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首页> 外文期刊>Bulletin of the American Museum of Natural History >Biodiversity and Biogeography of the Moss-Mice of New Guinea: A Taxonomic Revision of Pseudohydromys (Muridae: Murinae)
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Biodiversity and Biogeography of the Moss-Mice of New Guinea: A Taxonomic Revision of Pseudohydromys (Muridae: Murinae)

机译:新几内亚的苔藓小鼠的生物多样性和生物地理学:假水菌的分类学修订(Muridae:Murinae)

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Morphological investigations involving nearly all available museum material representing New Guinea "moss-mice" (rodents traditionally classified in the genera Pseudohydromys, Neohydromys, Mayermys, and Microhrdromys) reveal outstanding undiagnosed taxic diversity (a minimum of 16 species, versus the eight species previously described) and allow for redefinition of generic boundaries among these little-studied rodents. Apart from Microhydromys Tate and Archbold, 1941 (comprising two species, as recently revised by Helgen et al., in press), herein we recognize two genera of New Guinea moss-mice: Pseudohydromys Rummler, 1934 (now incorporating Neohydromys Laurie, 1952, Mayermys Laurie and Hill, 1954, and "Microhydromys" musseri Flannery, 1989) and a newly described genus, Mirzamys. Species of Pseudohydromys are recorded from montane areas throughout New Guinea (elevations spanning 600 to at least 3800 meters), including the mountain ranges of the Central Cordillera, the Huon Peninsula, and the North Coastal ranges. We diagnose and review 12 species of Pseudohydromys, including six species described as new. The ne, v genus Mirzamys is erected to accommodate two newly described species of small terrestrial rodents from middle and upper montane forests and subalpine grassland edges (1900-3450 m) in the mountains of central New Guinea. Together these two new species represent a distinctive hydromyin lineage that resembles the terrestrial New Guinea hydromyin genera Pseudohydromys and Paraleptomys in various traits. Ecological attributes of all recognized moss-mice taxa, both previously and newly described, are reviewed in light of all information currently available about their biology.
机译:形态学调查涉及几乎所有可用的博物馆材料,它们代表新几内亚的“苔藓小鼠”(传统上被归类为假性水生动物,新水生动物,Mayermys和Microhrdromys的啮齿类动物)显示出杰出的未诊断的税收多样性(至少16种,而先前描述的是8种) ),并允许重新定义这些未经研究的啮齿动物之间的通用界限。除了1941年的Microhydromys Tate和Archbold(包括两个物种,最近由Helgen等人修订,正在出版)之外,我们在此还认识到新几内亚苔藓鼠的两个属:Pseudohydromys Rummler,1934年(现在合并了Neohydromys Laurie,1952年, Mayermys Laurie和Hill,1954年;“ Microhydromys”,musseri Flannery,1989年)和新近描述的属Mirzamys。在整个新几内亚的山地地区(海拔600到至少3800米),包括中央山脉,休恩半岛和北部沿海山脉的山地地区,都记录了假性水体物种。我们诊断并复核了12种假氢菌,其中6种被描述为新的。新的米尔扎米斯属动物被建立起来,以容纳新近描述的两种新的小型陆生啮齿动物,它们来自新几内亚中部山区的中上山区森林和高山草甸边缘(1900-3450 m)。这两个新物种一起代表了独特的氢化肌动蛋白谱系,类似于陆续的新几内亚的氢化肌动蛋白假单胞菌属和旁白球菌属,具有不同的性状。根据当前可获得的有关其生物学的所有信息,对先前和新描述的所有公认的苔藓-小鼠类群的生态属性进行了审查。

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