Bioeconomics of spatial exploitation in a patchy environment

Article Abstract:

A renewable resource exploitation model that integrates intertemporal dynamics and spatial movement is presented. This proposed biological model was designed based on HS Gordon and Vernon Smith's theory on rent dissipation process with Ricardian notions that claims that usage of resources across space is dependent on relative profitabilities. Populations structure is characterized by the proposed model as spatially interconnected and is affected by stress patchiness, heterogeneity and interactions among and between patches or habitats.

Models, Biological models, Biomass, Resource allocation, Resource partitioning (Ecology)

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A bioeconomic model of marine reserve creation

Article Abstract:

The effects of marine reserve creation were investigated using a dynamic and spatial model of renewable resource exploitation.

Environmental Management, Research, Environmental aspects, Alternative energy sources, Renewable energy, Nature reserves, Natural areas

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Optimal spatial management of renewable resources: matching policy scope to ecosystem scale

Article Abstract:

Spatial models, which are used to examine the economic management of marine resources, are presented.

United States, Management dynamics, Commercial Fishing, Fish hatcheries and preserves, Fishing, Hunting & Trapping, Fishing, Hunting and Trapping, Management, Usage, Fish industry, Fisheries, Company business management, Spatial analysis (Statistics)

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