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Sea level rise, shoreline erosion, and pond formation threaten salt marsh habitat at U.S. Marine Corps (USMC) Base Camp Lejeune in North Carolina. Scientists from
New recommendations on how to engineer future stormwater infrastructure that reduces the risks of ultrahazardous flooding have been published in the journal WIREsWATER. The project
NCCOS approved an Event Response award of $15,778 for East Carolina University researchers and their partners to collect post–Hurricane Dorian data along the North Carolina
Effects of Sea Level Rise (ESLR)Event Response Program The pursuit of more resilient coastal communities and ecosystems has led to international efforts to better quantify
A new NCCOS-sponsored study shows that using artificial structures to protect coastal land and property from the sea can harm water birds. The research, conducted
The Choptank watershed was selected by NOAA as a Habitat Focus Area (HFA) for the Habitat Blueprint Program. As such, NOAA plans an integrated set
Last month, the NOAA Beaufort Lab received twohigh level visitors: David Holst, the Acting Deputy Assistant Administrator of NOS, and Mary Erickson, the Director of
Results from a six-year NCCOS sponsored study on the impacts of different approaches to erosion control — seawalls, riprap, and “living shorelines” — on submerged
Natural fringing marshes in Carteret County, N.C., may not be able to keep up with sea level rise. A recent study shows that, over the
NCCOSfunded scientists from the University of North Carolina documented the effect of rocky sills (shore-parallel, rock structures) on near shore habitat. Short rock sills are