A dynamic programming algorithm is proposed for a class of nonpoint source pollution control problems. The inherently combinatorial nature of these problems--stemming from the discrete nature of the decision variables, which are production and conservation practices--gives them a special...

Genotoxins, both radiation and chemical, by their nature have great capacity for creating unintended third-party harms (externalities), which are difficult to control from a policy standpoint. The difficulties presented by genotoxins stem from 1) the long latency between exposure and the...

Genotoxins, both radiation and chemical, by their nature have great capacity for creating unintended third-party harms (externalities), which are difficult to control from a policy standpoint. The difficulties presented by genotoxins stem from 1) the long latency between exposure and the...

This paper presents a new approach to modeling, analyzing, and solving a class of environmental control problems dealing with sediment deposition. An efficient dynamic programming algorithm is designed to handle the spatial characteristics of soil movement through a watershed, and its ultimate...