This report tackles the impediments to successful fisheries control/enforcement schemes by developing computer-based modelling approaches, which help to optimise the cost-benefit ratio of envisioned strategies.
The modelling framework is based on theory and empirical estimations aimed at answering questions such as:
In order to test “Costs and Benefits of Control Strategies” (COBECOS) using real scenarios, the model was applied to a selection of Swedish fisheries. One of the main deliverables of this project was the production of a fully functioning user-friendly software. This open source software allows the user to investigate the costs and benefits of enforcement tools of various fisheries and management situations. It includes default functions, but it is flexible enough to allow the user to introduce their own estimations and modify the parameters. The results and deliverables are documented in this report.
The management of Alaskan halibut fisheries has been enabled through a long-term collaboration between government policymakers and private fishing vessel owners in designing a scheme that rigorously meets environmental standards while enabling the industry to thrive.
Germany’s feed-in tariff program has been at the heart of its renewable energy policy. Ongoing monitoring and public data and analysis have been crucial for setting the rates for the scheme, and for supporting public debate on the costs and benefits.