利用生态位建模方法研究白鹡鸰(Motacilla alba Linnaeus, 1758)群落生态位分化

Maliheh Pirayesh Shirazi Nejad, M. Aliabadian, O. Mirshamsi
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引用次数: 2

摘要

目前用于生物多样性估计的mtDNA数据不足以评价白毛藻复合体的物种状况。由于形态学和mtDNA数据之间缺乏一致性,因此存在关于最佳使用方法的争论。在本研究中,我们利用生态位模型对9个白藻复合体分类群进行了研究。利用8个生物气候-环境层、海拔和坡度进行MaxEnt模型预测分布。总共使用了9087个物种存在的输入点。结果表明,基于MaxEnt和生态位建模(ENM)工具,研究区存在9个明显的生态边界。研究结果为确定古北地区白尾犬种群的生态需求和分布格局提供了一定的生态变量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Divergence in the ecological niches of the white wagtail (Motacilla alba Linnaeus, 1758) complex using the ecological niche modeling approach
The mtDNA data presently being used for estimating biodiversity is not sufficient for evaluating the Motacilla alba complex species status. Because there is a lack of congruence between morphological and mtDNA data, there are debates about the best approach to use. In this study, we utilize niche modelling to study nine taxa of M. alba complex. Using eight bioclimatic- environmental layers, altitude, and slope MaxEnt modeling was applied to predict distributions. A total of 9087 input points for presence of species were also used. Results showed nine distinct ecological boundaries based on MaxEnt and ecological niche modeling (ENM) tools. The results provide some ecological variables for determining the ecological requirements and distribution patterns of the white wagtail species complex in the Palearctic region.
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