Marine conservation from a First Nations' perspective: A case study of the principles of the Hul'qumi'num of Vancouver Island, British Columbia.

摘要

First Nations' marine conservation and management principles, goals and objectives are explored, through a case study of a Central Coast Salish indigenous group, the Hul'qumi'num. These approaches are compared to current government principles and strategies. Some similarities exist between the two, although there are fundamental differences that may be difficult to reconcile. The Hul'qumi'num worldview that everything is connected has some similarities to ecosystem-based management where humans are viewed as part of the ecosystem. However, in a Hul'qumi'num philosophy, humans are a fundamental component of the ecosystem, whereas ecosystem-based management recognizes humans as part of the ecosystem in order to better manage anthropogenic impacts. Simply integrating traditional ecological knowledge in current management efforts does not go far enough to address the goal of reconnecting Hul'qumi'num Mustimuhw (people) to the marine environment and resources. Attitudes towards permanent no-take zones are influenced by beliefs such as limiting aboriginal rights by closing areas to harvesting. Participant support for permanent no-take zones was significantly increased if the no-take areas were proposed and managed by Hul'qumi'num. Community-based management, where First Nations have a legitimate role in managing may begin to address this gap. Further exploration of how to accommodate First Nations' principles, goals and objectives directly in marine conservation and management of marine resources will increase the success of marine conservation efforts on the Pacific Coast of Canada. This thesis provides the beginning of a foundation to bridge between current government conservation strategies and traditional management systems. The integration of social sciences and natural sciences in conservation efforts will increase the acceptance and success of conserving marine ecosystems. (Abstract shortened by UMI.)