保护伊利诺斯州最后的海岸线:内陆湖泊的生态驱动的海岸线稳定技术

Margaret Boshek, Jack Cox, Dale Brockamp
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摘要

伊利诺斯州海滩州立公园(IBSP)代表了伊利诺斯州内最后一个连续的6.5英里原始海岸线。从地理上讲,公园坐落在一个迁徙的海滩山脊上,其特征是由低矮的湿地洼地隔开的沙脊,这里是650多种物种的家园,其中一些是稀有和受威胁的物种。这片土地本身提供了一个直观的历史,说明了随着海滩脊向南迁移,初级正面沙丘向湖泊移动的分层过程。然而,人类的发展已经稳定了北部的海滩山脊,切断了公园的沙子供应。造就这种地貌的海岸作用最终会导致它的毁灭。为了解决这个问题,使用了许多水动力和泥沙形态数值模型来确定公园内侵蚀速率最高的区域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PRESERVING THE LAST OF ILLINOIS’ SHORELINE: ECOLOGICALLY-DRIVEN SHORELINE STABILIZATION TECHNIQUES FOR INLAND LAKES
Illinois Beach State Park (IBSP) represents the last contiguous 6.5 mile pristine shoreline within the State of Illinois. Geologically speaking, the park sits atop a migratory beach-ridge characterized by sand ridges separated by low wetland swales which are home to over 650 species, some of which are rare and threatened. The land itself provides a visual history of the layering of the primary frontal dune marching lakeward as the beach-ridge migrated south. Human development, however, has stabilized the beach ridge to the north, cutting off sand supply to the park. The very coastal process that created this landform will eventually lead to its ruin. Approaching this problem, a number of hydrodynamic and sediment morphology numerical models were used to determine the areas of highest erosion rate within the park.
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