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SM: a web-based application for visualizing the overlap of distributions and pollution events, with a list of fishes put at risk by the 2010 Gulf of Mexico oil spill

机译:SM:基于Web的应用程序,用于可视化分布和污染事件的重叠,并列出了受2010年墨西哥湾漏油事件威胁的鱼类清单

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摘要

The 2010 Gulf of Mexico oil spill was the largest in history outside of warfare and because the spill occurred in the deep sea, its impact on the biota will be difficult to assess. To help address this problem we have created SM (http://speciesmap.org), a web-based application (web app) that allows a user to synthesize data on the oil spill with distributional records and other information on marine species. We have combined satellite image data collected over the course of the oil spill with locality data from historical collection records of fish species in a geographic information system. In doing so, we have created maps to assess which species were potentially in the region of the spill and to what degree their range was exposed to pollution. To evaluate the impact of the spill, we examined and categorized various levels of overlap between the observed surface range of the 2010 spill with collections records for 124 fish species including all 77 endemic to the Gulf of Mexico. More than half of all species examined (including more than half of all endemics) were found to have population records in the region of the spill. SM contains interaction maps for all the species examined and these data can be used to target post-spill collections, to evaluate changes in habitat, and to discover extirpations or extinctions in response to environmental disturbances.
机译:2010年的墨西哥湾漏油事件是有史以来战争以外最大的一次漏油事件,并且由于漏油事件发生在深海中,因此很难评估其对生物群系的影响。为了帮助解决该问题,我们创建了SM(http://speciesmap.org),这是一个基于Web的应用程序(网络应用程序),允许用户将溢油事故的数据与分布记录和其他有关海洋物种的信息进行综合。我们将溢油过程中收集的卫星图像数据与来自地理信息系统中鱼类物种历史收集记录的位置数据相结合。为此,我们创建了地图,以评估哪些物种可能在泄漏区域内以及其范围受到污染的程度。为了评估溢油的影响,我们对观察到的2010年溢油表面范围之间的重叠程度进行了分类,并将其与124种鱼类的收集记录进行了分类,其中包括墨西哥湾的77种特有种。发现所有被检查物种中的一半以上(包括所有地方性物种中的一半以上)在泄漏区域内有种群记录。 SM包含所有检查物种的相互作用图,这些数据可用于确定溢漏后的收集物,评估栖息地的变化以及发现因环境干扰而灭绝或灭绝。

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