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首页> 外文期刊>Australian Journal of Zoology >Australian microhylid frogs (Cophixalus and Austrochaperina): phylogeny, taxonomy, calls, distributions and breeding biology
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Australian microhylid frogs (Cophixalus and Austrochaperina): phylogeny, taxonomy, calls, distributions and breeding biology

机译:澳大利亚的微脂蛙(Cophixalus和Austrochaperina):系统发育,分类学,鉴定,分布和繁殖生物学

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摘要

Despite a considerable surge in herpetological research in Australia over the last couple of decades the Australian microhylid frogs (Cophixalus and Austrochaperina) remain relatively poorly known. Herein I present the results of extensive fieldwork and molecular, morphological and call analysis with the aim of resolving taxonomy, call variation and distributions, and increasing our understanding of breeding biology. Analysis of 943 base pairs of mitochondrial 16S rRNA and 12S rRNA provides a well supported phylogeny that is largely consistent with current taxonomy. Levels of divergence between species are substantial and significant phylogeographic structuring is evident in C. ornatus, C. neglectus and C. aenigma, sp. nov. The description of C. concinnus was based on a mixed collection of two species from Thornton Peak and a new species is described to resolve this. C. aenigma, sp. nov., is described from high-elevation (>750 m) rainforest across the Carbine, Thornton, Finnigan and Bakers Blue Mountain uplands, north-east Queensland. C. concinnus is redescribed as a highly distinct species restricted to rainforest and boulder fields at the summit of Thornton Peak (>1100 m). Despite protection in Daintree National Park in the Wet Tropics World Heritage Area, predictions of the impact of global warming suggest C. concinnus to be of very high conservation concern ( Critically Endangered, IUCN criteria). The mating call of two species ( C. mcdonaldi and C. exiguus) is described for the first time and high levels of call variation within C. ornatus, C. neglectus, C. hosmeri, C. aenigma and Austrochaperina fryi are presented. Such variation is often attributable to genetically divergent lineages, altitudinal variation and courtship; however, in some instances ( particularly within C. hosmeri) the source or function of highly distinct calls at a site remains obscure. Molecular, morphological and call analyses allow the clarification of species distributions, especially in the northern mountains of the Wet Tropics. Notes are presented on the breeding biology of C. aenigma, C. bombiens, C. concinnus, C. exiguus, C. infacetus, C. mcdonaldi, C. monticola, C. neglectus, C. ornatus and C. saxatilis, which are largely consistent with previous accounts: small terrestrial clutches usually attended by a male. Courtship behaviour in C. ornatus is described and the first records of multiple clutching in Australian microhylids are presented (for C. ornatus and C. infacetus).
机译:尽管在过去的几十年中,澳大利亚的爬虫学研究大量增加,但澳大利亚的微脂蛙(Cophixalus和Austrochaperina)仍然相对鲜为人知。在这里,我提出了广泛的野外调查结果以及分子,形态和召集分析的结果,目的是解决分类学,召集变异和分布以及增进我们对育种生物学的理解。线粒体16S rRNA和12S rRNA的943个碱基对的分析提供了良好支持的系统发育,在很大程度上与当前分类法一致。物种之间的差异水平是显着的,并且显着的谱学结构在C. ornatus,C。neglectus和C. aenigma,sp。中很明显。十一月C. continnus的描述基于来自桑顿峰的两种物种的混合采集,并描述了一种新的物种来解决这一问题。 C. aenigma,sp。 nov。,是从昆士兰东北部卡宾,桑顿,芬尼根和贝克斯蓝山高地上的高海拔(> 750 m)雨林中描述的。 C. continnus被重新定义为在Thornton Peak(> 1100 m)山顶的热带雨林和巨石场中截然不同的物种。尽管在热带地区世界遗产地的丹特里国家公园得到了保护,但对全球变暖影响的预测表明,印度隐孢子虫具有非常高的保护意义(极度濒危,IUCN标准)。首次描述了两个物种(C. mcdonaldi和C. exiguus)的交配呼叫,并介绍了C. ornatus,C。neglectus,C。hosmeri,C。aenigma和Austrochaperina fryi内的高水平呼叫变化。这种变异通常可归因于遗传上有分歧的血统,高度变异和求爱。但是,在某些情况下(尤其是在霍氏梭菌中),站点上高度不同的呼叫的来源或功能仍然不清楚。分子分析,形态分析和召集分析可以明确物种分布,特别是在北回归线的北部山区。笔记介绍了C. aenigma,C。bombiens,C。continnus,C。exiguus,C。infacetus,C。mcdonaldi,C。monticola,C。neglectus,C。ornatus和C. saxatilis的繁殖生物学在很大程度上与以前的记录相符:通常由男性照料的小型陆地离合器。描述了弯角梭菌的求爱行为,并首次记录了在澳大利亚微脂膜中多次抓住的记录(对于弯角梭菌和弯形梭菌)。

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