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

Massachusetts Avenue, N.W., Washington, D.C. 20001, December, pp.
30.
The economic impact of sport fishing in North Carolina.
Sport Fishing Institute (1988). "The Economic Impact of Sport Fishing
in the State of South Carolina." SFI, Suite 100, 1010
Massachusetts Avenue, N.W., Washington, D.C. 20001, December, pp.
30.
The economic impact of sport fishing in South Carolina.
Sport Fishing Institute (1988). "The Economic Impact of Sport Fishing
in the State of Texas." SFI, Suite 100, 1010 Massachusetts
Avenue, N.W., Washington, D.C. 20001, December, pp. 30.
The economic impact of sport fishing in Texas.
Sport Fishing Institute (1991). "Workshop on Wetland Valuation." May
24, 1991, National Marine Fisheries Service, Silver Springs,
Maryland.
See Crookshank, Steven L. (1991). "The Economics of Wetland Valuation"
report prepared for the National Marine Fisheries Service.
Springer, Steven C. (1993). "Monitoring High-Seas Fishing Vessel
Operations By Satellite. Paper presented at the Workshop on
Enforcement Measures, Organization for Economic Co-Operation and
Development, Directorate for Food, Agriculture, and Fisheries,
Committee for Fisheries, Paris, September 21-22.
This paper describes the implementation of the satellite system to
monitor vessel locations and transmit catch, weather, and other data on a real
time basis using that was agreed to by the U.S., Japan, Canada, Korea, and
Taiwan.
Spulber, Daniel F. (1985). "The Multicohort Fishery Under Uncertainty."
Marine Resource Economics, 1(3):265-282.
The multicohort fishery subject to random environmental disturbances is
examined within a market framework. The free access problem is considered and
optimal selective and proportional harvesting policies are discussed.
Squire, James L. (1987). "Pacific Billfish Angler Catch Rates for Key
Area Stock Assessments." Marine Fisheries Review, 49(2):15-25.
The Pacific billfish Angler Survey was initiated in 1969 to measure the
trend of angler CPUE annually. Survey respondents (1969-84) have reported
145,661 angler days catching 59,460 billfish, resulting in an average CPUE of
0.41 fish/day or 2.45 days of fishing per billfish. Annual totals of catch,
effort, and resulting CPUE are given for many of the important recreational
billfish fishing areas. A comparison of CPUE trends between the commercial
longline and the recreational angler is made for the area about the southern
tip of Baja California where high CPUE rates are common to both fisheries.
The correlation between recreational and commercial CPUE is reasonable
(Y 2 =0.82), and the recreational angler CPUE is negatively affected by the
nearby commercial longline fishery.
Squire, James L. (1987). "Striped Marlin, Tetrapturus audax, Migration
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