Academic literature on the topic 'Arunta tribe'

AbstractThe tribe Thophini is redefined. It includes only the genera Thopha Amyot & Serville and Arunta Distant, both of which are endemic to Australia. The Caribbean genus Uhleroides Distant is excluded from the Thophini and is transferred to the Zammarini Distant. A new species, Thopha emmotti, is described from western Queensland and a key to the species of Thopha Amyot & Serville is provided.

Phylogenetic relationships of the whole Poaceae family inferred from the sequence data of rDNA (ITS) support the hypothesis that the arundinoids are monophyletic, not polyphyletic as previously proposed. The ITS sequence phylogeny of 42 arundinoid species demonstrates an early divergence of the Aristideae and three major groupings, corresponding loosely to the tribes Aristideae, Arundineae and Danthonieae. The Arundineae are resolved into two paraphyletic clades. In one clade, Arundo, Monachather, and Dregeochloa are the sister group to Amphipogon and Diplopogon. In the other clade, Phragmites, Molinia, Gynerium, Thysanolaena, Spartochloa, and Cyperochloa are the sister group to Eriachne and Micraira. Arundo is not closely related to Phragmites. The Danthonieae clade, including taxa from Africa, Australia, New Guinea, New Zealand, the South American Cortaderia, and the North American Danthonia, appears to be monophyletic. However, the genus Merxmuellera is polyphyletic.

The 3′ region of the matK gene from 17 species, representing 13 tribes and six subfamilies of the Poaceae, is used to investigate the potential of the gene in addressing systematic questions in the family. The aligned sequences were analyzed by the Wagner parsimony methods using PAUP and PHYLIP and by the neighbor-joining method. Out of the 583 bp sequenced, 30% were variable and 14.9% were informative. The strict consensus tree, rooted by Joinvillea (Joinvilleaceae), showed well-resolved major clades that represent the grass subfamilies. The bambusoid Phyllostachys appeared as a basal clade in the family. Oryza diverged either before or after the Pooideae in the parsimony and neighbor-joining methods, respectively. The three members of the Pooideae grouped in a monophyletic lineage in both analyses. Arundo (Arundinoideae) was basal to the subfamilies Panicoideae and Chloridoideae. Analysis of the various types of DNA mutations underscores the potential of the matK gene in providing insight into grass systematic and evolution. Keywords: matK, Poaceae, grasses, phylogeny, chloroplast, DNA sequence.

The leafhoppers of the tribe Evacanthini of the Indian subcontinent (Pakistan, India, Nepal, Bhutan, Bangladesh, Myanmar and Sri Lanka) are reviewed. The genus Apphia Distant 1918, is reinstated as a valid genus from synonymy with Onukia Matsumura stat. rev. and redefined based on the male genitalia characters. The genus Angustuma Xing & Li 2013, (new name for Angustella Li 1986, not Waagen 1907) is considered a junior synonym of Apphia. The genera Carinata Li & Wang, Concavocorona Wang & Zhang, Risefronta Li & Wang, Shortcrowna Li & Li, Striatanus Li & Wang and Taperus Li and Wang along with Bundera bambusana Yang, Chen & Li, Carinata midfasciana Wang & Li, Onukia albiclypeus Li & Wang, O. flavocapitata Li & Wang and Risefronta albicincta Li & Wang are here recorded for the first time from the Sub-Himalayan region of the Indian subcontinent. Keys to genera and included species are given. The new taxa recognized are Apphia flava sp. nov. (India: Meghalaya), Bundera acutivertex sp. nov. (India: Mizoram), Concavocorana kambaiti sp. nov. (Myanmar; Kambaiti), Evacanthus albipennis sp. nov. (Nepal), E. convolutus sp. nov. (India: Himachal Pradesh), E. distinctus sp. nov. (India: Himachal Pradesh), E. manaliensis sp. nov. (India: Himachal Pradesh), E. yeshwanthi sp. nov. (India: Meghalya), Onukia echina sp. nov. (India: Manipur), Onukindia gen. nov. (type species : Platyretus connexus Distant), Onukindia aruna sp. nov. (India: Arunachal Pradesh), O. compressa sp. nov. (India: Arunachal Pradesh, West Bengal), Shortcrowna rubrostriata sp. nov. (Myanmar: Kambaiti), Striatanus delta sp. nov. (India: West Bengal; Mizoram) and Taperus indicus sp. nov. (India: Arunachal Pradesh). The following new combinations (genera of original combination in parenthesis): Apphia albida Li & Li) comb. nov., A. albonotata (Yang & Zhang) comb. nov., A. basinigra (Wang & Zhang) comb. nov., A. flavimacula (Wang & Zhang) comb. nov., A. flavinigra (Wang & Zhang) comb. nov., A. jinghongensis (LI & Li) comb. nov., A. leucostriata (Li & Wang) comb. nov., A. longipyga (Li & Wang) comb. nov., A. nigricarina (Li) comb. nov., A. nigricauda (Cheng, Yang & Li) comb. nov., A. nigrimargina (Li & Li) comb. nov., A. nigrinota (Yang & Zhang) comb. nov., A. pallida (Cai & He) comb. nov., A. panxianensis (Li & Li) comb. nov., A. rudorsuma (Xing & Li) comb. nov. and A. rufipenna (Li & Wang) comb. nov. (all from Angustuma), Apphia assamensis (Ramakrishnan) comb. nov. (Dussana), Apphia himalayana (Distant) comb. nov. (Platyretus) and Onukindia connexa (Distant) comb. nov. (Platyretus) are made. Evacanthus repexus Distant and Vangama steneosaura Distant appear to be species complexes and need to be further investigated. Lectotypes are designated for: Apphia burmanica Distant, Apphia himalayana (Distant), Bundera venata Distant, Cunedda phaeops Distant, Evacanthus bellus (Distant), Evacanthus militaris (Distant), Evacanthus repexus Distant, Mainda praeculta Distant, Onukindia connexa (Distant) and Vangama steneosaura Distant.