DESIGN OF THE RESTORATION OF SHELL ISLAND, LOUISIANA WITH APPLICATION OF A DYNAMIC MORPHOSEDIMENTARY MODEL

机译：动态形态沉积模型在路易斯安那州贝壳岛修复设计中的应用

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Shell Island is a barrier island located on the Louisiana coast that has practically disintegrating in the last decade. The main cause of this rapid loss has been a loss of the sediment source from the Mississippi River, coastal storms that frequently over wash these low barrier islands, rapid relative sea level rise caused by land subsidence, and erosion of fine sediments exposed on oceanfront shorelines. A Dynamic Morphosedimentary (DMSM) model (Campbell, 2005) was used to quantify longshore and cross-shore processes which result in observed barrier island changes. This model provided quantitative information for the development of a detailed, island-wide sediment budget, which was then used in the design of a barrier island restorationproject.

机译：壳牌岛（Shell Island）是位于路易斯安那州海岸的隔离岛，在过去十年中几乎已经瓦解。造成这种快速损失的主要原因是：密西西比河的泥沙源流失，沿海风暴经常淹没这些低障碍岛，陆地沉降导致相对海平面迅速上升，以及沿海海岸线上暴露的细沙的侵蚀。动态形态沉积（DMSM）模型（Campbell，2005年）用于量化导致观察到的隔离岛变化的长岸和跨岸过程。该模型为制定详细的全岛沉积物预算提供了定量信息，然后将其用于屏障岛修复项目的设计。

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来源
《International Conference on Coastal Engineering 2006(ICCE 2006); 20060903-08; San Diego,CA(US)》|2006年|P.3862-3872|共11页
会议地点 San DiegoCA(US)
作者
Campbell; T.; Thomson; G.; Benedet; L.;
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Coastal Planning Engineering, 2481 NW Boca Raton Blvd, Boca Raton, FL, 33431;

Delft University of Technology, P.O Box 5048, 2600 GA, Delft, The Netherlands;

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正文语种 eng
中图分类海洋工程;
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机译：LavegMod V2：建模沿海植被动力学，以应对路易斯安那州路易斯安那州的建议沿海恢复和保护项目
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DESIGN OF THE RESTORATION OF SHELL ISLAND, LOUISIANA WITH APPLICATION OF A DYNAMIC MORPHOSEDIMENTARY MODEL

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