Search News
Categories
The Mid-Atlantic Sea Grant Programs in partnership with the NOAA Ocean Acidification Program, are pleased to announce the availability of Ocean Acidification Graduate Research Fellowships for a two-year period covering the 2018 and 2019 academic years. The fellowship is open to...
During this webinar Rosie Oakes of the National Academy of Sciences of Drexel University discussed how she used a micro CT scanner to image pteropods in 3D to measure their shell thickness and volume. She will explain how she...
Visitors to the Tiburon shoreline may notice a new addition to the seascape — a five-foot tall, bright yellow buoy anchored just offshore San Francisco State University’s Estuary and Ocean Science (EOS) Center. The Bay Ocean Buoy (BOB) and its companion mooring for Marine Acidification Research Inquiry (MARI) bring together...
In 2019 MIT Sea Grant will focus our funding resources on the following specific areas of marine research:
(1) Aquaculture Technologies: Based on data gathered in our constituent meeting on November 30, 2017, MIT Sea Grant created a new focus area for research on novel technologies to enable...
(1) Aquaculture Technologies: Based on data gathered in our constituent meeting on November 30, 2017, MIT Sea Grant created a new focus area for research on novel technologies to enable...
The International Oceanographic Commission is seeking a Consultant for Ocean Acidification related Project Implementation. Applications are due February 28, 2018. Under the overall authority of the Executive Secretary of the Intergovernmental Oceanographic Commission (IOC) and under the particular supervision of the Head of the Ocean Science Section, the incumbent will be...
Corals grow their skeletons upward toward sunlight, thickening and reinforcing them. The new research, led by National Science Foundation (NSF)-funded scientists at the Woods Hole Oceanographic Institution (WHOI), shows that ocean acidification impedes the thickening process -- decreasing the skeletons' density and leaving them more vulnerable to breaking. The results were...