The Socio-economic Impacts of Fisheries Management and Policy Designed to Achieve Biodiversity Conservation

This report responds to a request from the Tubney Charitable Trust to carry out a basic review of current knowledge of the socio-economic impacts of fisheries management and policy designed to achieve biodiversity conservation. The fisheries sector is having a significant impact upon marine biodiversity in UK waters. The report discusses the importance and diversity of socio-economic knowledge and how it can help to place fisheries into the broader, more holistic, framework of sustainable development. It emphasises the complexity of the policy environment and the need to understand the conflicting and contrasting motives of the different stakeholders. Understanding what motivates policymakers and fishers is the first step to changing their behaviour. The report discusses the divergence between policy and policy implementation, and the complexity of policy instruments

Sustainable Livelihoods Enhancement and Diversification (SLED): A Manual for Practitioners

The aim of this document is to provide development practitioners with an introduction to the SLED process as well as guidance for practitioners facilitating that process. The Sustainable Livelihoods Enhancement and Diversification (SLED) approach has been developed by Integrated Marine Management Ltd (IMM) through building on the lessons of past livelihoods research projects as well as worldwide experience in livelihood improvement and participatory development practice. It aims to provide a set of guidelines for development and conservation practitioners whose task it is to assist people in enhancing and diversifying their livelihoods. Under the Coral Reefs and Livelihoods Initiative (CORALI), this approach has been field tested and further developed in very different circumstances and institutional settings, in six sites across South Asia and Indonesia. While this process of testing and refining SLED has been carried out specifically in the context of efforts to manage coastal and marine resources, it is an approach that can be applied widely wherever natural resources are facing degradation because of unsustainable human use. The SLED approach provides a framework within which diverse local contexts and the local complexities of livelihood change can be accommodated

Impact of skipper characteristics and technology on individual fisher technical efficiency

Differences in technical efficiency of fishing vessels are often attributed to skipper skill and differences in technology. While the later can be defined in terms of the technology employed, the former is more difficult to quantify. In this paper, the contribution of technology and skipper characteristics (e.g. level of education, experience, training) to technical efficiency are examined using a stochastic production frontier. Three types of fishing activities are examined: mobile gear (e.g. trawl), potters and netter-liners. The results suggest that technology and skipper characteristics can affect the level of efficiency, although these effects differ by gear type used. Traditional measures of labour skill (education and experience) are found to be less relevant when trying to measure skipper skill.Keywords: Technical efficiency, fisheries, Fisheries Economics, stochastic production frontier, Theoretical and Empirical Bio-Economic Modellin