01550nas a2200385   4500008004100000245011800041210006900159300001000228490000700238520045500245653003700700653002000737653001500757653001500772653001500787653001000802653001500812653001800827653004100845653001600886653001500902653001600917653002000933653000900953653001500962653002100977653002000998653001501018653001801033100001801051700001201069700001601081700001401097856005301111       2009                        eng d00aThe genus Atanycolus Foerster (Hymenoptera, Braconidae, Braconinae) in China, with description of one new species0 agenus Atanycolus Foerster Hymenoptera Braconidae Braconinae in C  a31-410 v273 aT e species of the genus Atanycolus Foerster (Hymenoptera, Braconidae, Braconinae) from China are re- vised and six species are recognized, including one new species (A. grandis Wang & Chen, sp. n.), which is described and illustrated in this paper. T ree species, i.e. A. crenulatus Telenga, 1936, A. lindemani Tobias, 1980 and A. sculpturatus (T omson, 1892), are reported from China for the fi rst time. A key to species of this genus is provided.10aaccess article distributed under10aaearctic region10aatanycolus10aBraconidae10aBraconinae10aChina10aColeoptera10acopyright y-p10acreative commons attribution license10aHymenoptera10anew record10anew species10aOriental region10apal-10aparasitoid10athe terms of the10athis is an open10awang et al10awhich permits1 aWang, Yi-Ping1 aShi, M.1 aChen, X.-X.1 aHe, J.-H.  uhttps://insectafgseag.myspecies.info/fr/node/52301184nas a2200217   4500008004100000245015500041210006900196300001000265490000900275520049400284653001300778653001500791653001600806653001600822653001600838653001500854653001300869100001500882700001600897856005300913       2005                        eng d00aA new species of gregarious Meteorus (Hymenoptera: Braconidae) reared from caterpillars of Venadicodia caneti (Lepidoptera: Limacodidae) in Costa Rica0 anew species of gregarious Meteorus Hymenoptera Braconidae reared  a49-600 v10283 aA new species of parasitoid wasp, Meteorus oviedoi Shaw and Nishida (Hymenoptera: Braconidae), is described from the Central Valley of Costa Rica. The new species is diagnosed and compared to other species in the genus. It was reared from larvae of Venadicodia caneti (Lepidoptera: Limacodidae) on leaves of Licaria triandra (Lauraceae). The parasitoid is gregarious and modifies the behavior of its host. This is the first record of a Meteorus species attacking Limacodidae in Costa Rica.10aBehavior10aBraconidae10aHymenoptera10aLimacodidae10aNeotropical10aparasitoid10ataxonomy1 aShaw, S.R.1 aNishida, K.  uhttps://insectafgseag.myspecies.info/fr/node/44201678nas a2200205   4500008004100000245011500041210007200156260001800228300001200246490000700258520104000265653001501305653001101320653001401331653001501345653001501360100001801375700002601393856005301419       2003                        eng d00aAnálise faun\'\istica de Braconidae (Hymenoptera) em três áreas de mata nativa do Estado do Paraná, Brasil0 aAnálise faunistica de Braconidae Hymenoptera em três áreas de ma  bSciELO Brasil  a187-1950 v473 aFaunistic analysis of Braconidae (Hymenoptera) in three areas of native woods of Paraná State, Brazil. The material studied comes from three of the several natural environments which still occur in Paraná State. The samples were collected during the project PROFAUPAR, developed by Departamento de Zoologia, Universidade Federal do Paraná. The selected sites were: Antonina (in the coastal plain), São José dos Pinhais (in the coastal mountain range) and Telêmaco Borba (in the second plateau). During one year of the project, 2,106 specimens of Braconidae were collected with light trap. These wasps represented 21 subfamilies and 1,966 specimens were identified in 85 genera. Hormiinae, Rogadinae, Microgastrinae, Alysiinae, Doryctinae and Meteorinae were the most frequent subfamilies. Indices of diversity and evenness were used to discuss richness and dominance of genera in each locality. Statistical analyses indicated that the asymptote of actual genera richness have been approached only to Antonina and Telêmaco Borba.10aBraconidae10aBrazil10adiversity10alight trap10aparasitoid1 aScatolini, D.1 aPenteado-Dias, A.M.M.  uhttps://insectafgseag.myspecies.info/fr/node/43201000nas a2200181   4500008004100000245011100041210006900152300001000221490000700231520042200238653001500660653001300675653001600688653001500704100002000719700002600739856005300765       2007                        eng d00aNOTE ABOUT THE OCCURRENCE OF PARASITOID CHELONUS SP. (HYMENOPTERA-BRACONIDAE) IN ITUMBIARA, GOIÁS, BRAZIL0 aNOTE ABOUT THE OCCURRENCE OF PARASITOID CHELONUS SP HYMENOPTERAB  a87-880 v313 aThe objective of this study was to report the first occurrence of the parasitoid Chelonus sp. in Itumbiara, GO, Brazil. The material here studied was collected in areas of pasture and native wood in Itumbiara, using yellow pan traps from January to December of 1998 and Maldisse trap from February to November of 2000. During the years of 1998 and 2000, 34 e 15 especimes of Chelonus sp. were collected, respectively.10aBraconidae10aChelonus10aHymenoptera10aparasitoid1 aMarchiori, C.H.1 aPenteado-Dias, A.M.M.  uhttps://insectafgseag.myspecies.info/fr/node/38303546nas a2200265   4500008004100000245012100041210006900162300001200231490000900243520275600252653002103008653001303029653001503042653001303057653001903070653001603089653001503105653001803120653001503138653001703153653001403170653002003184100002303204856005303227       2009                        eng d00aA revision of the Tetrasphaeropyx Ashmead lineage of the genus Aleidoes Wesmael (Hymenoptera: Braconidae: Rogadinae)0 arevision of the Tetrasphaeropyx Ashmead lineage of the genus Ale  a1 - 1260 v22563 aIn this revision, seventy-two Aleiodes (Tetrasphaeropyx) species are described of which 28 are recently described species and 43 are new species. A morphological phylogenetic analysis provided to test the monophyly of the group using Aleiodes coxalis-group species as the out-group provides evidence for the monophyly of the A. (Tetrasphaeropyx) group, which is herein classified as a subgenus of Aleiodes Wesmael. A. coxalis-group species were used as the outgroup because previous work has shown that the A. (Tetrasphaeropyx) lineage falls at the apex of the A. coxalis-group. A dichotomous key to all species is provided as well as a glossary of terminology, illustrations referred to in the key, host information, and geographical collection information. Aleiodes (Tetrasphaeropyx) is easily distinguished from other Aleiodes species by the sculptured, carapace-like metasomal tergite IV. Host associations herein reported for about 35% of all A. (Tetrasphaeropyx) species suggest that the group exclusively attacks larvae of Geometridae. Aleiodes (Tetrasphaeropyx) species treated in this study are as follows: A. accohannocki n. sp., A. alafuscus n. sp., A. anatariatus Fortier, A. aquaedulcensis Fortier, A. aranamai n. sp., A. arcticus (Thomson), A. areolatus Fortier, A. argyllacearivorax Fortier, A. arikarai n. sp., A. assateaguenus n. sp., A. axaceei n. sp., A. bretti n. sp., A. brevicellula Fortier, A. cartwrightensis Fortier, A. catherinensis Fortier, A. chisosi n. sp., A. chumashanus n. sp., A. citriscutum Fortier, A. cochisensis Fortier, A. copiosus n. sp., A. crassijugosus Fortier, A. dabai n. sp., A. dakotensis Fortier, A. dissiticarina Fortier, A. dorsofoveolatus Fortier, A. exiguus n. sp., A. fernaldellavorax Fortier, A. flavinotaulus Fortier, A. haematoxyloni Fortier, A. halifaxensis Fortier, A. hiisiis n. sp., A. huberi Fortier, A. illiniweki n. sp., A. iowensis n. sp., A. itamevorus Shaw and Marsh, A. jaliscoensis Fortier, A. karankawai n. sp., A. kisomm n. sp., A. kohook n. sp., A. luhmanin. sp., A. magnoculus n. sp., A. maheono n. sp., A. maidunus n. sp., A. mannegishii n. sp., A. marinensis n. sp., A. maritimus Shaw and Marsh, A. min n. sp., A. nigrilatus n. sp., A. oaxacensis Fortier, A. parabretti n. sp., A. paracopiosus n. sp., A. paraluhmani n. sp., A. parareolatus n. sp., A. paraselu n. sp., A. parasquilaxensis n. sp., A. pilosus (Cresson), A. pooedooa n. sp., A. provancheri Fortier, A. pseudoanatariatus n. sp., A. quickei Fortier, A. quiniguanus n. sp., A. reisi Fortier and Sherman, A. sarceei n. sp., A. secwepemc Fortier, A. selu n. sp., A. sexmaculativorax Fortier, A. shawi Fortier, A. squilaxensis n. sp., A. totuyai n. sp., A. tulensis Fortier, A. tullyi Fortier, and A. wicayazipa Fortier.10aAleidoes pilosus10aAleiodes10aBraconidae10acarapace10aendoparasitoid10ageometridae10akoinobiont10amorphological10aparasitoid10aphylogenetic10aRogadinae10aTetrasphaeropyx1 aFortier, Joseph, C  uhttps://insectafgseag.myspecies.info/fr/node/30903251nas a2200205   4500008004100000245012300041210006900164300001200233490000700245520261200252653001502864653001402879653002102893653001802914653001402932653001502946653001502961100001602976856005302992       1988                        eng d00aEvolutionary patterns of host utilization by ichneurnonoid parasitoids ( Hymenoptera : Ichneurnonidae and Braconidae )0 aEvolutionary patterns of host utilization by ichneurnonoid paras  a351-3770 v353 a‘The four major biological strategies of ichneumonoid parasitoids, koinobiont and idiohiont, ecto-and endoparasitism, are discussed and the evolutionary radiations of the two families Ichneumonidae and Braconidae compared in an attempt to relate differences in patterns of host utilization to differences in evolutionary history. The most primitive members of both families are idiobiont ectoparasitoids of hosts concealed in plant tissue. Idiobiont ectoparasitic braconids are all still primarily associated with such hosts, hut idiobiont ectoparasitic ichneumonids have radiated to attack hosts in other situations, such as in aculeate nests or in cocoons. A shift in emphasis between the behavioural steps, host habitat location and host location, is envisaged as being important in such evolutionary change. Idiohiont endoparasitism is postulated as having arisen amongst ectoparasitoids attacking cocooned hosts, as an adaptation that allows them to exploit pupae and puparia in relatively exposed positions; it is a fairly common strategy in the Ichneumonidae, but virtually unknown in the Braconidae. Koinobiosis is perceived as having evolved in association with hosts which feed in a relatively weakly concealed position, hut pupate in a more secluded and safe location. The strategy is advantageous as it allows a parasitoid to oviposit on an easily discoverable host, but to use the host’s pupation concealment to complete its own development. The evolution of koinobiosis has allowed parasitoids to exploit hosts that feed in exposed positions, and to attack hosts at a younger and numerically more common stage in the host’s life cycle. Koinohiont ectoparasitism is envisaged, in some braconid and ichneumonid groups, to occupy an evolutionary transitional position between idiobiosis and endoparasitic koinohiosis; only in the Ichneumonidae have large radiations of koinohiont ectoparasitoids occurred. Endoparasitic koinobiosis is hypothesized as having arisen in the Braconidae in association with lepidopterous/coleopterous hosts, whilst in the major lineage of endoparasitic koinobiont ichneumonids, this habit is hypothesized as having arisen in association with symphytan hosts. The great majority of braconids are koinobiont endoparasitoids, but only about 50% of the Ichneumonidae have this habit. Very few koinohiont braconids develop as endoparasitoids of hymenopterous hosts, although many endoparasitic ichneumonids attack Hymenoptera. However, lineages of the Braconidae have radiated to exploit adult insects and exoptrrygote nymphs; ichneumonids do not utilize such hosts.10aBraconidae10aevolution10ahost utilization10aIchneumonidae10aidiobiont10akoinobiont10aparasitoid1 aGauld, I.D.  uhttps://insectafgseag.myspecies.info/fr/node/31201267nas a2200217   4500008004100000245008700041210006900128300001000197490000900207520063100216653001500847653001800862653001300880653001600893653001500909653002100924100002000945700001500965700001600980856005300996       2010                        eng d00aA new Meteorus Haliday species from Colombia and Ecuador (Hymenoptera: Braconidae)0 anew Meteorus Haliday species from Colombia and Ecuador Hymenopte  a55-610 v24533 aA new species of parasitoid wasp, Meteorus gigas Aguirre, Shaw and Jones (Hymenoptera: Braconidae), is described from Huila and Santander Provinces in Colombia and from Napo Province, in Ecuador. The new species is diagnosed and is compared to other species in the genus. Inferences about the possible biology of this species are discussed in consideration of the collecting methods used. The new species was most frequently found from Malaise trap samples but to a lesser extent from yellow pans and maxi-net sampling. Despite extensive sampling of caterpillars at this locality, the host of this new species remains unknown.10aBraconidae10amalaise traps10ameteorus10aNeotropical10aparasitoid10ayellow pan traps1 aFernandez, H.A.1 aShaw, S.R.1 aJones, G.Z.  uhttps://insectafgseag.myspecies.info/fr/node/30501425nas a2200229   4500008004100000245009600041210007000137300001200207490000800219520073500227653001500962653001600977653001700993653001501010653001401025100001701039700002501056700001701081700002201098700002201120856005301142       2006                        eng d00aFenologia de los bracónidos (Hymenoptera Ichneumonoidea, Braconidae) del Pirineo andorrano0 aFenologia de los bracónidos Hymenoptera Ichneumonoidea Braconida  a111-1320 v1613 aPhenology of the Braconidae (Hymenoptera, Ichneumonoidea) at Andorra has been conducted/studied using a Malaise trap after a one-year cycle during 1993. A total of 1.892 specimens, representing 23 subfamilies and 79 genera were sampled. About 93.7% of the captures were koinobiont braconids, whereas 6.3% belonged to idiobiont braconids. The annual phenology has been characterized through the correlation between the evolution of the collected braconids and the wea- ther (meteorological conditions). The maximum of the populations were registered between the two rain periods. In fact, the family Braconidae shows an abundance peak from middle of May to end of August, due to the xerothermic conditions of the andorran locality.10aBraconidae10aHymenoptera10amalaise trap10aparasitoid10aphenology1 aFalcó, J.V.1 aMoscardó, MT, Oltra1 aMoreno, J.M.1 aPujade-Villar, J.1 aPeydró, Jiménez  uhttps://insectafgseag.myspecies.info/fr/node/29501844nas a2200205   4500008004100000245011600041210007000157260001800227300001100245490000700256520117800263653001501441653001101456653002001467653003701487653001501524100002001539700002601559856005301585       2003                        eng d00aFenologia dos Braconidae (Hymenoptera, Ichneumonoidea) da Área de Proteção Ambiental (APA) de Descalvado, SP0 aFenologia dos Braconidae Hymenoptera Ichneumonoidea da Área de P  bSciELO Brasil  a99-1050 v473 aPhenology of the Braconidae (Hymenoptera, Ichneumonoidea) at Área de Proteção Ambiental of Descalvado, São Paulo State. The flight phenology of the Braconidae fauna was conducted using Malaise traps in five sites of the Environmental Protected Area of Descalvado. A total of 2,792 specimens, representing 22 subfamilies, was sampled throughout a period of sixteen months from May, 1999 to August, 2000. The traps catches for koinobionts peak was in August, 1999 a month before of the idiobionts peak and in June, 2000 both peaks were simultaneous. The phenological peaks of dominant koinobiont taxa (Microgastrinae) were similar to all koinobionts, and the peaks of dominant idiobiont taxa (Doryctinae) were similar to all idiobionts, as well. December, 1999 and February, 2000 were the richer months in number of subfamilies (N= 19 and 18, respectivaly), corresponding to the same period when the subfamilies which potentially attack Lepidoptera where collected. The number of females was superior to the number of males and this relation was more accentuated in koinobionts. The peaks of both females and males were similar to dominate koinobiont and idiobionte taxa.10aBraconidae10aBrazil10aflight fenology10afragmentary natural environments10aparasitoid1 aCirelli, K.R.N.1 aPenteado-Dias, A.M.M.  uhttps://insectafgseag.myspecies.info/fr/node/248