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Humerus medogicus gen. nov. and sp. nov. from Medog of Xizang, China is described and illustrated. Placement of this genus within the subfamily Lycoperdininae is discussed. Key to the genera of Amphisternus-group of Lycoperdininae is provided based on the key of Tomaszewska (2005).
Amphisternus pubescens sp. nov. from China is described and illustrated. A key to the species of Amphisternus known in China is provided.
Cyclotoma parvimaculata sp. nov. from Hainan, China is described and illustrated.
Four new species of Indalmus from China: Indalmus circumdatus sp. nov., I. guizhouensis sp. nov., I. medogensis sp. nov. and I. yunnanensis sp. nov. are described and illustrated. The key to the species of Indalmus known in China is given.
Daulis monteithi, a new species from Queensland and New South Wales is described and illustrated. A key to the known species of the genus is provided. The similarities and relationships of Daulis with Archipines Strohecker and Daulotypus Lea are briefly discussed.
Head structures, especially internal features of the larva of Mycetina crucicita are described and discussed with respect to their functional and phylogenetic relevance. Spore masses are collected in the preoral chamber, mechanically treated by the mandibular molae, diluted with secretions, and sucked back by the unusually strong prepharyngcal and pharyngeal pumping apparatus. The presence of tube-like glands is a possible synapomorphy of all cucujiform superfamilies. Posterior tentorial arms which are shifted anteriorly and separated from the tentorial bridge, thin and flattened dorsal tentorial arms, and reduced anterior arms are apomorphic features shared by larvae of Mycetina, Coccinella, Glischrochilus, and cleroid larvae. The origin of a strong bundle of M. tentoriostipitalis from the dorsal hypopharyngeal wall is another unusual derived character state shared by larvae of these taxa. Whether these structural affinities are due to a closer relationship between Endomychidac, Coccinellidae, Nitidulidae, and Cleroidea, or due to parallelism is a matter of further investigation. Presumably derived external features of the head are shared by several genera of Endomychidae. They suggest a closer relationship between Mycetina, Aphorista, Amphix, Epipocinae (excluding Periptyctus), and Bystus (Anamorphinae). Larval characters are in conflict with the monophyly of Lycoperdininae and Epipocinae.
Atopomychus gen. nov. along with A. longicornis sp. nov. (Coleoptera: Endomychidae) from Ecuador is described and illustrated. Its placement within the subfamily Lycoperdininae is discussed. A key to genera of the Neotropical Lycoperdininae is updated.
Cyclotoma kerintji sp. nov. from Sumatra is described and illustrated. An updated key to the world species of Cyclotoma is presented.
Amphistethus biwenxuani sp. nov. from Xizang, China is described and illustrated. Key to the species of Amphistethus is updated, based on the key of Tomaszewska (2001).
Stroheckeria quadrimaculata gen. and sp. nov. (Coleóptera: Endomychidae, Lycoperdininae) from Vietnam is described and illustrated. Placement of this genus within the subfamily Lycoperdininae is discussed.
Species of the Oriental genus Avencymon are reviewed. The following new synonym is proposed: Avencymon ruficephalus (Ohta, 1931) (= Avencymon concolor (Strohecker, 1951). A new species of Avencymon, A. bicolor from Indonesia is described and illustrated. Taxonomic notes on the genus and a key to its known species are provided. The placement of Avencymon within the subfamily Lycoperdininae is confirmed.
Four new species of Pseudindalmus, P. burckhardti (Malaysia), P. longicornis (Taiwan),P. similis (Thailand) and P. sumatrensis (Sumatra) are described and illustrated. Pseudindalmus rufonotatus (Pic, 1940) is redescribed and the placement of P. testaceitarsis within the genus Mycetina is confirmed, based on the type material. The lectotype is designated for Falsodanae (=Pseudindalmus) rufonotata Pic, 1940. Taxonomic notes on the genus, a key to its known species and a checklist are provided. The proper placement of Pseudindalmus within the subfamily Lycoperdininae is confirmed.
Periptyctus Blackburn, 1895 is redescribed and transferred from Endomychidae to Corylophidae, Periptyctinae subfam. nov. Pakalukodes gen. nov. (type species: P. bimaculatus sp. nov.) is described from Queensland (Australia) and placed in Periptyctinae. Selected adult and larval features characterizing the subfamily are compared with those of other corylophid taxa and with members of the families Coccinellidae, Endomychidae and Latridiidae.
Cyclotoma alleni, new species from India is described and illustrated.
A cladistic analysis of the family Endomychidae based on adult and larval characters to resolve the relationships between its subfamilies is presented. Monophyly of the Endomychidae and all subfamilies was tested, and the family and all currently recognized subfamilies including the largest subfamily, Lycoperdininae are hypothesized to be monophyletic groups. Cladistic analysis was performed separately on adult and on the combined character sets. The adult data matrix was coded for 69 characters for 65 ingroup taxa (38 genera of Lycoperdininae and 27 genera from all remaining endomychid subfamilies, representing Eupsilobiinae, Danascelinae, Mycetaeinae, Leiestinae, Merophysiinae, Anamorphinae, Pleganophorinae, Xenomycetinae, Endomychinae, Stenotarsinae and Epipocinae), and 4 outgroup taxa representing 3 families of Cucujoidea: Coccinellidae (Sticholotis and Rhyzobius), Corylophidae (Holopsis) and Cerylonidae (Hypodacnella). Combined matrix was prepared in two variants; first included all 69 taxa and 96 morphological, adult plus larval characters, and the second variant included 33 taxa (only those with known larvae) coded for 96 morphological, adult and larval characters. The shortest, most parsimonious solutions were investigated using NONA-WinClada and Hennig86. The monophyly of the largest subfamily Lycoperdininae was supported and based on the results of the analyses five generic groups may be recognized: Daulis-group, Amphix-group, Amphisternus-group, Eumorphus-group - monophyletic and Lycoperdina-group not supported by apomorphic characters. All 38 genera of Lycoperdininae are described, diagnosed and included in an identification key; the larvae of 10 genera are also described. The first larval descriptions are given for: Amphisternus verrucosus Gorham, Acinaces sp., Amphix vestitus cinctus (Fabricius), Encymon immaculatus (Montruzier). Gerstaeckerus nom. nov. is proposed here for Engonius Gerstaecker, 1857 (nec Engonius Perty, 1833). Type species are designated for the following genera: Dioedes Gerstaecker, 1857 (Dioedes columbinus Gerstaecker, 1857), Eumorphoides Guérin, 1858 (Eumorphus tetraspilotus Hope, 1832), Enaisimus Guérin, 1858 (Eumorphus quadrinotatus Gerstaecker, 1857), Haplomorphus Guérin, 1858 (Eumorphus bipunctatus Perty, 1831), Heterandrus Guérin, 1858 (Eumorphus confusus Guérin, 1857), Rhachidophorus Guérin, 1857 (Cacodaemon hopei Thomson, 1857 (=Eumorphus hopei Guérin, 1857)), Olenus Thomson, 1857 (Trycherus senegalensis Gerstaecker, 1857). Daulis Erichson and Daulotypus Lea, treated in the recent classification of Endomychidae (Tomaszewska 2000) as genera incertae sedis, are confirmed here to belong in Lycoperdininae. The following new synonym is proposed: Evolocera championi Sharp, 1891 (=Adamia mexicana Tomaszewska, 2000), consequently Evolocera Sharp, previously classified in Merophysiinae, is moved here to Eupsilobiinae. The lectotype of Evolocera championi is designated here. The history of classification and the known aspects of the biology of the subfamily are provided. The genus Polymus Mulsant, 1846 is treated here as incertae sedis, due to the unavailability of material for study.
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