DEEPWATER CORAL MARINE PROTECTED AREA OFF FLORIDA |
Port Canaveral, Fla. April 29, 2003-- From April 29 to May 8 scientists and students will
be exploring the deepwater coral reefs of the Oculina Banks, which stretch 30 miles offshore
from Ft. Pierce to Cape Canaveral. This remote area includes the East Coast's first Marine
Protected Area (MPA) which is a model for efforts underway to create new MPAs throughout
southeast U.S. waters and the Gulf of Mexico. The team will use a Remotely Operated Vehicle
(ROV) to study the current health of coral on the banks, which has been decimated in places
by commercial trawling. It will also test an acoustic monitoring system that could one day
be used to not only monitor fish behavior but also to detect illegal fishing activity on
the reefs.
The mission will involve scientists from the University of North Carolina at Wilmington (UNCW), Harbor Branch Oceanographic Institution, NOAA Fisheries, College of Charleston, and Florida State University. The general public and students will be able to follow the expedition through daily logs posted to a website and a webcast from the ship. At the Oculina Banks over the past thousand years, the ivory tree coral, Oculina varicosa, has constructed a series of over one hundred pinnacles, mounds, and ridges, in water depths of 150 to 300 feet underneath the Gulf Stream. These features can be as large as 100 feet high and 1000 feet wide and are a favored target of shrimp trawlers as well as sport and recreational fishers hunting for reef fish and pelagic fish such as tuna. 
The diversity of life on the Oculina coral reefs is similar to that of shallow tropical coral
reefs. They support dense and diverse populations of more than 70 fish species and are critical
breeding grounds for commercially important populations of gag and scamp grouper, snappers, black
sea bass, jacks, tuna, giant sunfish, manta rays and several shark species. The Banks' location
at the southern end of the South Atlantic Bight (ocean between Cape Canveral and Cape Hatteras),
directly under the Gulf Stream, makes it a potentially important source of fish larvae for the
entire southeast U.S. continental shelf.
Shrimp, the most valuable fishery species for the southeast U.S., are also plentiful on the Oculina Banks and are the target of trawl fishing there, which can destroy the live coral mounds. Undersea expeditions since the 1970s have shown that at least 90% of the live coral cover in the area has been reduced to rubble, which has little value as breeding, nursing and feeding habitat compared to healthy mounds. In 1984, the South Atlantic Fishery Management Council (SAFMC) first designated a 92 square mile portion of the Oculina Banks as a Habitat Area of Particular Concern (OHAPC). This decision was heavily influenced by years of work at the site by HARBOR BRANCH Oceanographic Institution researcher John Reed, who will be chief scientist on this year's expedition. In 1994, the OHAPC was closed to all bottom fishing except trolling for pelagic fish, and in 2000 the area was expanded to about 300 square miles from Fort Pierce to Cape Canaveral. However, due largely to the difficulty of patrolling this remote location, illegal trawling continues in the closed area. The Oculina Banks cruise will take place on board the M/V Liberty Star, a NASA space shuttle support ship operated by United Space Alliance and normally used to retrieve spent solid rocket boosters. Last year another cruise on the ship produced the first ever high-resolution three-dimensional color map of the Oculina Banks. The map is at least 15 times more accurate than any previously produced and will allow researchers on this year's cruise to zero in on the last remaining stands of live ivory tree coral. The reefs will be surveyed using an undersea robot known as the Phantom SII, provided by the National Undersea Research Center at UNCW. This ROV is equipped with video and still cameras and will also be used to collect small coral samples using its robot arm in order to assess the growth and health of the reefs. A key goal for the expedition will be to understand the condition of the Oculina habitat and fish populations and to establish a baseline from which to gauge the success of the Oculina MPA in restoring them. Data collected will be integrated with past work into a Geographic Information System (http://www.uncw.edu/oculina). Scientists on the Oculina cruise will also be deploying a Passive Acoustic Monitoring System (PAMS) developed by NASA to monitor the impacts of rocket launches on wildlife refuge lagoons at the Kennedy Space Center. Led by Dr. Grant Gilmore of the Dynamac Corporation, they will test the system's suitability for detecting offshore fish populations and vessel traffic. PAMS uses technology similar to that which allows the Navy to detect ships and submarines. Scientists from NASA Kennedy Space Center and NOAA Fisheries will join Dr. Gilmore to establish whether the unit can be used to detect the presence of specific fish species and behaviors such as courtship and spawning aggregation. If so, the system could dramatically increase monitoring capabilities at the remote reefs. If a PAMS were ultimately deployed for long-term monitoring at the site it could potentially be used to monitor vessel traffic and detect illegal trawling as well. 
The South Atlantic Fishery Management Council (SAFMC), the governing body that establishes
fishing regulations, is currently considering establishing new MPAs throughout the southeast
U.S and the Gulf of Mexico to help sustain declining reef fisheries, particularly snapper and
grouper. Research at the Oculina Banks will provide crucial information to aid managers in
making decisions about the new MPAs, including whether to extend the closure of the Oculina
MPA beyond its current end date in 2004.
A media open house will be held aboard the Liberty Star at 3:00 p.m. on April 28, 2003, prior to the ship's departure for the research cruise. Journalists who wish to attend should contact Tracy Young, NASA Public Relations, at (321) 867-9284, tracy.g.young@nasa.gov to make arrangements for security clearance. For further information about the cruise see contacts below. The expedition website, produced by Project Oceanica, can be found by visiting http://oceanica.cofc.edu and clicking on the Oculina Coral Banks 2003 button. The site will include background material on the OHAPC, daily logs from sea, and access to the live, ship-board Webcast. The Webcast will be held on May 1, 2003, from 11 am to 3 pm and is co-sponsored by NASA's Oceanography Program, the Kennedy Space Center's Telescience Lab, and NURC/UNCW, and produced by EnterAcked, Inc. It will include interviews with scientists and ship's crew, live underwater video from the ROV, and questions from the on-line audience. For more information on the Oculina Banks: www.at-sea.org - @Sea Coverage - Oculina Coral Banks HBOI Feature story - Oculina Coral Banks www.at-sea.org - @Sea Feature article - Secrets of a Hidden Habitat Permission is granted to use images only for stories related to the Oculina research cruise. Please credit HARBOR BRANCH Contacts: Media Relations - Mark Schrope, Harbor Branch Oceanographic Institution (772) 465-2400 ext. 433, schrope@hboi.edu Expedition Leader - Andrew Shepard, NURC/UNCW (910) 962-2446, sheparda@uncwil.edu Expedition Web site and Education Activities - Dewey Golub, College of Charleston (843) 953-7263, golubd@cofc.edu NASA Webcast Team - Andrea McCurdy, EnterAcked, Inc. (703) 527-1924, andrea@enteracked.com HARBOR BRANCH Oceanographic Institution, Inc., is one of the world's leading nonprofit oceanographic research organizations dedicated to exploration of the earth's oceans, estuaries and coastal regions for the benefit of humankind. |