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MARSHALL, J.E., 1979, a Review of the Genera of the Hydroptilidae

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MARSHALL, J.E., 1979, a Review of the Genera of the Hydroptilidae 58 MARSHALL, J.E., 1979, A review of the genera of the 2006 Hydroptilidae (Trichoptera). - Bull. Brit. Mus. (Nat. Hist.) Ent. ser. 39 (3): 135-239. Curtean-Bänäduc.Angela; Ciubuc.Florina; Ciubuc.Constantin 2006 Cadysfly [sic] (Insecta, Trichoptera) larvae communities of Bärbat MARTYNOV, A.V., 1935, On a collection of Trichoptera from River Basin. -Transylv.Rev.Syst.Ecol.Res. 3:89-100. the Indian Museum. Part 1, Annulipalpia. - Rec. Ind. Mus. 37:93-209. Rojas A., Fresia 2006 Estado de conoeimiento de los Trichoptera de Chile. - Gayana MORSE, JC, YANG, LF, 2005, Glossosoma subgenera 70:65-71. Glossosoma and Muroglossa (Trichoplera: Glossosomatidae) of China. - Proc. 11th lnt.Symp.Trich.:285-304. Kanagawa. Sukatsheva.l.D. 2006 H3MeHeHMH cpayHbi pyneiwuKOB (Insecta, Trichoptera) Ha py6e>Ke NEBOISS, A., 1986, Atlas of Trichoptera of the SW Pacific - Mena M naneoreHa. - MenoBaa cucieMa poccnn M 6nn>KHero Australian Region. Junk, Dordrecht, 286 pp. 3apy6e>Kbfl: npo6neMbi cTpainrpacpnn u naneoreorpacbun. MaTepnanbi TpeTbero BcepocawcKoro coBeu^aHna. CapaTOB, pp. NEBOISS, A., 1996, Notes and illustrations of some 139-141. Hydropsy ehe and Hydromanicus types (Hy dropsy chidae). - Braueria 23:7-9. 2007 OLAH, J., JOHANSON, K.A., 2008, Generic review of Bemotiene, Rasa; Visinskiene, Giedre 2007 Hydropsychinae, ... (Trichoptera: Hydropsychidae). - The diversity of benthic invertebrates in three rivers in Lithuania. - Zootaxa 1802:1-248. Acta Biol.Univ.Daugavp. 7(2):87-96. SCHMID, F., 1970, Le genre Rhyacophila et la famille des Brettfeld, Ralf;; Bellstedt, Ronald; Nixdorf, Frank 2007 Rhyacophilidae (Trichoptera). - Mem.Soc.ent.Canada 66:1- Zur Gewässerfauna der Rodach in Südthüringen. - Veröff. 230. Naturhist. Mus. Schleusingen 22:93-106. [Trich. pp.101-102] ULMER, G., 1930, Trichopteren von den Philippinen und von Kumanski, Krassimir 2007 den Sunda - Inseln. - Treubia 11:373-497. Second addition to volume 15 (Trichoptera: Annulipalpia) and volume 19 (Trichoptera: Integripalpia) of Fauna bulgarica. - Historia ULMER, G., 1951, Köcherfliegen (Trichopteren) von den naturalis bulgarica 18:81-94. Sunda-Inseln (Teil 1). -Arch. Hydrobiol. Suppl. 19:1-528. Nakano, Daisuke; Kuhara, Naotoshi; Akasaka, Takumi; Nakamura, Futoshi 2007 Trichopterological literature Trichopteran fauna of a main channel and an oxbow lake in the Shibetsu River, Hokkaido, northern Japan. - Biology of Inland 1994 Waters 22:37-45. Gall, Wayne Kenneth 1994 Nakano, Daisuke; Kuhara, Naotoshi; Nakamura, Futoshi 2007 Phylogenetic studies in the Limnephiloidea, with a revision of the Changes in size structure of macroinvertebrate assemblages with Wold Genera of Goeridae (Trichoptera). - PhD Thesis, University of habitat modification by aggregations of caddisfly cases. - Toronto, 140pp. J.N.Am.Benthol.Soc. 26:103-110. 2002 Parker.Charles R.; Flint, Oliver S.,Jr.; Jacobus, Luke M.; Kondratieff, Boris C; McCafferty.W.Patrick; Morse.John C. 2007 Ivanov.V.D.; SukatshevaJ.D. 2002 Ephemeroptera, Plecoptera, Melagoptera, and Trichoptera of Great Order Trichoptera Kirby, 1815. The caddisflies. - Pp. 199-220, in: Smoky Mountains National Park. - Southeastern Naturalist, Special Rasnitsyn,Alexandr P. & Quicke.Donald L.J. (eds):History of insects. Issue 1:159-174. Kluwer Acad.Publ.Dordrecht. Rojas A., Fresia Ester 2007 2003 Estados preimaginales de Pangullia Nea Rojas, 2006 (Trichoptera: Kokiriidae) de Chile. -Acta entomol. chil. 31:23-30. Pes, A.M.O.; Hamada, N. 2003 The occurrence of Taraxitrichia Flint & Harris, 1992 (Trichoptera: Sukatsheva,Irina D.; Beattie,Robert; Mostovski.Mike B. 2007 Hydroptilidae) in Brazil, with description of the final stage. - Zootaxa Permomerope natalensis sp.n. from the Lopingian of South Africa, 328:1-7. and a redescription of the type species of Permomerope (Trichoptera: Protomeropidae). - African Invertebrates 48:245-251. 2005 Urbanic, Gorazd; Toman, Mihael J. 2007 Sukaczewa, I.D.; Jeskow, K.Yu.; Wasilenko.D.V. 2005 Influence of environmental variables on stream caddis larvae in Inkluzje w zywicach kopalnych z kolekcji Instytutu three Slovenian ecoregions: Alps, Dinaric Western Balkans and Paleontologicznego w Moskowie. - XII seminarium Nowe kolekcje Pannonian Lowland. - Internat.Rev.Hydrobiol. 92:582-602. bursztynu i §!ady dawnych, pp. 22-23. 2008 Vßinskiene, Giedre 2005 Biodiversity, distribution and ecology of macrozoobenthos in small Barnard.Peter; Ross.Emma 2008 Lithuanian rivers. - Ekologija 2005, nr.2:15-21. Guide to the adult caddisflies or sedge flies (Trichoptera). - Field Studies Council, OP129. 59 Bueno-Soria, Joaquin; Holzenthal, Ralph W. 2008 Flint, Olivers., Jr. 2008 The genus Ochrotrichia Mosely (Trichoptera: Hydroptilidae) in Costa Studies of Neotropical caddisflies, LXI: New species of Leptonemia Rica, with the description of four new species. - Zootaxa 1763:41- Guerin (Trichoptera: Hydropsychidae). - Proc.Entomol.Soc.Waslh. 54. 110:456-469. Cairns, Andi; Wells, Alice 2008 Flint, Oliver S., Jr.; Hoffman.Richard L; Parker.Charles R. 2008 Contrasting modes of handling moss for feeding and case-building An annotated list of the caddisflies (Trichoptera) of Virginia: Part ITI. by tha caddisfly Scelotrichia willcairnsi (Insecta: Trichoptera). - Families of Integripalpia. - Banisteria 31:3-23. Journal of Natural History 42:2609-2615. Flint, Olivers., Jr. 200f? Calor, Adolfe R.; Froehlich, Claudio G. 2008 Trichoptera (Caddisflies) collected on and near Plummers Island, Description of the immature stages of Notalina morsei Holzenthal, Maryland in 2004 and 2005. - Bull. Biolog.Soc.Washington 15:121- 1986 (Trichoptera: Leptoceridae) and an updated key to larvae of 126. Neotropical Leptoceridae genera. - Zootaxa 1779:45-54. Gashi, Agim; Ibrahimi, Haul 2008 Calor, Adolfo R.; Holzenthal, Ralph W. 2008 Spatial and temporal distribution of Trichoptera larvae in true Phylogeny of Grumichellini Morse, 1981 (Trichoptera: Leptoceridae) Mirusha River (Kosova). - Proc. 1st conference on faunistics and with the description of a new genus from southeastern Peru. - zoogeography of European Trichoptera. Ferrantia 55:57-60. Aquatic Insects 30:245-259. Gonzalez, Marcos Andres; Martinez Menendez, Jesus; Vieira- Calor, Adolfo R. 2008 Lanero, Rufino 200® Description of the larvae of Synoestropsis furcata Flint, 1974 Primera cita de Limnephilus luridus Curtis, 1834 (Trichoptera: (Trichoptera: Hydropsychidae) from central-western region, Brazil. - Limnephilidae) para la peninsula Iberica y Europa meridional. - Aquatic Insects 30:319-325. Boln.Asoc.esp.Ent. 32:367-369. Cartwright, David I. 2008 Graf, Wolfram; Kucinic, Mladen; Previsic, Ana; Vuckovic, Ivan; A review of the Australian species of Ecnomina Kimmins and Waringer, Johann 2008 Daternomina Neboiss (Trichoptera: Ecnomidae). - Zootaxa 1774:1- The larva, ecology and distribution of Tinodes braueri McLachlam 76. 1878 (Trichoptera: Psychomyiidae). - Aquatic Insects 30:295-299. Chvojka, Pavel; Kornzak, Petr 2008 Gullefors, Bo 2008 The history and present state of Trichoptera research in the Czech Limes norrlandicus - a natural biogeographical border for Republic. - Proc. 1st conference on faunistics and zoogeography of caddisflies (Trichoptera) in Sweden. - Proc. 1st conference on European Trichoptera. Ferrantia 55:11-21. faunistics and zoogeography of European Trichoptera. Ferrantia 55:61-65. Cianficconi, Fernanda; Corallini, Carla; Todini, Barbara 2008 The genus Rhyacophila Pictet, 1834 in Italy - Proc. 1st conference Higler, Bert; Spijkers, Henk; van Wielink, Paul 200S on faunistics and zoogeography of European Trichoptera. Ferrantia A two-year survey of Trichoptera caught on light in the Kaaistoep 55:22-32. (The Netherlands). - Entomologische Berichten 68:175-181. Cianficconi, Fernanda; Corallini, Carla 2008 Higler, Bert 2008 I tricotteri del Monte Pennino. - Per I'istituzione del Parco Naturale Distribution of caddisflies in The Netherlands. - Proc. 1st conference Regionale dell area Monte Pennino, Valle Scurosa e Montelago. Atti on faunistics and zoogeography of European Trichoptera. FerrantEa del convegno di studio (Sefro 14 ottobre 2006): 135-146. 55:66-69. Ibrahimi, Halil; Gashi, Agim 2008 Coppa.Gennaro; Chovet.Michel; Lecureuil,Jean-Yves 2008 State of knowledge or' investigations on Trichoptera larvae in Nouvelles captures de Paduniella vandeli Decamps, 1965 dans les Kosova. - Proc. 1st conference on faunistics and zoogeography of bassins du Rhone et de la Loire (Trichoptera, Psychomyiidae). - European Trichoptera. Ferrantia 55:70-72. Ephemera 9:65-66. Dohet, Alain; Ferreol, Martial; Cauchie, Henry-Michel; Hoffmann, Johanson, Kjell Arne; Oläh, Jänos 2008 Lucien 2008 Description of seven new Tinodes species from Asia (Trichoptera: Caddisfly assemblages characterizing different ecological areas in Psychomyiidae). - Zootaxa 1854:1-15. Luxembourg: from geographical distributions to bioindication. - Proc. 1st conference on faunistics and zoogeography of European Johanson, Kjell Arne; Oläh, Jänos 2008 Trichoptera. Ferrantia 55:33-56. Helicopsyche agnetae, new species (Trichoptera, Helicopsychidae) described from Hong Kong. - Zootaxa 1854:63-68. Dumas, Leandro Lourengo; Nessimian, Jorge Luiz 2008 Keth, Andrew C; Harris, Steven C. 2008 A new species of Neoatriplectides Holzenthal, 1997 (Insecta: The North American genus Agarodes Banks (Trichoptera: Trichopütera: Atriplectididae), from Brazil, including description of Sericostomatidae). - The Caddis Press (Columbus, Ohio), 1-33. the pupa of the genus. - Zootaxa 1773:63-68. Kiss, Otto 2008 Espeland.Marianne; Johanson, Kjell Arne; Hovmöller, Rasmus 2008 The Trichoptera (Insecta) of the Ban Stream, Biikk Mts., northern Early Xanthochorema (Trichoptera, Insecta) radiations in New Hungary. - Proc. 1st conference on faunistics and zoogeography of Caledonia originated on ultrabasic rocks. - Molecular phylogenetics European Trichoptera. Ferrantia 55:73-79. and evolution 48:904-917..
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