
In the present paper, we construct a very general model of fishing and then state four sets of conditions under each of which there is a socially-optimal Nash equilibrium path, that is, a path along which commonality of access does not matter. By perturbing the conditions one can generate conclusions of traditional or non-traditional kind. Thus the conditions go some way to marking out the domain of the traditional view. The solution-concept is open-loop; that is, strategies are taken to be functions of time only.
Environmental economics (natural resource models, harvesting, pollution, etc.), open-loop, socially-optimal Nash equilibrium path, renewable resource depletion, international fisheries
Environmental economics (natural resource models, harvesting, pollution, etc.), open-loop, socially-optimal Nash equilibrium path, renewable resource depletion, international fisheries
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