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Monitoring of Tree Island Condition in the Southern Everglades: Hydrologic Driven Decadal Changes in Tree Island Woody Vegetation Structure and Composition: 2012 Annual Report

机译:南部沼泽地树木岛状况监测:树岛木质植被结构和组成的水文驱动年代际变化:2012年年度报告

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摘要

This report examines the interaction between hydrology and vegetation over a 10-year period, between 2001/02 and 2012 within six permanent tree island plots located on three tree islands, two plots each per tree island, established in 2001/02, along a hydrologic and productivity gradient. We hypothesize that: (H1) hydrologic differences within plots between census dates will result in marked differences in a) tree and sapling densities, b) tree basal area, and c) forest structure, i.e., canopy volume and height, and (H2) tree island growth, development, and succession is dependent on hydrologic fluxes, particularly during periods of prolonged droughts or below average hydroperiods.
机译:本报告研究了2001/02年至2012年之间10年期间水文与植被之间的相互作用,该研究位于三个树岛上的六个永久性树岛地块中,每个树岛上两个地块(于2001/02年建立)沿水文和生产率梯度。我们假设:(H1)人口普查日期之间的地块内的水文差异将导致a)树木和树苗的密度,b)树木的基础面积以及c)森林结构(即冠层的体积和高度)以及(H2)树木岛的生长,发育和演替取决于水文通量,尤其是在长期干旱或低于平均水文周期的时期。

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