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협조적 게임이론을 이용한 국가 간 수산자원관리에 관한 연구

A Study on the Management of International Fishery Resources using Cooperative Game Theory

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주제분류해양학

초록

This study demonstrates that cooperative management can provide more benefits than non-cooperative management for Korea and Japan fishery. We have studied one management strategy, namely, fishing under joint maximization of net benefits in coastal waters of two countries, using a cooperative game theory. The present net return under non-cooperation amounts to 420,255 million won. However, if two countries cooperate one with another, this figure can get to 2,636,565 million won. We consider this to be an important conclusion as close management relationships have developed between the two countries since the establishment of the EEZ in 1996. The results of the study can also help balance resource conservation and the appropriate catch quota in each country.

Abstract

This study demonstrates that cooperative management can provide more benefits than non-cooperative management for Korea and Japan fishery. We have studied one management strategy, namely, fishing under joint maximization of net benefits in coastal waters of two countries, using a cooperative game theory. The present net return under non-cooperation amounts to 420,255 million won. However, if two countries cooperate one with another, this figure can get to 2,636,565 million won. We consider this to be an important conclusion as close management relationships have developed between the two countries since the establishment of the EEZ in 1996. The results of the study can also help balance resource conservation and the appropriate catch quota in each country.

참고문헌 (14)

  1. 어업경영조사보고, "수산업협동조합", 수산업협동조합, 197~ (2005)
  2. "일본수산성. 수산물유통계연보."[URL]
  3. 해양수산부, "해양수산통계연보", pp.335~ (2005), 해양수산부
  4. Anderson, L.G., "The economics of fisheries management. Rev. and enl. ed.", pp.296~ (1986), John Hopkins University Press
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  6. Clark, C.W., "Mathematical bioeconomics: The optimal management of renewable resources", pp.352~ (1976), Wiley
  7. Dutta, P.K., "The tragedy of commons", Econ. Theory, 3, pp.413~426 (1993)
  8. Fisher, R.D., "Strategic dynamic interaction: Fish wars", J. Econ. Dyn. Control, 16, pp.267~287 (1992)
  9. Fisher, R.D., "The complete fish wars: Biological and dynamic interactions", J. Environ. Econ. Manage, 30, pp.34~42 (1996)
  10. Levhari, D., "The great fish war: An example using a dynamic cournot-nash solution", Bell J. Econ, 11(1), pp.322~334 (1980)
  11. McKelvey, R., "Fish wars revisited: A stochastic incomplete-information harvesting game, In: Risk and Uncertainty in Environ- mental and Natural Resource Economics" (2003), Edward Elgar
  12. Mirman, L., "Dynamic models of fishing: A heuristic approach, In: Control Theory in Mathematical Economics" (1979), M. Dekker
  13. Munro, G.R., "The optimal management of transboundary renewable resources", Can. J. of Econ, 12(3), pp.355~376 (1979)
  14. Schaefer, M.B., "Some aspects of the dynamics of populations important to the management of some commercial marine fisheries", Bull. Inter-Amer. Trop. Tuna Comm, 1, pp.26~56 (1954)

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