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

To focus on the necessity of justifying a specific choice of cooperative
solution for applied analysis, a cooperative game theoretic setting is used to
describe possible solutions for the Russian-Norwegian joint management of the
migratory Arcto-Norwegian cod stock. Three different cooperative solutions,
as well as cooperative compensated solutions to the problem, are introduced
and discussed. The cooperative solutions are compared to one another in terms
of the parties' preferences, threats and maximum points, and further set into
a context of compensated exchange. Based on the cooperative and compensated
solutions discussed, a negotiation framework is established in which four
distinct stages of decision making can be identified. Finally, the different
solutions are discussed in the setting of Norway and Russia's current
political and economic environment. The so called Salukvadze solution,
compensated or not, can be seen to be an appropriate solution to the fisheries
problem. The compensation must be paid over time to Russia.
Arnarson, Ingolfur (199?). A Fishery Management Model. The Case of the
Olympic System with an Application to Alaska. Working Paper, Oregon
State University, Oregon, 34 pp.
This model of an Olympic System fishery treats biological factors as
exogenous variables and emphasizes the capture of economic and institutional
change under different fishery management schemes. The model works on a
multi-product, multi-sector, and multi-species basis either seasonally or
annually. The model does not include capital flow in the sector and as such
is a short term model.
Arnarson, Ingolfur and Pall Jensson (199?). The Impact of Product Mix on
Optimal Fishing Quota. Working Paper, Oregon State University, Oregon
and University of Iceland, 15 pp.
In this paper, we focus on the impact of product mix decisions made by
operators in the fisheries on the sales prices and on the optimal individual
fishing quota allocated to each vessel. It is shown that an optimal fisheries
management scheme cannot be determined without considering the market prices
and the production attributes of the fish products. Also, contrary to the
results of fisheries economic models to now, it is not necessarily optimal to
give as high a quota as possible to each vessel, and thus to operate as few
vessels as possible.
Arnarson, Ingolfur and Pall Jensson (199?). Simulation Model of Factory
Trawler Operation. Working Paper, Oregon State University, Oregon and
University of Iceland, 19 pp.
The paper describes a model with simulates a factory trawler, haul by
haul and trip by trip. The case of a factory trawler is chosen because it has
both the catching and the processing operations. A LP model is embedded to
plan the processing of each haul s catch. Among the many potential
applications of the model, the two discussed in the paper are the testing of
decision support systems and an analysis of the impacts of different fisheries
management schemes on the individual firms.
Arnarson, Ingolfur and Richard S. Johnston (199?). A New Approach to Fishery
Management with a Application to the Fisheries in Gulf of Alaska and
Bering Sea. Working Paper, Norwegian College of Fishery Science,
University of Tromsoe, Norway and Department of Agricultural and
Resource Economics, Oregon State University, Oregon, 34 pp.
A linear programming approach to multi-species, multi-product fishery
management based on an institutional analysis of weak and strong ownership of
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