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

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inappropriate in the case <strong>of</strong> the double-bounded logit models. An alternative<br />

approach called the sequential classification procedure is presented as a<br />

possible alternative to the standard tests. The double-bounded logit model is<br />

reviewed along with the standard goodness-<strong>of</strong>-fit measures. The sequential<br />

classification procedure and its features are presented in the context <strong>of</strong> an<br />

empirical example.<br />

Kaoru, Yoshiaki, V. Kerry Smith, and Jin Long Liu (1995). Using Random<br />

Utility Models to Estimate the Recreational Value <strong>of</strong> Estuarine<br />

Resources. American Journal Agricultural Economics, 77(1):141-151.<br />

In this paper we describe a model using a household production framework<br />

to link measures <strong>of</strong> nonpoint source pollution to fishing quality and a random<br />

utility model to describe how that quality influences sport fishing parties <br />

decisions in North Carolina. The results provide clear support for using a<br />

model that evaluates the effects <strong>of</strong> pollution on the activities and decisions<br />

associated with the fishing activity once a trip is taken. Site selection<br />

decisions are then conditioned on the anticipated quality <strong>of</strong> fishing sites.<br />

The framework also has the advantage <strong>of</strong> linking the spatial, technical, and<br />

economic information required to evaluate the management plans required for<br />

estuaries under the National Estuarine Program.<br />

Karas, Nick (1995). "History <strong>of</strong> Giant Tuna in Atlantic." Outdoors<br />

column, source unknown.<br />

A history <strong>of</strong> the bluefin tuna fishery in the western North Atlantic as a<br />

game fish and commercial fishery.<br />

Karp, Larry, Arye Sadeh, and Wade L. Griffin (1986). "Cycles in<br />

Agricultural Production: The Case <strong>of</strong> Aquaculture." American<br />

Journal <strong>of</strong> Agricultural Economics, 68(3):553-561.<br />

The problem <strong>of</strong> determining optimal harvest and restocking time and<br />

levels is considered. A continuous time deterministic control problem is used<br />

to study the case where production occurs in a controlled environment. A<br />

stochastic control problem is then used to determine rules for the cultivation<br />

<strong>of</strong> P. stylirostris which occurs in a stochastic environment. The<br />

deterministic analog <strong>of</strong> the problem is also solved. The two solutions are<br />

used to develop a measure for the value <strong>of</strong> a controlled environment and for<br />

the value <strong>of</strong> information about the stochastic environment.<br />

Karp<strong>of</strong>f, Jonathan M. (1984). "Insights from the Markets for Limited<br />

Entry Permits in Alaska." Can. J. Fish. Aquat. Sci., 41:1160-<br />

1166.<br />

Under Alaska's entry limitation program, transferable permits convey<br />

fishing rights. Information from permit markets is used to study several key<br />

issues regarding the behavior <strong>of</strong> fishermen and the effects <strong>of</strong> fishery<br />

management policy. I conclude that (1) expectations <strong>of</strong> future fishing incomes<br />

are the primary determinants <strong>of</strong> permit prices, (2) Alaska Department <strong>of</strong> Fish<br />

and Game forecasts <strong>of</strong> fish recruitment are capitalized in permit values, (3) a<br />

state program that provides low interest loan money to some purchasers <strong>of</strong><br />

permits has coincided with a significant increase in permit prices, (4) the<br />

"average memory" <strong>of</strong> fishermen in projecting future incomes is about 2.5 years,<br />

and (5) it is possible to infer the rate at which the markets discount future<br />

fishing income flows.<br />

Karp<strong>of</strong>f, J.M. (1985). "Time, Capital Intensity, and the Cost <strong>of</strong> Fishing<br />

Effort." Western Journal <strong>of</strong> Agricultural Economics, 10(2):254-<br />

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