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Armadillo Mapper: A Case Study of an Online Application to Update Estimates of Species’ Potential Distributions

机译:犰狳制图仪:一个在线应用程序的案例研究,该应用程序可更新物种潜力分布的估计值

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Ecological niche modeling (ENM) uses species’ known occurrences and environmental variables to estimate potential geographic distributions. The potential distribution of a species can be updated and refined after new occurrences are collected; therefore, we developed an online application (Armadillo Mapper [AM]) that automatically updates the ecological niche model for the hairy long-nosed armadillo (Dasypus pilosus) with new observations and provides a revised potential distribution map. AM can be used by researchers and conservation practitioners without a deep knowledge of geographic information system (GIS) techniques and ENM. Here, we introduce this online application and demonstrate the use of our application with a new observation of D. pilosus. AM has the potential to be extended to other species and to bridge the gap between distributional knowledge synthesized in a computer lab and conservation efforts carried out in the field.
机译:生态位模型(ENM)使用物种的已知发生地点和环境变量来估计潜在的地理分布。收集新的物种后,可以更新和完善物种的潜在分布;因此,我们开发了一个在线应用程序(Armadillo Mapper [AM]),该应用程序使用新的观测结果自动更新长毛长臂犰狳(Dasypus pilosus)的生态位模型,并提供了修订后的潜力分布图。研究人员和保护实践人员可以使用AM,而无需对地理信息系统(GIS)技术和ENM有深入的了解。在这里,我们介绍了此在线应用程序,并通过对毛果毛球菌的新观察来演示我们的应用程序的使用。增材制造技术有可能扩展到其他物种,并弥合在计算机实验室中合成的分布知识与在现场进行的保护工作之间的差距。

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