Announcements

Announcements

RUCOOL Celebrates the 500th Glider Deployment
Announcements
Announcements
Awards

Awards

Grace Saba Awarded Project for Ocean Acidification Monitoring on the U.S. Northeast Shelf
Awards
Awards
Forging Our Clean Energy Future
Forging Our Clean Energy Future
Forging Our Clean Energy Future
Improving Hurricane Intensity Forecasts Using Ocean Gliders
Improving Hurricane Intensity Forecasts Using Ocean Gliders
Improving Hurricane Intensity Forecasts Using Ocean Gliders
NJ Universities Launching Sea Robots to Learn About Hurricanes
NJ Universities Launching Sea Robots to Learn About Hurricanes
NJ Universities Launching Sea Robots to Learn About Hurricanes
RU In The Field

RU In The Field

  Rutgers oceanographers set the precedent for a new program in U.S. ocean coring 
RU In The Field
RU In The Field
Rutgers Professor Publishes Fourth Edition of Bestselling Marine Science Book
Rutgers Professor Publishes Fourth Edition of Bestselling Marine Science Book
Rutgers Professor Publishes Fourth Edition of Bestselling Marine Science Book

Congratulations to Ximing and Josh on your Promotions

research2019winner slider img

We are happy to announce the DMCS promotions as follows:

Congratulations to Dr. Ximing Guo has been promoted to highest rank among faculty, Distinguished Professor. Ximing is a world leading shellfish scientist, who has made fundamental advances in shellfish genetics and aquaculture breeding. His research innovation in developing the most robust breed-able shellfish stocks on the planet has fundamentally altered marine aquaculture. In the last century, a devastating disease caused massive mortality of oysters along the mid-Atlantic Coast of North America.

As example of the destruction, in Delaware Bay, 90 to 95% of the oysters on cultivated leases died. In response, Rutgers scientists identified MSX disease as the culprit and initiated a research and breeding program to combat the outbreak. They quickly developed resistance, but the program suffered from a lack of funding and expertise in genetics and breeding leading to highly inbred and poorly performing lines. Dr. Guo restored the genetic integrity of the lines with a dedicated, highly successful shellfish breeding program. 

He has developed an extensive international program for research and teaching in shellfish aquaculture, genetics and breeding. His breeding program developed unique strains of triploid and tetraploid oysters for the aquaculture industry using a technology which he co-patented.  Professor Guo led the worldwide commercialization of Rutgers triploid oyster, which now is one of the dominant commercial strains on Earth. One of the external reviewers of his packet said “His research has been instrumental in organizing the basic conceptual understanding and practice in his field worldwide. His scholarship has been original, high quality, and impactful.

Congratulations to Dr. Josh Kohut who has been promoted Full Professor. He was recognized for his efforts on translating science-based research in a way that informs applications, decision-making, and management of ocean resources. Beyond his research and extension work, Josh has established a highly effective graduate and undergraduate teaching program with a specific focus on developing hands-on learning opportunities for the students. Josh’s scholarship is focused on how highly variable physical processes in the ocean structure coastal biology and chemistry.

Josh deployed the world’s first integrated High Frequency (HF) Radar network capable of continuously measuring ocean circulation along the northeast United States. This network is now the world’s largest nested HF network and has provided fundamental insights in the circulation of the continental shelves, the ocean transport of pollution, river inputs, distribution of fish larvae, and has reduced Coast Guard search by 70% during rescue missions. The radars have provided invaluable insights into the physical oceanography during extreme weather (Nor’Easters and Hurricanes) and the physical factors that regulate storm intensity at landfall.  Weather forecasters had made little progress in improving storm intensity forecasts in decades, but Josh helped discover critical previously underappreciated coastal circulation processes that influence the storm intensity at landfall. These insights are spurring a re-examination of the ocean models at the National Weather Service.

Josh also been a leader in been a leader in the use of underwater autonomous glider technology in the oceans. He and his students have documented how ocean warming in Antarctica and the associated ice melt are altering the upper ocean vertical mixing processes which are directly affecting phytoplankton growth, that in turn is influencing penguin foraging ecology. One external reviewer commented “Josh is an absolutely tremendous example of how quality scholarship can dovetail quite closely with solving societally and economically important questions.

Congratulations to Ximing and Josh!

Featured Research

hcrabs hp

The wildlife species of interest: horseshoe crabs – the ancient, and ecologically important mascot of the Delaware Bay.

Read More

Featured Student

Austin Grubb

This month's featured student is graduate student Austin Grubb

Read More

Featured Outreach

nosb logo thumbnail

Rutgers University Marine Field Station Outreach

Read More

Fundraising

donations 2

Learn how you can help support various ongoing initiatives within DMCS

Read More


Featured Vessel

rv rutgers

Learn more about the R/V Rutgers

Vessels

DMCS operates three ships: R/V Arabella, Calleta, and Rutgers. The vessels can be rented for use in research and/or education. Find out more!

Follow DMCS