National Institute for Undersea Science and Technology NIUST Logo
NIUST HOME
Ocean Biotechnology Center and Repository (OBCR)
Seabed Technology Research Center (STRC)
Undersea Vehicles Technology Center (UVTC)
News and Information
Funding Opportunities

SEABED TECHNOLOGY RESEARCH CENTER (STRC)

The overall goal of the STRC is the research and development of remote sensor and direct sampling technologies for the investigation of the deep sea.



Gas Hydrates on the Sea Floor


The mission of STRC is to focus on the research and development of remote sensor and direct sampling technologies for the investigation of the deep seabed. These technologies primarily relate to systems for underwater vehicle surveys and ocean observatory studies of the seafloor and the critical issues related to the exploration and development of associated resources and protection of the environment
.

STRC is a component of the Mississippi Mineral Resources Institute (MMRI) at the University of Mississippi. It is closely associated with another component of MMRI, the Center for Marine Resources and Environmental Technology (CMRET). CMRET is the facilitation organization for the Gulf of Mexico Hydrates Research Consortium. STRC will help this organization install a multisensor monitoring station on the continental slope of the northern Gulf of Mexico. The purpose of the station is to remotely observe changes in physical and chemical parameters associated with gas hydrate at or near the sea floor. The need for such observations comes from the growing realization by many that sea floor stability may be influenced by the presence of gas hydrates and episodes of their sporadic disassociation. Such episodes appear to be related to phenomena such as warm water currents (associated with the Loop Current from the Caribbean Sea), warm hydrocarbon fluids (migration upward from deep reservoirs), or fault movement (perhaps caused by local salt adjustment).


A Remote Station to Monitor Gas Hydrate outcrops in the Gulf of Mexico

STRC Contact Information

DIRECTOR: Dr. Bob Woolsey
662-915-7320
jrw@olemiss.edu
The University of Mississippi
220 Old Chemistry
University, MS. 38677

 

The STRC, with funding provided by the National Oceanic and Atmospheric Administration, the Minerals Management Service, the U.S. Department of Energy, is planning to install a multisensor monitoring station on the continental slope of the northern Gulf of Mexico for the purpose of remotely observing changes in the physical and chemical parameters of gas hydrate outcrops. The need for such observations comes from the growing realization by many that sea floor stability may be influenced by the presence of gas hydrates and instances of their sporadic disassociation. Such episodes appear to be related to fault movement, perhaps caused by local salt adjustment, or simply to oceanographic processes. Water depth at the outcrops is about 1000 meters. Direct observations are not practical. It is expected to be more cost-effective to design and deploy a remotely operated station that will take appropriate measurements more or less continuously over an extended period of time. For the latest information on this topic click here to download a journal article entitled A Seafloor Observatory to Monitor Gas Hydrates in the Gulf of Mexico that will appear in a special May 2006 edition of SEG Leading Edge. Click here to download the latest cruise report Operations Report Of Cruise Gom2-05-Mc118.

The University of Southern Mississippi Logo NOAA Undersea Research Program Logo NOAA_LOGO University of Mississippi Logo NOAA Logo