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Renewable Resource Use: Transition from Capture to Allocation and Optimal Stock Recovery

机译:可再生资源的使用:从捕获到分配和最佳库存恢复的过渡

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Unlimited access and capture is the best allocation policy for any resource as long as there are no crowding externalities and the harvest rate does not exceed the regeneration rate. If harvest consistently overtakes growth, unlimited capture should no longer be permitted. Without a new institutional arrangement, individuals with access to a common pool resource may ignore the opportunity costs of their action. This practice has in fact caused many resource stocks to fall below the sustainable minimum levels. Because the transition to an efficient allocation mechanism was poorly designed (or missing) or because of the lack of communication with the affected parties, transitional economic and political issues have delayed and raised the cost of the needed institutional change, and in some cases thwarted the change entirely. Although transition issues have often frustrated the efforts to adopt efficient institutions, previous studies have devoted little attention to optimal stock recovery and transition issues. This study develops a model of optimal harvest path for stock recovery, explores implementation issues, and suggests ways to address typical equity and efficiency concerns in a transition process.
机译:只要没有拥挤的外部性并且收获率不超过再生率,对任何资源的无限访问和捕获都是最佳的分配策略。如果收成持续超过增长,就不应再无限捕捞。如果没有新的制度安排,有权使用公共资源库的个人可能会忽略其行动的机会成本。实际上,这种做法已导致许多资源库存降至可持续的最低水平以下。由于向有效分配机制的过渡设计不当(或缺少),或者由于缺乏与受影响各方的沟通,过渡的经济和政治问题已延迟并增加了必要的机构变革的成本,在某些情况下,阻碍了变革的进行。彻底改变。尽管过渡问题经常使采用高效机构的努力受挫,但先前的研究很少关注最佳库存回收和过渡问题。这项研究开发了用于库存恢复的最佳收获路径模型,探讨了实施问题,并提出了解决过渡过程中典型的公平性和效率问题的方法。

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