Climate Warming, Water Management Impacts on West Florida’s Continental Shelf

FAU’s Harbor Branch Oceanographic Institute and collaborator conducted a study that provides an assessment of the potential effects of climate warming and water management of the West Florida Shelf dynamics during two particular events that affect its hydrology through the lens of a very high-resolution model.

Matt Ajemian, Ph.D., Receives Prestigious NSF CAREER Award

Matt Ajemian, Ph.D., has received a $1,103,081 NSF CAREER grant for a project that will build fundamental knowledge on where and when large shell-crushing predators feed in order to ensure a sustainable future for shellfish species. Further, the work can provide guidance to shellfish restoration programs that are currently “flying blind” with respect to predation risk.

Atmospheric Rivers Help Create Massive Holes in Antarctic Sea Ice

Warm, moist rivers of air in Antarctica play a key role in creating massive holes in sea ice in the Weddell Sea and may influence ocean conditions around the vast continent as well as climate change, according to Rutgers co-authored research. Scientists studied the role of long, intense plumes of warm, moist air – known as atmospheric rivers – in creating enormous openings in sea ice. They focused on the Weddell Sea region of the Southern Ocean near Antarctica, where these sea ice holes (called polynyas) infrequently develop during the winter.

Rutgers Expert Can Discuss 10 Ways to Adapt to Coastal Flooding

New Brunswick, N.J. (Oct. 14, 2020) – Rutgers coastal expert Vanessa Dornisch is available for interviews on 10 steps residents can take to prepare for sea-level rise and adapt to increased coastal flooding. Dornisch, coastal training program coordinator at the…

Novel Measurement and Forecasting Systems Make ‘Weathering the Storm’ More Precise

In the last several decades, more than half of the deaths associated with tropical cyclones in the U.S. were due to inland flooding. Unfortunately, current forecasting capabilities are limited. Researchers are developing a warning system for more accurate and timely detection and forecasting of inland and coastal floods, under a variety of precipitation regimes. The technology will enable local and state governments to more effectively plan and respond to tropical storms.