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Contact:
Steve Martarano, DFG Office of Communications, (916) 322-8639, or Chamois Andersen, (307) 742-2331; Gail Gallessich, Office of Public Affairs, UC-Santa Barbara, (805) 893-7220; Yvonne Menard, Channel Islands National Park, (805) 658-5725 Scientists to Discuss First Five Years of Monitoring the Channel Islands Marine Protected Areas
The Special Session: The First Five Years of Monitoring
the Channel Islands Marine Protected Area Network is free and open to the
public and will take place at the Embassy Suites Mandalay Beach Hotel and
Resort, 2101 Mandalay Beach Road in Oxnard. The program agenda is
available at
www.dfg.ca.gov/marine/channel_islands/
“The Channel Islands reserves were designed to protect key ocean habitats, like kelp forests,” said Steve Gaines, director of the Marine Science Institute at the University of California, Santa Barbara. “Although we do not expect dramatic changes this quickly, some parts of the ecosystem have already benefited from protection.”
During the past five years, scientists have monitored changes in marine animals and habitats as well as human activities in and around the MPAs. Their research results will be the focus of the two-day special session. Presentations on education and enforcement will be 6 p.m. to 9 p.m. on Thursday, Feb. 7, and presentations on biological and socioeconomic monitoring will be all day beginning at 8 a.m. on Friday, Feb. 8. “We observed higher densities and bigger fish in marine reserves than in surrounding waters, including species that are targeted by fishing, such as kelp bass and California sheephead,” Jenn Caselle, research scientist with UC Santa Barbara, said regarding the SCUBA survey work conducted by the Partnership for Interdisciplinary Studies of Coastal Oceans (PISCO) and the Channel Islands National Park. “This increase in the average size can have important ecological effects because larger fish produce exponentially more young than smaller fish.” Preliminary research also indicates that the California spiny lobsters found within the MPAs are larger in size and in greater abundance than outside these protected areas. Mature large sized lobsters are essential to successful reproduction of this valuable fishery. Scientists point out that the increase in California spiny lobster inhabiting the network is an indicator that MPAs can be an effective tool in ecosystem health. “All these MPA monitoring studies advance a broad understanding of how coastal ocean ecosystems respond to changes in management,” said Ugoretz. Other species found off the California coast are expected to take longer to show change such as slow-growing rockfishes, which researchers say will need another 10 to 15 years to see major change. Research using a remotely-operated vehicle found eight to 12 of the finfish species monitored had greater densities within the MPAs than those outside. Other results to be discussed during the special session include collaborative education and enforcement efforts. One research project to be highlighted shows that nearly 96 percent of the vessels contacted by enforcement officers are in compliance with the state’s MPA rules and regulations. ###
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