A REVIEW OF THE GENUS ALEBROIDES MATSUMURA, WITH DESCRIPTION OF SHUMKA, GEN NOV. (HEMOPTERA, AUCHENORRHYNCHA, CICADELLIDAE)

Authors
Citation
I. Dworakowska, A REVIEW OF THE GENUS ALEBROIDES MATSUMURA, WITH DESCRIPTION OF SHUMKA, GEN NOV. (HEMOPTERA, AUCHENORRHYNCHA, CICADELLIDAE), Oriental insect, 31, 1997, pp. 241-407
Citations number
43
Categorie Soggetti
Entomology
Journal title
ISSN journal
00305316
Volume
31
Year of publication
1997
Pages
241 - 407
Database
ISI
SICI code
0030-5316(1997)31:<241:AROTGA>2.0.ZU;2-4
Abstract
The paper deals with 79 species of Auchenorrhyncha: Typhlocybinae (75 Alebroides Mats., three Shumka, gen. nov. and Alebroides boninensis Ma ts. which is transferred to Empoasca Walsh). Except for 6 species from China, and one from Micronesia, the species dealt with are originally described and illustrated. The new taxa are 32 species of Alebroides, viz., barbatus, emarginatus, flexus, ghorecola, globosus, haculus, in cisus, indicus, involutus, jacobii, joannae, kowali, magnus, medius, n epalensis, obliteratus, obtusus, pusillus, guartus, raciborskii, rayi, simlensis, umari, ursulae, vicarius, waimingi, wushensis, yaksemasi, xanthus, xiphenax, zenkae, ziutae, and Shumka, gen. nov. with two new species: versicolor and wareeae. Alebroides dinghuensis Chou & Zhang i s a junior synonym of A. flavifrons Mats., Typhlocyba perstrigata Jac. is synonymized with Empoasca nigroscutellata Dist., and the validity of the name Empoasca ghulami Ahmed, Samad & Naheed, with reference to A. nigroscutellatus (Dist.) is discussed. Comparative morphology of ba sal abdominal apodemes of male indicates that the largest ones are der ivatives of sternal antecosta and pleuron of the segment 3 and not seg ment 2. Fusion between segments 8 and 9 in the sternal region in femal e, the structure necessary for strengthening base of ovipositor, is ex amined. In male, subcoxa has been identified in segments 9 and 10 alon g with most of the components of segment 10 and interpretation of cons truction of penis as the product of fusion of trochanteral endites of abdominal legs of segment 9 is proposed.