The Worldwide Crisis in Fisheries: Economic Models and Human BehaviorCambridge University Press, 2006 - 263 páginas The world's marine fisheries are in trouble, as a direct result of overfishing and the overcapacity of fishing fleets. Despite intensive management efforts, the problems still persist in many areas, resulting in many fisheries being neither sustainable nor profitable. Using bio-economic models of commercial fisheries, this book demonstrates that new management methods, based on individual or community catch quotas, are required to resolve the overfishing problem. Uncertainty about marine systems may be another factor contributing to overfishing. Methods of decision analysis and Bayesian inference are used to discuss risk management and the precautionary principle, arguing that extensive marine reserves may be the best way to protect fisheries, alongside a controlled catch quota system. This book will be of interest to environmental scientists, economists and fisheries managers, providing novel insights into many well-known but poorly understood aspects of fisheries management. |
Índice
Introduction page | 1 |
Perspective | 7 |
Dynamic Bioeconomic Models | 30 |
Investment and Overcapacity | 103 |
Fisheries Management | 145 |
Risk Assessment and Risk Management | 205 |
Case Studies | 225 |
Changing Direction | 242 |
| 261 | |
Otras ediciones - Ver todo
The Worldwide Crisis in Fisheries: Economic Models and Human Behavior Colin W. Clark No hay ninguna vista previa disponible - 2007 |
Términos y frases comunes
annual catch quota annual quota assume assumption bioeconomic biological biomass bionomic equilibrium blue whale buy-back programs by-catch capital stuffing catch rate catch royalties Chapter collapse CPUE profile critical depensation daily effort decision analysis denotes depleted derby fishery discount rate discussed dynamic model economic rent ecosystem effort capacity effort level effort quotas Emax enter the fishery equation example fish population fish stock fisheries management fishermen fishing capacity fishing industry fleet capacity function future Gordon model harvest strategy implies increase individual fishing quotas individual quotas initial investment ITQ system licensed management strategies management system marine fisheries maximize Maximum Sustained Yield operating revenue overcapacity overfishing predictions present value problem profits quota owners quota shares reduced regulated resource result risk scallop season species stock abundance stock assessment stock level sustainable yield tion tonnes uncertainty vessel owners zero
Pasajes populares
Página 260 - Development of a Community-Based Fishery Management System in Japan.

