EWN Research

Research Status: Complete

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This project will create additional wetland habitat on and adjacent to the Woodtick Peninsula through the cost-efficient placement of dredged sediment from the nearby Toledo Harbor federal navigation channel. The proj...
This project creates guidance and training materials on how to apply EWN® principles in GSSHA as an integral part of a holistic watershed management plan. By demonstrating the techniques and approaches, and provi...
This project addresses two basic questions: Can a Levee Have Multiple Benefits? Can managed, native plant communities on levees help regain some of the lost ecological, societal, and engineering benefits of rip...
This project will refine remote sensing techniques to monitor morphological and ecological trends of beneficial use of dredged material (BUDM) sites over time. Providing USACE with reliable methods to monitor BUDM sit...
This project will leverage lessons learned from a traditional USACE-led PL 84-99 focused structural mitigations in big river environments and extract recommendations for future nonstructural multi-agency and partner p...
This project will develop a modeling tool and guidance documents for forecasting long term coral reef dynamics as a Natural and Nature Based Feature (NNBF). The project will help promote the design and implementation ...
The Natural Infrastructure Opportunities Tool (NIOT) is a public facing, web-based decision support tool that allows users to explore data relevant to Natural Infrastructure (NI) projects, as well as view or add NI re...
Shoreline erosion and reservoir sedimentation is a major issue within reservoirs and lakes, and there are no existing guidelines available to establish priorities to treat excessive shoreline erosion. Sedimentation ne...
Wildfires can cause extreme loss of vegetation and soil instabilities that make affected areas highly susceptible to increased runoff, flooding, and transport of debris, and reduced quality of aquatic and terrestrial ...
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