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Krylovyh Sochleneniy Wing Folding Ökofaunistische Odonatologicalabstracts 1-2 excl. - address 1988 pp., App. (Author’s current un- known). The M.Sci. thesis under (14800) BRODSKY, A.K., 1988. Stroenie,funkcionirov- was prepared the supervision of Prof. Dr G. Jurzitza. The field work was conducted dur- anie i evoluciya krylovyh sochleneniy nasekomyh. — 1987. At 8 sites in the Fritschlach Nature Structure, functioningand evolution of the wing articu- ing May-Oct. Reserve nr Karlsruhe (Germany), 27 were evidenced. lations ininsects, ChteniyaPamyatiN.A. Holodkovskogo spp. The respective odon. assemblages aredescribed and eco- 41: 3-47. (Russ., with Engl. s.). — (Last known address; logically analysed. Dept Ent.,St Petersburg St. Univ.,Universitetskaya nab. 7/9, RUS-199164 St Petersburg). (14802) SMITH,B.P., 1988. Host-parasiteinteraction and The structure and functioningofthe wingaxillary sclerites of A. Ent. impact larval water mites on insects. Rev. 33: during wing beatingand wing foldingare described and 487-507. - (Author’s last known address: Biol. Dept, illustrated. In thecourse of evolution the structure ofthe Ithaca Coll., Ithaca, NY 14850, USA). articulation ofthe has zone wing changed significantly, With references to the odon., the evolutionary trends in allowingnew movements and new interconnections be- the association oflarval water mites with insects, host and tween axillary sclerites. A comparative account of the siteselection, attachment and engorgement, detachment, structure and functioning ofthe axillae is presented and population and community structure, and the impact of the some of evolutionarytrends areshown. Among these, water mites are reviewed. the optimization oftransmission oftheeffort from flight muscles to thewing is most important.A mechanism for 1991 is described the of wing folding and sequence changesin the ofthe evolution is stud- course Paced. Of all groups (14803) ANDEREGG, K„ 1991. Landschaftimd Tierwelt of ied, the most primitive type the wing axillary zone is im st. gallischen Linthgebiet. Arbeitsgem Linthgebiet, found in 2 distinctive stems may be derived Plecoptera. Uznach. 224 ISBN pp. Hardcover (17.5x24.5 cm). from the ground-planfor Insecta: (1) Gryllones (without none. and Scarabaeiformes and Cimiciformes Plecoptera), (2) Includes a general chapteron dragonflies(pp. 154-156), (without Palaeodictyopteroidea).The peculiarity ofcon- and scattered information onthe occurrenceofsome odon. struction ofthe zonein Odon. and axillary Ephemeroptera, — St Switzerland. spp.; canton Gallen, is and their Palaeodictiopteroidea very high testify to early or from Insecta common separation (together separately) (14804) KATO.M., 1991. A fistofinsects from the Ogasa- stem. All these 3 groups seem adopted to benefit liom wara Islands. Ogasawara Res. 17/18: 32-59. (Jap., with - See also glidingflight. — OA 8527. Engl. s.). (Author's address not stated). The checklist includes 10 odon. — spp.; Japan. (14801) GRIESINGER, J„ 1988. Ökofaunistische den Libellen Odonata, des Untersuchungen an ( Insecta) (14805) [PAVAROTTI, LJ, 1991. Pavarotti in Holland. Saumseen bei Karlsruhe-Daxlanden Luciano Pavarotti. — (Naturschutzgebiet TentoonslellingSchilderijen van Biol., Univ. Karlsruhe, iv+142 Exhibit Stadium „Frilschlach“). DiplArb. 1 um of Luciano Pavarotti’s paintings]. 106 OdonatologicalAbstracts Design, Hillegom. 52 pp. Softcover (20.9x29.5 cm). 17[1992]: 33-53; - 18(1993]: 13-26; - 19(1994]: 17- ISBN none.(Dutch), -30; - 20(1995]: 47-60; - Sahlbergia3(1996]: 9-20. A catalogue ofthe exhibition ofpaintings (screen prints) ofthenoted opera tenor (KurhausScheveningen, 30 Aug.- 1998 the with 7 Sept. 1991, Netherlands), anautobiographic ofhiswork 23 outline as apainter, followed by painting (14809) BATTEN. D.J., 1998. Palaeoenvironmental im- of 11 reproductions. “Fatfallee insetti” is a composition plications ofplant, insect and otherorganic-walledmicro- insects ofvarious orders, inch a calopterygiddragonfly. fossils in theWeald Clay Formation (Lower Cretaceous) of southeast England. Cretaceous Res. 19(3/4): 279-315. 1996 — (Inst. Geogr. & Earth Sci.,Univ. Wales, Aberystwyth, SY23 3DB, UK). (14806) DIETER, C.D., W.G. DUFFY & L.D. FLAKE, Only passingreferences are made to theOdon. Referring the listed in OA 10989 and 1996. The effect of phorate on wetland macroinverte- to papers 11012, it is empha- brates. Emir. - sized that Weald consistent Toxicol. Chenu 15(3): 308-312. (First their Clay occurrences are Author: Dept WUdl. & Fish., South Dakota St. Univ., with lacustrine-lagoonalenvironments. Brookings,SD 57007, USA). The effects of this organophosphorous insecticide were (14810) GOSLINGA,D., 1998. Watersnuffel,gevangenin studied at 3 prairie potholepalustrine,emergent wetlands Ronde zonnedauw. — [Enallagmacyathigerum,captured thePrairie Coteau on in E-central Dakota. All insect or- by Drosera rotundifolia].Twirre 9(2): coverphotograph. inch while Oli- — ders, Odon., were sensitive, Gastropoda, (Dutch). (Author’s address not stated). tolerant. gochaeta,Hirudineaand Ostracoda were Date and locality (in Friesland, the Netherlands) not stated. (14807) GARDNER, S.C.&C.E.GRUE, 1996. Effectsof Rodeo® and Garion® 3A on nontarget wetland species (14811) HALL, B.D., D.M. ROSENBERG & A.P. in central Envir. in from Washington. Toxicol. Chem. 15(4):441- WIENS, 1998. Methyl mercury aquatic insects 451. — Author: Sch. J. Fish. (Second Fish., Univ. Washington, anexperimentalreservoir. Can. aqua!. Sei. 55(9): Seattle, WA 98195, USA). 2036-2047, (With Fr. s.). — (First Author: Dept Ent., There were no significant differences in the number of Univ. Manitoba, Winnipeg,MB, R3T 2N6, CA). The odon. individuals collected before and after (1 d or 7 d) effects ofexperimentalflooding ofa small wetland application ofeither herbicide in the 2 wetlands studied lake (ExperimentalLake Area, SW Ontario, Canada) on 1.1 and3.4 (surface ha). the MeHg concentrations in aquatic insects are reported. Odon. the that exhibited increases in were among groups HYONTEISKARTOITUS / INSEKTENKAR- in Predators exhibited (14808) MeHg response to flooding. an ap- Vuoden 1996tulokset21 suomalaisen 3-fold with TERING81,1996. prox. increase,compared a 20-fold increase in — Resultat hydnteislajinlevinneisyyskartoituksesta. av water concentrations, and a4-5-fold increase in fish. The 21 insektarters i Finland 19%. results with the situation in natural lakes in karteringav utbredning ar atecompared — Results ofthe mappingin 1996 ofthe disfribution of21 Finland and N Quebec, which is similar. insect species in Finland. Sahlbergia3(2): 63-75. (Finn. & Swed., with Engl. s.). - (Insektkartering81,Div.Ent., (14812) PITHER, J. & P.D. TAYLOR, 1998. An experi- FIN-00014 Zool. Mus.,P.O. Box 17, P. Rautatiekatu 13, mental assessment oflandscape connectivity.Oikos 83(1): University of Helsinki). 166-174. — (First Author; ACWERN, DeptBiol.,Acadia The project commenced in 1981, and includes 2 odon. Univ., WolfsviUe, NS BOP 1X0. CA). C. cf, OA 5179. The spp. (Calopteryx splendens, virgo); The relative movement abilities of the sympatric, eco- and contain also (anonymous) reports appear annually logically similar Calopteryx maculata and C. aequabilis annual within phenology graphsand distribution maps, but they 2 structurally dissimilar habitat types, forest and and in Nova were only incidentally incompletely covered by OA. pasture Scotia, Canada, are experimentally as- for the 1981- for- Here followsa completebibliography period sessed. For both spp., streams arerequired resources, In used and is neutral habitat. 1995. various periods, 3 Finnish periodicalswere est is a potential resource, pasture asa publicationvehicle, viz.: NoluL ent. 62(1982]:25-36; Experimental manipulationswere conducted at a spatial - 63(1983]; 69-80; - 64(1984]: 57-68; - 65(1985]: scaleapproachingtypical inter-stream distances within the - - - 17-32; 41-62; 66(1986]: 105-120; 67(1987]: study region. A portionofthe individuals was displaced - - from its stream habitat within its native 68(1988]:9-24; 69(1989]: 17-32; 175-190; Baptria away required Odonalological Abstracts 107 and the transferred Univ. Av. landscape, remaining individuals were DeptEcol., Barcelona, Diagonal645, ES-08028 to another landscape ofalternate habitat structure (either Barcelona). forest Within each habitat relative The ofthe after the release of or pasture). type move- recovery aquatic ecosystem essential of toxic in the Guadiamar R. ment ability, an component landscape con- mining waste Basin, Sevilla. nectivity,is equatedwiththe proportion ofdisplaced indi- SW Spain, in Apr. 1998, is documented. After 6 months vidualsobserved the to have reached stream, asmeasured of cleaning operations, in Nov. 1998 the macroinverte- reobservation of individuals against rates control released brate community of the river was composed mainly of the found at stream. It was that C. maculata, the sp. more spp. of short life cycles, typical ofponds (Odon., Cole- consistent in its offorest moved while riverine use asa resource, signifi- optera, Heteroptera), the spp. occurring at control had recolonised the cantly morereadily through 700 m ofpasture habitat than the upstream station not river, the due its transformation into series of artificial through same distance offorest, while C. aequabilis to a ponds, moved with abilities both habitat constructed sediment Values of all metals equal through types. as traps. heavy Historical behaviour — whether or not the individuals in invertebrates were significantly high, those ofXn and typicallyused forest as a resource before the manipula- Cu 2-3 times higher
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