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Adapting Coastal Management to Climate Change: Mitigating Our Shrinking Shorelines

机译:适应气候变化的沿海管理:减轻我们的萎缩海岸线

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摘要

Sea-level rise due to climate change is a major threat to coastal ecosystems worldwide. Current management to reduce beach erosion often focuses on protecting human structures and research on effects on wildlife is lacking. Using a combination of hierarchical models and generalized linear models, we evaluated how the gopher tortoise (Gopherus polyphemus) colonized constructed dunes along coastal scrub at the Merritt Island National Wildlife Refuge, central Florida, USA. Over 2 years, we surveyed tortoise populations along natural dunes and 2 constructed dunes (completed in 2012 and in 2014) and estimated tortoise density each summer and winter. Our models indicated that tortoise density along the 2014 dune was comparable to that of natural dunes ((x) over bar = 0-8 tortoises/ha), and density peaked at a mean of 21 tortoises/ha along the 2012 constructed dune. Gopher tortoises rapidly colonized constructed dunes, and dune construction may represent effective management against habitat loss for this species. (C) 2017 The Wildlife Society.
机译:由于气候变化导致的海平面上升是全球沿海生态系统的重大威胁。减少海滩侵蚀的现行管理往往侧重于保护人类结构和对野生动物影响的研究缺乏。使用层次模型和广义线性模型的组合,我们评估了沿着佛罗里达州中部佛罗里达州Merritt Island National Wildlife避难所的沿海磨碎的地下龟(Gopherus polyphemus)殖民地建造的沙丘。超过2年,我们沿着自然沙丘和2名建造的沙丘调查了乌龟人口(2012年完成,2014年完成),每年夏天和冬季估计乌龟密度。我们的模型表示,沿2014沙丘的乌龟密度与自然沙丘((x)上方的自然沙丘((x)= 0-8龟/公顷)相当,并且在2012年建造的沙丘的21龟/公顷的平均值上达到密度。 Gopher Tortoises迅速殖民建造的沙丘,以及沙丘建设可能代表这种物种的栖息地损失的有效管理。 (c)2017年野生动物协会。

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