annotated bibliography of fisheries economics literature - Office of ...

of the red snapper fishery, 4) Develop a submodel for the commercial
harvesting sector in GBFSM of the red snapper fishery, 5) Incorporate the
demand models into GBFSM, 6) Develop a submodel to generate producer and
consumer surplus for the shrimp and red snapper fisheries, 7) Parameterize the
biological and economic components of the red snapper submodels, and 8)
Estimate the economic impacts on the shrimp harvesting sector and the red
snapper recreational and commercial sectors due to seasonal/area closures and
use of BRDs imposed on the Gulf shrimp fishery.
Griffin, Wade L. and Bruce R. Beattie (1978). "Economic Impact of
Mexico's 200-Mile Offshore Fishing Zone on the United States Gulf
of Mexico Shrimp Fishery." Land Economics, 54(1)27-38.
A simple static equilibrium model of the Gulf of Mexico shrimp fishery
is developed using cost data collected for 1974 and 1975 to determine the
impact of the 200-mile limit imposed by Mexico on shrimp fishermen operating
out of Texas and Florida. Given the present shrimp price and cost of
production situation, the adjustment to the Mexican 200 mile limit will not
result in negative rents for the U.S. Gulf shrimp fleet.
Griffin, Wade L. and William E. Grant (1976). "A Profile of Bio-
Economic Models of the Gulf of Mexico Shrimp Resource." Proposal,
RF-77-11, submitted by the Texas A&M Research Foundation to the
National Marine Fisheries Service, September, 7 pp.
The two objectives of the proposed study are (1) to develop a profile of
various bioeconomic models of the Gulf of Mexico shrimp resource, determine
the data requirements of each model, the cost of each model, and the time
frame in which each can be developed and (2) to provide a framework for
coordination and development of multidisciplinary studies of the shrimp
fishery of the Gulf of Mexico and management strategies related to it.
Griffin, Wade L. and William E. Grant (1991). "General Bioeconomic
Fisheries Simulation Model." Developed at Texas A&M University,
College Station, Texas 77843-2124.
This manual describes in detail a General Bioeconomic Fisheries
Simulation Model (GBFSM) Version 2.0 designed for use in management programs
of marine fish species that do not exhibit a significant relationship between
the size of the parental population and the number of young recruited into the
fishery.
Griffin, Wade L. and Holly Hendrickson (1992). "Bycatch Related Data
Set Descriptions and Formats." Department of Agricultural
Economics, Texas A&M University, College Station, Tx.
A description of data sets related to finfish bycatch in the Gulf of
Mexico shrimp fishery as part of a on-going S/K contract.
Griffin, Wade L. and Holly Hendrickson (1992). "Potential for Reduction
of Shrimp Trawl Bycatch of Selected Finfish Species in the Gulf of
Mexico." Final Report, Saltonstall-Kennedy Project No.
NA17FL0099, U.S. Department of Commerce, National Oceanic and
Atmospheric Administration.
The General Bioeconomic Fisheries Simulation Model was used to estimate
the changes in bycatch and economic rent that would result under different
fishery management policies. Bycatch reduction devices were found to be more
effective than closures at reducing bycatch and also less costly to fishermen.
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