NOAA TR NMFS SSRF-659
NOAA Technical Report NMFS SSRF-659
U.S. DEPARTMENT OF COMMERCE National Oceanic and Atmospheric Administration National Marine Fisheries Service
The Southeast Fisheries Center Bionumeric Code
Part I: Fishes
HARVEY R. BULLIS, JR., RICHARD B. ROE,
and JUDITH C. GATLIN LIBRA y JAM 24 1973
SEAHLE, WA
July 1972 NOAA TECHNICAL REPORTS
National Marine Fisheries Service, Special Scientific Report-Fisheries Series
The major responsibilities of the National Marine Fisheries Service (NMFS) are to monitor and assess the abundance and geographic distribution of fishery resomxes, to understand and predict fluctuations in the quantity and distribution of these resources, and to establish levels for optimum use of the resources. NMFS is also charged with the development and implementation of policies for managing national fishing grounds, develop- ment and enforcement of domestic fisheries regulations, surveillance of foreign fishing off United States coastal waters, and the development and enforcement of international fishery agreements and policies. NMFS also as- sists the fishing industry through marketing service and economic analysis programs, and mortgage insurance and vessel construction subsidies. It collects, analyzes, and publishes statistics on various phases of the industry. The Special Scientific Report—Fisheries series was established in 1949. The series carries reports on scien- tific investigations that document long-term continuing programs of NMFS, or intensive scientific reports on studies of restricted scope. The reports may deal with applied fishery problems. The series is also used as a medium for the publication of bibliographies of a specialized scientific nature. NOAA Technical Reports NMFS SSRF are available free in limited numbers to governmental agencies, both Federal and State. They are also available in exchange for other scientific and technical publications in the marine sciences. Individual copies may be obtained (unless otherwise noted) from NOAA Publications Section, Rockville, Md. 20852. Recent SSRF's are:
604. The flora and fauna of a basin in central Florida 612. The Trade Wind Zone Oceanography Pilot Study. Bay. By J. Harold Hudson, Donald M. Allen, Part VIII: Sea-level meteorological properties heat exchange processes, July 1963 to June and T. J. Costello. May 1970, iii -f- 14 pp., 2 figs., and -|- 1 table. 1965. By Gunter R. Seckel. June 1970, iv 129 pp., 6 figs., 8 tables. 605. Contributions to the life histories of several penaeid shrimps (Penaeidae) along the south 613. Sea-bottom photographs and macrobenthos col- Atlantic Coast of the United States. By William lections from the Continental Shelf off Massa- B. W. Anderson. May 1970, iii + 24 pp., 15 figs., 12 chusetts. By Roland L. Wigley and Roger tables. Theroux. Augu.st 1970, iii + 12 pp., 8 figs., 2 tables. 606. Annotated references on the Pacific saury, Colol- abis saira. By Steven E. Hughes. June 1970, 614. A sled-mounted suction sampler for benthic or- ganisms. By Donald M. Allen and J. Harold iii -f 12 pp. Hud.son. August 1970, iii -f- 5 pp., 5 figs., 1 table. 607. Studies on continuous transmission frequency 615. Distribution of fishing effort and catches of skip- modulated sonar. Edited by P^rank J. He.ster. jack tuna, Katsiiwoyius pelamis, in Hawaiian June 1970, iii + 26 pp. 1st paper. Sonar target waters, bv quarters of the year, 1948-65. By classification experiments with a continuous- Richard N. Uchida. June 1970, iv 37 pp., transmission Doppler sonar, by Frank J. Hester, -f 6 figs., 22 tables. pp. 1-20, 14 figs., 4 tables; 2d paper. Acoustic target strength of several species of fish, by H. W. 616. Effect of quality of the spawning bed on growth Volberg, 21-26, 10 figs. pp. and development of pink salmon embryos and alevins. By Ralph A. Wells and William J. Mc- 608. Preliminary designs of traveling screens to col- Neil. August 1970, iii + 6 pp., 4 tables. lect juvenile fish. July 1970, v + 15 pp. 1st paper. Traveling screens for collection of juvenile 617. Fur seal investigations, 1968. By NMFS, Ma- salmon (models I and II), by Daniel W. Bates rine Mammal Biological Laboratory. December and John G. Vanderwalker, pp. 1-5, 6 figs., 1 1970, iii + 69 pp., 68 tables. table ; 2d paper. Design and operation of a canti- levered traveling fish screen (model V), by Dan- 618. Spawning areas and abundance of steelhead iel W. Bates, Ernest W. Murphey, and Earl F. trout and coho, sockeye, and chum salmon in Prentice, 10 figs., 1 table. the Columbia River Basin - past and present. By Leonard A. Fulton. December 1970, iii -|- 37 pp., 609. Annotated bibliography of zooplankton sampling 6 figs., 11 maps, 9 tables. devices. By Jack W. Jossi. July 1970, iii + 90 pp. 619. Macrozooplankton and small nekton in the coastal waters off Vancouver Island (Canada) 610. Limnological study of lower Columbia River, and Wa.shington, spring and fall of 1963. By 1967-68. Bv Shirley M. Clark and George R. Donald S. Day, January 1971, iii -f 94 pp., 19 Snyder. July 1970, iii -f 14 pp., 15 figs., 11 tables. figs., 13 tables.
611. Laboratory tests of an electrical barrier for con- Zone Oceanography Pilot Study. trolling predation by northern squawfish. By 620. The Trade Wind wind field and wind stress Galen H. Maxfield, Robert H. Lander, and Part IX: The sea-level 1963 to 1965. By Gunter R. Charles D. Volz. July 1970, iii + 8 pp., 4 figs., values, July June -|- figs. 5 tables. Seckel. June 1970, iii 66 pp., 5
Continued on inside back cover. U.S. DEPARTMENT OF COMMERCE
Peter G. Peterson, Secretary
NATIONAL OCEANIC AND ATMOSPHERIC ADMINISTRATION
Robert M. White, Administrator
NATIONAL MARINE FISHERIES SERVICE ot ''Wemt Philip M. Roedel, Director
NOAA Technical Report NMFS SSRF-659
The Southeast Fisheries Center Bionumeric Code
Part I: Fishes
HARVEY R. BULLIS, JR., RICHARD B. ROE, and JUDITH C. GATLIN
SEAHLE, WA
July 1972
I'or s;ilc by ilic SupcrinicnJciu o( l>octiniciUs. L'.S. Govcnimciii I'niuinr OITk' Wasliiiigion. D-C. 20402 - IVice J5L2,S The National Marine Fisheries Service (NMFS) does not approve, rec- ommend or endorse any proprietary product or proprietary material mentioned in this publication. No reference shall be made to NMFS, or to this publication furnished by NMFS, in any advertising or sales pro- motion which would indicate or imply that NMFS approves, recommends or endorses any proprietary product or proprietary material mentioned herein, or which has as its purpose an intent to cause directly or indirectly the advertised product to be used or purchased because of this NMFS publication. CONTENTS
Page
Introduction i
Description of the bionumeric code ii
Listing format ii
Application ii
Acknowledgments iv
Literature cited iv
Index to families v
Index to genera xiv
Pascagoula bionumeric code ( *synonym) 1
The Southeast Fisheries Center Bionumeric Code.
Part I: Fishes
By
HARVEY R. BULLIS, JR.
National Marine Fisheries Service Southeast Fisheries Center Miami, FL 33149
and
RICHARD B. ROE and JUDITH C. GATLIN
National Marine Fisheries Service Southeast Fisheries Center Pascagoula, MS 39567
ABSTRACT
The Southeast Fisheries Center, Pascagoula, Mississippi Laboratory uses a nine- digit numeric code to catalog marine organisms. The basic code was adapted from the FAO taxonomic code developed in 1960, to which generic and specific levels were added and considerable classification modifications adopted. This publication provides the code listing for fishes. Succeeding publications will deal with such groups as Crustacea, mollusca, and various invertebrates.
INTRODUCTION categories to meet the immediate coding require- ments of the CICAR juvenile fish project.
At the request of the biological and fisheries The Southeast Fisheries Center's Pascagoula panel of the Cooperative Investigations of the Laboratory, Pascagoula, Miss., has amassed Caribbean and Adjacent Regions (CICAR) a over 200,000 records on some 30,000 nominal numeric code for biological names as employed species of marine organisms since 1950, and by the National Marine Fisheries Service's were it not for a numeric coding system for faunal data the Southeast Fisheries Center is presented for inventorying and processing use in the intercalibration of biological data usefulness of this valuable library would be between participating members of the Program. severely limited. The present code is an adapta- For the purposes of meeting CICAR program tion from a 5-digit code developed by FAO needs, priority consideration has been given to (1960) to catalog families of aquatic organisms. releasing codes covering three major faunal We expanded the code by adding generic and groups: fishes, crustaceans, and mollusks. The specific levels and have extensively rearranged present paper constitutes the first of these three and added taxa at all levels to accommodate the large number of species present in the Gulf and Caribbean area. Bullis and Roe (1967) ' Contribution No. 231, National Marine Fisheries of this Service, Southeast Fisheries Center, Pascagoula Labora- describe the development and structure tory, Pascagoula, Miss. 39567. code. The bionumeric code listing for fishes includes Listing Format 215 families, 678 nominal genera, and 1,346 nominal species collected during cruises of the The bionumeric fish code listing is a rough research vessels On-goit, Pilican, Combat, phylogenetic catalog of species collected by our George M. Bowers, Silver Bay, and Oregon II. research vessels. Codes are listed in numerical Combined, these vessels have occupied over order except where invalid entries have been 15,000 collecting stations in the southwestern deleted resulting in gaps in sequencing. North Atlantic, Gulf of Mexico, Caribbean Sea, The bionumeric code is shown at the left-most and Pacific side of Panama since 1950. margin of the listing with spaces between each level. The scientific name is printed next with each successively inferior category indented to enhance use. Entries are not listed in alpha- betical sequence because of the continuous changes in numerical assignments which are necessitated by additions to the code. Originally, DESCRIPTION OF THE BIONUMERIC an alphabetical sequence was attempted, but CODE the number of entries multiplied so rapidly that it became unfeasible to maintain the order The bionumeric code uses nine digits, grouped and entries were simply assigned the next avail- as a single digit and four couplets, to code able code number regardless of spelling. five levels within the taxonomic hierarchy. The Description, date, and author follow the scien- first level not represent is instead does phyla but tific name. Parentheses are not used. a major grouping of faunal im- marine types The code is contained on a punched card deck, portant for our purposes. Headings include one entry per card. Entries are indented on the Fishes General, Crustaceans General, and — — card in a similar manner to the printed list. Other Invertebrates. Titles and page spacing are program produced. The second level in the FAO code comprises a New entries and/or deletions are quickly made general Class-Order mixture, much of which by adding or deleting cards from the bionumeric has been retained in our code. In the fish section code deck. the second level represents Order as interpreted by Berg (1940). Other sections may include such diverse groups as Polychaeta, Arthropoda, Asteroidea, and Platyhelminthes. Levels three, four, and five respectively repre- sent family, genus, and species. Our bionumeric Application code listing differs considerably from the FAO code in number of entries and assigned codes. Data are recorded from each station on forms Genus and species entries not provided by the specifically designed for direct transcription to 1960 FAO code and added by Pascagoula re- punched cards. At the end of each cruise or flect the fauna of the Gulf and Caribbean region. survey activity these forms are keypunched An example of a bionumeric code entry is according to two card formats (Fig. 1 and 2). provided for the common croaker, Micropogoii The first card (station) contains station number, inidnlatiis: location, depth, environmental data, gear data, catch statistics (total weights and numbers), 1 70 20 19 02 and other related data. One card is recorded for occupied field station. second card L^ UNUULATUS (Species) each A (species) is made for each species captured at -^ MICROPOGON (Genus) that station. This card contains the key informa- tion in the first 44 columns of the station card SCIAENIDAP: (Family) (station number, location, depth, etc.) plus -^ PERCIFORMES (Order) pertinent data for each species listed such as abbreviated scientific name, number of indi- FISH (Major Gi-oup) viduals, collective weight, and the bionumeric 1 1 1 1
*-" .- - ' ! ! I S I" lU' ( 1 I. I. : .: 1 : : M cie-^rr;.;! :-tl:! n ;r'1l 1: le'r':'-: «. Ic5 '. I
TOTAL TOTAL STAT'ON DEPTH ill'iS TOTAL TOTAL 1^ LIVE OTHER K| FINFISH CRUST NUW8ER (FHSI IISMtD CATCH LIVE
||o|ooo |0 Olio 0000 00 00 1100 00| 00 Oil lll|0|||||000 |000 lino :' 37 17 «o 49)50 99 iO ei 62 63 64 69 66 67 63 69 70 71 7: '4 T> 76 77 78 79)81 I I 9 '* IS '8 '9 m 21 2: n ?* rj 26 28:9 35p6:6 V ;e n
111 1 111 |n| 11 1 1 1111 l
22 22i22 2 2222 2222 2222 222 222 22 222 222222 2222|2 22|2 2222
3 3 3 3 3 3 3 3 333 3 3||3 33|3 333 3|3|33 33 3 3|3 333333 3 3 333^3333 3333
44414 444 44|4 4444 4444 444 444 44 444 444444 444444 4444 4444
55 55 5 555 5 555 555555 5555 5555 5|5 55 5 55 555 555555 555|55 5 5 5 15 5 5 5
6666 6 66 6 66 6 6 6 66 6 66E| 6 6 6| 66 6|6 666 6 6||6 66 66 6 666666 666666 666 G 66 6 6
71? 7 77 7 7 77 7 7|7 7 7 7 7 7 7 7 7 77 77 77 7 77 7 77 7 7 777 mm mm 7777 777 7
8|8 S 8|8 8e|8 8 8|8 8 8888 8 8 8 8 3 8 8 88 8 8 8|e 8 8 8 8 8 8|8 8 8 88 8 88 8 8 8 8 8 8 8 8
3 9 9|39 9 99 9 9 9 3l 9 9 9 3999 999 9|9 0| 9| 99 9 9 9 9 999 999 999 399 9 99 39 7 B 9 )B 19 ;3 71I77 73 2* 2^:1 27 II 29)30 3) 32133 M 3a3t 3? ia» tt> 42 99B0 67 62 63 64 69 u 67 ii n n n 7! 73 74 ;; .6 n 78 79t(0 ll>'U9999e
Figure 1.—Station card format used at the NMFS Southeast Fisheries Center, Pascagoula Laboratory, Pascagoula, Mississippi.
/ 1 t.s.?£ki suifc o?7 1 <; ai S4 1 esibW^St iSi.FTI BSik: IP 1 issfi I CRCF njisruLH F0£T9 € 6 4 TToFcTsoM I STATION DEPTH •mm II 11 ilONUMtlllC LII1TU0E lOKIt atNut srcccs NUMBER (fmil FISHED CO DC I illV I I
o 1 loo 0000 0000 lloo 0| 0| 000 10 00 0000000|00|00 00 oi|oool||oo 00|0|00|0
iTj ! 4 ! • 7 I I 19 K 17 N 19 20 21 22 23 24 29 21!« 27 21 2«pO2« 30 31 32|^32 34 37 3ttM40 4l{4] 44)49 4« 47 49 49 90 91 92 93 94 H ii 9T)9I H i1C36364 69MI7 6«n70717779Hn7tnn2«iO717779Hn7tnn2«
ill It 1 111 1 1 1ll i|n It nil 111 I t 1 1 1 1 I 1 1 1 1 1 1 111111 I 1 1 1 1|1 mil1 1 1 1 111ll 1 1 1ll111 1 ill
2|22 2 2l 222 2222 2222 2222 222 222 2222222 222222 22|22 22222 222|2222|2
33333 3 33 3333 3||3 33|3 3 3 3 |3| 3| 33|3333 3333|3 33333 33333 3333333331
44444 444 44|4 4444 4444 444 444 4 4|444444i4||44 44444 4444| 4444444444 §g 55555 555 5555 5555 5555 5|5 555 55 5555555 5|5555 55555 55555 5S55555555
(E 666 666 6|66 66 66 6661 6 6 6|66E|6 EEE 6 6|S EE66|S| 66 sees! 6 EEEEE E6E|E 6SE66EEE6E
7 7 777 777 77l 777 7 7 777 7777 77 7 777 77 77777|7 mm 77777 77777 7|77777777
88818 88l 88 8|8 8 8888 8 18 8 188 118 8ll8 8ISIIII iiiiii mil lilts IIIIIIIII8
99I99 999 999I99 9 9 9 91 3999 399 9|9 99 93 3|9|999 999S9S 99991 99999 999999|999 61 94 65 2 3 4 s I 7 t 9 10 II 12 13 74 19 U 19 20 TilB999!3 24 29 2« 27 » 2M30 31 32l3} 34l9tl« 37 3fln 4«4I 47 43 44l49 4«47 U 41 90 91 92 93 94 99 91 57CI 99ln 67 13 iti7i«nioliinn)4i9i«T3n tsIoo
Figure 2.— Species card format used at the NMFS Southeast Fisheries Center, Pascagoula Laboatory, Pascagoula, Mississippi.
Ill code for that species—the latter entered at matter can be conveniently sidestepped for puching time. the present. Species cards are filed numerically by bio- numeric code to expedite data retrieval and processing. Station cards are filed numerically ACKNOWLEDGMENTS by station number. Since automated data processing is carried We are deeply indebted to many in the ichthyo- on with the UNIVAC 9200 computer system logical community for the editorial assistance maintained at the Pascagoula Laboratory, the they have given in preparation of this code. bionumeric code offers many advantages over Special thanks are extended to Dr. Daniel Cohen, an alphabetic or alphanumeric code particularly Charles Karnella, Dr. Bruce CoUette, and Stew- in sorting, both on the electronic card sorter art Springer, NMFS National Systematics and in the computer. Laboratory, Washington, D.C.; Dr. Victor G. Additions to the bionumeric code are provided Springer, Division of Fishes, U.S. National through identifications furnished by either staff Museum. Smithsonian Institution. Washington, biologists or by cooperating scientists. Much of D.C. ; Dr. James Bohlke and Dr. James Tyler, the material collected at sea is distributed to Department of Ichthyology and Herpetology, numerous cooperating institutions, museums, The Academy of Natural Sciences, Philadelphia, and individual taxonomists. These, in turn, Pa.; Elmer J. Gutherz, NMFS Southeast furnish identifications of the received material Fisheries Center, Pascagoula Laboratory, Pas- which are punched on species cards and added cagoula. Miss.; and Luis R. Rivas. NMFS to the data file as corroborative identifications. Eastern Gulf Sport Fisheries Marine Labora- When species not previously taken by us are tory, Panama City, Fla., for their many sug- encountered, entries are added to the bionumeric gestions and corrections and for patiently re- file. Initials and location (coded) of the identifier viewing and editing the completed fish code. are entered on the new species cards to verify The code does not represent a consensus among feed records and to avoid duplication during the above, and we assume responsibility for data processing. Synonyms (when known) are both seemingly arbitrary decisions and all given the same bionumeric code as accepted technical errors. names and are distinguished in the listing by a preceding asterisk (*). Identifications by co- operating scientists or institutions are not LITERATURE CITED changed within the decks although there is constant screening of current literature to iden- BERG. LEO S. 1940. Classification of fishes both recent and fossil. tify and correct inconsistencies and identifica- Trav. Inst. Zool. Acad. Sci. URSS 5(5):87-517. tions. The problem of identifying synonyms and BULLIS. HARVEY R., JR., and RICHARD B. ROE. cross-indexing changing nomenclature is evi- 1967. A bionumeric code application in handling dently unresolved in all other attempts to comple.x and massive faunal data. Syst. Zool. numerically code biological names as well. The 16:.52-.55. F^AO Fisheries Biolog>' Branch. problem has not proved critical under the 1960. E,\planation of coverage and arrangement. workloads imposed by the card and data volumes hi Current bibliography for aquatic sciences and described above, so, recognizing the eventual fisheries, 8, p. E.\ 1-88. Taylor and P'rancis, Ltd., need to face the problem for archiving data, the London.
IV INDEX TO FAKTLIfS
Page
ACANTHURIDAE 1 70 16 OC DO) 57
ACIPENSERIDAE 1 17 01 OC 00) 10
ALBULIDAE 1 21 03 00 DQ) 11
ALEPISAURIDAE 1 32 07 CO 00) 22
ALEPOCEPHALIDAE 1 21 07 GO OC) 14
ALOPIIDAE I 07 03 00 OC) 02
ANACANTH03ATI0AE 1 10 10 00 UU) 09
AN6UILLIDAE 1 H^ 0? CO OU) 27
ANOPLOGASTERIOAE 1 61 14 DO 00) 43
ANTENNARIIDAE 1 95 02 GO 00) 92
APOGONIDAE 1 70 06 UD OU) 50
ARGENTINIOAE 1 21 11 OC 00) 15
A9II0AE 1 '1 02 GC 00) 26
ARIOMMIDAE 1 70 53 00 00) 78
ASTRONESTHIOAE 1 21 18 00 OU) 18
ATELEOPIOAE 1 33 01 00 UU) 26
ATHERINIDAE 1 65 02 00 CO) 45
AULOPIDAE 1 32 0? CO OC) 21
AULOSTOMIDAE 1 51 01 00 DO) 39
BALISTIDAE 1 89 03 OC 00) 87
BARBOURISIDAE 1 32 1? 00 UQ) 25
BATriYCLUPEIOAE 1 30 01 OC 00) 20
BATHYLAGIOAE 1 21 12 00 00) 16
BATriYPTEROIOAE 1 32 10 OC 00) 25
BATHYSAURIDAE 1 32 m 00 00) 26
BATRACHOIDIDAE 1 93 01 00 DO) 91 INDEX TO FAMILIES
BOELLOSTOMATIOAE (1 C3 01 CD UU) 01
BELONIDAE (1 *? 01 CC CO) 33
BERYCIDAE (1 61 02 00 OG) 42
BLENNIIDAF (1 70 36 00 OC) 70
BOTHIOAE (1 83 01 CO GO) 83
BRAMIOAE (1 70 12 00 0U» 55
BRANCHIOSTEGIDAE (1 70 07 OC 00) 52
BREbMACEROTIOAE (1 H8 03 00 DO) 36
BROTULIOAE (1 70 39 00 00) 71
CALLIONYMIDAE <1 70 '42 00 DL) 74
CAPROIDAE (1 62 03 00 DO) 44
CARANGIOAE (1 70 11 00 00) 52
CARAPIDAE <1 70 41 00 00) 74
CARCHARHINIDAE (I 07 06 00 00) 03
CARCHARIDAE (1 07 08 CO 00) 04
CARiSTIIDAE (1 61 04 GO 00) 42
CAULOPHRYNIDAE (1 95 14 CO 00) 95
CLNTROPOMIDAE (1 70 01 00 DO) 45
CERATIIDAE (1 95 13 QD 00) 94
CETOMIMIOAE (1 32 09 00 00) 24
CETORHINIOAE (1 07 04 00 00) 02
CHAETODONTIDAE (1 70 26 00 00) 64
CHAULIODONTIDAE il 21 17 00 00) 18
CHAUNACIDAE (1 95 04 00 00) 93
CHIASMODONTIDAE (1 70 35 00 00) 69
CHIMAERIOAE (1 12 01 00 00) 10
Vl INDEX TO FAMILIES
CHLAMYDCSFLACHIDAE (1 05 01 00 DO) 01
CHLOROPHTHALMICA'=' (1 ^2 13 OC 00) 25
CIRRHITIOAE (1 70 5<^ OC 00) 83
CLINIDAE (1 70 37 00 00) 70
CLUPEIDAE (1 21 05 00 00) 11
CONGRIOAE (1 HZ 13 00 00) 29
CORYPHAENIDAE (1 70 13 00 DO) 55
CYCLOPTERIDAE (1 70 58 no 00) 83
CYN06L0SSIDAE (1 83 05 00 DO) 86
DACTYLOPTERIDAE (1 79 01 00 UO) 83
OACTYLOSCOPIDAE <1 70 33 00 00) 69
OALATIIOAE (1 09 0** 00 00) 06
DASYATIDAE (1 10 05 00 DO) 08
OICERATIIOAE (1 95 07 DO 00) 94
DIOOONTIDAE (1 39 09 00 00) 90
OIRETMIDAE (1 61 03 00 00) 42
OISCOBATIDAE (1 10 03 00 00) 06
OYSOMMIOAE (1 '3 17 00 00) 31
ECHENEID&E (1 70 09 00 00) 52
ELEOTRIOAE (1 70 bH OC OU) 78
ELOPIDAE (1 21 01 00 DO) 11
EMMELICHTHYIDAE (1 70 14 00 00) 55
ENGRAULIDAE (1 21 06 00 DO) 13
EPHIPPIDAE (1 70 25 00 00) 64
EVERMANNELLIDAE (1 32 04 00 00) 21
EXOCOETIDAE (1 47 04 00 00) 34
Vli INDEX TO FAMILIES
F ISTULARIIOAE <1 51 0? OR 00) 39
6ADIDAE (1 '48 01 00 UO) 35
GEMPYLIOAF (1 70 '»5 QC 00) 75
GERRIDAE (1 7D 18 00 00) ^7
GIBBERICHTHYIOAE <1 GO 02 00 00) '^l
6I6ANTACTIDAF (1 95 11 00 00) 9H
GI&ANTURIOAE (1 St 01 CO DO) 26
G03IES0CIDAE (1 92 01 00 00) 91
GOBIIOAE (1 70 55 00 OC) 78
GONOSTOMATIOAF (1 21 14 00 GO) 16
GRAMMICOLFPIDAE (1 &2 02 OC 00) ^^
GRAMMISTIOAE (1 70 03 00 00) ^Q
MALOSAURIOAE (1 46 01 00 00) 33
HEMIRAMPHIDAE (1 HI V^ 00 DO) 34
HETERENCHELYIOAE (1 (<3 07 00 00) 28
HETEROOONTIDAE (1 04 01 00 00) Qi
HEXANCHIDAE (1 05 02 00 00) 01
HIMANTOLOPHIDAE (1 95 08 00 00) 9^
HOLOCENTRIDAE (1 61 11 00 00) '+2
lOIACANTHIDAE (1 21 20 00 00) 19
IPNOPIDAE (1 32 11 00 00) 25
ISTIOPHORIDAE (1 70 47 00 00) 76
ISURIOAE (1 07 02 00 00) ^^
KYPHOSIDAE (1 70 24 00 00) 6^
LABRIOAE (1 70 28 00 00) 66
LAEVOCERATIIDAE (1 95 10 00 00) ^^
vlll INOt^X TO FAMTLIFS
lampridioae 1 53 01 QO UU) 40 lepisosteidae: 1 19 01 QC GO) 11 linophrynioae 1 95 16 GO 00) 95
LOeOTIOAE 1 70 17 00 00) 57
LOPHIIDAE 1 95 01 00 00) 92
LOPHOTIOAE 1 53 0«« 00 00) 40
LUTJANIDAE 1 70 15 00 00) 56
LUVARIDAE 1 70 ag oc 00) 77
MACRISTIIDAE 1 21 09 GO 00) 15
MACRORHAMPHOSTDA^ 1 51 03 or 00) 39
MACRURIDAE 1 48 06 00 00) 37
MALACOSTEIDAE 1 21 21 00 00) 19
MELAMPHAIDAE 1 60 03 UO 00) 41
MELANOCETIDAE 1 95 06 OD DO) 93
MELANONIDAE 1 48 05 00 00) 37
MELANOSTOMIATIDAE 1 21 19 00 00) 18
MERLUCCIIDAE 1 (<8 04 00 00) 36
MOBULIDAE 1 10 08 00 00) 09
MOHDAE 1 83 10 00 00) 91
MONACANTHIOAE 1 89 04 00 OU) 88
MORIDAE 1 48 02 00 00) 36
MORINGUIDAE 1 43 08 OC 00) 28
MUGILIDAE 1 65 01 00 00) 44
MULLIDAE 1 70 22 OC 00) 64
MURAENESOCIDAE 1 43 09 00 00) 28
MURAENIDAE 1 43 06 00 00) 27
Ix TNOEX TO FAMILIES
MYCTOPHIOAE (1 32 08 OD 00) 22
MYLI0B4TICAE (1 10 07 00 DO) , 08
MYROCONGRIOAE <1 «43 05 00 00) 27
MYXINIOAE (1 03 0? 00 00) 01
NEMICHTHYIDAE (1 HZ 22 00 UO) 32
NEOCERATIIOAE (1 95 1? GO 00) 94
NESSORHAMPHIDAE <1 HZ 12 00 DO) 29
NETTASTOMIDAE (1 '3 11 00 00) 28
NETTODARIOAE (1 HZ IS OC 00) 32
NOMEIOAE (1 70 52 00 DO) 78
NOTACANTHIDAE a '6 02 00 00) 33
06C0CEPHALI0AE (1 96 05 00 00) 93
OMOSUOIOAE (1 32 06 00 CO) 21
ONEIROOIDAE (1 95 09 00 00) 94
OPHICHTHYIDAE (1 HZ 15 00 00) 30
OPHIDIIDAE (1 70 UO 00 00) 73
OPISTHOGNATHIDAE (1 70 31 OC 00) 68
OPISTHOPROCTIDAE (1 21 13 00 00) 16
ORECTOLOPIDAE (1 07 PI 00 00) 02
OSTRACIIDAE (1 89 07 00 00) 89
PARALEPIDIOAE ^l 32 05 00 00) , 21
PEMPHERIDAE (1 70 23 00 00) 64
PERCOPHIDIDAE <1 70 32 00 00) 68
PETROMYZONIDAE (1 02 01 00 00) 01
PHOTOCORYNIOAE (1 95 15 00 00) 95
PLEURONECTIDAE (1 83 02 00 00) 86 TNDFX TO FAMTLlt^S
POLYMIXIICAE (1 61 01 DO 00) 41
POLYNEMIDAE (1 66 01 CO DC) 45
P0M4CENTRIDAE (1 70 27 00 OG) 65
POMADASYIOAE <1 70 19 00 00) 58
POMATOMIOAE (1 7V 08 00 DO) 52
PRIACANTHIDAE (1 70 05 00 Ou) 50
PRISTIOAE (1 10 02 00 00) 06
PRISTIOPHORIDAE «1 09 02 OC 00) 05
RACHYCENTRIDAE (1 70 in 00 DO) 52
RAJIDAE (1 10 01 00 OU) 06
REGALECIDAE U 53 02 on DO) 40
RHIN08ATIDAE (1 10 01 QC OU) 06
RHINOCHIMAERIOAE (1 12 0? 00 UO) 10
RHINOPTFRIDAE (1 10 12 00 DO) 09
RONOELETIIDAE (1 32 le UO OD) 26
SCARIDAE <1 70 30 00 UO) 67
SCIAENIDAE (1 70 20 00 00) 59
SCOMBERESOCIDAE (1 47 02 00 00) 34
SCOMBRIOAE (1 70 44 00 DO) 74
SCOPELARCHIOAE (1 32 03 or 00) 21
SCOPELOSAURIDAE (1 32 15 00 00) 26
SCOPHTHALMIOAE (1 83 03 00 00) 86
SCORPAENIOAE (l 70 56 00 00) 79
SCYLIORHINIDAE <1 07 05 CO 00) 02
SEARSIDAE (1 21 10 00 00) 15
SERRANIDAE (1 70 02 DO 00) 46
xl INDEX TO FAMILIES
SERRIVOMERIDAE (1 '3 21 or OU) 32
SIMENCHELYIDAE (1 '3 03 QO 00) 27
SOLEIOftE (1 83 Ot OC OU) 86
SPARIOAE «1 70 21 OC DO) 63
SPHYRAENIOAE (1 eS 03 00 00) H5
SPHYRNIDAE (I 07 07 00 LU) 04
SOUALIDAE (1 09 ni 00 00) 05
SQUATINIDAE (1 03 03 00 00) Qg
STEPHANORERYCTOAE (1 60 01 00 00) 41
STERNOPTYCHIDAE (1 21 15 CO 00) 17
STOMIATIDAE (1 21 16 OC 00) 18
STROMATEIDAE (1 70 51 00 00) 77
STYLEPHORIDAE (1 53 05 00 00) 41
SYNAPHOBRANCHIDAE (1 t«3 18 00 00) 32
SYNGNATHIOAE 11 51 06 00 00) 39
SYNODONTIOAE (1 32 01 00 OU) 20
TETRAGONURIDAE (1 70 50 00 00) 77
TETRAOOONTIDAE (1 89 08 00 00) 89
TORPEOINIDAE (1 11 01 00 00) 09
TRACHICHTHYIDAE (1 61 05 00 00) 42
TRACHYPTERIDAE (1 53 03 00 00) 40
TRIACANTHIOAE (1 89 01 00 00) 87
TRIACANTHODIDAE (1 89 02 00 00) 87
TRIAKIOAE (1 07 09 00 00) 0^
TRICHIURIOAE (1 70 (t6 00 00) 76
TRIGLIDAE (1 70 57 00 00) o 81
Xll TNDEX TO FAMILIES
TRIOOONTIOAE 1 8S 5- UL GO) 89
URANOSCOPIDAE 1 7U 3<4 OC DO) 69
UROLOPHIDAE 1 ID 11 OC UU) 09
XENICHTHIDAE 1 89 06 OC UO) 89
X£NOCONGRIOAE 1 <43 04 UC OU) 27
XIPHIIOAE 1 70 «»8 DO 00) 77
ZEIDAE 1 62 01 CO 00) U3
ZOARCIDAE 1 7C 38 DC QU) 71
Xlli INDEX TO rFNFRa
ARLENNES (1 HI LI CI UL) 33
A'^UOEFDUF (1 70 27 CI DC) 65
ACANTHOCYBIUM (1 7C tl C9 UC) 75
ACANTHONUS (1 7U 3S 21 OU) 73
ACANTHOSTRACION <1 3S 07 Gl UQ) 89
ACANTHURUS <1 70 16 CI 00) 57
ACHIRUS (1 83 OU CI GO 86
ACIPENSEJ? (1 17 01 CI 0G> 10
ADIORYX (1 61 11 03 UO) ^3
AETCBATUS (1 10 07 CI 00) 08
AGONOSTOMUS (1 6 5 1 CI 00) 44
AHLIA (1 U3 15 18 00) 31
ALBULA (1 21 03 CI 00) 11
ALOROVANni A (1 ««6 01 CI 00) 33
ALECTIS <1 7L 11 01 00) 53
ALEPISAU8US (1 32 07 CI 00) 22
ALEP0CEPHALU5 (1 21 07 CI 00) 14
ALLANETTA (1 65 02 C2 00) 45
ALOPI AS (1 07 CI CI DC) 02
ALOSA (1 21 05 01 00) 11
ALPHESTES (I 70 02 C2 OC) 46
ALUTERA (1 89 01 Ct 00) 89
AMBLYCIRRHITUS (1 70 59 CI 00) 83
AMPHELIKTURUS <1 51 06 01 00) 39
AMPHICHTHYS (1 93 01 09 OC) 92
AMPHOTISTIUS (1 10 05 CI 00) 08
xlv IMDEX TO GENFPA
flNACANTHORfiTIS (1 IC 10 C2 CO) 09
ANARCHI AS (1 «43 06 C7 OC) 28
ANCHOA (1 21 OS CI QU) 13
ANCHOVIELLA (1 21 06 03 QC) 13
ANCYLOPSETTA (1 83 01 21 QL<) S5
ANGUILLA (1 43 02 CI OC) 27
ANISOTREMUS (1 70 19 Gl OU) 58
ANOPLOGASTER (1 61 l** 01 OL) 43
ANTENNARIUS (1 95 02 ri DC) 92
ANTHIAS (1 70 02 60 OC) 50
ANT IGONIA (1 62 03 01 00) '+4
APH ANOPUS (1 70 46 Gl OC) 76
APHYONUS (1 7U 39 G2 00) 71
APOGON (1 70 06 02 00) 50
APPI5TURUS (1 07 05 01 00) 02
APS ILUS (1 70 15 C3 OC) 56
ARCHOSARGUS (1 70 21 36 00) 64
ARCOS (1 92 01 C3 OC) 91
ARGENTINA (1 21 11 01 00) 15
AR6YRIPNUS (I 21 14 Gl OC) 16
AR6YR0PELECUS (1 21 15 01 00) 17
ARIOMMA (1 70 53 01 OC) 78
ARI050MA (1 43 13 02 00) 29
ARIST05T0MIAS (1 21 21 02 00) 20
AROTHRON (1 89 08 09 00) 90
ASTRONESTHES (1 21 18 Gl GO) 13
XV INDEX TO GENERA
ASTROSCOPUS 1 7D 31 01 DC) 69
ATHERINOMORUS 1 65 02 3D 00) 45
AULOPUS 1 32 02 01 OC) 21
AULOSTOMUS 1 51 01 CI OLi) 39
AUXIS 1 70 '44 CI OG) 74
BAG RE 1 m 02 CU 00) 26
BAIRDIELLA 1 70 20 05 00) 59
BALISTES 1 89 03 C5 00) 88
BARATHRODEMUS 1 70 39 15 OL) 72
B ARATHRONUS 1 70 39 CI 00) 71
BARBOURISIA 1 32 12 CI OC) 2 5
8ARBULIFER 1 70 55 01 CU) 78
BASSOZETUS 1 70 39 It 00) 72
BATHOPHILUS 1 21 19 11 00) 19
BATHYANTHIAS 1 70 02 03 OC) 46
BATHYCLUPEA 1 30 01 01 00) 20
BATHYC0N6ER 1 '3 13 20 00) 30
BATHYGADUS 1 18 06 01 00)... 37
BATHYGOBIUS 1 70 55 05 OC) 79
BATHYLAGUS 1 21 12 01 DO) 16
BATHYMICROPS 1 32 11 02 OC) 25
BATHYPTEROIS 1 32 10 02 00) 25
BATHYSAURUS 1 32 11 01 OC) 26
BATHYTROCTES 1 21 07 09 00) 15
BATHYTYPHLOPS 1 32 11 03 00) 25
BATRACHOIOES 1 93 01 02 00) 91
xvi INDEX TO GFNEffA
BELLATOR 1 70 57 08 00) 82
BEMBROPS 1 70 32 C2 00) 68
BENTHALBELLA 1 32 03 02 00) 21
8ENTH0BATIS 1 11 01 05 OC) 10
8ENTH0C0METES 1 70 39 16 00) 72
BENTHODESMUS 1 70 46 05 00) 76
BENTH05AURUS 1 32 ID CI OL) 25
BENTHOSEMA 1 32 08 22 DO) 24
BERYX 1 Gl 02 CI OU) ^2
1*^ B INGHAMICHTHYS 1 21 07 0<4 00)
BLENNIUS 1 7U 36 C3 00) 70
BOD I ANUS 1 7G 28 G2 OC) 66
BOLLMANNIA 1 70 55 «*3 00) 79
BONAPARTl A 1 21 !« l** OC) 17
BORODINULA 1 '3 22 01 OU) 32
BOROSTOMIAS 1 21 18 02 OC) 18
BOTHUS 1 83 01 22 00) 85
BRACHYDEUTERUS 1 7U ig 03 00) 58
BRAMA 1 70 12 CI 00) 55
BRANCHIOSTOMA 1 01 01 CI OC) 01
BREGMACEROS 1 <48 03 CI 00) 36
BREVIRAJA 1 10 OH 05 OC) 07
BREVOORTIA 1 21 05 03 00) 11
BROSMICULUS 1 BROTULA 1 70 39 03 00) 71 CALAMUS 1 7C 21 06 00) 63 XVli INDEX TO GTNFRA CALLECHELYS 1 "43 15 13 OC) 31 CALLIONYMUS 1 70 H2 CI OG) ?•+ CANTHERINES 1 3 9 04 01 OC) 88 CANTHIDERMIS 1 89 03 CH 00) 88 CANTHIGASTER 1 89 08 CI OC) 89 C ARANX 1 70 11 08 00) 53 CARAPUS 1 70 tl 01 OC) 74 CARCHARHINUS 1 07 OG 02 00) 03 CARCHARIAS 1 07 08 01 OC) 04 C ARIBURUS 1 48 06 09 00) 37 CARISTIUS 1 61 04 01 DC) 42 CAT AETYX 1 70 39 04 00) 71 CAULOLATILUS 1 70 07 01 OC) 52 CENTROBRANCHUS 1 32 08 11 OU) 23 CENTROPHORUS 1 09 01 C3 DC) 05 CENTROPOMUS 1 70 01 02 00) 45 CENTROPRISTTS 1 70 02 48 OC) 49 CENTROPYGE 1 70 26 12 DO) 65 CEPHALOPHOLIS 1 70 02 04 00) 46 CERATIAS 1 95 13 01 00) 94 CERATOSCOPELUS 1 32 08 09 OG) 23 CETENGRAULIS 1 21 06 04 00) 14 CETOMIMUS 1 32 09 01 00) 24 CETONURUS 1 48 06 22 00) 38 CETORHINUS 1 07 04 01 00) 02 CETOSTOMUS 1 32 09 02 00) 24 XVlil INDEX TO GCNE^'A CHAENOMUGIL (1 65 01 C3 00) ^^ CHAENOPHRYNE (1 95 09 07 00) 94 CHAETODIPTE^US (1 7U 25 01 00) 6U CHAETOOON <1 70 26 C3 OC) 65 CHALINURA (1 48 06 10 00) 37 CHASCANOPSETTA (1 33 01 02 00) 83 CHAULIOOUS (1 21 17 01 00) 18 CHAUNAX (1 95 OH C2 OC) 93 CHEILODIPTERUS (1 70 06 03 OU) 51 CHI ASMODON (1 70 35 CI OC) 69 CHILOMYCTERUS (1 89 09 02 OU) 90 CHILORHINUS (I US DH 02 OC) 27 CHIHAERA (1 12 01 01 OC) 10 CHIROCENTRODON (1 21 05 50 00) 13 CHLOROPHTHALMUS (1 32 13 01 UO) 25 CHLOROSCOMBRUS (1 70 11 OS OC) 53 CHRIOOORUS (1 tt7 03 03 00) 3>4 CHRIOLEPIS (1 70 51 13 00) 78 CHRIOMYSTAX (1 70 32 03 00) 69 CHROMIS (1 70 27 C3 DC) 66 CITHARICHTHYS (1 83 01 03 00) 83 CITULA (1 70 11 11 00) 53 CLEPTICUS (1 70 28 32 00) 67 CLUPEA (1 21 05 06 OC) 12 COELORHYNCHUS (1 48 06 12 00) 37 COLLYBUS (I 70 12 05 00) 55 xix INDEX TO GrNrc?A COLOCONGER 1 43 13 C<4 00) 29 COLOMESUS 1 89 09 Ot» OC) 90 CONGER 1 '3 13 05 00) 29 CONGRINA 1 tiZ 13 12 00) 29 CONOCARA 1 21 07 C8 OC) 15 CONODON 1 70 19 DE 00) 58 COOKEOLUS 1 70 05 03 00) 50 CORNIGER 1 61 11 C7 DO) 43 CORYNOLOPHUS 1 95 13 G1 OL) 95 C09YPHAENA 1 70 13 02 00) 55 CORYPHAENOIDES 1 U& 06 21 OL) 38 CORYTHOICHTHYS 1 51 06 17 DO) 40 CRURIRA JA 1 lU 04 06 00) 08 CRYPTOPSARAS 1 95 13 C3 OC) 95 CRYPTOPTERYGIUM 1 <(3 15 It 00) 31 CRYPTOTOMUS 1 70 30 06 00) 68 CTENOSCIAENA 1 70 20 <«1 OC) 62 CUBICEPS 1 70 52 01 00) 78 CYCLOPSETTA 1 33 01 G<4 00) 84 CYCLOTHONE 1 21 14 02 00) 16 CYNOSCION 1 70 20 09 00) 60 CYPSELURUS 1 47 04 07 00) 35 CYTTOPSIS 1 62 01 04 00) 43 OACTYLOBATUS 1 10 04 08 00) 08 OACTYLOPTERUS 1 79 01 03 00) 83 DACTYLOSCOPUS 1 70 33 02 00) 69 XX INDEX TO GPrjE'A DALATIAS (1 03 0«4 CI OU) 06 DANAPHRYNE (1 36 09 06 UC) 94 DANICHTHYS (1 («7 04 02 OU) 34 OASYATIS (1 lu 05 02 UC) 08 DECAPTERUS (1 70 11 12 U(J) 53 DECOOON (1 70 28 30 OC) 67 DERMATOLEPIS (1 70 02 07 00) 46 DESMODEMA (1 53 03 02 OC) 40 DIAPHUS (1 32 08 02 OU) 22 DIAPTERUS (1 70 18 CI OC) 57 DIBRANCHUS (1 35 05 03 00) 93 DICERATIAS (1 95 07 01 00) 94 DICROLENE (1 70 33 C7 DC) 72 OIODON (1 39 09 l3 OC) 90 0I06ENICHTHYS (1 32 08 23 00) 24 OIPLACANTHOPOMA (1 70 33 08 00) 72 DIPLECTRUM (1 70 02 03 00) 46 OIPLOBATUS (1 11 01 07 00) 10 DIPLOOUS (1 70 21 14 00) 63 OIPLOPHOS (1 21 14 03 OC) 16 DIPLOSPINUS (1 70 46 07 00) 76 OIRETMUS (1 61 03 01 00) 42 OOLOPICHTHYS (1 35 03 C2 00) 94 DORATONOTUS (1 70 28 31 00) 67 DOROSOMA (1 21 05 12 00) 12 ORACONETTA (1 70 42 02 00) 74 xxl INDEX TC GENEQA DVSOMMA 1 1? 17 01 DC) 31 OYSOMMINA 1 43 17 C2 OU) 32 ECHENEIS 1 70 09 CI OC) 52 ECHIDNA 1 m oe 01 00) 2? ECHIOSTOMA 1 21 IS C<4 00) 19 ECTREP0SE8ASTES 1 70 5S 18 UO) 81 ELAGATIS 1 7iJ 11 13 OD) 5 3 ELOPS 1 21 01 Gl 00) 11 EMBLEMARI A 1 70 37 OU OC) 71 EMMELICHTHYOPS 1 70 14 02 00) 55 ENCHELYC03E 1 43 06 C3 00) 27 ENCHELYOPUS 1 48 01 02 DC) 36 EN6Y0PHRYS 1 fl3 01 14 00) 8H ENTOMACRODUS 1 70 36 02 OC) 70 EPIGONUS 1 70 06 04 OC) 51 EPINEPHELUS 1 70 02 12 00) '^6 EPINNULA 1 70 45 01 00) 75 EOUETUS 1 70 20 11 00) 60 EROTELIS 1 70 54 12 00) 78 ETELIS 1 70 15 05 00) 56 ETMOPTERUS 1 OS 01 08 OC) 05 ETROPUS 1 83 01 06 00) 84 ETRUMEUS 1 21 05 16 OC) 12 EUCINOSTOMUS 1 70 18 03 00) 57 EULEPTORHAMPHUS 1 47 03 08 00) 34 EUPOMACENTRUS 1 70 27 05 00) 66 xxli INDEX TC GTNE^A EUSTOMIAS (1 21 19 C5 OC) 19 '^^ EUTHYNNUS (1 7U «t«4 02 0C» E VERMANNELLA (1 32 Dt* 01 00) 21 E VERMANNI A (1 70 5 5 45 OC) 79 E VERMANNICHTHYS (1 70 55 tS 00) 79 E VORTHODUS (1 70 55 06 DO) 79 E VOXYMETOPON (1 70 46 06 00) 76 EXOCOETUS (1 (47 04 03 OC) 35 F ACCIOLELLA (1 43 11 04 QC) 29 F ISTULARIA (1 51 02 01 00) 39 FLAGELLOSTOMIAS (1 21 19 12 UO) 19 FLAMMEO (1 51 11 04 00) 43 FOOIATOR (1 47 04 11 00) 35 G ADOMUS (1 48 06 13 OC) 37 GALEICHTHYS (1 41 02 06 00) 26 GALEOCERDO (1 07 06 22 00) 04 GALEUS (1 07 05 C2 00) 02 GASTROPSETTA (1 33 01 15 OC) 84 6EMPYLUS (1 70 45 IC 00) 76 GENYATREMUS (1 70 19 09 00) 58 6EPHYR08ERYX (1 61 05 04 00) 42 6ERRES (1 70 18 C6 OC) 58 GIBBERICHTHYS (1 60 02 01 00) 41 6 I6ANTURA 11 34 01 01 00) 26 6ILLELLUS (1 70 33 03 00) 69 G INGLYMOSTOMA (1 07 01 01 OC) 02 xxlii INDEX TO GFNF^A GLOSSANOnON 1 21 11 02 00) 15 GLYPTOCPPHALUS 1 83 02 13 00) 86 GNATHAGNUS 1 70 7«« 09 DO) 69 GNATHODON 1 70 11 m 00) 53 6NATH0LEPIS 1 70 55 HI4 00) 79 6NATH0PHIS 1 43 13 18 00) 30 GOEIESOy 1 92 01 02 00) 91 GOBIONELLUS 1 70 55 23 DO) 79 60BI0S0MA 1 70 55 C2 DC) 79 GOBIUS 1 70 55 2«4 00) 79 GONICHTHYS 1 32 08 12 00) 24 GONIOPLETTRUS 1 70 02 l** DC) 47 GONOSTOMA 1 71 14 0«* DC) 16 60RDIICHTHYS 1 «43 15 17 00) 31 6RAMMAT0ST0MIAS 1 21 19 01 00) 18 GRAMMICOLEPIS 1 62 02 02 00) 44 GRENURUS 1 48 06 24 00) 38 GRIMATROCTES 1 21 07 11 00) 15 G YMNACHIRUS 1 83 04 C8 OC) 86 GYMNO THORAX 1 43 06 02 00) 27 GYMNURA 1 10 05 04 00) 08 GYRINOMIMUS 1 61 03 02 00) 42 HAEMULON 1 70 19 10 00) 58 HALICHOERES 1 70 28 12 00) 66 HALIEUTICHTHYS I 95 05 04 00) 93 HALOSAURUS 1 46 01 02 00) 33 xxlv INDEX TC GENEi^a HARENGULA 1 21 05 20 OU) 12 HELICOLENUS 1 70 56 OH 00) 80 HEMANTHIAS 1 70 02 50 DC) 49 HEMICARANX 1 70 11 15 OC) 54 HEMIRAMPHUS 1 47 03 09 0D» 34 HEPTRANCHIAS 1 05 02 01 OC) 01 HEXANCHUS 1 05 02 02 00) 01 HIMANTOLOPHUS 1 95 08 01 OC) 9U HIPPOCAMPUS 1 51 06 06 UO) 39 HIPPOGLOSSINA 1 83 01 23 00) 85 HIRUNDICHTHYS 1 <47 Ci 09 OU) 35 HISTRIO 1 95 02 03 OC) 92 HOLACANTHUS 1 70 26 07 00) 65 HOLLAROIA 1 89 02 01 00) 87 HOLOCENTRUS 1 61 11 02 00) 42 HOPLOSTETHUS 1 61 05 01 00) 42 HOPLUNNIS 1 '43 13 08 CO) 29 HOWELLA 1 70 06 10 00) 51 HYDROLAGUS 1 12 01 02 00) 10 HYGOPHUM 1 32 08 10 00) 23 HYMENOCEPHALUS 1 <(8 06 CH 00) 37 HYPEROGLYPHE 1 70 51 06 00) 77 HYPLEUROCHILUS 1 70 36 07 00) 70 HYPOPLECTRUS 1 70 02 15 0Q> 47 HYPOPRION 1 07 06 10 00) 03 HYPORHAMPHUS 1 47 03 05 00) 3^ XXV 1 INDEX TO GFNHiPA ICHTHYOCOCCUS 1 21 l** 05 OG) 16 IDI ACANTHUS 1 21 20 CI OG) 19 lOI ASTION 1 70 56 06 OC) 80 IJIMAIA 1 33 01 01 00) 26 ILISHA 1 21 05 22 00) 12 ILYOPHIS 1 <43 18 C3 00) 32 I^NOPS 1 32 11 CI OC) 25 ISISTIUS 1 09 DU 02 00) 06 ISOPISTHUS 1 70 20 \f\ 00) 60 ISTIOPHORUS 1 70 tM 01 00) 7 7 ISURUS 1 07 02 01 00) 02 JENKINSIA 1 21 05 23 00) 12 JOHNSONINA 1 39 02 02 00) 87 KALI 1 70 35 02 OC) 69 K ATHETOSTOMA 1 70 S** 05 00) 69 KATSUWONUS 1 70 ««« 03 00) 74 KAUPICHTHYS 1 «»3 Qi* 01 00) 27 KYPHOSUS 1 70 2'» 03 00) 64 LABICHTHYS 1 43 22 03 00) 32 LABRISOMUS 1 70 37 02 00) 70 LACHNOLAIMUS 1 70 28 18 OC) 67 LACTOPHRYS 1 89 07 02 00) 89 LAEMONEMA 1 48 02 01 00) 36 LAGOCEPHALUS 1 89 08 05 00) 89 LAG 00 ON 1 70 21 16 00) 63 LAHPADENA 1 32 08 04 001 22 XXV INDEX TO GFNE'^A LAMPANYCTUS (1 32 03 C5 CO) 23 LAMPRIS (1 53 01 CI CO 40 L AMPROGSAMMUS (1 70 3S C5 00) 71 LAMPROTOXUS (I 21 19 08 OC) 19 LARIMUS (1 70 2f] IG OU) 61 LEIOSTOMUS (1 7D 20 17 DC) 61 LEPIOOCYBIUM (1 70 t»5 C3 GO 75 LEPIDOPHANES (1 32 08 1& 00) 24 LEPIDOPUS (1 70 U6 C2 OC) 76 LEPISOSTEUS (1 19 01 01 OC) 11 LEPOPHIOIUM (1 70 «»0 02 OO 73 LEPTODERMA (1 21 07 05 00) 14 LEPTOSTOMIAS (1 21 19 0(^ OO 19 LESTIOIOPS «1 32 05 C4 OC) 21 LESTIOIUM (1 32 05 03 OC) 21 LETHARCHUS (1 '3 15 11 OC) 31 L INOPHYRNE (1 95 16 01 00) 95 LIOPROPOMA (1 70 02 5G OC) 49 LOBIANCHIA (1 32 08 18 00) 24 LOBOTES (1 7C 17 D2 OC) 57 LONCHIURUS (1 70 20 (4t( CO 62 LONCHOPISTHUS »1 70 31 01 00) 68 LOPHIOCHARON (1 95 02 05 00) 93 LOPHIOMUS (1 95 01 01 00) 92 LOP HI US (1 95 01 C2 OO 92 LOPHOLATILUS (1 70 07 02 00) 52 XXV il INDEX TC GCNTPS LOPHOTUS (1 53 0«» CI 00) 40 LUCIOQROTULA <1 70 39 19 J.. 72 LUT JANUS (1 7U 15 11 DC) 56 LUVARUS (1 70 <49 Gl 00) 77 LYCENCHELYS (1 7U 38 C9 00)..... 71 LYCEN&RAULIS (1 21 06 C7 00) 14 LYCODES (1 70 38 OP OL) 71 LYTHRULON (1 70 19 14 DO) 59 MACRISTIELLA (1 21 09 01 00) 15 M ACRODON (1 70 2C 45 00) 63 MACRORHAMPHOSUS (1 51 03 02 00) 39 MACROSTOMA (1 32 08 14 Uo) 24 MAKAIRA (1 70 47 02 00) 77 MAL ACANTHUS (1 70 07 C3 00) 52 MALACOCEPHALUS (1 48 06 14 OC) 38 MALACOCTENUS (1 70 37 01 00) 70 MALACOSTEUS (1 21 21 01 CO 19 MALTHOPSIS (1 95 05 06 00) 93 MANIA (1 10 08 02 00) 09 MARGRETHI A il 21 14 07 00) 16 MAUROLICUS «1 21 14 08 00) 17 MEGALOPS <1 21 01 02 00) 11 MELAMPHAES (1 60 03 CI 00) 41 MELANOCETUS (1 95 06 01 OC) 93 MELANONUS (1 48 05 01 00) 37 MELANOSTOMIAS (1 21 19 03 OC) 19 xxvill INDEX TO GENFPA MELICHTHYS 1 39 03 C3 DO) 88 MEMBRAS 1 SS 02 C3 DC) 45 MENIOIA 1 65 02 22 DO) 45 MENTICISRHUS 1 70 20 18 00) 61 MERLUCCIUS 1 IS 01 It OC) 36 MICROGNATHUS 1 51 06 16 00) 40 MICROGOBIUS 1 70 55 3D 00) 79 MICROLEPIOOTUS 1 70 19 16 OC) 59 MICROLOPHICHTHYS 1 95 09 C4 00) 94 MICROPHIS 1 51 06 08 00) 39 MICROPOGON 1 70 20 19 OC) 61 MICROSPATHODON 1 70 27 02 00) 66 MICROSTOMA 1 21 11 03 00) 15 MOBULA 1 10 08 03 00) 09 MOLA 1 89 10 C2 OC) 91 MONACANTHUS 1 39 Ot 02 00) 88 MONOLENE 1 83 01 16 OC) 84 MONOMITOPUS 1 70 39 09 00) 72 MORINGUA 1 43 03 CI 00) 28 MUGIL 1 65 01 C8 00) 44 MULLOIOICHTHYS 1 70 22 01 00) 64 MULLUS 1 70 22 02 00) 64 MURAENA 1 <43 06 04 00) 28 MURAENESOX 1 43 09 01 00) 28 MUSTELUS 1 07 09 02 00) 04 MYCTEROPERCA 1 70 02 21 00) 47 xxlx INDEX TO GITNCPA MYCTOPHUM 1 32 08 06 DO) 23 MYL lOBATIS 1 10 07 C3 UQ) 09 MYRICHTHYS 1 1*1 15 16 00) 31 MYRIPRISTIS 1 61 11 C5 00) 143 MYROPHIS 1 <43 15 13 00) 31 MYSTRIOPHIS 1 '3 15 02 00) 30 MYXINE 1 03 03 02 00) 01 NARCETES 1 21 07 C7 00) 14 NARCINE 1 11 01 G2 OC) 10 NAU CRATES 1 7U 11 20 DC) 54 NEALOTUS 1 70 ^5 C4 00) 75 NEBRIS 1 70 20 20 00) 61 NEC APRION 1 07 06 13 00) 03 NEMATONURUS 1 48 06 20 00) 38 NEMATONUS 1 70 39 13 00) 72 NEMICHTHYS 1 43 22 02 00) 32 NE08YTHITES 1 70 39 10 00)... 72 NEOCONGER 1 43 13 16 00) 30 NEOHARRIOTTA 1 12 02 01 00) 10 NEOMERINTHE 1 70 56 14 00) 81 NEOSCOMBROPS 1 70 02 23 00) 47 NEOSCOPELUS 1 32 08 13 00) 24 NESIARCHUS 1 70 45 12 00) 76 NETTASTOMA 1 43 11 02 00) 28 NEXILARIUS 1 70 27 06 00) 66 NEZUMIA 1 48 06 15 00) 38 XXX INDEX TO GENEVA NICHOLSINA (1 7C 30 15 bC) 68 NOMFUS «1 7Ll 52 03 UG) 78 NOT ACANTHUS (1 '46 0? 01 OC) 33 NOTOSCOPELUS (1 32 03 17 DO) 24 OCYANTHIAS (1 7U n? 51 DG) 49 OCYURUS (1 7V 15 15 0) 56 ODONTOGNATHUS (1 21 05 32 OD) 13 ODONTGSCION (I 70 20 22 00)..... 61 OnONTOSTOMOPS (1 32 01 02 00) 21 OGCOCEPHALUS (1 95 05 02 DO) 93 OLIGOPLITES (1 70 11 22 00) 54 OMOSUOIS (1 32 06 CI DO) 22 ONEIROOES (1 95 09 01 DO) 9^ COS TE THUS (1 51 06 IS 00) 40 OPHICHTHUS (1 «43 15 04 00) 30 OPHIDION (1 70 no 03 00) 73 0PHI0BLENNIU5 (1 70 36 2C 00) 70 OPHIOSCION (1 70 2r 25 00) 61 OPI STHOGNATHUS (1 7U 3 1 02 OC) 6 8 OPISTHONEMA (1 21 05 30 00) 12 OPISTHOPROCTUS (1 21 13 01 00) 16 0PI5TH0PTERUS (1 21 05 31 00) 12 OPS ANUS (1 93 01 06 00) 91 ORTHOPRISTIS (1 7U 19 17 00) 59 OSTICHTHVS (1 61 11 06 00) 43 OTOPHIDIUM (1 70 MO on 00) 73 XXX i TNCEX TO GFNf'a OXYGADUS 1 t*B Df IE OC) 38 OXYNOTUS 1 09 ni 13 DO) 05 OXYODON 1 70 06 05 CC» 51 OXYPORHAMPHUS 1 HI 03 10 OC) 34 P AC-. P'J S 1 70 21 23 DO) 63 PARABATHYMYRUS 1 i*Z 13 23 OC) 30 P ARACLINUS 1 70 3 7 Oe UD) 71 PARACONGf R 1 43 13 15 OC) 29 PARAHOLLAROI A 1 89 02 G3 00) 87 PARALABRAX 1 70 02 26 OC) 47 PARALEPIS 1 I? 05 10 OC) 21 PARALICHTHYS 1 83 01 24 00) 85 PARALIPARIS 1 70 58 03 DO) 83 PARALONCHURUS 1 70 20 29 UC) 62 PARAMYXINF 1 03 03 CI 00) 01 PARANTHIAS 1 70 02 27 OC) 48 PARASUDIS 1 32 13 02 00) 25 PARATRACHICHTHYS 1 61 05 05 OC) 42 PARAXENOMYSTAX 1 4 3 0? 0? 00) 28 P ARA2EN 1 62 01 06 OC) 44 PAREXOCOETUS 1 47 0^ 06 00) 35 PARONEIRODES 1 95 09 03 00) 94 PEMPHERIS 1 70 23 02 00) 64 PENOPUS 1 70 39 12 OC) 72 PEPRILUS 1 70 51 11 00) 77 PERISTEDION 1 70 57 04 00) 81 xxxli . INDEX TO GENEVA 48 PETROMETOPON ( 1 70 02 30 DO) . 80 PHENACOSCORPIUS ( 1 70 56 01 00) . 19 PHOTONECTES (1 21 19 C9 00) . 20 PHOTOSTOMIAS (1 21 21 (j3 00) . 14 PHOTOSTYLUS (1 21 07 02 00) , 92 PHRYNELOX (1 95 02 CM UO) . 52 PHTHEIRICHTHYS ( 1 70 09 C2 OC) . 36 PHYSICULUS (1 148 02 02 00), 48 PIKEA < 1 70 02 31 OC) , 63 PLAGIOSCION (1 70 20 U6 00) 32 PLATURORIDES (1 '43 21 02 OL,) . 33 PLATYBELONE (1 47 01 C2 DO) . 15 PLATYTROCTES (1 21 10 01 00) . 49 PLECTRANTHIAS ( 1 70 02 59 00) . PLEURONECTES (1 83 02 30 00), 86 86 PLEURONICHTHYS (1 33 02 31 00) . 86 POECILOPSETTA (1 83 02 32 00) . 62 P060NIAS ( 1 70 20 31 00) . 17 POLLICHTHYS (1 21 1«* 09 00) 33 POLYACANTHONOTUS (1 t»6 02 02 UO) 62 POLYCLEMUS (1 70 2C 32 00) 45 POLYDACTYLUS ( 1 66 01 0*4 00) POLYIPNUS (1 21 15 02 00) 18 POLYMETME (1 21 1«» 15 00) 17 POL YMIXIA (I 61 01 Gl 00) 41 POLYNEMUS (1 66 01 05 00) 45 xxxiii INDEX TC GZUE9A POMACANTHUS 1 70 2G 10 DGJ 65 POMADASYS 1 70 19 18 OU) 59 POMATOMUS 1 70 08 01 00) 52 POMOLOBUS 1 21 05 3t 00) 13 PONTINUS 1 70 56 05 UO) 80 PONTOSUDIS 1 32 05 C9 00)... 21 P0RICHTHY5 1 93 01 Cfi 00) 91 P0R06ADUS 1 70 39 11 00) 72 ^+1 poromitra 1 to 03 02 OD) pri acanthus 1 70 05 01 00) 50 prionace: 1 07 06 16 00) 01+ prionotus 1 70 5 7 05 OL) 8 2 pristiophorus 1 09 02 01 DO) 06 pristipomcides 1 70 15 18 OC) 57 PRISTIS 1 10 02 01 OQ) 06 PROGNATHODES 1 70 26 l PR06NICHTHYS 1 47 0<« 10 00) 35 PROMETHICHTHYS 1 70 US 09 OC) 76 PROMYLLANTOR 1 43 13 13 00) 29 "+9 PRONOTOGRAMMUS 1 70 02 53 DO) PSENES 1 70 52 02 00) 78 PSEUDOMYROPHIS 1 13 15 20 00) 31 PSEUOOPRIACANTHUS 1 70 05 01' 00) 50 PSEUDORAJA 1 10 Of 07 00) 08 PSEUDOSCOPELUS 1 70 35 03 00) 69 PSEUDOXENOMYSTAX 1 <)3 13 21 00) 30 XXX iv INDEX TO GENFOA PSCUDUPENFUS (1 70 22 07 DO) 64 PTERYCOMBUS (1 7D 12 03 OC) 55 RACHYCENTRON (1 7Q IC CI 00) 52 RAJA (1 10 G«» 02 00) 06 REGALECUS (1 53 02 CI 00) 40 REMORA (1 70 09 C3 UO) 52 RHINOBATOS (1 10 01 C2 00) 06 RHINOCHIMAERA (1 12 02 02 00) 10 RHINOPTERA (1 10 12 Gl 00) 09 RHIZOPRIONOOON (1 07 06 18 UC) 04 RHOMBCCHIRUS (1 70 9 04 QC) 52 RHOMBOPLITES (1 70 15 20 00) 57 RISSOLA (1 70 40 05 UO) 73 ROCCUS (1 70 02 3 9 00) 48 RONOELETI A (1 32 le CI OL) 26 ROULEINA (1 21 07 IC 00) 15 RUVETTUS (1 70 45 Oe 00) 75 RYPTICUS (1 70 03 01 UO) 50 SALARICHTHYS (1 70 36 09 00) 70 SARDA (1 70 44 07 00) 75 S ARDINELL* (1 21 05 38 00) 13 SAURENCHELYS (1 43 11 CI 00) 28 SAURIDA (1 32 01 02 00) 20 SCARUS (1 7U 30 11 00) 68 SCHROEOERICHTHYS (1 07 05 12 00) 03 SCHULTZEA (1 70 02 58 00) 49 XXXV INOeX TC GCNT'^a SCI AENA (1 70 ?C 35 GO 6 2 SCI AENOPS «1 70 2C 37 UL) 62 SCOMBER (1 70 nn ce OC) 75 SCOMBERESOX (1 <)7 02 01 OC) 3H SCOMBEROMORUS (1 70 t»U C8 CO) 75 SC0MBR0LA13RAX (1 70 «*5 11 00) 76 SCOPELOBERYX (1 6IJ 03 03 00) 41 SCOPELOGADUS (1 60 03 a 00) ui SCOPELOSAURUS (1 12 15 CI 00) 26 SCOPHTHALMUS (1 83 03 01 00) 86 SCORPAENA (1 70 56 07 00) 80 SCYLIORHINUS (1 07 05 11 00) 02 SCYTALOPHIS (1 43 15 12 00) 31 SEL AR (1 70 11 28 00) 54 SELENE (1 70 11 3C 00) 54 SERIOLA (1 70 11 31 DO) 54 SERRANICULUS (1 70 02 5«» UO) 49 SERRANUS (1 70 02 42 00) 48 SERRIVOMER (1 <(3 21 01 DO) 32 SET ARCHES (1 70 56 16 DO) 81 SONODA fl 21 It 10 00) 17 SPARISOMA <1 70 3C 12 OC) 68 SPHAEROIDES (1 89 08 06 00) 89 SPHAGE8RANCHUS (1 43 15 C8 00) 30 SPHYRAENA (1 65 03 01 00) 45 SPHYRAENOPS (1 70 06 11 00) 51 XXXvl INDEX TO GEfJCi^A SPHYRNA (1 07 0? 01 00) 04 SPRINGERIA (1 IC ir CI 00) 09 SOU ALIOLUS (1 G9 01 17 00) 05 SQUALOGADUS (1 48 06 25 DO) 38 SOUALUS (1 C9 01 15 GO 05 SQUATINA (1 09 03 01 00) 06 STARKSl A (1 70 37 OS CO) "^l STEINOACHNERIA (1 48 04 15 00) 36 STELLIFER (1 70 2C 39 OC) 62 STEMONOSUDUS (1 32 05 C8 UO) 21 STENOTOMUS (1 70 21 34 00) 63 STEPHANOBERVX (1 6U 01 01 00) ^1 STEPHANOLEPIS (1 89 04 03 00) 88 STERNCPTYX (1 21 15 03 00) 18 STOMIAS (1 21 16 04 00) 18 STRONGYLUKA (1 47 01 03 00) 33 STYLEPHORUS (1 53 05 01 OU) 41 SUDIS (1 32 05 C6 00) 21 SYACIUM (1 83 01 10 00) 84 SYMPHURUS (1 8 3 05 07 00) 87 SYMPHVSANODON (1 70 15 24 00) 57 SYNAGROPS II 70 06 07 00) 51 SYNAPHOBRANCHUS (1 43 18 01 00) 32 SYNGNATHUS (1 51 06 15 00) 39 SYNODUS (1 32 01 C3 OC) 20 TALISMANIA (1 21 07 G6 00) 14 XXXV 11 INDEX TO GENERA T ARACTES 1 70 12 0<* 00) 55 TAUTOGA 1 70 28 2f; 00) 67 TETRAGONURUS J 70 50 01 00) 77 TETRAPTURUS 1 70 HI 03 DO) 77 THALASSOMA 1 70 2 9 28 UO) 67 THALASSOPHRYNE 1 93 01 07 00) 91 THAUMANICHTHYS 1 °5 09 05 00) 94 THUNNUS 1 70 HH 01 00) 7H THYRSITES 1 70 tS 13 UQ) 76 TORPEDO 1 11 01 0«* DO) 10 TRACHICHTHYS 1 61 05 03 00) 42 TRACHINOCEPHALUS 1 32 01 01 00) 20 TRACHINQTUS 1 7U 11 36 00) 54 TRACHIPTERUS 1 53 03 01 OC) 40 TRACHONURUS 1 48 OS 17 UO) 38 TRACHURUS 1 70 11 38 DO) 55 TRACHYSCORPIA 1 70 56 17 00) 81 TRI ACANTHODES 1 89 02 04 OC) 87 TRIACANTHUS 1 89 01 Gl 00) 87 TRI AKIS 1 07 09 01 00) 04 TRICHIURUS 1 70 46 04 00) 76 TRICHOPSETTA 1 83 01 18 00) 84 TRINECTES 1 83 04 02 00) 86 TRIPLOPHOS 1 21 14 16 00) 17 TYLOSURUS 1 47 01 04 00) 34 UMBRINA 1 70 20 40 00) 62 xxxvlil INDEX TO GENEVA UPENEUS (1 70 22 06 00) 64 URASPIS (1 70 11 UZ OD) 55 URORATIS (1 lU 05 12 OU) 08 UROCONGER (1 US 13 1«* UQ) 29 UR0L0PHU5 (1 IL 11 CI QC) 09 UROPHYCIS (1 U8 01 01 DO) 35 UROPTERYGIUS (1 43 CG 06 OU) 28 UROTRVGON (1 10 11 C2 (JC) 09 VALENCIENNELLUS (1 21 lU 11 00) 17 VARIOUS (1 70 55 07 00) 79 VENEFICA (1 *\Z 11 03 OG) 28 VENTRIFOSSA (1 ^% 06 19 00) 38 VERILUS (1 70 15 23 OL) 57 VERMA (1 «*3 15 IS CO) 31 VINCIGUERRIA (1 21 14 17 00) 17 VOMER (1 70 11 (40 00) 55 X ANTHICHTHYS (1 89 03 CI 00) 87 XENOOERMICHTHYS (1 21 07 03 UO) 14 XENOLEPIDICHTHYS (1 62 02 03 00) 44 XENOMYSTAX (1 43 13 22 00) 30 XENOPHTHALMICHTHY (1 21 11 04 00) 16 XIPHIAS (1 70 48 01 00) 77 XYLELACYBA »1 70 39 20 00) 72 XYRICHTHYS (1 70 28 29 00) 67 YARELLA (I 21 14 13 00) 17 ZALIEUTES (1 95 05 05 00) 93 XXX ix INDEX TO GFNfRa ZENION (1 E.2 01 C5 (JC) U3 ZENOPSIS (1 £2 01 C^ QC) ^3 7U (1 53 03 D3 DO) 40 Xl PftSCAGOULA BI0NUMF3IC CODE (SYNONYM) PASCAPOULS BI0NUME9IC COOF (SYNONYM) PASCAGOULA ';iONUMPRIC CODE ( »SYNONYM) PASCAGOULA BIONUMERIC CODE (•SYNONYM) P*SCAGOULA BIONUMERIC CODE (SYNONYM) OftSCAGOULA BIONUMERIC CODE (SYNONYM) PASCAGOULA BIONUMERIC CODf (*SY.NONYM) 1 10 PASCAGOULA SIONUMERIC CODE ( *SYNONYM) PASCAGOULA BIONUMERIC CODE (SYNONYM) 1 10 P«SCA60UL* EinNUMFRIC CODE 10 ( SYNONYM) PflSCflGOULA BIONUMERIC CODE 11 ( *SYNONYM) PASCA'BOULA BIONUMFPIC CODF 12 (•SYNONYM) PASCA'^OULA RIONUMT'^IC CODE 13 ( •SYNONYM) PASCAGOULe BIONUMERIC CODE 11 (•SYNONYM) ''BSCAOOUL* BIONUME^IC CODE 15 ( *SYNONYM ) PASCAGOULA BIONUM^PIC CODE 1& (•SYNONYM) PASCAGOULA BIONUMFPIC COOF 17 ( *SYNONYM ) PASCA'50UL« EIONUMERIC CODE 18 (SYNONYM) PASCAPOULA BIONU'Mr»IC CODE 19 (SYNONYM) PiSCAnOULA BIONUMFPIC CODE 20 (SYNONYM) PASCAGOULA RIONUMFfJIC CODE 21 I •SYNONYM) PASCAGCULA BIONUMEPIC CODE: 22 (•SYNONYM) PASCAGOULft BIONUMFRIC COPF 23 (SYNONYM) PASCAGOUL& BIONUME^IC COOE 2«t { ^ Y N' r; Y I' ) PASCAGOULA BIONUMERIC CODF 25 (SYNOMYM) PASCAGOULA BIONUME'^IC CODE 26 ( *SYNOK'YM ) PASCAGOULA BIONUMERIC CODE 21 (SYNONYM) PftSCAGOULA BIONUMr!?IC CODE 28 (•SYNONYM) PASCftGOULA BI0NUMF9IC CODE 29 (SYNONYM) PASCAGOULA BrONUW^PIC CODE 30 ( •SYNONYK) PASCAROULA SIONUM^RIC CODF 31 (SYNONYM) PASCAPOULA BIONUMFPTC CODE 32 (*SYNONYK) PASCARnuLft BIONUMTRIC CODE 33 ( »SYNOMY«) PftSCAGOULA BTONUMF'?TC COPE 3(| (*SYNONYK) PA5CAR0ULA BIONUMFPIC CODE 35 I *SYNONYM) PASC4G0UL& BIONUM^PIC CODE 36 f *SYNiONYM) PASCftGOULA BI0NUMF9IC CODE 37 ( •SYNONYM) PASC4G0ULA BIONUMF^IC CCOE 38 ( *SYNONYM) PflSCAGOULA BIONUMF'?IC CODE 39 ( *SYNONYM) PASCaf^OULfi RIONUVTRTC CODE 40 ( *SYNONYM) PASC4G0ULA BIONUMERIC CODE ( •SYNONYM) ) PASCAHOULA BIONUMERIC CODE <*3 ( SYNONYM PASCAf^OULA BIONUMFRIC CODE ^«^ (SYNONYM) PASCAGOULA BIONUMERIC CODE fiS (•SYNONYM) PASCAGOULB BIONUMCRIC CODE (t& (•SYNONYM) PASCAGOULA BIONUMERIC CODE i*7 ( •SYNONYM) PASCAGOULft SIONUMERIC COOF HB (SYNONYM) PASCAGOULA BIONUMFRIC CODE «t9 (•SYNONYM) 1 70 02 «»8 DO CFNTROPRISTIS 1829 CUVIER 1 70 02 148 02 MELANUS 1952 GINS8URG 1 70 02 U8 0<* OCYURUS 1886 JORDAN 8 EVERMANN 1 70 02 <4B 05 PHILADELPHICUS 1758 LINNAEUS 1 70 02 48 05 STRIATUS 1758 LINNAEUS 1 70 02 '48 07 FUSCULUS 1851 POEY 1 70 02 50 00 HEMANTHIAS 187«« STEINDACHNER 1 70 02 50 00 ANTHI ASICUS 1952 GINS8URG I 70 02 50 01 VIVANUS laea JORDAN 8 SWAIN 1 70 02 50 02 LEPTUS 1952 GINSBURG 1 70 02 51 00 OCYANTHIAS 1896 JORDAN 8 EVERMANN 1 70 02 51 01 MARTINICENSIS 1868 GUICHENOT 1 70 02 53 00 PRONOTOGRAMMUS 1363 GILL 1 70 02 53 01 AUR0RU8ENS 1935 LONGLEY 1 70 02 SH 00 SERRANICULUS 1952 GINSBURG 1 70 02 5a 01 PUMILIO 1952 GINSBURG 1 70 02 56 DO LIOPROPOMA 1861 GILL 1 70 02 56 DO CHORISTISTIUM 1862 GILL 1 70 02 56 01 ABERRANS 1861 POEY 1 70 02 55 02 EUKRINES 1962 STARCK 8 COURTENAY 1 70 02 58 DO SCHULTZEA 1965 WHITLEY 1 70 02 58 01 BETA 19t0 HILDEBRAND 1 70 02 58 01 CAMPECHANUS 1958 WOODS 1 70 02 59 DO PLECTRANTHIAS 1873 SLEEKER 1 70 02 59 01 GARRUPELLUS 1961 ROBINS 8 STARK PASCAGOULA BIPNUMFRIC CODE 50 ( «SYNONYM ) PASCAROULA BIONUfERIC CCDF 51 ( »SYNONYM) PASCAGOULA BIONUMFPIC CODE 52 I *S YNONYM ) PASCAriOULA BIONUMERIC CODE 53 ( '5YN0NYM) PASCAGOULA BIONUMERIC COOF 5«» (•SYNONYM) PASCAGOULA SIONUMERIC COOE 55 ( •SYNONYM) P«SC*rnOUL8, BTONUfTRIC CODE 56 ( *SYNONYM ) PASCAGOULft BI0NUME9IC CODE 57 ( *SYNONYM) PASCAGOULA BTONUMERIC CODE 58 ( SYNONYM) PASCAr,OULA BIONUMFPIC CODE 59 ( *SYNONYM) PASCAC;OULA BIONUMC!?IC CODE 60 ( SYNONYM) PASCAGOULA einNUMrf?ic rODE ei ( *SYNONYM ) PASCAROULA RTONUMERIC CODE 62 ( •SYNONYM ) PASCAG0UL6 BIOMUMf^RIC CODE 63 ( »5YN0NYM) PASCArOULA BIONUMrCfic CODE 6<( ( *SYNONYM ) PASCAROULA SIONUWrRIC CODE 65 ( *SYNONYM) PASCAGOULA BIONUHTRIC CODE 66 ( SYNONYM) PASCAHOULA SIONUMFPIC CODE 67 ( •SYNONYM) PftSCAGOULA BIONUrTRIC CODE 68 ( *SYNONYM ) PASCAr:0ULA PIONUMERIC COPE 69 { *5YN0NYM) PASCArOULA BIONUMERIC CODF 70 ( *SYNO\YM) PASCAGOULA BIONUMERIC CODE 71 ( •SYNONYM) ) PASCAFOULfi giONUMflC CODE 72 ( SYNONYM PASOAGOULA BIONUMEt'IC CCCE 73 ( *SYrjONYM) ) PASCAGOULA BIONUME ( SYNONYM PASCAPOULft BIONUMEPIC '-QDE 75 I •SYNONYM ) PASCA'^OULa BIONUMFPIC CODE 76 (•SYNCNY»1 ) PASCAROULA PIONUMEf?IC CODE 77 ( •SYNONYM ) PASCAROULA BIONUMFRIC CODE 78 { •SYNONYM ) PftSCAr^OULA BIONUf-ERIC CODE 79 ( SYNONYM) ) PASC4G0ULA 9I0NUMFQIC CODE 80 ( SYNONYM PASCAGOULft BIONU^TPIC CODE 81 ( *SYNONYM ) PASCanoULA SIONUMFIJIC COOE 82 ( »SYNOIMYM ) PASCAGOULA aiOMUf'^RIC COOF 83 ( *SYNO\YM ) PaSCAHOULft cIONUwrDlC CODE SH ( *SYNONYM ) PASCAf-^OULA BIONUME!?IC COOE 85 ( •SYNONYf ) PASCAGOULft BIONUWFPIC CODE 86 ( SYNONYI^ ) PASCAC-OULA BICNUf^f'RIC CODE 87 (*SrNOMYM) ) PflSCAr^OULft BIONUMTRic COOF 83 ( SYNONYM PASCA^OULA BIONUMERTC CODE 89 ( *SYNONYM ) PASCAPOULS BIONUKFRIC CODE 90 t *SYNONYM) ) P*^CAr^OULft BIONUKF°IC COOE 91 ( SYNONYM PASCA'^OULfi BIONUI-TRIC CODE 92 ( *SYNONYM) PASr4'"-0ULft BICNU"FS|TC CODE 93 ( *SYNONY,X ) 1 9? C? "5 00 LCPHIOCHfiPCN 1333 WHITLEY 1 3 5 n? 05 01 TENE^PQSUS 1853 PCEY 00 on r HiUNAC TOAE 1 95 CH 02 00 C H A U N a X 18 46 LOWE '".', 1 95 02 01 PICTUS IS^i, LOWE 1 95 ns 00 00 OGCOCEPHaLIOAE 1 9S C5 02 on OCC^CcPHALUS 1813 FISCHER 1 95 ns 2 0? 1836 RICHARDSON 1 95 ns 02 03 NASUTUS ia3fl CUVIEP S VALENCIENNES 1 95 ^S 2 06 'PARVUS 19U0 L0N6LEY S HILOEBRAND 1 95 f5 02 07 RADIATUS 1318 MITCHTLL 1 95 05 r2 08 VESPr9TILTn 1758 LINNAEUS 1 95 rs 02 1? H T A T U S 1837 CUVIER 8 VALENCIENNES 1 95 C5 03 DO CIPPANCHUS 1865 PETERS 1 95 C5 3 01 ATL AMICUS 1«75 PETERS 1 95 05 Ot DP HALIEUTICHTMYS 1063 POEY 1 95 05 nu 01 ACULEATUS 1316 MITCH ILL 1 95 05 r;<* 2 CARIP.RAFU^ 13 96 GARMAN 1 95 OS 05 00 ?ALTEUTFS 1896 JORDAN 8 EVERMANN 1 95 05 05 01 MEGINTYI 1952 FOI/LER 1 95 05 06 on I^ALTHOPSIS 1891 ALCOCK 1 95 06 CO DO MELANOCFTIOAE 1 95 06 01 DO MELANOCETUS 1861 GUNTHER 1 95 06 01 01 JOHNSONI 186'« GUNTHER 1 95 06 01 02 MURRAYI 1887 GUNTHER 31* f *S YMONYM ) 1 95 r? no 00 0TCr96TIT0AE 1 95 07 01 DO orcrcaTi AS 1387 GUNTHER ri7 1 95 01 01 3ISPTN0SUS 1887 GUNTHEP 1 95 03 00 00 HIMANTOLCPHin/SF 1 95 08 01 on HIMANTOLOPHUS 1838 REINHARDT I 95 VH 01 01 GR0ENL4N0ICUS 1837 RflNHARDT 1 95 09 no 00 ONiETPODIOAE 1 95 03 01 00 ONEIftODES 1871 LUTKEN 1 95 09 01 01 3RADBU 1 95 09 r-l 2 ESCHPICHTI 1671 LUTKEN 1 95 09 02 00 nOLOPICHTHYS 1899 GARMAN 1 95 09 02 01 LCNGTCCNTS 1927 PARR 1 95 09 03 00 PAPONE IPOOFS 1390 ALCOCK 1 95 09 03 01 wroLl 192F PIETSCHMANN I 95 09 Ca 00 MIC^OLOPHICHTHYS 1932 REGAN S TREWAVAS 1 95 09 04 01 MICRCLOPHUS 1925 REGAN 1 95 09 05 00 THAUMAMICHTHYS 1912 SMITH 8 RAOCLIEFE 1 95 09 06 DO CANAPHPYNF 1951 3EPTEL5EN I 95 09 07 00 CHAFNOPHRYNiF 1925 REGAN 1 95 09 07 01 O^ACO 1932 PEEPE 1 95 10 00 DO LAEVOCFRATI IDAE 1 95 1 1 no 00 GIG INTACT IDAE 1 95 1? GO on N''OCEPATI IDAE 1 95 13 00 00 CERATIIDAE 1 95 13 01 00 CEPATI AS leHH KROYER PASC4R0ULA BIONUME'IC CODE 95 ( «SYNONYM ) 1 95 13 Gl 01 HOLPOELLI IS^t KROYER 1 95 13 03 00 CRYPTOPSARAS 1883 GILL 1 95 !3 D3 01 COUESTT 1883 GILL I 95 13 0*» DO CCRYMOL0PHU5 1873 GILL 1 95 13 04 01 REINHAROTTT 1878 LUTKEN 1 95 l^ 00 DO CflULOPHRYMDAE 1 95 15 CO 00 PWOTOrCFYNIDAE 1 95 16 00 00 LTNOPHRYNIOAE 1 95 ir, CI on LT^OPHYRNE 1386 COLLETT 1 95 16 01 01 ARBORTFERS 1925 REGAN 1 95 IS ri 02 3PEVIBARBATA 1932 BEEBE ^GPO— 795-761 MBL WHOI Library Serials WHSE 01839 621. Predation by sculpins on fall chinook salmon, 634. Age composition, weight, length, and sex of her- Oncorhynchus tshawi/tscha. fry of hatchery or- ring, Chrpea pallasii, used for reduction in Alas- igin. By Benjamin G. Patten. February 1971, ka, 1929-66. By Gerald M. Reid. July 1971, iii + 14 pp., 6 figs., 9 tables. iii + 25 pp., 4 figs., 18 tables. 622. Number and lengths, by season, of fishes caught 635. A bibliography of the blackfin tuna, Thunnus with an otter trawl near Woods Hole, Massa- atlanticus (Lesson). By Grant L. Beardsley and chusetts, September 1961 to December 1962. David C. Simmons. August 1971, 10 pp. For By F. E. Lux and F. E. Nichy. February 1971, sale by the Superintendent of Documents, U.S. iii + 15 pp., 3 figs., 19 tables. Government Printing Office, Washington, D.C. 20402 - 25 cents. 623. Apparent abundance, distribution, and migra- tions of albacore, Thioinus alalitnga, on the North 636. Oil pollution on Wake Island from the tanker Pacific longline grounds. By Brian J. Rothschild R. C. Stoner. Bv Reginald M. Gooding. May and Marian Y. Y. Yong. September 1970, v + 1971, iii + 12 pp., 8 figs., 2 tables. For sale by 37 pp., 19 figs., 5 tables. the Superintendent of Documents, U.S. Govern- ment Printing Office, Washington, D.C. 20402 - 624. Influence of mechanical processing on the quality Price 25 cents. and yield of bay scallop meats. By N. B. Webb and F. B. Thomas. April 1971, ii"i 11 9 + pp., 637. Occurrence of larval, juvenile, and mature crabs figs., 3 tables. in the vicinity of Beaufort Inlet, North Carolina. By Donnie L. Dudley and Mayo H. Judy. August 625. Distribution of salmon and related oceanographic 1971, iii 4- 10 pp., 1 fig., 5 tables. For sale by features^ in the North Pacific Ocean, spring 1968. the Superintendent of Documents, U.S. Govern- By Robert Jl. French, Richard G. Bakkala, Ma- ment Printing Office, Washington, D.C. 20402 - and Jun Ito. March 1971, iii sanao Osako, + Price 25 cents. 22 pp., 19 figs., 3 tables. 638. Length-weight relations of haddock from com- 626. Commercial fishery and biology of the fresh- mercial landings in New England, 1931-55. By water shrimp, Macrohrachium, in the Lower St. Bradford E. Brown and Richard C. Hennemuth. Paul Riyer, Liberia, 1952-53. By George C. Mil- August 1971, V + 13 pp., 16 fig., 6 tables, 10 ler. February 1971, iii + 13 pp., 8 figs., 7 tables. appendi.x A tables. For sale by the Superintend- ent of Documents, U.S. Government Printing 627. Calico scallops of the Southeastern United States, Office, Washington, D.C. 20402 - Price 25 cents. 1959-69. By Roliert Cummins, Jr. June 1971, iii -|- 22 pp., 23 figs., 3 tables. 639. A hydrographic survey of the Galveston Bav system, Texas 1963-66. E. J. Pullen, 628. Fur Seal Investigations, 1969. By NMFS, Ma- By W. L. rine Mammal Biological Laboratory. August Trent, and G. B. Adams. October 1971, v + 13 pp., 15 figs., 12 tables. For sale by the Super- 1971, 82 pp., 20 figs., 44 tables, 23 appendix A intendent of tables, 10 appendix B tables. Documents, U.S. Government Print- ing Office, Washington, D.C. 20402 - Price 30 cents. 629. Analysis of the operations of seven Hawaiian skipjack tuna fishing vessels, June-August 1967. By Richard N. Uchida and Ray F. Sumida. 640. Annotated bibliography on the fishing indu.stry and biology of the blue crab, Cullinccies sapidus. March 1971, v -f- 25 pp., 14 figs., 21 tables. For sale by the Superintendent of Documents, U.S. By Marlin E. Tagatz and Ann Bowman Hall. Government Printing Office, Washington, D.C. August 1971, 94 pp. For sale by the Superinten- 20402 - 35 cents. dent of Documents, U.S. Government Printing Office, Washington, D.C. 20402 - Price $1.00. 630. Blue crab meat. I. Preservation by freezing. July 1971, iii + 13 pp., 5 figs., 2 tables. IL Effect 641. Use of threadfin shad, Dorosoma petenense, as of chemical treatments on acceptability. By live bait during experimental pole-and-line fish- Jurgen H. Strasser, Jean S. Lennon, and Fred- ing for skipjack tuna, KatsHW07ius petamis, in Hawaii. By T. erick J. King. July 1971, iii -f- 12 pp., 1 fig., 9 Robert B. Iversen. August 1971, tables. iii -I- 10 pp., 3 figs., 7 tables. For sale by the Superintendent of Documents, U.S. Government 631. Occurrence of thiaminase in some common aquat- Printing Office, Washington, D.C. 20402 - Price ic animals of the United States and Canada. By 25 cents. R. A. Greig and R. H. Gnaedinger. July 1971, iii 4- 7 pp., 2 tables. 642. Atlantic menhaden Brevoortia tyrannus resource and fishery—analysis of decline. By Kenneth 632. An annotated bibliography of attempts to rear A. Henry. August 1971, v -|- 32 pp., 40 figs., 5 the larvae of marine fishes in the laboratory. By appendix figs., 3 tables, 2 appendix tables. For Robert C. May. August 1971, iii + 24 pp., 1 ap- sale by the Superintendent of Documents, U.S. pendix I table, 1 appendix II table. For sale by Government Printing Office, Washington, D.C. the Superintendent of Documents, U.S. Govern- 20402 - Price 45 cents. ment Printing Office, Washington, D.C. 20402 - 35 cents. 646. Dissolved nitrogen concentrations in the Colum- bia and Snake Rivers in 1970 and their effect on 633. Blueing of processed crab meat. II. Identification chinook salmon and steelhead trout. By Wesley of some factors involved in the blue discoloration J. Ebel. August 1971, iii + 7 pp., 2 figs., 6 of canned crab meat Callitiectes sapidus. Bv tables. For sale by the Superintendent of Doc- Melvin E. Waters. May 1971, iii + 7 pp., 1 fig., uments, U.S. Government Printing Office, Wash- 3 tables. ington, D.C. 20402 - Price 20 cents. UNITED STATES DEPARTMENT OF COAAMERCE NATIONAL OCEANIC & ATMOSPHERIC ADMINISTRATION POSTAGE AND FEES PAID NATIONAL MARINE FISHERIES SERVICE U.S. DEPARTMENT OF COAAMERCE SCIENTIFIC PUBLICATIONS STAFF BLDG. 67, NAVAL SUPPORT ACTIVITY SEAHLE, WASHINGTON 98115 OFFICIAL BUSINESS