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A Review of the Effects of Altered Hydrology and Salinity on Vertebrate Fauna and Their Habitats in Northeastern Florida Bay

机译:水文和盐分改变对东北佛罗里达湾脊椎动物的动物群及其栖息地的影响的综述。

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摘要

Estuarine productivity is highly dependent on the freshwater sources of the estuary. In Florida Bay, Taylor Slough was historically the main source of fresh water. Beginning in about 1960, and culminating with the completion of the South Dade Conveyance System in 1984, water management practice began to change the quantity and distribution of flow from Taylor Slough into Northeastern Florida Bay. These practices altered salinity and hydrologic parameters that had measurable negative impacts on vertebrate fauna and their habitats. Here, I review those impacts from published and unpublished literature and anecdotal observations. Almost all vertebrates covered in this review have shown some form of population decline since 1984; most of the studies implicate declines in food resources as the main stressor on their populations. My conclusion is that the diversion of fresh water resulted in an ecological cascade starting with hydrologic stresses on primary then secondary producers culminating in population declines at the top of the food web.
机译:河口生产力高度依赖于河口的淡水源。在佛罗里达湾,泰勒·斯劳曾经是淡水的主要来源。从1960年左右开始,直到1984年South Dade运输系统完成,水管理实践开始改变从泰勒斯劳到佛罗里达州东北湾的水流的数量和分布。这些做法改变了盐度和水文参数,对脊椎动物和它们的栖息地产生了可衡量的负面影响。在这里,我回顾了已发表和未发表的文献以及轶事观察的影响。自1984年以来,几乎所有本研究中涵盖的脊椎动物都表现出某种形式的种群减少。大多数研究表明,粮食资源减少是其人口的主要压力。我的结论是,淡水的转移导致了生态级联,首先是初级生产者的水文压力,然后是次级生产者的水文压力,最终导致食物网顶部的人口减少。

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