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

major marine recreational fisheries problems and develop fresh solutions
thereto; and to foster effective management regimes for the conservation of
living marine resources.
Stroud, Richard H. (ed.) (1989). Planning The Future of Billfish,
National Coalition for Marine Conservation, Savannah, Georgia.
Proceedings of the Second International Billfish Symposium, Kailua-Kona,
Hawaii. Without a better understanding of billfishes and of the impact of
fishing activities on billfishes the world over, these magnificent and
enormously valuable fishes have uncertain futures. We recognize, lacking more
effective conservation and management, that the future for billfishes could be
one of depleted fisheries and lost opportunities.
Sullivan, Carl R. (1984). "Recommendations for Action: Panel 2 The
Marine Recreational Fishing Industry." Chapter 21 in Richard H.
Stroud (ed.) Marine Recreational Fisheries, 9, Proceedings of the
Ninth Annual Marine Recreational Fisheries Symposium, Virginia
Beach, Virginia, April 24 and 25, National Coalition for Marine
Conservation, Inc., Savannah, Georgia.
Summary of presentations and recommendations for strengthening the
marine recreational fishing industry and suggested actions by government
agencies, private institutions, and individuals.
Sullivan, Kathryn (1995). Results of the Review of the NOAA Science
Enterprise by the NOAA Chief Scientist. Office of the Chief Scientist,
National Oceanic and Atmospheric Administration, Room 5128, 14 th and
Constitution Avenue, NW, Washington, D.C.
The document is the culmination of a broad scale review of NOAA s entire
science enterprise, conducted by NOAA s Office of the Chief Scientist over a
period of nearly two years.
Sullivan, Mary Margaret (1993). "Texas Closure Revisited." Draft
report, Department of Agricultural Economics, Texas A&M
University, January.
A draft report that analyzes the economic impacts of the Texas Closure
regulation using the General Bioeconomic Simulation Model developed by Grant
and Griffin.
Sumaila, Ussif Rashid (1995). Irreversible Capital Investment in a Two-stage
Bimatrix Fishery Game Model. Marine Resource Economics, 10(3):263-283.
A two-stage, two-player noncooperative game model is developed (under an
irreversible capital investment assumption) with the main aim of predicting
the number of vessels that each player in such a game will find in his best
interest to employ in the exploitation of the Arcto-Norwegian cod stock, given
a noncooperative environment and the fact that all players are jointly
constrained by the population dynamics of the resource. The predictions so
obtained are then compared with (i) the sole owner s optimal capacity
investments for the two players; (ii) the results in Sumaila (1994), where
perfect malleability of capacity is assumed implicitly; and (iii) available
data on the Arcto-Norwegian cod fishery.
Sumaila, Ussif Rashid (1997). Strategic Dynamic Interaction: The Case of
Barents Sea Fisheries. Marine Resource Economics, 12(2):77-94.
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