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Monitoring of Tree Island Condition in the Southern Everglades: Annual Report 2011

机译:监测南部大沼泽地的树岛状况:2011年年度报告

摘要

Tree islands, a prominent feature in both the marl prairie and ridge and slough landscapes of the Everglades, are sensitive to large-scale restoration actions associated with the Comprehensive Everglades Restoration Plan (CERP) authorized by the Water Resources Development Act (WRDA) 2000 to restore the south Florida ecosystem. More specifically, changes in hydrologic regimes at both local and landscape scales are likely to affect the internal water economy of islands, which in turn will influence plant community structure and function. To strengthen our ability to assess the “performance” of tree island ecosystems and predict how these hydrologic alterations would translate into ecosystem response, an improved understating of reference conditions of vegetation structure and function, and their responses to major stressors is important. In this regard, a study of vegetation structure and composition in relation to associated physical and biological processes was initiated in 2005 with initial funding from Everglades National Park and South Florida Water Management District (SFWMD). The study continued through 2011 with funding from US Army Corps of Engineers (USACOE) (Cooperative Agreement # W912HZ-09-2-0019 Modification No.: P00001).
机译:树木岛是沼泽地的沼泽大草原,山脊和泥沼景观中的一个突出特征,对与2000年水资源开发法(WRDA)授权的综合沼泽地恢复计划(CERP)相关的大规模恢复行动敏感。恢复佛罗里达州南部的生态系统。更具体地说,局部和景观尺度上的水文状况变化都可能影响岛屿的内部水经济,进而影响植物群落的结构和功能。为了增强我们评估树岛生态系统“性能”并预测这些水文变化如何转化为生态系统响应,改善对植被结构和功能参考条件的低估及其对主要压力源的响应的能力,这一点很重要。在这方面,在大沼泽国家公园和南佛罗里达水管理区(SFWMD)的初步资助下,于2005年启动了与相关物理和生物过程有关的植被结构和组成的研究。这项研究一直持续到2011年,获得了美国陆军工程兵团(USACOE)的资助(合作协议号W912HZ-09-2-0019修改号:P00001)。

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