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Extent of biodiversity surveys and ranges for endemic species in the Albertine Rift

机译:艾伯丁大裂谷生物多样性调查的范围和地方物种的范围

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摘要

This article contains data on the estimated ranges of endemic species in the Albertine Rift both currently and under future climate change related to the research article entitled “Conservation of the endemic species of the Albertine Rift under future climate change” (Ayebare et al., 2018) [1]. Biodiversity surveys focused mainly on 5 taxa: birds, mammals, reptiles, amphibians and plants. A combination of line transects, point counts, recce walks, camera traps, visual encounter surveys, qualitative surveys and appropriate capture methods (mist nets, Sherman traps, pitfall traps) were used to survey the different taxa and provide point location data for each species. The biodiversity surveys were conducted by the Wildlife Conservation Society starting in the late 1990s. Additional species data were sourced from individual researchers and institutions. The current and future species ranges were estimated using the Maximum Entropy ‘(Maxent)’ species distribution modeling algorithm. The areas of suitable habitat (current and future) of 162 endemic species for 5 taxa (birds (40), mammals (33), plants (49), reptiles (11), amphibians (29), the extent of occurrence (EOO), area of occupancy (AOO), percentage range contraction due to climate change and to agriculture conversion of suitable habitat for each species are given in . Threshold geotiffs are also provided for each species modeled and made available at www.albertinerift.org .
机译:本文包含有关当前和未来气候变化下艾伯丁大裂谷特有物种估计范围的数据,与题为“未来气候变化下艾伯丁大裂谷特有物种的保护”的研究文章有关(Ayebare等人,2018 )[1]。生物多样性调查主要集中在五个分类单元上:鸟类,哺乳动物,爬行动物,两栖动物和植物。结合使用线样线,点计数,新近走动,相机陷阱,视觉相遇调查,定性调查和适当的捕获方法(薄网,谢尔曼陷阱,陷阱陷阱)来调查不同的分类单元并提供每个物种的点位置数据。生物多样性调查是由野生动物保护协会于1990年代后期开始进行的。其他物种数据来自单个研究人员和机构。使用最大熵“(Maxent)”物种分布建模算法来估算当前和将来的物种范围。适用于5个分类单元(鸟类(40),哺乳动物(33),植物(49),爬行动物(11),两栖动物(29))的162个地方物种的合适栖息地(当前和未来)区域,发生程度(EOO)给出了每个物种的居住面积(AOO),因气候变化和适合的栖息地的农业转化而导致的百分比范围收缩,还提供了每个物种的阈值地理坐标,并可以在www.albertinerift.org上找到。

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