首页> 外文期刊>Biology Bulletin >Analysis of the Distribution of Rock Agamas of Genus Paralaudakia Baig, Wagner, Ananjeva et Boehme, 2012 (Agamidae: Sauria, Reptilia): Use of Maxent Modeling
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Analysis of the Distribution of Rock Agamas of Genus Paralaudakia Baig, Wagner, Ananjeva et Boehme, 2012 (Agamidae: Sauria, Reptilia): Use of Maxent Modeling

机译:Parabaugakia Baig,Wagner,Ananjeva等博姆姆,2012年,2012年,2012年(阿加莫岛,爬虫植物)的分析分析:使用最大建模

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摘要

Predictive potential distribution modeling is of increasing importance in modern herpetological studies for determination of environmental and conservation priorities. In this work, the results of analysis and predictions of the potential distribution of four species of rock agamas of the genus Paralaudakia Baig, Wagner, Ananjeva et Bohme, 2012: P. caucasia, P. microlepis, P. lehmanni, and P. erythrogaster, are given, using the distribution models in Maxent (www.cs.princeton.edu/schapire/maxent). We attempt a comparison of the contribution of bioclimatic factors and the characteristics of biotope distribution for parapatric and sympatric caucasia-microlepis-erythrogaster species group. The overlap of the niches of the Caucasian agama with all the species studied, which, according to the models, can be parapatric or sympatric, is minimal. The maximum overlapping of ecological niches is shown for sympatric species P. microlepis and P. erythrogaster (0.47), as well for spatially separated pairs P. lehmanni and P. erythrogaster (0.39) and P. lehmanni and P. microlepis (0.33). The features and potential distribution of rock agamas of the genus Paralaudakia are studied; a comparative analysis of four species of this genus using the Maxent software and an analysis of their ecological niches based on 19 variable bioclimatic (BIO 1-19) and 8 solar (BIO 10-27) parameters with a minimum resolution of 10 arc-minutes was conducted. The geographical coordinates of locations of findings from the species distribution ranges of P. caucasia (Eichwald, 1831), P. erythrogaster (Nikolsky, 1896), P. lehmanni (Nikolsky, 1896), and P. microlepis (Blanford, 1874) were taken into account in the analysis of bioclimatic factors. A significant contribution to modeling the range of the species studied is made by precipitation of the warmest and coldest quarters of the year.
机译:预测性潜在分布建模在现代爬虫研究中的重要性越来越重要,以确定环境和保护优先事项。在这项工作中,分析和预测的潜在分布的四种岩石藿香潜在分布的帕拉哈里亚·贝格,瓦格纳,ananjeva et bohme,2012:p. caucasia,p. micropis,p. lehmanni和p. erythrogaster ,使用Maxent中的分发模型(www.cs.princeton.edu/schapire/maxent)给出。我们试图比较生物偶像因子的贡献和对菌和分子瘤微肠肌射球蛋白酶群组的生物血管分布特征。使用所研究的所有物种的白种人血症的利基的重叠,根据模型,可以是副本或对称的,是最小的。生态核桃的最大重叠显示用于分子物种P. micropis和P.Erythrogaster(0.47),以及用于空间分离的对P.Lehmanni和P.Erythrogaster(0.39)和P.Lehmanni和P. micropl(0.33)。研究了帕拉哈利亚属的岩石毒素的特征和潜力分布;基于19种可变生物型(BIO 1-19)和8个太阳能(Bio 10-27)参数的最小分辨率,使用MAXENT软件和基于19种变频(BIO 1-19)和8个太阳能(BIO 10-27)参数的生态利基的四种物种的对比分析。进行了。来自P. Caucasia(Eichwald,1831),P.Erythrogaster(Nikolsky,1896),P.Lehmanni(Nikolsky,1896)和P. micropis(Blanford,1874)的P.Erypaster(Nikolsky,1896)的地理坐标。考虑到生物偶像因素的分析。对研究所研究的物种范围的显着贡献是通过沉淀到今年最温暖和最冷的季节的沉淀。

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    《Biology Bulletin》 |2019年第2期|179-185|共7页
  • 作者单位

    Russian Acad Sci Zool Inst St Petersburg 199034 Russia;

    Russian Acad Sci Zool Inst St Petersburg 199034 Russia;

    Islamic Azad Univ Shirvan Branch Young Researchers & Elite Club Shirvan Iran;

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