ZOBODAT - www.zobodat.at Zoologisch-Botanische Datenbank/Zoological-Botanical Database Digitale Literatur/Digital Literature Zeitschrift/Journal: Braueria Jahr/Year: 1994 Band/Volume: 21 Autor(en)/Author(s): Ivanov Vladimir D. Artikel/Article: Russian Bibliography 21-25 © Hans Malicky/Austria; download unter www.biologiezentrum.at 21 BRAUERIA (Lunz am See, Austria) 21:21-25 (1994) Building behaviour of C.villosa consists of several stages: a. base building, b. tube RUSSIAN BIBLIOGRAPHY building, c. detachment of the tube from base, d. final improvement of the case, e.g. rear end V.D.Ivanov closing. The building activity decreases at concentrations of methylparathion equal to 10-5 mg/l or higher in the tanks. At concentrations of 1987 10-3 mg/l the larvae built the bases only and then left the working place. The sequence of behavioural events is found to be more sensitive to KopHoyxoBa, H.H., 1987. PyqefenKH the poison than single operations. (Trichoptera) CTenHoro IIpeflKaB- Ka3bfi: CHCTeMaTHKa, aKOJiornn, 1989 npoHCxoÄfleHHe. - B cö\: $ayHa H DKOJIOrHH ÄHBOTHHX KaBKa3a. B.A., $JiepoB, B.A., 0p,ivKOHHKHfl3e: PMO COIT: 18-30. 1989. BMOTQCTHpOBaHHe BOflHOft Kornoukhova, I. I ., 1987. Caddisflies (Trichoptera) of the Stepnoye Predkavkazie: taxonomy, ecology, cpeflti no noBefleiwecKHM peaKiçiHM origin. In: Fauna and ecology of animals of BOflHHX JKHBOTHHX. - B CO. : 3aiIJHTa Caucasus. Ordzhonikidze: RIO SOGU: 18-30. petfflHx 6acce#HOB, 03ep v. acTyapn Stepnoye Predkavkazie is a plain piedmont region situated to the north of the Caucasus and eB OT 3arpH3HeHHH. HHKaHOpOB, covered with steppe vegetation. Short data on biotopes for caddisflies represented there by slow A.M., Pycco, P.K. (pefl.). - JI. : flowing rivers are given. Agraylea sexmaculata, 2I0c: 178-191. Ecnomus tenellus ( in litt. ), Holocentropus stagnai is, Hydropsyche contubernalis, IH.sp., NepomnyashchikhjV.A., Flerov.B.A., 1989, Water Agrypnia pagetana, Anabolia furcata (in litt.), environment biotesting by the behavioural reactions Limnephi lus sp., Ceraclea fulva, Triaenodes sp., of the aquatic animals. - ln:Nikanorov, A.M., Leptocerus tineiformis, Oecetis intima, O.furva ( in Russo, R.K.(eds), Protection of water basins, lakes litt. ) are included Tn the annotated \'ist~. Poverty and estuaries against pollution. Leningrad: of the fauna and absence of endemics are stressed. Hydrometeoizdat (210 pp. ): 178-191. Most rivers are young (appeared in Pleistocen). A paper in the USSR - USA joint book on water A.pagetana could be of Caucasian origin, others management and protection describes the came from the South Russian rivers (Don, Volga). experiments made on Hemiclepis marginata (Hirudinea: Glossiphoniidae") and Chaetopteryx villosa (Trichoptera: Limnephilidae). Effects ÖT KopHoyxoBa, H.H., Hep^ecoBa, C.K., chlorophos and methylparathion on the building 1987. BeHTOc peKH UjpayflOH (CeBep- behaviour and mortality of the caddis larvae are described. raft KaBKa3). - B cö.: $ayHa H 3KO- ÄHB0THHX KaBKa3a. PHO COIY: 41-45. Kornoukhova, 1.1., Cherchesova,S.K., 1987. Benthos of the Tsraudon River (North Caucasus). - In: 1990 Fauna and ecology of animals of Caucasus. Ordzhonikidze: RIO SOGU: 41-45. Tsraudon River is situated in North Osetia near H.fl., 1990. Alagir City. It belongs to the Terek Basin. (Riryganeida). - B KH. :Il03flHe- Immature insects were collected at the piedmont region at about 400m a.s.l. 72% of the samples Me3O3oftCKHe HaceKOMHe BocTO^moro were represented by Ephemeroptera, 13% by 3a6aftKaJiBH. Pefl. A.II.PacHHijHH. Trichoptera larvae, 8,3% by Plecoptera, 6,4% by Diptera (as far as one can understand, the M. : HayKa, 223 c. (Tp.IIHH AH biomass is concerned). Species lists are given for CCCP, T. 239). the first three orders, that for caddisflies contains 10 items of 7 families. Hydropsyche are dominant, Sukatcheva, I ,D., 1990, Caddisflies (Phryganeida). probably H.sciligra Mai .(= H.gracil isMart. ). In - In: Rasnitsyn, A.P. (ed. ) : Late Mesozoic insects of springtime were many Hydropti la sp. Eastern Transbaikalia. - Proc.Paleont. Inst. Acad.Sei.USSR 239:94-122. This is a chapter of the multi-authored book on the Jurassic and Cretaceous fossils found in Tchita 1988 Region eastward of Nertcha and Onon Rivers, South Siberia. Descriptions of new genera and species: B.A., $JiepoB, E.A., Dajella gen.n., D. tenera (Phi lopotamidae), XeHpn, M.T., 1988. Necrotaulius minutissimus, N.tener, N.shewjensis, N.korujensis ( Necrotau I i i daêTi Cltania remissa MeTHJinapaTHOHa Ha (Disoneuridae), Multimodus perillustris, noBefleraie JBTCHHOK Vitimotaulius secundus, V.magnus (Vitimotaul i idae). Caddis cases from fossil beds are described also Chaetopteryx villosa (F.). - as 45 artificial indusiaspecies. A review of fossil BHOJI. HayKH. Hay^H. caddis species from the territory studied according to deposits comprises 11 large deposit zones with mKOjiH, W 9: 70-73. several deposit sites each. A list of deposits according to the progressive specialisation in NepomnyashchikhjV.A., Flerov,B.A., Henry,M.G., construction mode is added. Most of the newly 1988. Influence of methylparathion to the building described cases are unique, a bulk of previously behaviour of Chaetopteryx villosa (F.) caddis described indisiaspecies are widespread but larvae. - Biol .Nauki .Sei .Reports of High School, solitary and in many places they cannot be used no.9:70-73. for correlation of strata. © Hans Malicky/Austria; download unter www.biologiezentrum.at 22 1991 1992 HoBOKinoHOB, B.r., 1992. , fl.JI. , 1991. pofla Kamopanorpa (dtichoptera, y pyweMHHKOB H Microptysmatidae) H3 KyHiypCKHX (Insecta, Phryganeida, Bapilionida). - BecTHHK 3OOJiorHH, 1991, W 5: 34-40. (IlepMCKaH oÖJiacTb). - IlajieoHTOJio- Grodnitsky,D.L., 1991, Wing-folding in caddisflies rmecmPi JKypHaJi, 1992, W 3: I06-II0. and moths (Insecta, Phryganeida, Papi lionida). - Vestnik zoologii (1991), no.5:34-70. Novokshonov, V.G., 1992, Caddisflies of the genus Results of comparative studies of wing-folding Kamopanorpa (Trichoptera, Microptysmatidae) from at rest and wing movements in flight in Kungur beds of the deposit Tchekarda (Permian Lepidoptera and Trichoptera are discussed: some District). - Paleontol .zhurnal 1992 (3): 106-110. considerations on the evolution of wing-folding in A revision of Kamopanorpa Martynov from these orders are given. New functional Permian deposits in based on study of 92 imprints, nomenclature is proposed for the wing folds. The mainly of whole imaginai remnants. Variations in supposed evolutional stages are illustrated by the wing and size are described. No distinct morphological examples taken randomly and without correlations in the wing variation were observed. any relation to the phylogeny. Structure and basic New synonymy is proposed: Kamopanorpa incerta pattern of folds are also discussed. Main Sukatcheva 1976 = K.pallida Sukatcheva 1976 = evolutionary changes are supposed to arise with K.facsi ipennis O.Martynova 1942 = Parachorista increasing body size followed by enlargement of uralensis Martynov 1940. All these species are anal parts of wings. New folds for better treated as Kamopanorpa uralensis (Martynov), flexibility of wings appear subsequently. comb.nov. All variations in the wing venation of these fossils are claimed to be individual pecularities in the single species. , R.Jl. , 1991. 0 JKHJIKOBa- KpHJibeB pywefiroiKOB H 6a.6onen HOBOKIUOHOB, B.F., 1992. PaHHHH (Riryganeida, Eapilionida). - aBOJiioijHH py^eMHMKOB (Trichoptera).- eoojionmecKHß acypHaji, 1991, T. 70, 3ooJiorimecKHfi acypHaji, T. 71, BHn. 6: 77-87. BHn. 12: 58-68. Grodnitsky,D.L., 1991, On the wing venation of Novokshonov, V.G., 1992, Early evolution of caddisflies, moths and butterflies (Phryganeida, caddisflies (Trichoptera). - Zool.zhurnal Papilionida). - Zool.zhurnal 70(6):77-87. 71(12):58-68. A comparative study of the internal and Evolution of caddisflies from Permian to external norphology of wings was made on 39 Jurassic is summarized. Some previously unknown caddis species from 19 families and 57 moth species details of the wing structure, including free M5 from 30 families (no list of material is given). vein and the base of MA vein in the hind wings Decreasing of wing length below the 3-4 mm level are described. Permian Microptysmatidae and leads to the reduction of veins. Increase in body Protomeropidae are found to have the vestigial size is associated with the development of jugal anal loop with veins reaching the wing margin in sclerotization to true tubular veins, which are the hind wings. Microptysmatidae are supposed to considered to be a differentiated part of the anal be the side branch: the direct ancestors of the system. No changes in wing venation were related recent caddisflies could be Cladochoristidae (Lat to the size changes in the most primitive moths. Permian - Triassic). Most of the early caddisflies Vein homology, wing design in the hypothetical probably were lotie dwellers, and the first lentic ancestor of Amphiesmenoptera, and the annul ipalpian Necrotauliidea appeared in Early differentiation of venation in the wing evolution Jurassic. First Integripalpia invaded the lentic are discussed. Wing cross sections were used to waters in Late Jurassic. Monophyly of Annulipalpia study the convex/concave position of veins in is discussed using the paleontological data. relation to the wing plane. Number of veins/body Considerations on the wing veins and the life style size graphs are presented for Trichoptera and evolution in Trichoptera are given. Lepidoptera. Literature is discussed in