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

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In this paper, the problem <strong>of</strong> valuing coastal amenities are examined and<br />

results from an empirical study in which the contingent valuation method and<br />

hedonic price-related technique were used are presented. How data on amenity<br />

values might be used to analyze alternative land initiatives are demonstrated.<br />

Anderson, James E. (1974). "A Note on Welfare Surpluses and Gains From<br />

Trade in General Equilibrium." The American Economic Review,<br />

64(4):758-762.<br />

The author clarifies the concept <strong>of</strong> the impact <strong>of</strong> a tariff on consumer<br />

and producer surplus measures <strong>of</strong> gains from trade.<br />

Anderson, James E. (1976). "The Social Cost <strong>of</strong> Input Distortions: A<br />

Comment and A Generalization." The American Economic Review,<br />

66(1): 235-238.<br />

Two recent papers on the social cost <strong>of</strong> input market distortions have<br />

committed an error in that measures <strong>of</strong> welfare loss due to an input price<br />

distortion depending upon whether the measure is in the output or input<br />

market. This is incorrect, as intuition surely argues, and the source <strong>of</strong> the<br />

error lies in improper use <strong>of</strong> the Taylor's series expansion. Correcting the<br />

error suggests a worthwhile generalization.<br />

Anderson, James E. (1984). "Pricing Strategies for a Renewable Resource<br />

Industry Faced with Competing New Technology: The Case <strong>of</strong><br />

Aquaculture and the Commercial Fishery." Agricultural Experiment<br />

Station Contribution #2286, Department <strong>of</strong> Resource Economics,<br />

University <strong>of</strong> Rhode Island, Kingston, Rhode Island, December.<br />

Technological change in the form <strong>of</strong> aquaculture is becoming an important<br />

factor in the market for several species <strong>of</strong> fish. In light <strong>of</strong> these changes,<br />

producers in some ocean based <strong>fisheries</strong> need to evaluate their production and<br />

pricing strategies relative to their emerging competitor aquaculture. This<br />

paper conceptually analyses the optimal pricing/production strategy for an<br />

ocean based fishery facing a lagged decreasing net demand resulting from the<br />

entry <strong>of</strong> competitive aquaculturalists.<br />

The analysis indicates that the optimal strategy consists <strong>of</strong> initially<br />

raising price to a maximum level to earn some fast pr<strong>of</strong>its taking advantage <strong>of</strong><br />

the lagged decline in net demand. After the demand declines and natural fish<br />

stocks are reduced such that the singular arc is reached, price is adjusted<br />

downward to maintain the singular arc approach to the long run equilibrium.<br />

In the long run, price will be lower, natural fish stocks will be higher, and<br />

natural fish supply may either be lower or higher depending on the initial<br />

position <strong>of</strong> the system and the magnitude <strong>of</strong> the net demand shift.<br />

Anderson, James L. (1985). "Market Interactions Between Aquaculture and<br />

the Common-Property Commercial Fishery." Marine Resource<br />

Economics, 2(1):1-24.<br />

Market interactions between the common property commercial fishery and<br />

(1) competitive aquaculturists and (2) a dominant firm aquaculturist are<br />

modeled. It is found that the entry <strong>of</strong> an competitive aquaculturist increases<br />

natural fish stocks, reduces price, and increases total supply. If initially<br />

the natural fish sock is at a level below maximum sustainable yield, entry <strong>of</strong><br />

the aquaculturist results in an increase in supply from the commercial<br />

fishery. In the second part, the aquaculturist is modeled as a dominant firm.<br />

In some situations, the aquaculturist behaves in a manner similar to the<br />

competitive case, but impacts on price, fish stock, and efficiency will not be<br />

as large. It is shown that there also exits cases where the dominant<br />

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