BD3 PARMA* •Inflame* 000069 (Egg* and larva* of northern Sand lance (AHHODTTBS DDBI0S) fros th* Scotlan shelf* 000711 and Herintlo Variation in northeast atlintic 9and tancen (AHHOOITMie •Horphologlcal 000712 •Orovth of tfa* Band Strlnp, CRARORU 9BPTEH9P1H09A, in Rhode Island* 000063 population stndl** or So** mtertidal and sablittoul Snnd-D**lllng Aiphlpods* (Ecology and 0002(8 Haapahlre* (So** Aapeeta of th* Biology of th* Jand-tel, ARHODITES TOBIiVOS I., In Langston* Harbor, 00D653 (•prodoctlv* Activity of the Interstitial Copepoda ot a sandy f*arh* • 000323 ot th* Int*r«tttlal Barpacticoid Copepoda ot a sandy teach* BRorlxonUl and Vertical Distribution 000325 afid Anneal Fluctvation of th* Intern ltial Founn in 3(ndy Botches of the Troano Area [norvayl* (tonation 000706 on a phycoaycat* troa a Hangrove Blaap at Cananala, Sao Paulo, Br*x!.L* (Physiological Studies 000923 (Responses of Toong Aaoricaa Shad, ALOSA 9API0IS9IHA, to Lav T*ap*ratur*s* 000105 Oa* or s*raa Constituents or tk* Bin* Crab, CAllintcTBS 9AP10U9, as Indicators of Phyalalaglcal Stress* (ike 000(85 la Sana Constituent* of tk* Bin* Crab, CAllinBCTBS M3PID09) Pr&* Aalno Aclda and Total Hinhydrln Positive 000(8* In serna constituent* or tk* Blue crab, catLintCTts JAPIOOSt T(tal Bar** Protein* (varintlona 000(186 Beared Larval and juvenile oolf amnion ILtnntSTBBS SARD!(A) to Artificial oradlants* ot Laboratory- 000660 th* (Distribution and fattened tggs Ahundanc* of Sardln* (SARDCMEUA ARCHOVtA) In the Eastern Beqlon of OOOC73 and tk* structvre of Spavninq Aggregations of th* Roand sardln* (SAFD'MELLA ADRTTA (V*L.)) ot th* Rorthvest 000713 JARDIREI.LA AORITA. I. Dlatrltutlon and Abundance of sardln* Egqa In th* Region of Rio da Janeiro* sardines, 000611 and survival of Laboratory-Hear«4 Larva* of th* sealed Sardine, RAFMOOtA PER3ACOLAE Good* nnd Bean* on Grovth 000690 (Distribution and Bntlaat*d Bgqa Abundance of Sardine ( SABDIRHIA At'CCOVIS) In th* East*™ Region of the 000673 of Spavning Aggregations or th* Round Sardine ( SABCKtllA AC RITA (Pal. 11 of th* northveat African Caaat 000713 (A study of th* Life History at Brazilian Rardinns, 5AR0TRELLA AHBITA. I. BiHtrlbatlon and Abundance of 000511 Abandnnc* of (A Stndy of tli* Lltf* History of Brazilian Sardines, SANDXREllA AORITA. I. Distribution and 000511 Conditions* (oxygen Constiaptlon at LinnocALARBS nACRDROS 9ara (Calanolda, Copepoda) In Relation to Environmental 000671 Seasonal Abundance of th* Copepod linnoCALAaos HACROROS Sara in a High Arctic laka* (Llfa Cycle and 000672 Ot th* Dlaptuald copepod fDDIAPTOHOS GRACILIS < Sara, 18631 * Eabryonic and Poat-Eabryonlc Dsvelopaent 000153 (Reproductive curve of th* Llxard-Msh, SADPIOA TDMMIL (Bloch), of th* East china Saa Group* 0006BB (Th* Distribution of the spawning Aggregations at th* saury (COLOiABis SAIRA (Br*v.)) In th* Pacific ocean 003588 vaters of the northern pacific* (n*productioa ot saury COLOLABIS SAIRA (Brevoorti In central and Mixed 0007(8 on th* larval Developaent of ALPHIDS BCTEROCRABIIS Say (crvstacea, Decapoda, carldaal* and Salinity 000*29 Tvo lata*tin* populations of VkCORDS LOBGICARPOS Say (Crustacea: Anoaura)* Salinity Tolaraace Batmen 000079 on the Biology and Control ot GLYPTOTERDTPBS LOBIFEROS < Say) (Clptera: Chironoaldael* (Observations 000*5* on Grovth of tha Ston* Ccab, RtRtPPt RtKEMARIA < Say)* (Ettact of Maintenance Paraeeters 000699 Variation in tne streaa Liapat PERRISSXA RKOLARIS I Sayl'Bioaass Turnover, Respiration, and Intarpopalation 000122 of tk* snapping Shrlap ALPHEBS HETERncHAELIS say, Rancad In tha Laboratory* (Larval Developaant 000(30 (9alaan Taatas Deoxyrlfconacl****: Latge- Seal* Purification and properties* 000861 of Sea Baas (DICERTRARCHOS tABRAI) on a Vast Seal** Positive Results la tha Artlflcal Propagation 000028 Growth and survival or Laboratory-Boated larvae of the scaled sard In*, RAREMG0LA PEnSACOLAE Good* and Bean* on 000(90 of the Adenosine Daaalaaee fro* a Poikllother* (Bay Scallop)* properties and Taaperatare Depead*nce 000320 of nearoseeratlm and Reproductive Activity In the Bay Scallop, AEQDIPECTEH IRRADIAns Laearck* Regulation OOOOBfi and seasonal variation of Trace Ratals In the scallops PECTIW HAZIH03 (l.l and CHLAMTS OPERCOLARIS (L. 000117 and Teaperatate an Radioactive carbon 1* Released fro* SCEREDISMDS ACIITDS in a nutrient Hadlun*Eff*ct of Light 000273 ( SCHISTOSOMA HAHSORI: Factor* Affecting Matching of Eggs* OOOOIS Parasitise of PAHDORIRA sp. by DARGBARDIA HAHRIILATA D. Schroder in an Arizona Houtaln Lake* and T**peroture on OOOOBB and Salinity an Eggs and Early Larvae of the Sclaenid Fish, BAIRDIELLA ICISTIA (Jordan and Gilbert)* 000512 and Toxicity of a Rad Tide Caused by nncrlLHCA SCIRTlLLAns (Macartney) Ehrenb., In the Coastal Raters 000556 (Bloleqy ot HEBRia MIXTA (Dintera: Scloeytidae)* 000253 the Llfa span, the Branding Hhytha and the Fecundity of SCOLELEPIS CF. FOLICKOSA (Polychstn, Spianlde) In 000306 of the Biology at Reproduction nf th* Black Sea •SCOPHTMALMBS HAEOTICOS HAEOTICDS Pallas (Observations 000636 of Internal Respiration in the Scarpiontish ( SCORPAERA PORCOS (L.)* (Seasonal Variability 0008BB of Internal Respiration In the Seotplonflsh ( SCORPAMA PORCOS (l.))» (Seasonal Variability 000B89 or the Intestinal Tissne of the scorparnlda* I SCOBPAEHA P0RCB5) and of the Troat (SALMO ailnDVERII) 000090 (oxyqen consavptlon ot th* Intestinal Tissue of the Scorpaenldae (SCQBPAEHA PORCUS) and ot the Trout (SAlHO 000090 (Seasonal variability or Internal Respiration in the scorpianfish (SCORPAERA FORCES (1.1* 000B8B (Seasonal variability or Internal Respiration in th* Sccrpiontlsh (SCORPAERA PORCDS (L.l)* 000BP9 RALMIARA ndOA, and th* shorthorn scnlpln HTOXOCEPRALBS 5CORPIOS* Relationship as Illustrated by the L«ech 000*88 ot Groundrlsh In Continental Sb*lf Haters, Rova Scotia to Long Inland* Trends and tho Distribution 00D160 (Biology of Scotlan Shall Cuak, BROSHE BR0SHE* 000596 of northern sand lance (1MM0DTTES DDBIB5) fro* the Scotian Shalt* (Bags and Larvae 000711 AORATOS) and a Stenohaline Harine Fleh (SERRAMUS 5CRIBA, SERRAM0S CABRILLA)* freshvater Fish (CARASSIDS 000181 by the Leech HALHTAVA HODA, and the Shorthorn Scalpln MTOIOCEPRALDS SCORPIOS* as Illnstrated (100*88 oil to selected Species of Harlna invertebrates, narine Scnlplns, and Juvenile Salaan* Toxicity of no. 2 Diesel 000130 of crabs fron Harine and Eatuarlne Habitats. I. SCTLIA SERRATA* (Respiratory Metabolise 000835 of the Adnlt in the Valvular Intestine of TRXARIS SCfLLtA* , parasitic on Cultured Tellovtall. XI. Growth 000572 ot the Dynanlcs ot papulation Grovth and control in Scypklstoaae of tha Scyphozoan AtJRBLXA ADRITA* 000175 of population Crovth and Control in Scyphlstaaae of the scyphotoan ADRELI1 Al/RITA*lnv«stlgatlon of the Oynaaics 00017$ Effects of Teaperature or Activity and Hortality ot the scyphozoan Medusa, CBBTSAORA 0DIRQDECIRHRA* ( 000270 (CO10LABIS SAIRA IBrev.l) in the pacific Ocean and the Sea of Japan in Relation to Surface vater Taaperatnra* 000588 (First Positive Results In the Artifical Propagation of Sea Baas (DICERTRARCHOS LIBRAE) on a Vent Seal** 00002B their Occurrences north of Cape (Description of Black Sea Haas, CBHTROPRISTIS STRIATA (IIHHAEOS), Larvaa and 000*15 (Biology of the Pygny Sea Bass, SERRAHICOLDS POHIIIO (Pisces : Serranidae)* 000332 PERHUTBD TITLE INDEX 224 •Seasonal Changes In the Salt Naal -once of Itlta Sea Brovn Seaveed* 00021T •Heat Tolerance, Orovth end Regeaerutloa In Three North Sea Bryozoans Exposed to Different Constant Toaperatares 000533 •Hydrostatic Pressure-Teaparatare Effauta of Deep- Sea Colonization* 000535 Llzard-Flnh, SAURIOL T'.-tlBIl (Block) , ot tha Eaat China Sea Group* (Reproductive Curve of the 000680 the H(labor of Circulating Basocytes ia the California Sea Hare, APLTSXA CALIP0RRICA* Effect of Teapnratnre on 000613 lamprey (HHFETBA LAHMTEI)* (rood of larval Sea Lnapray (PETRCSfZON BIRIRUS) aad Aserlcan Brook 000549 IHarlae Pollution and Sea Life* 000680 on EMergence of certain spocies of Cercariae from Black Sea BolXuaks* (Effect of Light and Hater Teaperatare 000264 the Eaergence ef son* species of Cercarlae froa Black Sea Holluaks* (Effect of Light and Rater Teaperatare on 000271 Phytoplankton in fsta#*,ets on v/LO Seasonal Cycle of Sea surface Teaperatnres, Salinities, oxygen and 000220 of the Biology Reproduction of the Black Sea SCOPBTBALBUS BAEOTXCGS HAEOTICBS Pallas ( 000636 actuations in Gulf of Halne Sea Teaperature and specific Holluscan Abundance* 0Q0213 Species* lilfit Resistance of (iaaetea ot Sea Orcbln in Relation to zoogeographleal Affinity of a 000023 of Protof 1 lasents Fcrr,''.g the Cater Doublets from Sea Drcbln Plagella* (chealcal Heterogeneity 000541 systeas vlth Different Reactions to Teaperature in Sea Orchln Larvae* (Tvo Hetabollc 000367 ITeaperatare Effects 'jn Spera Binding in the Pnrple Sea Orchln STRORGILOCENTBOTOS POBPORATOS (Stiapson)* 000005 Events of the Pronuclei in Activated Bqga of the Sea ORchin, ARBACIA P0RCT0LATA* to norphogenetlc 000O76 on the Release of Dissolved Organic Carbon by the Sea Urchin, STRONG1LOCERTBOTU3 DR0EBACHIBNS1S* 000246 Accllaatlon upon the Hetabollc Rate of tha Purple Sea Urchin, STRONGtLOCENTROTUS PORPURATUS: Alternate 000821 •Tharaostablllty of the Sex cells of Sea Urchins of Different zoogeographlc Species* 000021 of Teaparature Accliaation on tha Hetabolic Rate of Sea Urchins* (Effect 000822 •Theraal Pollution: Dse ot Deop, cold, Nutrient-Rich Sea Rater for Pover Plant Cooling and Subsequent 000308 •Variation in the Bacterial Flora In Chill Stored Sea Rater* 000787 •Teaperature and Phytoplankton Grovth in the Sea* 000237 Relations of the Red Sea, Persian Gulf and Arabian sea* (Plankton 000421 Longlav Gobies, BXLLICRTRfS HIRABILIS, from the Salton Sea* (ovarian Cycling in 000053 stock of ARGttlosoHOS NIBZ, Rurnguchl, In the East China Sea* •Reproductive Curve of the 000687 of the Naaber of Speclea of phytoplankton In the Sea* (A Rodel of the Let!eudinal Distribution 000456 ODONTOGADOX RERLANGOS (L.) froa the Northern Irish sea* (Notes on Helalnth parasites of the Rhltlng 000725 ot Sturgeons (PISCES, ACIPENSERIDAE, In the Caspian Sea* (The Role of Abiotic Pacto'Cs In the Distribution 000461 PSEODOCIAENA POLTACTIS (BLeaker), in tha East China sea* at the Klangsa province Groap of yellov Croaker, 000686 SOOAROSA ROFOTINCTA Pilsbry in the Gulf of Elat, Bed Sea*TETBACHTHAHALUS OBLITTERATOS Neveen. and TBTRACLITA 000004 Cueaon Squid, TODARODES PACIPICDS, In the East China Sea, II. Egqs, Larvae and Spavnlug Ground* (The 000733 of cladocera at a station on the Fano Coast (Adriatic S«a) During 1969. I. Prellainary Data* variations 000165 HAEoTlCttS HABOTICUS Pallas (Observations In the Sea)* of Reproduction of the Black Sea SCOPBTRALHUS 000636 of Bottoa Anlaals froa the Possyet Bay (Japan Seuj'Vertical Distribution and Cellular Heat Resistance 000894 •Plankton Relations of the Red Sea, Persian Gulf and Arabian Saa* 000421 Rates Of KLEBSIELLA AEROGENES* •» Search for clrcadlan and oltradlan Rhythas in Grouth 000779 Protoxoan plankton of the Antarctic and Subsntarctic Seas* (The 000311 A Possible consequence' of Theraal Pollution In Tropical Seas* (Clgaatera-Harlne Fish Poisoning- 000192 DIVERSICOLOR Speclaons froa the Black and the Casplun seas* of Huscles and of their Hodels of REREIS 000215 (outelchthyen: Galaxlldae)* (Breedlnq Season and Early Developaent of BRACBTGALAXIAS BOLLOCEI 000129 •A Change ot the Spavning Season In Rainbov Trout (SiiLHO GAIRDNEBI Blchardson)* 000295 EOPHADSIA PACIFICA Hansen (Crustacea) to Experimental • Seasonal and Latltudloal Effects on the Responses of 000281 on Larqeaouth Bass In Raltar F. George Reservoir* tine Seasonal Abundance of the ANCl'BOCSPHALINAE (Honogenea) 000650 Sara in a High Arctic Lake* (Life Cycle and Seasonal Abundance ot the Copnpad LMN0CALAHU5 HACRURUS 000672 and Patz, 1964 on Bluagill and Largenooth Bass* • Seasonal Abundance of GTRODACtlLUS HACROCRIBI Hoffaan 000651 DR0EBACBIN9IS (O.F. Huller, 1776). II. Seasonal Accllaatization and trchln Activity* 000616 Juveniles of Coaaon Malor Carp CIRRHIRA HRIGALA (Han.)*• Seasonal Changes In the Bloch-aulcnl Composition of the 000419 CARDIDH EDGLE L.)* • Seasonal Changos in the condition of the Edible cockle ( 000317 DOPA In Tissues of the Carp- CIPRINOS CARPIO* • Seasonal Changes in the content of Catechloaaines and 000642 Intertldal sand Beach* • Seasonal changes in the Helofauna Population of an 000324 the Intortidal prosobranch TBAis LARELLOSA (Gaalin). I. Seasonal changes in the Rate of Oxygen consusption and 000775 Brovn Saaveed* • Seasonal changes In the Salt Resistance of ahlte Sea 000217 Coaposltion of the Rata-Teaperature clrrlpede (The Seasoaal changes In Body Height and Blochealcal 000055 Dlstrlbutloa of Harpactlcoid Copepods an a Interti&al • Seasonal changes In Papulation Density and Vertical 000326 Oxygea and phytoplankton In Raddlyar •studies on the Seasonal cycle of Sea Surface Teaperateres, Salinities, 000220 Batt.* (The Envlronaeatal Control of! the Seasonal Developaent of SACCORHIZA POLTSCHXDES (Light.) 000581 callc^dae) In a High-Arctic Locality* » Seasonal Eaecgence and Activity of Mosquitoes (Diptera: 000164 GLOVER AT A Gould* » Seasonal Gonadal Changes in the Oyster CBASSOSTREA 000025 to I'eaperature and •Developaent of a Theoretical Seasonal Grovth Response Carve of CLADOPHORA GLOHEBATA 000777 •Abundance, Diversity and Seasonal Patterns of Estuarlne Fish Populations* 000523 Selected Texas (Field and cultural studies o-.i the Seasonal Periodicity of Grovth and Reproduction of 000229 In fact ion In Black Bullheads froa Clear Lake, lova* • Seasonal Prevalence ot CHONDSOCOCCUS COLOHRABIS 000097 Population ot HEBCIERELLA BNIGRATICA *Tha Influence of Seasonal Rainfall and Rater Temperature on the 000776 CtkNELLDS* lEffects of Teaperature and photopericd on Seasonal Regression of Gonads of Green Sunflsh. LEPOH1S 000411 In Boee Pond Species of 'Environmental Controls iti the Seasonal Succession and synchronization of Developaent 000700 Sforploftflsh (SCOBPAENA POBCUS |L.)* • Seasonal variability af Internal Respiration In the OOOB88 SCorpionfish (SCQRPAENA POBCUS (L.))* • Seasonal Variability of Internal Respiration in the 090889 populations to Reated Rater In the vicinity of a Steaa • Seasonal variation In the Responses of Estuarlne 000291 p-iCTIN NAXIHBS (L.) and CHLAHTS «The Occurrence and Seasonal Variation of Trace Metals In the Scallops 000117 "Pino Coast (Adriatic Sea) During 1969. I. prellalnary • Seasonal Variations of Cladocera at a Station on the . 000165 Transforations ot Energy In Saverson lake, IThe seasonal Zooplaukton cycles, production and 000161 •Tenperaturas selected Seasonally by Four Pishes froa Restern Lake Erie* 000050 •The spavnlng Seasons of Caribbean Reef Fishes* 000566 Strain of chlorella (CHLOKELLA RAGASHIHA) to Seavater an* to nigh Teaperature* of a Hlgh-Teapnrature 000380 •Blodeqradatlon of Petroleua in Seavater at L3v Tesperatares* 000031 GIGAS): The Influence of Teapecature and Enriched Seavater on oyster Survival* Oysters (CRASSOSTSKA 000071 •Persistence ot llrus and Bacteria In seavater* • 000874 •Persistence of virus and Bacte-la In Seavator* . 000873 Sodlua-Exchanqa and Extraslon Hechanises the seovutir-Adapted Flounder PLATICHTRIS FLESUS L.»,j 000490 Changes in the Salt Resistance of Vhite Sea Brcvn Seaveed* (seasonal 000217 •Photosynthesis and Respiration of Sone Arctic Seaveeds* I 000336 IThe Effects of Theraal Effluents upon Secondary Production* 000530 Ecology In the eastern North Pacific ocean: Prisary and secondary Productivities* (Plankton 000562 •Kinetic Analysis of Synthesis and Secretion of Plasaa Proteins In a narlne Teleost* 000329 Onuphidae)* •Tube-Bora- Sedlaent Relationships of DIOPATRA CUPREA (Polychaoto: 000568 • Bacterlal Decoaposlton Processes In Lake ningr.1 Sediuents During Sinter* 000101 •Bentblc oxygen Deaands cf Houston Ship channel sediments* 000659 permotbd title index 2?S of Phenol-Iiecoopoulng Microorganlsas In Haters and Sedliont',* • lnv«stlgad4no on the Occurrence 00038.' Bo production, and Tine structure at CtlLAHYDOHOMAS s?GRts froa Delta Harsh,' naultoha* on the Morphology, 00003'J; In Koddlyar Bay, Trlncoaalee In Relation to the Shore selni fishery* Salinities, oxygen and phytoplankton 000270 •Environaental Effects on Toxapheno Toxicity to selected Fishes and crust*c»iana* 0001S9 •Population studies of Selected Fishes in Three iteateJ Reservoir/! in Texas* OOOffife (Acid-Base Regulation and Tea^eratore in Selected Invertebrates as' a Fv.nctiun of Teuperatore* 000*(7f Erie* iTeiperatarcs Selected Seasonally by Four F'lshes froa (astern Lake < 000040 Sculplns, and RAcute Toxicity of Ho, 2 Menel oil to Selected Species of Harit>e Iavertebraten,, Marino 00fyi30 Salaonidu* (The Course of Selected Teaperatare During Chetual. kcc'llnatlon of Soae 000390 the Seasonal Periodicity of Growth and Reproduction of Selected Texas Benthic Marine Alqa of Light ana Temperature on Parasitism ot PANDORINA sp. by DANGEARDIA HAMMILLATA B. Schroder in an Arizona 000088 the Subterranean Vaters of Lebanon, NIPHARGUS NADARINI sp.* •Description of a New Gammarlfl Amphlpod from 000016 Coastal waters* ' »PIPPOSPRAERA LBPICA, Gen. Wo*.. N. I- sp., A Nov narlno coccolithophorid from Norv>Bgian 000790 of Medium and Cultural Teapeiatare of PITHITJR sp., A Pathogenic Fungus, of the "Akagnsare" Dlaaase of 000697 on a Rev Trypanorhynchan Larva, CALLOTEIBAHHYIICHOS sp., Parasitic on Cultured Yellovtail. XI. Growth ot 000572 •Thersal Variation of the Intensity of an ACHROHOBACTBR sp: Influence'of Rate of Increase and Decrease of 000222 of Daylength and Tewperatare on IThe Life-History of SPICELAHIA FORICIGEBA Rati, (phaeophyceao)xi. Influence 000157 •Beart Fuguency and Life span ot DAPHRIA P0LEI de Geer in spltzbnrgen* 000532 •Growth and Life- Span of OCTOPUS CTANIA (Rollnsca: cephalopoda)* 000633 SCOLELEPIS CP. FULICIROSl •preliaisaty Data on the Life Span, the Breeding Bhythm and the Fecundity of 000306 Juvenile RRABDOSARGUS BOLUBI (Stelndachner (Teleostel: Sparidae))* (Temperature and Salinity Tolerance of 000084 •Stady on Spat Collection of oyster (CRASSOSTRBA GIGAS Thunberg)* 000091 ZGHOGOBIUn SEHIDOLIHTUS (Valenciennes) * (On the Spawning and Embryonic Development of a Harine Goby, 000752 L.)) * (The Spawning cud Spawning Grounds of the Burbot (LOTA LOTA ( 000753 Conditions* •Artificially Induced spawning of the Florida pompuno Under controlled 000357 •Gonad naturation and Horaone-Induced spawning of the Gulf Croaker, BAIRD1ELLA ICISTIA* 000376 •Gonad Maturation and Hormone-Induced spawning of the Gulf Croaker, BAIRDIBLLA ICISTIA* 000333 Lacepede))* (Induced spawning of Largeaouth Bass (BICBOPTEBUS SALHOIDES ( 000133 Channels in panna, N&dhya Pradesh* •natural spawning of LABEQ BOG GOT (Sykos) i It Some Drainage 000719 Linnaeus, 1756)) in Bottom Rosts in Conditions of the • Spawning of Pike-Perch (STIZOSTEDION LUCIOPEBCA I 000061 •Incubation of Eggs fro* the Autunn Spawning of Rainbov Trout (SALMO GAIBDNEBI BichardBon)* 000296 AURITA (val.) (spawning Conditions and the Structure of Spawning Aggregations of the Round Sardine (SARDINELLA 000713 Brev.)) in the Pacific ocean (The Distribution of the spavning Aggregations of the Saury (COLOLABIS SAINA ( 000588 the Redbreast Sunflsh in Southeastern Rorth *The Spawning Behavior, Fecundity Rates, and Food Habits of 000184 Aggregations of the Bound sardine (SARDINELLA AORITA { • Spavning Conditions and the Structure of Spawning 000713 PACIFICUS, in the East China sea. II. Eggs, Larvae and Spawning Ground* (The Common Squid, TODARODES 000733 •The Spavning and Spawning Grounds of the Burbot (LOTA LOTA (L.))* 000753 in •The Egg Density and the survival of'Eggs on the Spavning Grounds of the Vendace (COREGONOS ALB0LA L.) 000580 •Investigations at the Spavning Grounds of Capelin in '1972* 000083 Eggs, and Associated vegetation 9810*838 Estimates of Spavning Herring, CLUPEA HARENGUS PALLRSI, Herring 000321 Spawning Higratlons* - 000231 Sex Batios, and Site-Age Composition of the walleye Spanning San at Little Cut Foot Sioux Lake, Minnesota 000400 Richardson) * *A Change of the Spavning Season In Rainbow Trout (SALHO GAIRDNERI 000295 • The Spavning Seasons of Caribbean Reef Fishes* 000566 (SALRO GAIRDNERI Richardson) froa the Autusn and Spring Spawning* (The Grovth Rate of Rainbov Trout 000297 SALVELINUS •Thersal Reguixements for naturation, spavning, and Embryo Survival of the Brook Trout, 000360 SEROTILUS ATROHACULATDS) in (Diet, Tlse and Place of Spawning, and Environments Occupied by Creek Chob ( 000557 Distribution of CIOHA IRTBSTINALIS L. (Tunicata) In • Spavning, Larval Settlement, Growth, BJomass, and 000307 •The Collagen Thersostability of Sose Species and subspecies of the Gadoid Fish* 000019 VII. The Duration of Esbryonlc Developnent in Five Species at Various Temperatures* Northwestern Atlantic. 000772 • Lethal and disturbing* Tesperatnres In Sowe Fish species fros Lakes vith Normal and Artificially 000366 Eastern Worth Atlantic, vith Particular Reference to species of the "PURPUREA" Group* Decapoda) in the 000256 ftybinskoe Reservoir* • Species of the Genus CHBTSOSPHAEMLLA LAUTB. in the 000046 of Envlronsental Factors oa the Growth of a Halophylic Species of Algae* (The Effect 000B3D of Light and Water Teaperatare on the Eaergence of Soae Species of cercariae from Black Sea Hollusks* (Effect 000271 of Light and Water Tenperature cn Emergence of Certain Species of Cercariae from Black Sea Rollmsks* (Effect 000264 of Arglninekinase and of Aldolase in two Related Species of Crayfish* (The Heat Resistance 000638 and Synchronization of Developnent in son Pond Species of Dasselflles (odonata: zygoptera) * Succession 000700 Tesperature and Baylength on Nynphal Development In Tvo Species of Dasselflies (ODONATA: ZTGOPTERA)* Effects of 000379 Acclination npon Glucose-6-Phosphatase Activity in Tvo Species of Free-Living Nematodes* (The Effects of cold 000163 •Grovth, Cell Division, and Fragaentation in a Species of FLEXIBACTER* 000635 •Thernal Tolerance of Two Species of GABNAR0S* 000743 Hysenosoaatidae), Juvenile Coho Set lion and Benthlc It\»«rtabrat«.fl In Rodal streaa Coiaunltlan* I Effects of Elevated Tuwpecat.uro on 000163 o 1 Gas-Bubble OLnaano In the flea tod Effluent of a strsa* Generating station* (First Deported tncldenco 000197 Respiration, and Intarpopalation Variation In the stress Liapet FERRISSIA RIVULARIS (Say)* Turnovur, 000122 of tho Aldsrfly, SIALI3 AEO'IALIS Banks, In an held nine Stress* (The Life History 000875 on Bacterial Populations of a Non-Polluted Moving strea** ITheraal Loading Effects ooomo the Abundance of Drifting Invertebrates in a Mountain strea**9ALno TRUTTA and sALno GAIRDNERI) in Realtlon to 000230 * Kltrogen Excretion in STRI.PT0CEPHALB3 DICBOTOMH3 Batrd, (Crustacea: Anostraca) 000076 PUGILATOR* (Teaperaturo-Sallnity Stress and Maccury Uptake in tha Fiddler Crab, UCA 000838 and coho ssoae Physiological Aspects of Sublethal neat strasa In the Juvenile steelhead Trout, SALHO GAIRDERI, 000849 (Death Induced by Infection Stress In Cold-Accllaatod Goldfish, CABASSION AURATUS* 000820 (Bate of Species Diversity Restoration Following Stress In Freshwater Protozoan Coaaunitles* 000120 (Blocheaical Effects of Tesperature and Nutrative Strasa In MYTIL0S EDOLIS* 000263 (Assossaent of Metabolic Cospensatlon to Thersal Stress in Poikllothoras-A Critical Evaluation* 000610 (Molecular and Cellular Events Initiated by Thorsal Stress in PSEODOHONAS F1IJ0HZSCEH3 (P7)* 000299. CONIOPSIS CRUENTATA ( (Besponses to Besplrstory Stress in Relation to Blood plgmnt Affinity In 0008B7 (Tha Effects of Teaperature and Radiation Stress on an Aguatic Microecosystea* 000691 Salt Marsh Epiphytic (The Effects of Envlrouaental stress on the Coaauntty structure and Productivity of 000059 ISvisaing Ability and Effects of Stress on the eul-ut Lahesuckar (CHASMISTES CUJ03 Cope)* 000031 (Effects of Theraal Stress on Gill Ventilation and Heart Rate in Plshas* 000667 Acid Levels* (Theraal and Thernal Exertion stress to Fish Measured in Blood Glucono and Lactlu 0CC707 Responses of Teleost Fish to Exercise and Thersal stress* (Ventilatory 000137 by Plddler Crabs Exposed to Teaperature and Salinity stress* ICadalua Uptake 000591 MYTILOS EDULIS L. Induced by Tesperature and Nutritive stress* (Physiological Changes in 000063 Marsh Epiphytic Algae to Ionizing Radiation and Thersal Stress* sensitivity of Various Species of Salt 000689 to Body Tesperature Chanqe, Desiccation and Osaotlc Stress* (Clrrlpedla, Lepadoaorpha) 1. Tolerance 000261 slaultanaousiy Exposed to Teaperature and Zinc stress* of Bluegiils (LEPoni" MACROCHIRUS FaflneBque) 000123 CALLINECTES SAPIDUS, as indicators of Physiological stressMTVe Use ot Serua ConstlCuents of the Blu* crab, 000085 River steelhead Trout (SALHO GAIRDNERI) To Thoraal stresa*of Theraal History on the Assistance of Caluabla 000708 Accliaation on Physiological Responses to Handling Stress, 'Cortisol and Aldosterone Injections in the 000827 (Effect of Light on Vulnerability of Heat- Stressed Sockoye salaon to Predatton by coho Salaon* 000786 PH as a Factor in Apparent Survival of Sublethally Stressed leasts* (Plating Nadtu* 000575 Characteristics of the (Effect of the Degree of Stretching of tbe Heart on tha Tberaoinotropic 000682 of Cape (Description of Black Sea Bass, CENTROPRISTIS STRIATA (LINNAEUS!, Larvae and their occurrences North 000K15 tnmuccias MERLGCCLIS L.) , eague (BOOPS HOOPS L.) , Striped Mullet (!WIL03 BABBAT0S L.) , and Pandora ( OOOOW II. (Theraal Adaptation in the Boreo-Arctlc Echlnold STRONOLYOCENTROTUS DR0EBACHIN5IS (n.F. Muller, 1776). 000616 Release of Dissolved Organic carbon by the Sea Orchln, STRONGYLOCENTFOTUS DROEBACHIENSIS* observations on th* 000206 Effects on spera Binding In the purple sea Orchln STRQNG1LGCENTR0TUS PORPURATnS (Stlspson)* (Taaperature 000005 upon the Hetabolic Rate of the purple Sea Orchln, STRONGILOCENTROTUS P0BpORATOSI Alternate Interpretations 000821 (Teaperature Effects on the sorption of Ceslua 137, Strontlaa 85, and Zinc 65 by Frashvater Shrlap* 000328 Chua (ONCORHTNCHBS KETA (Ralb.)) - Ecology, Population structure and the Modeling of tbe Population* Kuril' 000380 Oregon Coast* (Six* Structure and Grovth Rate of ZUPHAOSIA PACIFICA off the 000736 IThe Effects ot Environaental Stress on tbe coaaunlty structure and Productivity of Salt Marsh Epiphytic 000059 (Observations on the Norphology, Reproduction, and Fine Structure of CBLAHYDONONAS SEGNIS fro* Delta Harah, 000039 (SARDINEILA AURITA (Val.)) (spavning conditions and tha structure of Spavning Aggregations of tha Round Sardine 000713 Visualization of Reversible Transitions in Bloaeabrana Structure Induced by Teaperatura*TETR ANYHEN II Direct 000761 III the Effect of Teaperatare on Mesbrane Cora Structures and Fatty Acid coaposition of TETRARYNENA 00087B LacepedeXEffects of Teaperature on Developing Herlstlc structures of Sasllaoath Bass, HICROPTERUS DOLORIEUI 000805 • (Tha Hlgratlon of sturgeons (ACIPENSERIDAE) tn tha Volga During tha winter 400610 (The Role of Abiotic Factors in the Distribution of Sturgeons (PISCES, ACIPER3ERIPAE) In the Caspian S*a* 000061 the (Effect of Teaperatare and Keeping Tlaa of Faaala Sturgeons in Captivity on Rataratlon of Oocytes Under 000186 Heated Effluents on the Copapod, ACARTIA TONSA, fros a 5ub-Tropical Bay and Soae Problems of Assessaent* of 000655 (The Protozoan Plankton of the Antarctic and Sabontarctlc Seas* 000311 (Biological Productivity ot Tvo Subarctic Lakes* 000868 LIRBUA (Ablldgaard, 1799) ( (The Mechanises of Subttanaous and Nesting Egg Production tn RESOSTOHA 0003(0 on the Growth of Nieroorgaaisas in lhe Presence of Sublethal Concentrations of Cheateal Toxicants* 000287 Erythrocyte and Bacterial Antigens. II. Effect of Sublethal Dos** of line on th* laanna Faapons* to viral 000695 Consuaption of CHANNA (Bffact of Teaperature and Sublethal DDT Treatsant on th* Brain Tissa* oxygen 000395 SALHO GAIWDERI, aad Coho (Soae Physiological Aspects of Sublethal neat Stress in th* Juwnil* steelhead Trout, 000809 tha Rainbow Troat (5ALM0 GAIPDNEPI)* (Efftcts of Sublethal Tharaal shock os th* Blood Sara* Frot*lns of 000305 (Plating Median PH as a Factor in Apparent survival of Sublethally Stressed Yeasts* 000575 ((aspiration at a Scbllttoral Coaaanlty* 000738 (Ecology and population Studies of Sons Intertldal and subllttoral Sand-Dvalllng Aaphlpods* 000208 In Relation to vertical Zonation In Littoral and subllttoral ssails* (RE*plr*tory Adaptability 000529 (The Collagen Theraostabllity of Soae Species and Sobapecles of th* Gadoid Fish* 000019 SAPIDUS: Free Aalno Acids and Total Nlnhydrln Positive substances* constituents of tha Blue Crab, CALLIRECTES 000*80 (The Influence of Taaperatara on Substrate-Affinity ot Lactata-Oehydrogenas* fros Fish*** 000850 (Yolk-Sac nalforutlon In Pacific Salaon In Halation to substrate, Taiparatur*, and wstar Velocity* 000236 Perltrich cillat* (Effect of Algal Exudates on substrata* Selection by Rotil* Telotrochs of tk* Rarls* 0000(8 (Description of a Nev Sanaarld Aaphlpod froa tha Subterranean (atars of Lebanon, RIPHARGOS NADANINI ap.* 000016 Hetabullsa tn Hypopbysectoatxed Kllllflsh at Subzaro Teaperatures* RETER0CLIT03) IV. Carbohydrate 000825 Pond Species of (Environaantal Controls In the seasonal succession and Synchronization ot Devalapaent in sale 400700 to Blae-Grean Algal Blooas* (Phytoplankton succession In a Eutrophic Lake vlth Special Reference 400((7 (R1SGURN0S FOSSILIS L.| II. Halate Dehydrogenase and Succinate Dahydrogasasa* Pattern en Pond Loach 000539 ot the (The Effect of Teaperatare (ccllaatian apon Succinic D*hydrog*naa* Activity fro* th* Epaxial nascla 000330 ot tbe (The Effect of Teapenture Aecllaattcn Upon succinic Dahydroganaa* Activity froa th* Epaxlal Mascl* 004)15 (Trasatoda: Opacselldaa) A Parasite of tha Bog Sucker, HYPENTELI0N Nicli NS in th* Honocacy Rlv*r 004)44 on Factors Affecting Survival of wile rtsh in th* Sudan, rr. fha Effect of spvratar** Mtadi** 9S04V5 of Adalt EuUchon (TRALBICN1RTS FICIFICOS) Sab1act*d to Suddvn Incx*as*s In Rat* aaperitur** (Mortality 9000N5 In an Bnvironaant of Varlabl* *Th* Ecology of th* Snlfata-Nadaclaq Bacteria. .1 a Marina Bovlroanant and 00082B (Effects ot Hydrogen sulfide on Fish Egg* and Fry* 0447)9 Tea para tar* sulfur oxidation by Natural Populations of 5ULF0L0BU5* (Nigh- 400459 IHlgh-Taaparatvra sulfur Oxidation by lateral populations of S0LP0L0B03* 044559 on the Caltare of Lanlnarla. 2. On the Tida Ovar the sasaer of Caltl*at*d LAR1RARIA RBLIGI0SA Ruyab* t* (ara 000140 on Grovth and Energy Utilization of Juvanil* iluosar rloundar, FANALICBYMYS DENYATUS* Availability 000619 an th* Continental Shalt Betve*n (Th* Distribution of Suaaer Flounder, PANALICMTRYS OERTATOS, Egg* aad Larvae 440744 in tha eolaabt* Fiver N*ar BonMvlIl Da* During th* Sa*a*r Run of 1955* of ai cMasak Saleon 000416 et Taaparatara on N*apan*a of the Gonad* of Gr*an Sunflah (LiroBIS CYARELLSg) to Treatnnt with Carp 000010 opon th* (cat* toxicity of Zinc to th* Blutglll Sanflah (LEFORIS RACTOCNINUS R(f.)* and T**p*r*t*r* 00012% Fecundity (at**, and Food Habits of th* Badbraaat sanflak in So*th*4*t*rn Natth Carolina* Behavior, 00018a PEHRUTED TITLE IBDEK 7)0 Rffectfl on Eggs, Larvae and .juvanllaft of Bluaqlll Runfloh* ITheraal 00(1000 Photopnrlod on Seasonal Begreonlon at aonad* of Green lunflah. IFFOKIfi cTloettus* •tttact* of T*ap*rotur* and 000011 Experltentnl istudlis on th* Oo*faln*«t at tfia Rlu«qill iTonfiah, ueanr* MCRocnrRffs Mflneagov, a* an «0009« aaaeivoltn In »lge, drouth and condition of Rlueglll Sanflah, LRFORts RkCRocniROS Ratln**ga», in Poor Haatad 000714 Carbohydrate Rataballn* In •Physiological Stadlan on SU par cooled Rllllrlnh (FORDnLtlS HBTEBOCLITOS) IV. 00nfl25 01 l*oll on tha Clraation of Rov***nt of th* Sapralittoral Onatrnpod LITTOBlRk IRR0RRTB* 000090 Phytoplankton In *3tu4l*a on th* s*as>mal Cycle of a** Surface T«*p*rotur«*, Saltnitlaa, 0ayg*n and 000320 tha pacific Ocaan and tha San at Japan In aalatlon to Surface Vater Teaperature* (cnLoiaRtS RATRA (Br*v.|l in 0004RB tha Ohio Rlv*r 1072* acontlnuad Surtaillanc* of Th*r*al ctfacta of Pover Plant* along 000101 •Sport Fishing Sur>*y at th* Point Raach nuclear Pover Plant* 0007&2 th* patutont Entuary, Raryland* in sport Flaking suney in th* Vicinity of a st*na Rlactric Station on onoatR •Thtraal Effects on survival and Prndation for So** Fug*t sound Flnhan* 00077k Requlraa*nt* for Maturation, Spanning, and Eabryo Survival or th* Brook Troat, saiVBLIRRs FORTlRaiTS* 000160 •Tk* •osaotlc Behavior of Bacterial Protoplasts: Teaperature Effects* 000232 9Brackish-Rater phytoplankton Response to Temperature Elevation* 0001311 Paraffin by Rarlne least* (Studies on the Lov Temperature Fermentation. Part III. Utilization of n- oooodg VIRERS L. and Haddock NELANOGRABHUS AEBLEFIRUS L. under Teaperature Gradient conditions* L., salthe FOLLACHIUS 000709 VALOHIA neabcane System* ITha Effect of Various Tnmperature Gradients on the Flux of Hater through 000803 (Effects of an Unusual natural Temperature Increase on a Baltic Soft-Bottoa coaaunity* 000020 of Identical Bioassays of Hinnovs Subjected to Instant Temperature Increase* •Variation in Results 000396 CRASSOSTREA VIRGINICA)* tEffects of Brief Teaperature Increases on Larvae of the Anerican Oyster ( 000201 •Effects of Teapecature lncresents on Juvenile steeihead* 000598 Coordination in pARAHECiun* t Tespecature Influence on ciliary Beat and Netachronal OOOOB9 Fioodvatar Rosqalto ABDES nzgrqhhCDtTS »P»iotoperlod and Teaperature Influences on Diapause In Eggs of the 000525. •The Upper Tesperatura Halt for Eukaryotle organisas* 000790 Helobenthlc ollgochaeta. Incidence of the Salinity and Teapeiature Paraaeters on the Bespiratory Hetabolism of 000*151 PRONELAS (Rafinesgaej and its Changes Induced by • Teaperatare.Preference of Fathamd"nlnnom FIREPBALSE 000599 • Teaperature Regulation in Fcee-sviaaing Bluefin Tuna* 000132 '• their Incidence on Ecology (0. The Reproduction of IThe Teaperature Relations of Soma Freshwater planarians and 000611 their incidence In Ecology. 6. DUOBSIA TXGRINA* (The Teaperature Relations of Soae Freshvater Planarians and 000681 TANTTARSUS DISSIBILIS (Diptera: Chironosldac)* • Teaperature Requirements and Life cycle of the Nidge 0005711 for Juvenile Ssallaouth Bass (NICRCPTERBS ICrovth Temperature Beqalreaents and Lover Lethal Tenperatures 000365 Northern Pike, ESOX LUCIUS (Llanaeoa)v I Teaperature Reguireaents for Eabryos and Larvae of the 000359 larval fish Food organlsa* loptlmtim Light and Teaperature Requirements tor. GYRNODINIUH SPLERDBHS, 000801 Channel Catfish froa Flngerllngs to Harket site* I Teaperature Requirements for High Density Rearing of 000020 Feelers of »0n tha Effect of Actinosyein D on the Teape'rature Resistance of the ciliary Epltheliua of the 000052 •The Effect of Sose DDT and Nethoxychlor Analogs on Teaperature Selection and Lethality in Brook Trout 000298 •The Effect of soae DDT and Nethoxychlor Analogs on Temperature Selection and Lethality in Brook Trout 000266 Perch (PEBCA FLAVESCENSI Acclimated to 21 C* I Tesperature Selection by Juvenile and Adult Tellov 000518 and Brook Trout (SALVELIHUS FONTINALIS) as influenced I Teaperature Selection of Atlantic Salaon (SALHO 51LAR) 000621 •Effect of 00T on Teapecature Selection of soae salaonids* 000393 Intertidal Cnuphld Polychastes* f Teaperature Sensitivity of Hetabolisa in Offshore.and 000500 to Seavatnr and to High •Acdiaatlzatlon of a Hlgh- Teaperature strain of Chlorella (CHLORELLA NAGASHIHA) 000380 « •Fish Body Teaperature Studies at the Point Beach Thecaal Dlscharqe 000763 SBLP01OBUS* IHigh- Teaporature Sulfur Oxidation by Natural populations of- 000559 a Fev Protozoans* •Llaits of Tempexature Tolerance and Hydrogen Ion concentration of 000000 •Studies of tbe Teaperatura Tolerance in Snail, CBIPTOZONA SEHIStJGATA* 000501 AFFINIS (Balrd and cirard)* • Teaperature Tolerance of tbe Rcsqultoflsh, GAHBUSIA 000601 in Continental Shelf Haters, Nova Scotia to Long Island* Teaperature Trends and the Distribution of Groundfish 000160 Ions* (The Effect ot Increased Temperature upon the Acute Toxicity of soae Heavy Netal 000658 Blueglll Sunflsh ( 'The Effects of pR, Solubility and Teaperatura upon the Acute Toxicity of zinc to the 000126 Transients in CBIOBBLLA 1ULGABIS at Different Teaperature uslnq Radioactive Carbon Dioxide* 000207 Physiology and •Enerqetlc Responses of Salaon to Teaperature. A study of Soae Theraal Relations In thn 000105 •Heterogeneous Aeclisation of Fish to Teaperatare* 000201 of the Cackle CERASTODENnA EDULE in Relation to Teaperature' (Aerial Respiration 000098 Adult PBTRontZON NAB1NUS in Relation to Body Height and Teaperaturr* (Oxyqen consuaptlon of 000060 Teaperature In selected Invertebrates as a Function of Temperature* •Acid-Base Regulation and 000370 survival of Nile PlBh In the Sudan. II. The Effect of Temperaturs* •Studies on Factors Affecting COM 95 Chlorella (CHLORELLA NAGASHIHA) to seavater and to High Teaperatariv of a High-Tea para tare strain of 000380 Treated CHLORELLA PTRENOIDOSA as Influenced by pH and Teaperature* •perneability Changes in Dlchlone- 000702 froa Lakes vith Noraal and Artificially Elevated Teaperatura* Temperatures in Soae Fish Species 000366 Carp CIRRHIRA REBA (Baa.) in Relation to Day-Length and Teapeiatsre* of pituitary Horaone Injection on the 000B36 Transitions in Bloaeahrane Structure rndaced by Teaperature* II Direct visualization of Reversible 000761 froa Visakhapatnan Harbor: Effect of Salinity and Teaperatare* laphlpod COBOPHIUH TRTAENOHTI Stebblnq 000727 Salaon (ONCORHTNCHUS NEHICA) in Relation to size and Teaperature* and Critical Svianing Speeds of Sockeye 000107 ocean and the Sea ot Japan in Relation to surface Hater Teaperature* (COLOLABIS SAIRA (Brev.)) In tha Pacific 000588 PACIFICUS) subjected to sadden Increases in Vater Teaperatare* •Noctallty of Adult mlachan (TRALEICHTHTS 000085 VITREUR VITREON, as Affected by Size, Diet, and Teaperature* and Assiallatlon for Halleye, STIZOSTEDION 000013 SALN0IDES1 vlth Feeding in Eolation to Body Height and Taaperature* and Grovth of Largeaouth Bass (HICROPTERUS 000579 of the Trout (5ALR0 GAIRDNERI1) as a Function of the Temperature* of the Scorpaenldae (SCDRPAERA PORCUSI nnd 000090 STELLATUS in Response to lov Oxygen and High Tempetature*DynatlcB of the starry Flounder PLATICRTHTS 000807 1. The Distribation of the Hooking Depth and Rooklag Temperaturevplsblng Efficiency of of the tuna Longllne. 000606 and Ralate Dehydrogenase Isozyme Patterns in Tissaea of Temperature-Acclimated Goldfish (CARASsiOS AURATOS I.)* 000866 Plant siting. Operation, and Other Considerations* • Teapetature-Blological Aspects Related ta Nuclear Paver 000075 Sodlua of the Gill Epithelio* of the Eel ANGOILLA • Temperature-Dependence of Peraeability to Hater and to 000560 on the Nnaber of Vertebrae vith Special Reference to Tctmperature-Effective period lu the Redaka (oryzlas 000590 Lake Erie 1968* lAlgae- Teaperature-Ratrlent Belatlanshlps and Distribution in 000327 Sensltivity in ROPPIA HARITIHA L* • Temperature-Related Respiration Rates and Tberaal 000506 Fiddler Crab, OCA PBGILATOR* • Temperature-Salinity Stress end Nercary Uptake in the 000838 populations of piGURUS LONGICARPUS Say ( 'Variation In Temperature-salinity Tolerance Betveen Tvo Estuarine 000079 Nutants Ot PABAHBCION AURELIA* • Teaperatare-Seasitive Pavns: Conditional Behavioral 000101 the ftaxlna vood-Borlng Isopod (The Effects of salinity, Temperature, and Dissolved Oxygen on Reproluctlon of 009102 of the Dinoflagsllate (The effects of Liqht, Teaperature, and Salinity on the Grovtb and Horphology 000783 in pacific Salaon in Relation to Substrate, Temperature, and Rater Telocity* (Folk-Sac Balforsation 000236 Paraaetern on the Distribution and IS0*3 Influences of Teapetatare, Bacteriophage, and other Ecological 000056 Aneaone ACTINIA TEREBROSk Fargahar ( ISoae Effects of TeBperatuce, Desiccation, and Light on the Intertidal 000600 physiological paraaeters of the Lobster (Effects of Teaparatcre, Food, and starvation on Several 000770 and Energy Utilization of juvenile Saaaer (Effect of Teaperatare, Salinity, and Food Availability on Growth 000619 Algae: An Experlaental study. III. Effects of Teaperatare, Vltaain Requirements and Inorganic 000558 (Rater Teaperatures and Riqration of Aaerican Shad* 000857 Reproduction of tha Hood-Boring (Effects of Varying Teapetatares and Salinities on Settleaent, Grovth, and 000226 •Activity of Psychrophlllc Bactaria at lo» Teapematures and Varied Hydrostatic Pressares* 000390 ractocs'RResistance of Eggs of ARTEHIA SALIRA L. to Lov Teaperstarao as Related to several Chosen Bnvlronsental 000303 of Eggs Of TBIOPS CARCRIIORRIS (Bosc.) to Con Teaparatares as Related to several Chosen Bnvlroaaental 000302 •Grovth Teaperature Bagalreaents and Lover Lethal Teapetatare s for Juveaile Saallflouth Bass (RICROPTERUS 000365 and a nethod for Approxinatlng Transient Envlronnental Teaperatarea in the Near-Field Regicn of a Tharnal 000630 Normal and Artificially >Lethal and •Oisturblug' Teaperaturas in sons Fish Species tron Lakes vlth 000366 •Life Cycles at Lov Temperatures in Soae Free-Living Rairlne Naaatodes* 000275 •Body Temperatures of Black-Tip sharks CAkCHABBINOS LIRBATBS* 000765 HOHARUS AHEBICARUS •Developaental Rates at Farlous TesFer^turea of Eabryos of the Northern Lobster ( 000617 Animals* •Hathod for Indirectly Defining optlana Teaperaturea of Inhabitancy for Rarioa Cold-Blooded 000289 BACILLUS SfEANOTRERROPRIlUS (The Effect of Grovth Teaferatacas on the In viva Ribose Hethylatloa of 000910 pebhtjted title index 230 Aminotransferase •The Effect of Acclimatisation to Lov Teaperatures on the L-alaaine: 2 oxoglutarate 000538 Grass Carp •A Note on the Effect of Lovered Temperatures on the Survival ol Eggs and Fry of the 000710 •The Effects of Lov Temperatures on Eggs af AEDES AEGTPTI (I.)* 000520 of the Snail HARISA CORNOARIETIS (L.) to Extreme Teaperaturos under Laboratory Conditions* •Tolerance 000196 Western Lake E.cle* » Teaperatures selected Seasonally by Four Pishes from 000050 •Blodeqradatlon of Petroloua In seavater at Lov Temperatures* 000031 of Toumi American Shad, ALOSA SAP1DISSIMA, to Lov Teaperatures* (Responses 000106 on the Grovth of Bulgarian strains of Algae at Various Teaperatures* (A Research 000203 of CORALLINA OFFICINALIS (Rhodophyta) at Different Temperatures* (Growth Rates 000159 Sequences of ZYGONECTES NOTATDS at several Teaperatures* (Developaental 000371 In the Blue-Green Alqa ANACYSTIS NIDOLANS at Different Teaperatures* (Photorespiration 000209 of spectral sensitivity of the Goldfish at Different Temperatures* (Behavioral Measure 000805 Carp (CIRRHAMA MRIGALA1 Under Different Envlornaental Teaperatures* (Breeding of an Indian 000181 Systea of Goldfish to Ionizing Radiation at Different Teaperatures* (Responses of Coll Beneval 000238 UCA (Crustacea: Decapodal Accliaated to Tvo Temperatures* (Respiration In Eyestalkless 000731 (Diptera: cullcldae) In Relation to Different Constant TeaFeratures* Development of AEDES (0.) 5TICTICUS 000816 Trout (SALHO GAIRDNERI IRIDEOS (Glbb.)) at Different Teaperatures* 'Embryonic Development of the Rainbov 000812 Carboxylase in Harlne Algae Grown at Different Temperatures* and Activities of Rlbulose Diphosphate 000555 CTARIDIDH CALDARIGH on Nitrate and Aaaonla at Different Teaperatures* (Coaparative Grovth of the Theraal Alga 000663 Hetabollsa In Hypophysectoalzed Kllllflsh at Subzero TeaFeratures* (FUNDOLUS HETEROCLITDS) IV. Carbohydrate 000625 of Eahryonlc Developaent In Five Species at Various TeaFeratures* Northwestern Atlantic. VII. The Duration 000772 Three North Sea Bryozoans Exposed to Different Constant TemFeratures*Heat Tolerance, Grovth and Regeneration In 000533 Koddlyar (Studies on the seasonal Cycle of sea Surface Teaperatures, salinities, oxygen and phytoplankton in 000220 •Oxyqen Dissociation Curves of the Blood of the Tench TINCA TINCA* 000227 and Llqht on the Intertidal Anesone ACTINIA TENEBROSA Farquhar (Cnldarla: Anthozoa]* Desiccation, 000600 Beport of self-Fertilization In Wood-Boring Family TeredInldae (nollosca: Blvalvla)* (A Plrst 000225 Properties* *Salaon Testes Deoxyrlbonuclease: Large-Scale'Purification and 0008B1 FUNDUMJ5 HETEROCLITUS, Treated vith Hamaallan Grcvth • Testis Stlaulatlon In Hypophysectoalzed Hale Klllifish, 000626 CYANELLUS) to Treataent with carp Pltultarlos and Testosterone Propionate* of Green sunfish (LEPOHIS 000010 SOUAMOSA RUFOTINCTA Pllsbry In the (The donation of TETRACHTHAHAI.nS OBLITTERATDS Revaan, and TETBACLITA OOOOOU Eonatlon of TETRACHTHAHALOS OBLITTEBATHS Newman, and TETRACLITA SQUAMOSA RUFOTIHCTA Pllsbry In the Gulf of OOOOOU Heabrane core structures and Fatty Acid coaposltlon of TETRABfHERA cells* III the Effect of Teaperature on 000878 •Blochealcal characterization of TETBAHIBENA PIRIFORMS Catalasa* 000107 •Teaperature Effects on Maturity periods In TETRARTNERA PIRIFORMIS Syngen 1* 000618 Effect of Tenperature on Nucleotide pool Formation in TETRAHINENA PYRIFORHIS* (The 000187 of nuclear Instability by Growth at Hlqh Tenperature In TETRAHYNERA PIRIFORMS* (Enhanceaent 000087 Transitions In Bioaenbrane structure •Membranes of TETRAHIMERA: II Direct Visualization of Reversible 000761 core structures and Patty Acid IfSeabranes of TETRAHTNENA: III the Effect of Teaperature on Heabrane 000878 Periodicity of Growth and Reproduction of selected Texas Benthlc Harlne Algae* studies on the Seasonal 000229 of a Theraal Effluent on Aguatlc Life in an East Texas Reservoir* (Effects 000701 of selected Fishes In Three Heated Reservoirs In Texas* (population Studies 000880 Crayfishes PBOCAHBARDS ACUTUS and PROCANBAROS BIN EI In Texas* (Life Histories of the 000011 Activity at a waravater Discharge into Galveston Bay, Texas* (Annual Cycle of Sportflshing 000006 Grovth and Feproductlon of FQLYSIPKOHIA DENBDATA froa Texas* (Field and cultural oservatlons on the 000228 nACROCHIBUS Raflnesque, in Four Heated Reservoirs in Texas*Grovth and Condition of Blueglll Sunfish, LEPOHIS 000715 PONOXIS ANNULARIS Raflnesgue, in Lake Nasvorthy, Texas, a Resisrvoir Receiving a Heated Eftlaent*Crapple, 000893 Reproductive Physiology of the Intertldal Prosobranch THAIS LAHBLLOSA (Gaelln). I. Seasonal changes In the 000775 In Rater Teaperature* •Hortality of Adult Eulachan ( THALEICHTHYS PACIFICUS) sublected to sudden Increases 0000B5 •Features of Heat Exchange Between the Thallus of Harlne M&crophytes and the Vater* 000210 of the Phyllopod Crustacea TBIOPS L0NGICAUDAT3S and THAHROCEPBALUS PLATIURUS Inhabiting Desert Epheaeral 000350 CLAPOPHORA GLOREBATA to Teaperature tDevelopaent of a Theoretical seasonal Grovth Response curve of 000777 and Early Larval staqes of the Alaska Pollack, THBRAGBA CHALCOGRANHA (Pfillas) * In the Developaental 000315 Blood Glucose and Lactic Acid Levels* • Theraal and Theraal Exertion stress to Fish Measured in 000707 0. POGILATOB (Crustacea, •Horaoaal Involveaent In Thetaal Accllaatlon In the Fiddler Crabs UCA PUGNAX and 000730 •Glucose-6-Phosphate Dehydrogenase and Thermal Acclimation In the Mullet Fish* 000355 Freshwater Pish, Metabolic Coapensatlon During Thermal Acclimation in the Tissues of a Tropical 000609 •The course of selected Teaperature During Thetaal Accliuatlon of Some Salmonlds* 000390 consumption and Temperature In *The Influence of Thermal Acclimation on the Relation Betveen oxygen 000577 Hand11nq stress, Cortisol and Aldosterone •Effects of Theraal Accllaation on Physloloqlcal Responses to 000827 STRONGLY0CENTR0TD3 DRDEBACBIH5I5 (O.F. Huller, 1776). » Thermal Adaptation In the Boreo-Arctlc Echinoid 000616 the Benthlc Algae of the Flrehole River* (Effects of Theraal Additions from the Yellovstone Geyser Basins cn 000100 tfee Bacterioloqy of the Flrehole River* (Effects of Thermal Additions from the Yallovstone Geysor Basins on 000892 at Different Temperatures* (coaparatlve Grovth of the Thermal Alga CYANIDIOH CALDARI0H on Nitrate and Ammonia 000663 Jellyfish (AURELIA COERdLEA! and their Relation to its Thermal BehavlorXThermal Proparties of the Collagen of 000660 in the pearl Islands (Gulf of Panaaa) In Relation to Thermal conditions* •Distribution of Coral Reefs 000285 ( Theraal Cyanophyceae froa South Orlssa* 000612 Evidence for Protein Denaturatlon as the Cause of Thetaal Death* *0uantltative 000670 Rerve Cells of the (Age-Dependent Differences In Theraal Oenaturatlon of Rucleoproteins In situ In the 000839 (Utilization of Theraal Discharge froa Pover Plant Condensers* 000639 (Fish Body Temperature studies at the Point Beach Theraal Discharge* 000763 Teaperatures in the Near-Field Region of a Theraal Discharge*Approxlaatlng Transient Bnvlronaental 000630 RAPAX Salth and U. PUGILATOH* (The Theraal Ecology of Tea South Florida Fiddler Crabs: UCA 000705 Trout and Blueglll* ( Theraal Effect on Feeding Caapetltlon Between Rainbow 000095 1972* (Continued 5urvelllance of Thermal Effects of Power Plants Along the ohlo River 000303 Bibliography of 1972 Literature* « Theraal Effects on Aguatlc Orgaalsms - Annotated 000173 • Thermal Effects on Ecological systems* 000059 Blueglll sunfish* • Thermal Effects on Eggs, Larvae and Juveniles of 000009 Paget sound Fishes* • Thermal Effect? on Survival, and Predation for Soae 000776 •Indexed Bibliography of Thetmal Effects Llterature-3* 000551 • Thermal Effects* 000172 Reservoir* •Effects of a Theraal Effluent on Aguatlc Life In an East Texas 000701 Algae, Grazing Files ( SEcology of Yellowstone Theraal Effluent Syateas: Intersects of Blue-Green 000860 The Responses at the Blots of Lake Rabaaun, Alberta, to Theraal Effluent* • 000589 •Possible Effects of Theraal Effluents on Fish: A Revlev* 000780 •The Effects of Theraal Effluents upon Secondary Production* 000530 • Thermal Environment of a Death Valley Pupflsh* 000571 (The Response ot Fish to a Modified Theraal Environment* 000195 Glucose and Lactic Acid Levels* •Thermal and Thermal Exertion Stress to Pish Measured in Blood 000707 Island, Rev Zealand* (Microbiological Studies on Thermal Habitats of the Central Volcanic Region, Earth 000110 PBRROTED TITLE IRDEZ 235 Steelhead Tcoat (SALHO GAIRORERII To Theraal (Effect of Theraal History on the Resistance of Coluabla River 000708 Hacroinvertebrates in the Rabash River* (The Effect of Theraal Inputs on the populations of rlsh and 000266 • Tharaal Inputs to Rater* 000211 Prod action* (The Effects of Theraal Loading and Rater duality on Estaarine Prlaary 0005(3 Raa-Folluted flowing Streas* • Theraal LorMng Effects on Bacterial Populations of a 000110 GILLICHTRTS HIRABILIS: The Bale of Lactate • Theraal Rodulatlon of Pyruvate Hetabollsa in the Pint 000750 GILLICRTHtS HIR1EILIS: the Kola of Lactate • Theraal Modulation of Pyruvate Hetaboliss in the rlsh 000709 Photoreceptor* #The Theraal Origin of Spontaneous Activity in the LIH0LDS 000766 and Abundance of zooplonkton Dear the Plant's Tberaal Outfall* of a Pover Plant on the Distribution 000103 Spring in Southern Arizona* *The Ecology and Theraal Physiology of GARBRSIA,ArriRIS froa a Hot OOOS69 •Predicltlve Hodels of HortalitT of Toung Pish in a Theraal Pluae* 000797 Harine PIBH poisoning- A possible Connegnence of Theraal Pollution In Tropical Seas* •Ciguatera- 000192 • Theraal Pollution of a Tropical Rarlne Estuary* 000038 Theraal Pollution of the chena* 0005B5 * • Theraal Pollution of Coluabla River Right Threaten snelt 000707 waters* 1 Theraal pollution control In Hasaachusetts Coastal 000235 IA cybernetic Approach to Thersal Pollution Decision-Raking* 000119. •Environaental Quality and the Theraal pollution Problea* 000125 Investigation of the Bloassay procedure as Related to Theraal pollution* Juveniles of Effect of T*nperatare on Incubative Tl**, Growth and Lethality ot Eabryoa, Larvaa and 000250 •Oxygen Dissociation curves ot tbe Blood of the Tench TIBCA TIRCA* 000227 Dissociation carves ot the Blood ot the Tench TINCA TIRCA* (Oxygen 000227 •Body Te«perntores of Black- Tip Sharks CARCHARBIRDS LIRBATOS* 000765 Killifish. FDRDDLOS HBTEROCLXTOS* •Role of Islet Tlsau* la tha Cold-Indnced Ryperglycanla of tha 000826 the Tcoat (SALHO •Dxygan consuaptloa at the Intestinal Tissue af the scarpaanldae (SCORPkENA POBCOS) and of 000090 and salinity on the oxygen conanaptlon of ixolsed Gill Tlsau* of CORBIC0LA FLDRIREA (Bailer)* of Tamparaturn 000782 I0BTINALI3 (Hitchill) •Oaiodinatlon of Radiothyt'oxine by Tlaana Boaoganatas of Brook Trout, SALVBtiNDS 000455 of Teaperatare and Sublethal DDT Treataent on the Brain Tlsau* oxyqen consumption of CBAVRA POHCTATOS* (Effect 000395 BDTIIDS ROSILBS •Taaperatare Characteristics of Tissue Respiration in skeletal Huscles of the Baach 000018 ROTILIS ROTILIS •Teapersture Characteristics ot Tisane Respiration of skeletal Hascles of the Roach ' 000017 of Teaperatura on Lipid Oxidation Catalyzed by Backerel '.tissue* (Effects 000570 coapensation Daring Theraal Acclla&tlon in the Tissues of a Tropical Freshvater Fish, BTROPLDS 000609 •In Vitro Hydrolysis at Polyoxyethylene Esters by Tissues of the Aaorican Eel and Atlantic salaon* 000860 Chnnqes in the Content of catechloaalnns and EOPA In Tlasuaa of the carp CIPBXBOS CAHPIO* (seasonal 000602 and Halate Dehydrogenase Isoxyae Patterns In Tissaaa of Teaperature-Accllaated Goldfish (CARASSIOS 000B66 LXHOSBS. Annual Tluctnations and Canpasltian of the Tissues* Body Constituents of the crayfish QBCORECTBs 000758 •The Biology of TRtPANOSHi DIEHtCTtLI Tobey* 000058 •Soae Aspects of the Bloloqy of the Sand-Bel, AHHODITBS TOBXABOS L., In Langaton* Harbor, Haapshlre* 000653 Larvae and spavninq'Ground* (The coaaan Squid, TOOARODBS PACIFICOS, In the East China Saa. II. Eggs, 000733 protozoans4 •Llaits of Teaperaturo Tolerance and Hydrogen Ion Concentration of a Fav 000000 •Studies of the feaperatnre Tolerance In Snail, CRXPTOZORA SBHXBDGATA* 000501 •Heat Tolerance of a Death valley pupflsh (Genus CTPRIHODCH)* 000602 and Girard)* •Taaparatare Tolerance of the Hosqaltofish, GAHB0SIA AFFINIS (Balrd 000601 LOBGICkBDkTDS and (Respiration and Theraal Toleranca of tha Phyllopod Crastacea TR10PS 000350 Extreaa Teaperatirea under Laboratory Conditions* • Tolerance of the snail nARlSA COBNDABXETIS (L.| to 000196 of constant Illualnatlon and nyperoxia on Tharaal Tolerance of Goldfish* (Effects 000808 (Teleostel: Spnrldae))* ITeaperaturn and Salinity Tolerance of Juvenile RHABOOSABGOS HOLOBI (stelndachnar OOOOBO •Heat Tolarance of Reef Algae at La Parquera, Puerto Blco* 000709 •Theraal Tolerance of Tvo species of GAHNABOS* 000703 POLLICIPEs POLTREROS (Clrrlpedla, Lepadoaorpha) I. Toleranca to Body Teaperatare change. Desiccation and 000261 DONCICARFDS Say ( (Variation In Tenpnratare-Salinity Tolerance Betvaen Tvo Estaarlne populations of PAGURDS 000079 Bryozoans Exposed to Different Constant *Reat Toleranca, Grovth and Reqeneratlon In Three North Sea 000533 and coaparison vlth Related •De*elopa?ntal Bates and Tolerances ot the Plains Kllllflsh, FDHDBLBS KAHSAE, 000867 ot Knowledge Concerning Sanpling Variation, Physiologic Tolerances, and Possible'Chanqe Criteria for Bay 000522 PULLASI, Herring Eqgs, and issaclated vegetation In Tonalus Bay* of spawnlnq Herring, CLOPEA HARBHGOS 000321 • Tonic Inhibition in Crostaeaan Rerve-nuacle synapses* 000690 Shock and chlorine on tba Estuarlae Copapod ACARTXA TORSA* (THE Effects of Theraal 000216 Effects of Heated Effluents on tha Copapod, ACARTIA TONSA, fron a Sub-Tropical Bay and Soae problems of 000655 •Bnvirannental Effects on Toxaphene Toxicity to Selectad Fishes and crustaceans* 000169 in the presence of Sublethal concentrations of cheaical Toxicants* Tsaperature on the Grovth of nlcroorganisas 000287 Rapartney) Ehrenb., in the coastal (The occurrence and Toxicity of a Rad Tide Caused by NOCTTLOCA SCIRTILLANS ( 000556 •The Influence of Teaperatare and Salinity an the Toxicity ot cadalua to the Fiddler Crab, OCA PtJGXLATOB* 000592 • Toxicity of Bssalvene* 000070 Harine Invertebrates, Harlnv Sculplns, and •Acute Toxicity af Na. 2 Diesel Oil ta Selected Species of 000130 •Tha Effect af Increased Teaperatare Bpon the Acute Toxicity ot saae Heavy Natal Tons* 00065B at pH, Solubility and Temperature Upon the Acnte Toxicity of zinc to the Blaeglll Sunflsh (LEPOBIS 000126 •Environmental Bffects on Toxaphene Toxicity to Selected Fishes and Crustaceans* 000169 GAIRDREBI) •Teaperature Effects on Hercary Accumulation, Toxicity, and Hetabollc Rate In Ralnbov Trout (SALBO 000092 •Efficacy, Toxicity, and Residues of Hlfurpireunol In salaonids* 000018 CHLAflTS •The Occurrence and Seasonal variation of Trace Ratal* in the Scallops PECTIN HAXIH0S (L.> and 000117 •The Cnasercial Feasibility at Baarlnq Pcapano, TRACHXROTDS CAROLIHOS (Llniiaeus), In Cages* 000702 Hlgratlon in the Connectlcat River - otillling sonic Trackinq Apparatus* at the Rate and pattern of Shad 000062 Vivo Blbose Hethylation of BACIILOS SKAROTBERHOPBILOS Transfer RNA* Effect of Grovth Teaparatures on the In 000010 neasurad by Gill ITeaperature Effect an Parr-Smilt Transfornation in Steslheat Trout (SALHO GAIRDNBRX) aa 000006 •The seasonal Zooplankton Cycles, Production wnd Hansfonatlons of Energy in severson Lake, Hlnnesota* 000161 Bioloqlcal Implications and a Hethod tor Approxinatiuv' Transient Ravlconaental Teaperatures in tha Near-Field 000630 Temperature Dsing •Investigation of photosynthetic Transients In CHLORELLA VBLGABIS at Different 000207 of TBTBAHTHEHA: II Direct visualization of Reversible Transitions In Bloaeabrane structure Induced by 000761 •Tenperatura and Inhibitor Effects on Fast Axonal Transport in a Nolluscan Nerve* 000305 •on the Distribution of APRODITE HAGHA Treadwell, 1925 (Polychaeta, Aphroditae)* 000813 Gobi a Fish, (The effects ot Diurnal Thernoperiad Treataents an Reproductive Function In the Estaarlne 000193 Hechanlcs of Dlplostaald and Fchinostaaatld Cercarla TREHAT0DA* (On Loeoaotian 000257 Ecology and Vaxonoay of PtAGIOPORns HTPEHTBtn ( Tr»Bntoda: Opecoelldae) A Parasite at the Hog Suckar, 000300 Continental shelf Vaters, Hova Scotia to •Temperature Trands and tha Distribution of Groundfish in 000160 on the Larval Devalopaent of the Horse Claa, TRESDS CAPAX (Gould)* (The Effect ot Teaperature 000090 ot (Stadias on the Tobe-Building Aaphlpod COBOPRIDH TRIAERORIX Stabbing fro* Vlsakhapatnaa Harbor: Effect 000727 Development* (some Experimental Data on the Biology of TRIAEROPHORBS HOBBLOSUS L. Daring Early stages of 0001*5 XT. Grovth of the Adult In the Valvular Intestine of TRIAKIS SCYLLIA* sp.. Parasitic on Cultured Tellovtail. 000572 nlqration ot Juvenile Rainbow Trout In a Lake Hicblqan Tributary* (Age, Grovth, and Dovnstreaa 000770 •The Life Rlstary of tho vater-Boataan. TRXCROCCRXXBL1.A HEXICANA (Reteroptsra: corixldae) * 000620 Salinities, oxyqen and Phytoplankton in Koddlynr Bay, Trlncoaalee 1* Relation to the Shore Solne Fishery* 000220 Related to Several Chosen (Resistance of Cggs of TRIORS CANCRIPQ8HIS (BOsc.) to Lav Teaperatures aa 000302 and Thernal Tolerance of the Phyllopod CrosJ.aeea TRI0P5 LORCICA!H>«TOS and THARNOCBPHALDS PLATTBRDS 00035D Heasured by Gill Sodlua-Potaaslua Stimulated adenosine Trlphonphatasa* In staelheat Troat (SALHO GAXRDNBRX) aa 000006 of the Argentic* Coasts: II. The Presence of LIHHOKTI TBIPBRCTATA Nenuas, 19S1 (Isapoda, Lianoriidae) in tha 000060 Reproduction of the Hartne Vood-Borlnq tsopod LXHNONIft TRIPBRCTATA* Taaperatara, and Dissolved Oxygen on 000102 Photopa*lodlc •Larval Diapause in the Roaqnlto AEDES TR13ER1ATDS: Eflecta of Diet and Taaperature on 000152 Photosynthaslzinq Algae* • Tritium Incorporation and Detention in 000606 on the Respiration of a Freshvater Snail: HBLXSOHA TKIVOLfIS* •Influance of Phenol and Teaperatare 000717 of the Tntarstitlal Fauna in sandy Beaches of the Troaso Area fNai-viry)* (Sanation and Anortal Fluctuation 000706 XHTESTIRALXS L. (Tanicats) In Borqanfjcrden. Rorth- Trom-'elag, Norway Blomass, and Distrlnation of CXONA 000107 ( Trophic tcoloqy and *aerofauna af Kahana Eataary, oahu* 000810 of the effects of Heated vater Discharge on tbe Lovar Trophic Level* of an Ohio River Food Chain at tba 000118 Gainoa* (The Pelagic nld-Vater ra ana of the Eastern Tropical Atlantic vlth Special Reference to tha Gnlf ef 000802 Effluents on the Cop*pod, AC9BTIA TORSA, fro* a sub- Tropical Bay and Sane Probleas of Assessment* of Heated 00065S Dnrlnq Thetmal Aecllaatlon In the Tissues of a Tropical Prashwater Fish, ETROPUS HACDLATQS (Teleostel) 000609 •Theraal pollution of a Tropical Ratine Estvaxy* 00003B Distribution ot Eqgs and Larva* of Fish In the Vestern Tropical Pacific* (Vertical 000293 permuted title iNdEx 237 ft Possible Consequence of Thecnal pollution In Tropical Seas* •Clguatera-Marlne Fish Poisoning'- 000192 Teaperatures* •Eabryonlc Davelopaent of tbo fa in bo* Trout (SAIMO GAIRDNBRI IRIDBUS (Glbb.)) at Different 000812 Cprinq spavning* (The Growth Bate of Rainbov Trout (SALno GAIRDNERI Richardson) froa the Antuan and 000297 •incubation of Egqs froa the Autuan Spawning of rainbow Trout ISALM0 GAIRDHERI Richardson)* 000296 •A Change of tho Spawning Season in Rainbow Trout (SALMO GAIRDNERI Richardson)* 00029S Effect on Parr-Saolt Transforation in Stevlheat Trout (SALMO GAIBDHERI) as Measured by Gill Sodlua- 000006 History on the Resistance of Coluabia River Steelhoad Trout ISALBO 0AIRDRER1) To Thermal stress* ot Therasl 000708 •Studies on Gill ATPase of Rainbow Trout (SALRO OAIRDNERI)* 000525 Shock on the Blood Serua Proteins of the Rainbow Trout (SALMO GAIBDNEAI)* (Effacts of Sublethal Thermal 000305 Accuanlatloni Toxicity, an! Betabollc Rate In Rainbow Trout (SALMO GAIRDNERI)••Taaperatura Effects on Mercury 000092 of the Scorpaenldne (SCORPASNA PORCUs) and of the Trout (SALRO GAIRDNERII) aa j Function ot the 000090 the Abundance of tThe Vood of Brown and Rainbow Trout (SALMO TRUTTA and SALHO GAIBDNERI) In Realtlon to 000230 selection of Atlantic Salaon (SALHO SALAR) and Brook Trout ISALVELINUS rONTINILIS) as Influenced by Various 000621 ITheraal Effect on reeding coapetltlon Between Balnbow Trout and Blueglll* 000095 Growth, and Downstreaa Migration of Juvenile Rainbov Trout In a Lake Michigan Tributary* (Age, 000770 •winter rood of Trout In Throe High Elevation slorra Novada Lakes* 000233 •Caqe culture of Trout in Earavater Lnkes* 000158 Trout Ruscle* •studies on the Rainbow Trout Aldolase. III. Enzyalc properties of the Rainbow 000569 Analoqs on Teaperature selection and Lethality In Brook Trout plns'arllngs* Effect of Soae DDT aad Hathoxychlor 000298 Analoqs on Teaperature Selection and Lethality In Brook Trout flngerllngs* Effect of Somo DDT and Methoxychlor 000268 Chealcal Coaposltlon and the Survival Rate In Balnbov Trout rry (SALHO GAIRDNERI Richardson) During the 000B70 Chealcal Characteristics* • Trout Intestinal Alkaline Phoaphataaes 1. soaa Physical- OOOB55 * Teaperature upon Enzyootic Activity In vitro and In • Trout Intestinal Alkaline Phosphatases 2. The Effect of 000856 Design of Nitrification Facilities for Rater Reuso in • Trout Metabolism characteristics and the Batioaal 000759 Trout Aldolase. III. Enzyalc Properties of the Palnbov Trout Muscle* (studies on the Rainbow 000569 •Grovth and rood Conversion of Palnbov Trout Reared in Brackish and Fresh Hater* 000567 the Welqht-Dependent.Oxyqen consumption of the Rainbov Trout SALno GAIRDNERI* of Activity and Salinity on 000608 and Teaperature in Requlatlon of Pood Uptake by Brook Trout*. (The Role of Prior Feeding 000318 of sublethal Reat strens in the Juvenile Steelhead Trout, SALRO GAIRDERI, and Coho Salaon, ORCORHTBCHOS 000809 of Rndlothyroxlne by Tissue floaoqenates of Brook Trout, SALVELINOS PONTIRALIS (Rltchlll)* (Delodination 000055 Maturation, Spavning, and Eahryo Survival of the Brook Trout, SALVELINOS PONTIHALIS* (Theraal Requlraaants for 000360 Abundance IThe rood of Brovn and Rainbov Trout (SALRO TRUTTA ar.d SALMO GAIRDNERI) In Roaltlon to the 000230 Parasitic on Cultured Tellovtall. II. (Studies on a New Trypanorhynchan Larva, CALLOTETRARRfNCH0S sp., 000572 •The Biology of TRTPAN0SMA OIEHyCTILI Tobey* 000058 Coho (ONCORHTNCHOS KISOTCH) nnd Tall Chinook Salaon (0. TSHARITSCHA) in sixes River, Oregon* Hetveen Juvenile 000773 Paraaeters of Juvenile Chinook Salaon, ONCORRTNCROS TSHAHITSCHA, in Central Columbia Rlver*(Pood and Grovth 000065 froa Visakhapatnaa Harbor: Effect of (Studies on the Tuba-Building As'phlpod-OORoPHION TRIAENONTX Stebblng 000727 Folychaeta: onuphldae)* ( Tube-aore-Sediaent Relationships of DIOPATRA CBPREA ( 000568 of Interspecific Interactloas in the Respiration of Tublflcld Ollgochaetea* (Evidence 000108 of EMLyODRIinS BBDOTI (Piquet, 1913)(Ollgochaota, TublfIcldoa)* (The Reproduction 000811 •Reproductive curve of the lizard-plsh, SAHRIBA TUHBIl (Bloch), of the Eaat China sea Groop* 000688 and Hooking (The Fishing Efficiency of of the Tuna Longllna. 1. The Distribution ot the Rooking Depth 000606 (Teaperature Regulation in Pree-Svlsaing Slaefin Tuna* 000132 Enzyme Analyses of Calclflcatloa In the Alga, HILinEDA TDRA* (Atonic Absorption and 000850 Bloaass, and Distribution of CIOFA INTESTINALIS L. ( Tunlcata) in Borgenfjorden, North-Trondelag, Norway* 000307 Egg Production in HESOSTOHA LINGUA (Ablidgaard, 1789) ( Turhellaria, Reorhabdocoela)*of subltaneous and Resting 000300 the streaa Limpet PERRISSIA RIVBiiRis (Say)* (Bloaass Turnover, Resplratloa, and Interpopulatloa Variation In 000122 of a Pulmonate Gastropod LTHHAEA ACDHIRATA Porn -Typlca Laaarck* (Breeding Habits and Early Developaeat 000009 • (Respiration In Eyestalkless UCA (Crustacea: Decapoda) Accliaated to Two Temperatures 000731 salinity stress and Rercury Uptake in the Fiddler Crab, OCA POGILATOR* (Temperature- 000838 on the Toiletty of Cadalua to the riddler Crab, UCA POGILATOB*The Influence of Teaperature and salinity 000592 Involveaent In Theraal Accllaatlon In the riddler Crabs UCA POGNAX and 9. PUGILATOR (Crustacea, Decapodo) * 000730 The Theraal 2coloqy of Tvo South Florida Fiddler Crabs: UCJ RAPAX salth and U. PUGILATOE* • 000705 (svlaalng Ability and Effects of Stress on the cul- UL lakaauckar (CBASMSTES CUJUS Cope)* 000031 ln Saall Rivers lb the Western Poles'ye on the skralne* (Analysis of Flshkllls 000302 Bodies of rresh Water Used for coolinq in the Southern Ukralna* ot. a study of the Bydroblologlcal Segiue of 000627 SHLHO SALAR L.* • Ultlamte upper Lethal Teaperature of Atlantic Salaoa 000269 AEBOGENES* (A Search for circadian and Ultradlan Rhythms In Grovth Rates of KLEBSIELLA 000779 II. nestoratory Effects of Lov Tenperature after Ultraviolet Irradiation* of Radlatloa on Aaoebas. 000735 Experimental studies oa the systeaatlca and Ecology of ULVA CORVATA and ULVA POTONDATA* (Held and 000661 on the systematica and Ecology of UIVA CORVATA aad 0LVA roTUNDATA* (Field and Experimental Studies 000661 (The Ecology ot the Hudalnnov, 0HBRA Lift I, in Pish Lake (Anoka County, Minnesota)* 000003 on Division Rates ot Three Species of Marine Unicellular Algae*Intensity, Daylength, and Taaperature 000350 ALDTACBUS), In British coluabia* (Life History of a Unigua Cyprlnid Pish, tha chlaalaouth (ACB0CHEILUS 000507 (Crustacae, Hysldacea; from the Atlanttc coast of the United States in the HHPS Roods Hole collection* Htsios 000862 •Ecological Units in CNIROROBIDAE* 000561 Bottom Coaaunlty* •Effects of an Unusual Natural Taaperature increase on a Baltic Soft- 000020 •studies oa Prodoetlvlty la Upper Belgium Ponds* 000505 NOTROPIS PILSBRfl, and the Blueglll, (Notes on the Upper Lethal Temperature of the Ouskyatripe Sklaer, 000306 1.* (Ultimata Upper lethal Teaperatare of Atlantic Salaon SALHO SUAE 000269 FLk.-OLINEATUS from 'he virgin Islands* (A Note on the Opper lethal Temperature of Juvenile BAEMULOH 000785 •The Opper Teaperature Halt for Eokaryotlc Organises* 000790 the (Effect ot Short Dark Periods on carbon Dioxide Uptake aad Carboxylatlon of phospheoaolpyruvote Daring 000205 - A Ratheaatlcal Eqoation Representing Badionoclide uptake by Algae'Radlonacllde la the Agnatic Environment 000276 of Prior Feeding and Teeperature in Regulation of Food Uptake by Brook Trout* (The Role 00031B salinity Stress* (Cadalua uptake hy rlddlmr Crabs Exposad to Temperature and 000591 (Taaperature-Salinlty Streaa and Mercury Uptake In the riddler Crab, UCA PUGILATOR* 000838 (Recent Results cf Induction ot the Photosynthotlc CO-2 Uptake in AIICTSTIS and CRLOREILA* 000208 Species* (Heat Resistance ot Gaaetea of Saa Orchla In Halation to Eoogeographlcal Affinity of a 1*00023 (O.P. Mullar, 1776). II. Seasonal Acclimatization and urchin Activity* STROHGLTOCSNTROT0S DBOEBACHIRSIS 000616 of Prototllaaents poralng the Cuter Doublets froa Saa urchin Flagella* achmmlcal Heterogeneity 000501 systeas with Ditfereat Reactions to Taaperature in Sea Urchin larvae* (Two Metabolic 000367 •Teaperature Effects on Spera Binding In the Purple Sea orchln STRORGXLOCENTROTOS PURP0BAT0S (stlmpsoa)* 000005 Evants of the Pronuclei in Activated Eggs of the Sea Urchin, ARBACIA PUNCTOLATA* Relation to r&i'phoqetietlc 000076 on the Release of Dissolved Organic Carbon by the sea Orchln, STRONGrtOCENTROTOS DROEBACHIENSIS* observations 0002*6 Iccllaatloa upon the netabollc Rate of the Purple Sua Orchln, STROECTLOCBETROTOS P3RP0RATUS! Alternate 000821 ••Thermostability of the Sex Celts of Sua Urchins »r different loogeographlc species* 000021 of Teaperature Accliaation on the Betatollc Rata of Saa Orchlna* (Effect 000822 of Anchovy Eggs la the Plankton off the Argentine, Uruguayan and Southern Brazilian coasts: Results ot 10 000109 permuted title index 238 Raflnesque, as an Experiaantal Standard (Studies on the Usefulness of the Bluegill Sunflsh, LEPOfirs MACRaCHtROS 000096 Biology of the Lench HELOBDELLA STAGWALIS (L.) In otah Lake, otah* »The seproductive 00080B of the Leech HELOBDELLA STAGNAL1S (t.) In Dtah Lake, otah* Predatiou by coho Salaon* (Effect r,£ Light oa Vulnerability of Beat-Stressed Sockeye Salmon to 000786 •Effect of Thermal Shock on Talnarabllity of Juvenile Salaonlds to Ptedatlon* 000170 •The Responses of the Biota of hake Rabaaen, Alberta, to Thermal Bfflaeut* 000589 •The Response of, Fish Populations in tho Sabasb Elver to Boated Effluents* 000267 tho Populations of Pish and Hacroinvertabratas in the Rabosh River* i-The Effect of Theraal Inputa on 000266 no deling of (The Sooth kadi1 Chua (ORCORBTRCROS RltTA ( Halb.)) - Ecology, Population Structure and tho 000380 s dank Rlntur Flounder. PSEODOPLllORONECTES AHERICallUS ( Ralbaua)* Spotting in the 1959 Tear-Class of George1 000063 FOHTIRILIS (Rltchlll) and SILVELIROS RAHATC9SH ( «albaaa)*of Thermal Resistance in Hybrids of S1LVELIR0S 000378 of the Greenland Rallbat (REIMHARDTIOS HIPPOGLOSSOIDES ( Ralbaua)) * •Zoogeographic Characteristics 000200 of Toung RintcE flounder PSEODOPIZORORECTES 1RERICARUS ( Ralbaaa): Betabollsm Under Simulated Entoorlne 000259 Abundance, sea Ratios, and slza-Age Coo position oil the walleye spawning Ran tit Little cut. Foot sloux Lake, 000000 Size, •Conversion, Maintenance, and assimilation for Walleye, STIZOSTEDIOR VITRROR VIlttERM, as Affected by 000013 the BRCTROCEPHRLIRBE (Honogenea) on Largenoath Bans In Raltar P. Gaorga Reservoir* (Thit Seasonal aboadance of 000650 •rinhes ulth Clara Bodies* 000131 froa Ash Meadows, Nevada* (Rot localities of tbe Rare •ara spring Pupflsh, CTPRIRODOR UEVADERSIS PECTORALIS, ooosoa •Insects Associated wiih the Theraal Wators of Barm springs Run, Virginia* 0S0669 the Sumwar of cultivated LBMINABIA RRltGIOsa Nuyabe In Rara Rater area* of laalnarla. 2. On the Tide Over 0001Q0 •Di>=lribtttloa of Rlsh Plant ton in the Rone affected by Harm Rater Discharge from Rovornsslysk Thermal Pover 000036 in Rody Relght anV Rioehealcal Composition of the Raro-Taaparoturo Cirrlpsde CHTHJMALDS STELLATOS (Poll)* 000055 • •ara-Rater Fish Rutritlon and Future Priorities* 000706 In Brain Roaogenatas froa a Cold-Rater risk and a Varn-Hater Fish* Dependence ot vhe ATPase Activities 000032 FXSHVROIA KOTTALLI tHaldeuan) , In Reraal and Reactor- Baroed Rater* tGrowth of the coluabla River Llapot, 000171 aannual cycle of Sportflshlng activity at A sarawater Discharge into Galveston Bay, Texas* 000006 •SMlaalng Perforoance of Three Rarawater Pishes Exposed to a .Rapid Teapecature chaage* 000356 acage culture of Trout In Rarowater Lakes* 00015B •Effects or voste Reat on Perlphytos Production in Lake nlchlgan* 000760 pet era for Biological control of Rosgaitoes in Dairy Baste Lagoona*and the Cvaaon (Sappy PoECILlIA RETXCOLATA 000732 Spring Effluents, Theraal Soils and salf-flnated coal Rusta Piles* a Cause of Avian Encephalitis, In Ho 1 000793 aDae of Toner Plant Heat to lapcove vaste-Rater Treatsont* 000586 ANGOILLA (Temporatore-Dependence of peraeabllity to Rater and to Sodian ot tho Gill Epithelium of the Eel 000560 Thersal pollatloa: Doe of Deep, cold, nutrient-Rich sea Rater for r/ower plant cooling and Subsequent 000308 in the Responses of Estuarine Populations to Hosted Rater In the vicinity ot a Steaa Generating Plant* 000291 kov reservoir* 'The Effect of Powar station Hot Hater on the Phytoplankton of the Don Roach of the Ivan1 000199 ECfect of varlons Teaperature Gradients on the Flux of water through VALORIA Heabrane system* (The 000803 Soaaer of Coltlvated LAHIRARIR RELIGIOSA nuyabe in Rare Rater Area* ot Laainaria. 2. On the Tide over tbe 000100 Effects o( salinity Changes in ccastal »The Brackish Rater clam RBRGIA CONEfiTA 'is Indicator of Ecological 000363 •Life cycle of Anterctic Rrill in Relation to Ice and Rater conditions* 000091 •Ecological Studies on a Theraolly Anoaalous Rater course (Erft/Nlnderrhein)* 000309 •An Investigation cf the Effect ot Heated Hater Discharge froa the Beck lord Electric plant on the 000121 of Pish Plankton in the zone affected by Rara Rater Discharge froa Novorossiysk Theraal Power station* 000136 River Tood >An Investigation of the Effects of Reated Rater Discharge on t'ae lover Trophic Lewis of an ohlo 000118 Special Reference to the Gulf of GolnaaaThe pelagic Bid- Rater Fauna of the Eastern Tropical Atlantic vlth 0008a2 the ATPase activities in Brain Roaogenatea froa a cold- Rater Fish and a Rats-Water Fish* Dependence of 000037. avars- Rater Fish Nutrition and Future PrioritUa* 000706 in Brain Hoaogenates froa a Cold-Hater Tlsh and a Rara- Rater Fish* Dependence of the ATPase Activities 000032 Largeaouth Bass* (The Effects of Hater Management practices on the Movement of 000077 of Blue-Green Algae, Grazing Plies (EPHTORXDAE) and Rater Rites (HTDRIiCHREllAE)* Systeas: Intersects 000360 •Comparative Effects of Teaperature 09 the Scdioa and Rater Peraeabllltles ot the Gills of a stenohaline 000381 •Rrackish- Rater Fhytnplankton Response to Temperature Elevation* 000130 •The Effects of Theraal Loading and Rater Quality oo Estaorlne Primary Production* 000503 and the Rational Design of Vitrification Facilities for writer Pause in Hatcheries* Metabolism Characteristics 000759 fish* «The Effect of Llqht Intensity and Rater temperature on the Cuxtent Velocities Critical to 000615 Cercariae froa Black Sea Hollusks* (Effect cf light and Hater Temperature on the Emergence of Some Species of 000271 • (Effect of the Photopetlod and Rater Temperatate on the Phototesponse of Certain Fishes 000280 ERIGRATICA (The Influence of seasonal Rainfall and Rater Teaperature on the population of HERCIEUEHA 000778 Oixont* (The Effect of High Rater Teaperature on the Razor clam. SILI00A PAT0LA ( 000703 Strains of AEROMORAS SALH0RICI9A. C. EffOct of Rater Temperature on AL'RORONAS Infections*and Avlrulent 000519 Cercariae froa Black Sea Holluska* (Effect of light and water Temperature 00 Eaargence of certain Species of 000260 Ocean and tho Sea of Japan in Relation to Surface Rater Temperature* SAIRA (Brev..)) in the Pacific 000588 PACIFICOS) Subjected to suddos Incrcsnes in Rater Temperature* of Adult Euloi;hon (THALEICRTHZS 000085 a Rater Temperatures and Migration of Ijerican Shad* 000857 •Ose of Paver Plant Hsat to Improve Baste- Rater Treataent* 000586 Study ot the Hydrobiologlcal Regime ot Bodies at Fresh Rater Osed for Cooling in the Southern Okraine* of a 000627 Salaon in Relation to Substrate, Temperature, and Rater velocity* «Tolk-Sac nalRoraatioa In Pacific 000236 • Thenal Inputs to Hater* 000211 •Variation tn the Bacterial Flt.ro in Chill Stared Sea water* 0C0787 A Graving Industry Desonstrates Ose of Keated Discharge Rater* (Catfish Farming - 0005B2 Retveen the Thallus of Harine Racrophytes and the Rater* (Features of Reat Exchange 000210 on the Generation Tine of a Bacterial Coaaunlty in Lake Rater* (The Eftect ot Teaperature 000786 of Rainbow Trout Reared in Brackish and Fresh water* *Growth and Food Conversion 000567 POBCILLA RETICULATA Acclimated In Polluted Rut Spring Rater* of Abnolmallties (Sic) in the Mew-Born Gupples 000880 RDTTALL1 (Raldesan), in Renal and Reactor-Versed water* (Growth of the Colaabia River Limpet, FISRES0LA 000171 Corixldael* (Tnc Life Rlstory ot the Vater-Boatman, TRICROCORIIELLA HEXICANA (Heteroptera: 000620 the occurrence of Phenol-Decoapoifing Microorganisms in Raters and Sediments* . •Investigations on 000383 Plant oa the Oxygen Content and (Effect of Heated Vatera of the Konakovo state Regional Electric Power . 000000 Saury COLOLtBIS SAIRA (Brevoort) le Central and Rived vatera of the Northern Pacific* (Reproduction ot 000708 (roi Oceanic, nixed Oceanic-Coastal and coastal Raters of British Coluabia to Experiaental Changes in 000280 •Foraainifera of lake 7ssyk-Rul' and Ground Raters of Central Asia* 0008B2 SCIRTTLLAHS (Macartney) Ehrenb., in the Coastal waters of Hong Kong* of a Red Tide Caased by N0CTIL0CA 000556 of a Rev Gaaaarid Aaphipod froa the Subterranean Rater • if Lebanon, H1PHARG0S NADARIIII sp.* (Description 000016 •Insects Associated vith the Theraal Rater, at Rare Springs Ron, Virginia* 000669 •First Record of a Snook trou New Vcrk Waters" 000700 • Environmental Limits r.C plants In Floulng Raters* 000858 •Theraal Pollution Control in Massachusetts Coastal Raters* 000235 •A Rariae Rill tn Rew Jersey Coastal Raters* 000886 First Record of the Foareye Battertxyfish froa New Tork •atera* • 000105 flarine algae of Isfciua Islands atWt their Neighbouring waters* «On the 090788 of oyster CRKSSOSTREA GIGAS J'i the Korean Coastal Raters* •Studies on Suspended Culture 000000 Fluid in Eggs of Soee Snails frcn Fresh and Brackish Haters* (Ossotic Properties of Capiola C00780 PERNUTED TITI.E XNDEX 2«0 Copepod and Its Implications to overwintering In Boreal Raters* (Egg Dormancy in a Neritic calanold 000995 , A Hew narine coccollthophocift froa Norwegian coastal Raters* IPAVPOSPRAERA LSPIDA, Gen. Nov., N. sp. 000790 Faraminifera in the Equatorial and northern pacific Vaters* Relationships and Distribution of Planktonic 000017 of Ecological Effects of Salinity Chanqes In coastal Waters* Brackish Vater das RANGIA CUNBATA as Indicator 000363 and the Distribution of GraundfLah in continental Shelf Hateca, Nova Scotia to Long Inland* (Temperature Trends (100160 Teaparatare cirripede iTtia Seasonal Changes in Body Veight and Biochemical Composition of the Vara- 000055 and Various Boses of Fodder on the Changes of Body Veight and Chenlcal Composition and the survival Rate 000870 of Adult PBTROHYZON HA'RIHOS in Relation to Body Velqht and Temperature* •Oxyqen Consumption 000061 RICROPTEBDS SALBOIDES) with Feeding in Halation to Body Velqht and Temperature* and Growth of Largeaouth Bass ( 000579 Trout SAI.no ilnfluence of Activity and Salinity on the Weight-Dependent oxygen consuaption of the Rainbow 000618 •Ichthyoplanktcn Studies in Vest Africa - A Review* 000210 Record of Freshwater nedosa LinnocMDA froa Ghana ( Vest Africa)* "he First 000623 Planktonic Alqae and (studies ot oyster Bay In Jamaica, Vest Indies. 5. qualitative Observations an the 000120 (Basvall) (Crustada, Brachyura) In the Swan Estuary, Western Australia. I. crab Instars* AOSTRALIS 000180 (Hasvell) (Crustacea, Brachyara) in the Swan Sstaary, Western Australia. 3. Larval stages* AOSTRALIS 000191 •Ecological Investigations on Yeasts in the Veslern Baltic* 000360 •Tenparatures selected seasonally by roar Fishes fron Western Lake Erie* 000050 I. Evaluation of the Retabollc Bates of Snae Restern Hedlterranean Specles*Excretion of Zooplankton. 000511 of Cladocsrans of the Geaus EVADBB in the Gulf af Lion ( Western Nedlterrnnean)* on population characteristics 000800 of Hew Sped wens of the fish LIPOGENYS GIL LI fron the western North Atlantic* •Description and Distribution 000798 Productivities* •Plankton Ecology In the Western North Pacific Ocean: Primary and Secondary 000562 •Analysis of Flshkills in 3aall Blvers in the Western Poles'ye on the Ukralnv.* 000302 Vertical Distribution of Eggs and Larvae of Fish in the Western Tropical Pacific* • 000293 Nasworthy, Texas, a (Age, Growth and Condition of White crapplo, P0H0XI5 ANNULARIS Rafinesgue, in Lake 000993 Huscles of the Boach RUTILIS ROTILIS LACDSTRIS nnd the White Bat* of Tissue Respiration of Skeletal 000117 •Seasonal Changes In tbe Salt Resistance of White Sea Brown Seaaeed* 000217 Ulnter Flounder, PSEODOPLEURONECTES AHERXCAHOS ( • White spatting in the 1959 Tear-Class of George's Bank '000183 Irish Sea* motes on Relalnth Parasites of the whiting ODORTOGADUS HERLANGUS (L.) from the Northern 000725 (Ariola, 1359) Parasitic in Dosrstle and Wild Ducks* In Cestodes ot the Paaily HTHENOLEPIDIDAE 000829 •Bacterial Decoapasiton Processes ' in Lake Vingra Sndlments Duzlng winter* v 0DD1D1 •Factors Affecting Respiration Bates of Winter Flounder (PSEUDOPLEURONBCTSS AnERICAHUS)* 000003 •conversion Efficiency and survival of Toung Winter Flounder (PSEODOPLBUtlONECTBS AnERICAHUS) * 000258 t Retabolisa Bnder slanlatcd •Biology of Toung Winter Flounder PSSUDOPLEUROHRCTES ANBBICANOS (Walbaum) 000259 •Vhlte Spotting in the 1959 Tear-Class of George's Bank vlnter Flounder, PSEUDOPLEURQHECTBS ABERICANBS (Walbaue) 000083 Nevada Lakes* • Winter Food of Trout In Three High Elevation sierra 000233 Trout Fry (SM.no GRINDHERX Richardson) During the winter Period* and the survival Date in Rainbow 000870 fron a Naclear Reactor* • winter Responses of Largeaonth Bass to Reated Effluent 000278 Decoapositon Processes in Lake vingra Sediaents Daring winter* •Bacterial 000101 of Sturqeons (ACIPENSERXDAB) in the Volga During tho Vinter* 'The Migration 000610 Developaent In the xvan'kovo Reservoir Oaring the winter* plant on tho oxyqen content and Phytoplankton OOOOOO a Ruclear Pover plant* • Winter-Soring Sport Fishery In the Heated Discharge of .000500 and Slneglll to oxygen Concentrations andeit Sinalated Winterkill, conditions* of Northern pike, Xellow Perch • 000620 Flshen In the sheepacot River - Back River- Bstuary, Wiscassot, Nalne* •Distribution of Pelagic 000650 •A First Peport of self-Fectillzatifon In the wood-coring Family Teredinidae (Hoiluscat Blvalvla)* 000225 and Dissolved oxygen on Reproduction of the Ratine Wood-Boring Xsopod LXBNORXA TRIPONCTATA* Temperature, 000102 on settlnaent. Growth, and Reproduction of the Rood-Boring Pelecypod, LTRODUS PBDICELLATUS* salinities 000226 the Atlantic Const of the united states ftn the Bars vaods Bole Collection* (Crastacae, Nysidacea) from 000862 Polychaeta: onuphldae)* IT she - Harm-Sediment Relationships of DXOPATRA C09BBA ( 000568 •Distribution of Banthic Hacroinvertebrates in Lake wylle north Carolina - South Carolloa* 00016S •Larval Developaent of PILBnnoiDES PERLAIUS (Brachyura: xanthldae) under Laboratory Conditions* 000239 •Estuarine Hacco-Algae of rngaina Day, Newport, Oregon* 000021 of FIF'.CIIIS in snail Rivers in the Western Pales' ye on the Ukraine* •Analysis 000302 Part. in. Utilization of n-Paraffln by narine Yeast* IStudios on the Low Teaperature Feraentatlon. 000009 •Ecological investigations on Y-)asta in the Western Baltic* 000360 a Factor in Apparent Survival of Ssblethally stressed Yeasts* 'Plating Bedlam pH as 000575 •Reproduction Carve op the Klangsu Province Croup of Yellow croaker, PSBDDOCIABNA POLTACTXS (BLeeker), in 000686 •Tenperatnre selection by juvenile and Adult Yellow Perch (PESCA PIAVBSCSNS) Acclimated to 20 c* 00051B under Slnnlated •Behavioral Response of northarn Pike, Yellow Perch and Blaoglll to oxygen Concentrations 000620 Flrehole Rlvar* I Effects of Theraal. Additions fron tbe XellowntDna Geyser Basins on the Bacteriology of the 000892 Pirehole River* «Effects of Theraal Additions froa the - Yellowstone Geyser Basias on the Senthic Algae of the 000100 Blue-Green Alqae, Grazing Flies ( tEcoloqy of Yellowstone Thermal Effluent systons: intersects of 000860 •Lianology of Yellovtall Reservoir and the Bighorn nivor*. OOOB7S Larva, CALLOTETRARHTRCHBS sp., Parasitic an cultured tallovtall. XX. Growth of the Adult in the Valvular 000572 Light Ealsslon (Corrected for chanqes In Quantua Yield of Fluorescence) in DCnu-Treated Algae*of Delayed 0QU106 Vesicles and oxidative Activity In the Zona Radiata and Yolk of the ovum of the Atlantic Salmon (SALHO SALAR L.) 000316 Substrate, Teaperature, and Rater Telocity* • Yolk-Sac Malformation in pacific Salmon In Relation to 000236 •First Record of a Snook fron !tew Xork Waters* ' 000700 •First Record ot the Foareye Bntterflyfish froa New York Raters* ' 000705 and Hanageaent of Saallaoath Bess in Oneida Lake, trew York* •Biology 000251 •Hhythaic sviaaing Behavior of the Rev Zealand Sand Beach Xsopod PSBUDABGA PURCTATA Thomson* 000207 of the Central Volcanic Region, North Island, New Zealand* Microbiological Studies on Thermal H&bltats 000110 laaane Response to Viral, (Zaaane capabilities of tho Zebrafish, BRACHTDANIO RERIO (Hamilton-Buchanan): I. 000695 increaonts •Developaent of sinDLIDH (psllozla) VITTATOH Zett (Diptera: Slmulldae) from Larvae to Adults at 000066 Bacterial Antigens. XX. Effect ot sablethal Doses af zinc on rthe Immune Response to viral and Bacterial 000695 Solubility and Teaperature Upon the Acute Toxicity af Zinc to.the Bluegill Sanfish (LEPOHIS NACRaCHIRUS Raf.|* 000126 RaflneBque) Simultaneously Exposed to Teaperature and Zinc Stress" curves of Blnegills (LEPOHIS HACROCHIROS 000123 on the Sorption of cesina 137, strontiua 85, and zinc 65 by Prashwater shrimp* •Temperature Effects 000328 •Peroxisoae-Like Vesicles and Oxidative Activity in the zona Radiata and Yolk of the Oram of the Atlantic 000316 Fauna In Sandy Beaches of the Troaso Area (Norway) * • zonatlon and Annual Fluctuation of the Interstitial 000706 Llaltlnq Pnctocs***Physlological Ecology and Intertldal zonation in Limpets (ACNABA): A Critical Look,At » 000871 • Respiratory Adaptability in Relation to vertical Zonatlon In Littoral aod Sabllttoral Snails* ' 000529 TETRACLXTA SOUAnOSA RBFOTINCTA PllBbry In the Gulf IThe Zonatlon of TOTRACHTHAHALUS OBLXTTERATUS Newman, and 000000 Factors an tha Distribution of Food Fish in the Shelf Zone of the Bay of'Bengal* *Tho Effect of Environmental 000890 Thermal power •Distribution of Fish plankton in the Zone Affected by Warm Water Discharge froa Novorossiysk 000036 • Electric Pover Plants In the Coastal Zone: Xnvironnantal, Isaacs* 000150 Spawnlnq and Embryonic Development of a Rarine Goby, Z0H0G0BIUH SBHIDOLIATOS-(Valenciennes)* IOn the 000752 REIHHARDTIUS HXPPOGLOSSOIDES (Valbnun))* • Zoogeoqraphic Characteristics of the Greenland Halibut ( 000200 of the Sex Cells of Sea Urchins of Different Toogeographlc species* •Thermostability 000021 Heat Resistance of Gametes of Sea Urchin in Relation to zoogeoqraphical Affinity of a Species* ..• 000023 pernqted title index 201 Indian River fleqion of Florida* • zoogeographical Aspects of Decapod Crustacea in the 000290 •Annual Cycle of Zooplankton in Lake Krasnoe* 000022 Energy in severson Lake, nlnnesota* IThe Seasonal Zooplankton Cycles, Production and Transforations of 000161 of a Donee Plant on the Distribution and Abundance of Zooplankton Near the Plant's Thernal 0utfall*The Effect 000103 •The Fertilization of Great Central Lake. II. Zooplankton standing stuck* 000057 , Soae Destetn •Respiration and Nitrogen Excretion of Zooplankton. X. Evaluation of the Metabolic Rates of 000510, •Developaentnl Sequences of ZIG0NECTES NOTATOS at Several Teaperaturns* 000371 In soae Pond species of Daaselflles (Odonata: zyqcpteca)* and Synchronization of Developnent 000700 Pevelopaont in Tvo Species of Daaselflles (ODONATA: ZXGOPTERAi* of Teaperature and Daylenqth on Nyaphal 000370