SOCCOM By Institution

Princeton

Princeton UniversityJorge Sarmiento is the Director of the program. The administrative aspects of the project will be headquartered at Princeton.  Roberta Hotinski is the SOCCOM Project Manager and Bob Key will coordinate SOCCOM data management.

Scripps Institution of Oceanography/UCSD

ScrippsLynne Talley will lead Theme 1 - Observations, including cruise planning for deployment of the SOCCOM floats and observational analysis, which will also involve SIO’s Sarah Gille. Analysis and modeling will include the Southern Ocean State Estimate (SOSE), led by SIO’s Matt Mazloff, Ariane Verdy and Bruce Cornuelle; SOSE is a general circulation model of the ocean that incorporates all available observational data, including biogeochemical data from the profiling floats, to provide a physically and biogeochemically realistic representation of the Southern Ocean.

Monterey Bay Aquarium Research Institute

MbariKen Johnson has led the development of the nitrate and high-pressure pH sensors that will be used in the project and has been active in the development of biogeochemical floats. He is the Associate Director of the SOCCOM project and his lab will supply the University of Washington with sensors for the SOCCOM floats.

University of Washington

University of WashingtonSteve Riser will build the floats from commercial components, integrate the BGC sensors, and perform extensive testing and calibration before shipping them to the cruises that will deploy them. He will also have an extensive role in interpreting the float data. Riser has been making float observations since they were first introduced in WOCE, and has been involved with the global Argo program since its inception. His program at UW is currently one of the major float providers for Argo. He is co-leader of Theme 1.

University of Arizona

University of Arizona​Joellen Russell will lead the Theme 2 - Modeling  effort to use the new data to analyze and improve a new generation of high resolution (1/10°) earth system models to both increase our understanding of the Southern Ocean’s current workings and make better projections of the future trajectory of the Earth’s climate and biogeochemistry.

Climate Central

Climate CentralHeidi Cullen will lead a Broader Impacts effort to share data, technology and lessons learned from our research with the scientific community,industry partners, policymakers, and the general public.

Rosenstiel School of Marine and Atmospheric Science, University of Miami

University of MiamiIgor Kamenkovich will be leading ocean modeling experiments (Observing System Simulation Experiments, or OSSEs) that test the capability of the actual floats and other in situ measurements to sample the ocean’s properties, and will be part of the team that will assess the earth system models.

College of Earth, Ocean, and Atmospheric Sciences, Oregon State University

Oregon State UniversityLaurie Juranek will be partnering with NOAA to develop the algorithms that connect the properties observed by the float sensors to the full suite of carbon system parameters, critical to both the modeling and observational components of SOCCOM.

Partner Funding Institutions

In addition to our primary funding from the National Science Foundation, SOCCOM also receives support from NOAA and NASA.

NOAA

NOAAThe U.S. Argo program has agreed to partner with SOCCOM by supplying one half of the basic profiling floats, allowing SOCCOM to substantially increase the number of floats with biogeochemical sensors that are deployed per year. NOAA’s Geophysical Fluid Dynamics Laboratory has agreed to run high-resolution earth-system modelling experiments in support of the project. Two other NOAA labs are also collaborating scientifically on the SOCCOM project:

  • Pacific Marine Environmental Laboratory (PMEL)
  • Atlantic Oceanographic & Meteorological Laboratory (AOML)

NASA

NASANASA has funded a complementary project (University of Maine’s Emmanuel Boss; Rutgers University’s Oscar Schofield; and SOCCOM float investigators) to supply SOCCOM floats with bio-optical sensors to provide additional information on biological processes in the water column.