SOARCE ARCHIVE

Mid-Atlantic Ocean Acidification Graduate Fellowship Opportunity

Ocean Acidification Program and Sea Grant

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 full-time graduate students at any academic institution in Delaware, Maryland, New Jersey, New York and Virginia who are engaged in coastal and marine research relevant to regional ocean, coastal, and estuarine acidification. The focus should be on improving understanding of the potential ecological consequences of increasing carbon dioxide concentration in regional coastal waters. Projects may encompass natural and/or social science research topics.

Proposals are being accepted through 5:00 pm ET on Friday, April 13, 2018 via eSeaGrant.  

This announcement and additional information can be found on each state Sea Grant program’s website.


Monday, March 5, 2018
Ocean acidification poses new concern for San Francisco Bay water

Ocean acidification poses new concern for San Francisco Bay water

San Francisco State University

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 researchers at SF State, the University of California, Davis and several other partner organizations and funders. It represents the first effort to perform long-term scientific monitoring of ocean acidity and carbon dioxide in the waters of the Bay.
Friday, February 23, 2018
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Scientists pinpoint how ocean acidification weakens coral skeletons

National Science Foundation, Woods Hole Oceanographic Institution

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 published this week in the journal Proceedings of the National Academy of Sciences.

Learn more here

Tuesday, January 30, 2018
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Summer Course: Research Methods in Ocean Acidification 2018

Friday Harbor Laboratories, University of Washington

A summer course will be offered on "research methods in ocean acidification", July 16-August 17, 2018. The course will introduce students to key theory, methods, and techniques in ocean acidification research. Through a mixture of hands-on lab experience, field observations, and small-group workshops and lectures the course aims to provide students with the relevant knowledge and skills to perform ocean acidification research at their home institutions, and in other settings.

The course will be taught by Drs. Jon Havenhand (Dept. of Marine Sciences, University of Gothenburg, Sweden), Andrew Dickson (Scripps Institution of Oceanography, UC San Diego), and Terrie Klinger (School of Marine & Environmental Affairs, University of Washington)

For a description of the course and how to apply click here

Tuesday, January 30, 2018
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Researching the Impact of Ocean Acidification on Atlantic Silversides

Researching the Impact of Ocean Acidification on Atlantic Silversides

Northeast Fisheries Science Center

Scientists and NOAA Hollings scholars at the Northeast Fisheries Science Center (NEFSC) are studying how Atlantic silverside, one of the most common fishes on the Atlantic Coast and an important diet component of many larger fishes of this region, are impacted by changes in ocean acidification (increased CO2, lower pH), increased temperature, and lower dissolved oxygen projected to occur in the future. The team is exposing silverside embryos and larvae to these three stressors and monitoring effects on survival, hatching time, and size of the fish larvae at hatching and later in life. In addition, they are mimicking day-night cycles in CO2 by oscillating the CO2 levels every 12 hours and assessing how the magnitude of these fluctuations impact young silverside. This will help scientists better predict how future ocean conditions could alter this important food source.

Pictures: 1. 2017 Hollings Scholar Amy Zyck monitoring young Atlantic silverside in the CO2 and dissolved oxygen experiment at the NOAA Sandy Hook Laboratory.


Wednesday, January 24, 2018
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