Oceanographic & Coastal Processes
Research Focus AeaResearch Focus Area Overview
The coastal ocean, from the estuarine shoreline to the edge of the continental rise, is perhaps the most important and yet vulnerable areas of the world’s oceans. The chemical, physical, and biological processes that affect these coastal seas are intertwined and complex. Our researchers use interdisciplinary approaches, modeling and empirical, to obtain a quantitative understanding of these processes.
Research Labs
Marine Geochemistry & Coastal Dynamics
Lab
Oceanography & Marine Hydrokinetic Energy Ocean Lab
Coastal Engineering & Adaptation
Lab
Coastal Marine Processes & Geomorphology Lab
Ecology & Biogeochemistry
in Marine & Coastal
Systems Lab
Coasts & Oceans Observing
Lab
News
Coastal Studies Institute and Jennette’s Pier Chosen as Test Site for Department of Energy Waves to Water Competition
The U.S. Department of Energy’s Office of Energy Efficiency & Renewable Energy recently announced that the Coastal Studies Institute, in partnership with Jennette’s pier, was chosen for the final testing stage of their American Made Challenges Waves to Water...
Study Shows Coral Reefs Provide Protection for Most Vulnerable People
Island nations are increasingly facing threats from large storm events such as hurricanes and cyclones. Often these small island developing nations include communities with a large number of poor and vulnerable people who are more susceptible to the impacts and damage...
D’Anna Studies Social Licensing to Understand Future Generation of MRE
The search for renewable energy sources is something becoming increasingly more mainstream, and for several years now the North Carolina Renewable Ocean Energy Program has been leading efforts to investigate the Gulf Stream off of Cape Hatteras, North Carolina, as a...
ECU Scientists Help Filter Through “Too Much Information” in the Mangrove Conservation World
As the situation with COVID-19 is showing us, science and data are most useful when they are made accessible and available to those who need and use them. This is just as true for global conservation efforts in this era of big data. Recently, an international team of...
ECU’s David Lagomasino to Help Assess Everglades Mangrove Recovery Post-Hurricane Irma
ECU Department of Coastal Studies assistant professor David Lagomasino is part of a team of researchers from ECU and Florida International University (FIU) who have been awarded funding from the National Parks Service for a project to assess the resilience and...
CSI, ECU Researchers Study Beach Nourishment Effects on Pea Island
Beach nourishment projects are no stranger to Outer Banks beaches which have experienced net erosion without human intervention. State regulations prohibit hard structure mitigation installments such as sea walls, bulkheads, and sandbags on the oceanfront leaving few...
Coastal Fellows Initiative: Ideas Meet Collaboration
Parasite invasion or “body-snatching”, effectively turning a host into a zombie, could well be the subject of the next binge-worthy Netflix series. For Dr. April Blakeslee, Assistant Professor in ECU’s Department of Biology and a researcher in marine systems, invasion...
Nature Vs. Nurture
It is a fascinating proposition that systems in nature can be utilized to stem the tide (pardon the pun) against nature itself. Such is the case when it comes to adapting to and mitigating the impact of sea level rise, storms, flooding, and erosion. Marsh wetlands,...
Semester Experience at the Coast: An Educational Adventure
It’s February and the blue-green water of the ocean is sparkling, rising, curling into foaming waves, crashing on the shore where a group is receiving instructions on performing a two-dimensional beach profile and they’re collecting data and learning to use the poles...
Powering the Blue Economy Partnership
CSI & Jennette's Pier Partner with NREL and DOE on Waves to Water Renewable Energy CompetitionWater, water, everywhere, nor any drop to drink. Such is the familiar refrain uttered by poet Coleridge’s Ancient Mariner, whose thirst cannot be quenched by the expanse...