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从太空可见的恐惧景观。

Landscape of fear visible from space.

机构信息

School of the Environment, University of Technology-Sydney, Sydney, NSW 2007, Australia.

出版信息

Sci Rep. 2011;1:14. doi: 10.1038/srep00014. Epub 2011 Jun 14.

Abstract

By linking ecological theory with freely-available Google Earth satellite imagery, landscape-scale footprints of behavioural interactions between predators and prey can be observed remotely. A Google Earth image survey of the lagoon habitat at Heron Island within Australia's Great Barrier Reef revealed distinct halo patterns within algal beds surrounding patch reefs. Ground truth surveys confirmed that, as predicted, algal canopy height increases with distance from reef edges. A grazing assay subsequently demonstrated that herbivore grazing was responsible for this pattern. In conjunction with recent behavioural ecology studies, these findings demonstrate that herbivores' collective antipredator behavioural patterns can shape vegetation distributions on a scale clearly visible from space. By using sequential Google Earth images of specific locations over time, this technique could potentially allow rapid, inexpensive remote monitoring of cascading, indirect effects of predator removals (e.g., fishing; hunting) and/or recovery and reintroductions (e.g., marine or terrestrial reserves) nearly anywhere on earth.

摘要

通过将生态理论与免费的谷歌地球卫星图像相结合,可以远程观察到捕食者和猎物之间行为相互作用的景观尺度足迹。对澳大利亚大堡礁赫伦岛泻湖栖息地的谷歌地球图像调查显示,在围绕补丁礁的藻类床周围存在明显的晕圈模式。实地调查证实,正如预测的那样,藻类冠层高度随离珊瑚礁边缘的距离增加而增加。随后的放牧分析表明,食草动物的放牧是造成这种模式的原因。结合最近的行为生态学研究,这些发现表明,食草动物的集体抗捕食行为模式可以在从太空中明显可见的尺度上塑造植被分布。通过随时间对特定地点的连续谷歌地球图像进行使用,该技术有可能允许在地球上几乎任何地方快速、廉价地远程监测捕食者清除(例如,捕鱼;狩猎)和/或恢复和重新引入(例如,海洋或陆地保护区)的级联、间接影响。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/daa1/3216502/fdfe1295271e/srep00014-f1.jpg

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