Thin layer placement for marsh enhancement: Planning, design, construction, and monitoring considerations

Shore & Beach Pub Date : 2021-11-05 DOI:10.34237/1008941
R. Mohan, C. Piercy, T. Welp
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Abstract

Thin layer placement (TLP) is the purposeful placement of thin layers of sediment in an environmentally acceptable manner to achieve a target elevation or thickness. TLP is used for a variety of purposes, such as sediment management, beneficial use of dredged material (DM), and ecological enhancement. The term “thin” is used to distinguish TLP from other methods of sediment placement in which sediments are applied in layers on the order of several meters thick. In this paper, DM disposal refers to the deposition of sediment in a location and manner where no beneficial use is attained; with DM placement the sediment is used to benefit society and the environment. The application of thin layers of sediment has advantages over more traditional, thicker sediment applications in environments where these thicker layers pose potential challenges to natural resources, infrastructure, navigation, or other assets. Although TLP projects are most often conducted in wetlands, there are open-water applications as well. But because TLP is relatively early in its development, there is a dearth of design and construction information and guidance available to practitioners. This paper provides a high-level summary of pending national TLP guidance being developed by the authors on behalf of the U.S. Army Corps of Engineers’ Engineer Research and Development Center (USACE ERDC).
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加强沼泽的薄层安置:规划、设计、施工和监测方面的考虑
薄层放置(TLP)是以环境可接受的方式有目的地放置薄层沉积物,以达到目标高度或厚度。张力腿平台有多种用途,例如管理沉积物、善用疏浚物料和改善生态。“薄”一词是用来区分张力腿法和其他沉淀物放置方法的,在其他沉淀物放置方法中,沉淀物被放置在几米厚的层上。在本文中,DM处置是指沉积物在没有获得有益利用的位置和方式沉积;通过DM的放置,沉积物被用来造福社会和环境。在这些较厚的沉积物层对自然资源、基础设施、导航或其他资产构成潜在挑战的环境中,较薄沉积物层的应用比传统的较厚沉积物层的应用具有优势。虽然张力腿平台项目通常在湿地进行,但也有开放水域的应用。但是由于TLP的发展相对较早,因此缺乏可供从业者使用的设计和施工信息和指导。本文对代表美国陆军工程兵团工程师研究与发展中心(USACE ERDC)的作者正在制定的国家TLP指南进行了高层次的总结。
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Supplemental Online Materials: The impacts of climate change on surfing resources Engineering and design of the Lightning Point Shoreline Restoration Project in Bayou La Batre, Alabama Tidal marsh restoration at Blackwater National Wildlife Refuge, Maryland: A case study in thin-layer placement Thin layer placement for marsh enhancement: Planning, design, construction, and monitoring considerations Evaluating direct and strategic placement of dredged material for marsh restoration through model simulations
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