The welfare effects of the 2010 transition from Days‐at‐Sea to catch share management in the Northeast U.S. groundfish fishery are examined by combining a model of groundfish demand with a simulation‐based model of supply. Counterfactual supply is constructed based on the Days‐at‐Sea...

In 2010, the Northeast groundfish fishery transitioned from an effort-control system (Days-at-Sea) to an output-control system (catch shares). Simultaneously, a large decrease in aggregate catch was imposed in order to achieve biological objectives. This research examines the welfare effects of...

This dissertation examines three themes of efficiency in fisheries economics and management.The first theme is intertemporal efficiency; by examining fishery managementproblems within a stochastic bioeconomic model, the tradeoffs between current and futureconsumption are clear. The second theme...

The effects of "localized depletion" of a pelagic fishery (herring) on a non-extractive marine activity (tourism) are investigated. Proponents of the localized depletion theory claim that intense fishing effort can lead to areas that are unsuitable for predators like tuna, groundfish, and...

The effects of "localized depletion" of a pelagic fishery (herring) on a non-extractive marine activity (tourism) are investigated. Proponents of the localized depletion theory claim that intense fishing effort can lead to areas that are unsuitable for predators like tuna, groundfish, and...

Despite extensive research and policy initiatives to increase the technical, financial, and managerial capacity of small drinking water systems, there has been little research focusing on understanding how consolidation can increase the overall capacity of the drinking water industry....

The welfare effects of the 2010 transition from Days-at-Sea to catch share management in the Northeast U.S. groundfish fishery are examined by combining a model of groundfish demand with a simulation-based model of supply. Counterfactual supply is constructed based on the Days-at-Sea system that...