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European Society of Arachnology |
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Table of contentsSzinetár, Cs – In memoriam Dr. Imre Loksa 11–14* invited presentation EVOLUTION, MOLECULAR AND CLASSIC TAXONOMYDunlop JA – The enigmatic fossil arachnid Kustarachne tenuipes Scudder, 1890 is a harvestman 17–25 Dubois J, Rollard C, Villemant C & Gauld ID – The phylogenetic position of parasitoids of spiders within Pimplinae (Hymenoptera, Ichneumonidae) 27–35 Le Gleut S, Vidal N, Tillier A, Ysnel F & Canard A – Molecular and morphological systematics of the Rastelloidina (Mygalomorphae) 37–48 Gurdebeke S & Maelfait J-P – RAMS technique fails in developing microsatellite primers for Coelotes terrestris 49–56 Kubcová L – Separation of the females of Philodromus praedatus O.P.-Cambridge and Philodromus aureolus (Clerck) (Araneae: Philodromidae) 57–62 MORPHOLOGY AND PHYSIOLOGYHaupt J – The palpal organ of male spiders (Arachnida, Araneae) 65–71 Bryja V – Male trimorphism in Pelecopsis mengei (Erigoninae, Linyphiidae, Araneae) 73–79 De Bakker D, Gellynck K, Van Nimmen E, Mertens J & Kiekens P – Comparative structural analysis of cocoons and cocoon silk in three spider species through Scanning Electron Microscopy 81–87 Miyazaki K & Pass G – Morphology of the circulatory system in the sea spider, Ammothella biunguiculata (Pycnogonida, Ammotheidae), with special reference to the cephalic region 89–92 FUNCTIONAL ECOLOGYHorváth R, Lengyel Sz, Szinetár, Cs & Honti S – The effect of exposition time and temperature on spiders (Araneae) overwintering on the bark of black pine (Pinus nigra) 95–102 Guseinov EF – Prey composition of three Thanatus species (Philodromidae, Araneae): indication of relationship between psammophily and myrmecophagy 103–108 Pedersen LF & Lövei GL – Tri-trophic effects of aphid-resistant wheat on a generalist predator, Pardosa amentata 109–115 Vanacker D, Pardo S & Maelfait J-P – Different forms of cannibalism in the dwarf spider Oedothorax gibbosus (Blackwall, 1841) 117–126 ECOLOGICAL INDICATION, COMMUNITY AND POPULATION ECOLOGY*Maelfait J-P, Baert L, Bonte D, De Bakker D, Gurdebeke S & Hendrickx F – The use of spiders as indicators of habitat quality and anthropogenic disturbance in Flanders, Belgium 129–141 Bell JR, Shaw EM & Wheater CP – Does stochasticity in emergent pioneer communities reduce the value of indicator species analysis? 143–150 Gallé R – Assemblage structure of wolf spiders in south Hungarian grasslands 151–156 Koponen S – Microhabitats of ground-living spiders in a peat bog 157–161 Koponen S, Relys V, Weiss I & Hoffmann J – On the phenology of peat bog spiders 163–170 Lukashevich IG – Ecological studies on wolf spiders (Lycosidae, Araneae) in Central Belarus: seasonal activities and habitat preferences observed by pitfall trapping 171–177 Szinetár Cs & Eichardt J – Larinia species (Araneidae, Araneae) in Hungary. Morphology, phenology and habitats of Larinia jeskovi Marusik, 1986, Larinia elegans Spassky, 1939, and Larinia bonneti Spassky, 1939 179–186 BIODIVERSITY AND INVENTORIESBonte D, Maelfait J-P & Baert L – Determining spider (Araneae) species richness in fragmented coastal dune habitats by extrapolation and estimation 189–197 Cardoso P, de Oliveira NG, Silva I & Serrano ARM – Higher taxa surrogates versus surrogate groups of spider biodiversity 199–205 Hänggi A, Nentwig W, Kropf C & Blick T – www.araneae.unibe.ch Central European Spiders - Determination Key 207–213 van Helsdingen, PJ – International biodiversity initiatives, with special emphasis on Fauna Europaea 215–219 Ruzicka, V & Buchar, J – Notes to the Catalogue of spiders of the Czech Republic 221–224 BIOGEOGRAPHY AND FAUNISTICSKomposch C – The harvestman fauna of Hungary (Arachnida, Opiliones) 227–242 Chatzaki M, Thaler K & Mylonas M – Gnaphosidae of Crete: taxonomy and distribution 243–249 Kovblyuk MM – A survey of spider species with Crimeo-Caucasian disjunct ranges (Arachnida, Araneae) 251–258 Lazarov S – A review of the family Dysderidae (Araneae) in Bulgaria. Faunistic and zoogeographical analysis 259–265 Chvátalová I – Arachnofauna of the Velká Kotlina Cirque (Hrubý Jeseník Mountains) 267–274 Svaton J & Gajdoš P – Spiders of peatland ecosystems of the Horná Orava region (Slovakia) 275–284 Bruun, L & Toft, S – Epigeic spiders of two Danish peat bogs 285–302 Szinetár Cs, Horváth R & Eichardt J – Chrysso nordica (Theridiidae, Araneae) found in Eastern Hungary is a new spider species for Central Europe 303–307 AGRICULTURAL AND URBAN ECOLOGYShaw EM, Wheater CP & Langan AM – Vegetation structure and spider behaviour: implications for brassica crops 311–318 Szita É, Samu F, Fetykó K & Szirányi A – Testing the origin of agrobiont spiders: spiders in agricultural and natural grassland habitats of the Körös-Maros National Park, Hungary 319–326 Wolak M – The significance of unmanaged "island" habitats for epigeic spiders in a uniform agricultural landscape 327–336 Liu W-X, Wan F-H, Guo J-Y & Lövei GL – Spiders and their seasonal dynamics in transgenic Bt- vs. conventionally managed cotton fields in north-central China 337–342 Biteniekyte M & Relys V – Spider (Arachnida: Araneae) communities on reinforced terraces of the Neris River in Vilnius 343–350 Samu F, Józsa Z & Csányi E – Spider web contamination of house facades: habitat selection of spiders on urban wall surfaces 351–356 |
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