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

economy. The basic model has provided a starting point for a variety of
extensions and applications exploring a number of policy issues. To date,
work has largely focused on issues of agricultural trade policy and the effect
of alternative domestic policies.
Robinson, William L. (1985). "Effort Management in Australian
Fisheries." A Presentation to the Gulf of Mexico Fishery
Management Council, July 10, 34 pp.
A presentation of the effort limitation programs in eight fisheries in
Australia.
Robson, Arthur J. (1986). "The Existence of Nash Equilibria in Reaction
Functions for Dynamic Models of Oligopoly." International
Economic Review, 27(3):539-544.
It is not in general possible to satisfy the conditions proposed by
Friedman (1968, 1973, 1976, and 1977) for a Nash equilibrium in reaction
functions.
Roche, Ellie F. and Frederick C. Sutter (1996). Marine Fisheries Initiative
Program (MARFIN). Ninth Annual MARFIN Conference, National Marine
Fisheries Service, Cooperative Programs Division, 9721 Executive Center
Drive North, Southeast Regional Office, St. Petersburg, Florida,
November 6-7.
Abstracts of cooperative agreement reports presented at the ninth annual
MARFIN conference covering shrimp bycatch, highly migratory pelagic species,
reef fish, and coastal herrings.
Rockett, Andrew M. and John C. Stevenson (1987). "Karmarkar's
Algorithm." Byte, September: 146-160.
A description of Karmarkar's algorithm for solving linear programming
problems and an explanation of how it differs from the simplex method.
Rockland, David Ben (1983). "An Economic Analysis of Delaware's
Recreational/Commercial Fisheries Conflict." Dissertation,
Department of Marine Studies, University of Delaware, Newark,
Delaware.
This dissertation analyses the economic impact of recreational and
commercial gray seatrout fishermen on the state of Delaware. Consumer surplus
from recreational fishing is estimated to be between $13 and $25 million while
producer and consumer surplus from the commercial gillnet fishery is over
$875,000. The economic impact of the recreational fishery is almost $13
million and $3.3 million for the commercial fishery. Since the biological and
technical relationships between the catches of the two sectors cannot be
determined, it is not possible to derive an optimal allocation of fish between
them.
Rodgers, Philip (1995). The Bio-Economic Simulation Model of the
Catching Sector of the Irish Sea Fishery. In, Bio-Economic
Modelling in the EU, Concerted Action Coordination of Research in
Fishery Economics, Working Document Nr: 7,(AIR CT94 1489),
Workshop, Edinburgh, October: 44-51.
This model describes the conceptual structure of a thorough going
bioeconomic model of the Irish Sea multispecies multi-method fishery that
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