It has been widely documented that Delaware is highly vulnerable to the impacts of coastal flooding along its Delaware Bay, Atlantic Ocean, and Delaware Inland Bay shores.
U.S. Rep. John Carney visited the University of Delaware’s Hugh R. Sharp Campus in Lewes to talk about the University’s ongoing coastal resiliency research and outreach in the College of Earth, Ocean, and Environment (CEOE) and administered programs as part of a weeklong climate change tour of Delaware.
-Public, private and academic partners came together on Tuesday, April 14, in the Rodney Room of the University of Delaware’s Perkins Student Center for the second biennial Delaware Geologic Research Symposium, hosted by the Delaware Geological Survey and the College of Earth, Ocean, and Environment.
Over 100 geological researchers, state representatives, industrial partners and University students and faculty shared and observed presentations on the latest geological research initiatives in Delaware, and what they mean for the state, its environment and its citizens.
This project will study the water level behavior throughout the Delaware Inland Bays, with a focus on populated areas, during times of both storm and non-storm events through analysis of observational data from tide gages. It will also support the inclusion of the Delaware Inland Bays into the Delaware CFMS by developing a statistical relationships between the water levels along the Atlantic Ocean coast near the mouth of the Inland B
University of Delaware researchers in the College of Earth, Ocean, and Environment are developing a centralized database and website to capture flood data in an effort to better understand and document the extent and severity of flooding in Delaware. In particular, the research team is focusing on data related to high water marks (HWM), the maximum level reached by the sea at high tide, or by a lake or river at its highest stand.
DGS is building a database and web distribution system to collect, manage, and display high water marks (HWMs) that are observed throughout Delaware as a result of flooding events. Historical peak water levels can be extracted for past storms or for a selected geographic area. Development is being done in partnership with the Office of the Delaware State Climatologist, the Delaware Environmental Observing System (DEOS) and the Delaware Environmental Monitoring and Analysis Center (DEMAC).