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- Herring Bay Monitoring and Restoration Studies 93039
Project Information
Title: Herring Bay Monitoring and Restoration Studies 93039
Project Year and Number: 1993: 93039
Other Fiscal Years and Numbers for this Project: 1996: 96086, 1995: 95086-C, 1994: 94086, 1992: CH1-A, 1992: CH1-B, 1991: CH1-A, 1991: CH1-B, 1990: CH1, 1989: CH1
Principal Investigator (PI): Ray Highsmith (School of Fisheries and Ocean Science)
Managing Agency: ADFG
Assisting Personnel: Lawrence Deysher, Tama Rucker, Sue Saupe, Michael Stekoll, Peter Van Tamelen
Research Location: Prince William Sound
Restoration Category: Monitoring
Injured Resources Addressed: Intertidal Organisms, Mussels
Abstract: The seaweed Fucus gardneri was seriously damaged in the Prince William Sound area, as a result of the EVOS and resultant cleanup activities. Fucus makes up 90% of the algal biomass in the intertidal region, and serves as habitat and food for a variety of invertebrates and mammals. Natural recovery of Fucus beds has been slow. Barnacles, mussels, and limpets were reduced by the spill and cleanup. This project will identify major limitations to settlement, recruitment, and growth of Fucus and of invertebrates such as barnacles, mussels, and limpets by providing controlled, long-term natural recovery monitoring of intertidal communities. In addition, various methods for Fucus restoration will be evaluated. Herring Bay will be used as an experimental site. The structure and population dynamics of Fucus plants will be quantified by determining size frequency, population size, reproductive status, growth rates, individual sizes, number of receptacles, egg dispersal, and condition of the plants at the test sites. Techniques for restoring Fucus will be tested. Mussels, barnacle spat, and adult barnacles will be counted and measured over time to determine the survival rate of recruits.Proposal: Not Available
Reports:
Final Report: See Project 96086
Publications from this Project: None Available