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Parametric Study of Belowground Biomass on Short-term Dune Evolution

June 20, 2024
PROJECT UPDATE:
Research Update: Innovative Sensor Deployment to Save New Jersey Wetlands
June 11, 2024
PROJECT UPDATE:
Network for Engineering With Nature (N-EWN) Inaugural Partner’s Symposium
May 23, 2024
PROJECT UPDATE:
New Book Showcases Nature-Based Solutions Around the World
April 25, 2024
PROJECT UPDATE:
Advancing Nature-Based Solutions: A Key Focus for US Army Corps of Engineers (USACE)
April 24, 2024
PROJECT UPDATE:
Surveying Beneficial Use of Dredged Material Placement Sites at the Philadelphia District
April 17, 2024
PROJECT UPDATE:
Signed: A New Memorandum of Understanding with the National Institute of Standards and Technology to Collaboratively Quantify Nature’s Benefits for Human Well-Being
April 2, 2024
PROJECT UPDATE:
EWN Podcast reaches 50k download milestone!!!
April 1, 2024
PROJECT UPDATE:
Join ERDC Live this week with EWN's Dr. King & Dr. Tritinger
March 26, 2024
PROJECT UPDATE:
National Nature Assessment Chapter Leadership Team Announced
March 25, 2024
PROJECT UPDATE:
EWN Bolsters Army Resilience Efforts

Project Information

Dunes have, and continue to be, natural or engineered features which prevent or delay flooding of inland areas by waves and storm surge. Currently, morphological models do not consider the effect of vegetation when estimating short-term dune response to erosional events. A previous study showed that aboveground and belowground plant structure significantly reduced the erosion of coastal dunes under both collision (scarping) and overtopping regimes.

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Point of Contact

Research Hydraulic Engineer, Coastal and Hydraulics Laboratory, ERDC

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Scotch Bonnet, NJ – Researchers from the U.S. Army Engineer Research and Development Center’s Coastal and...
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