Indicators of marine ecosystem integrity for Canada’s Pacific: An expert-based hierarchical approach

There is great interest and rapid progress around the world in developing sets of indicators of marine ecosystem integrity for assessment and management. However, the complexity of coastal marine ecosystems can challenge such efforts. To address this challenge, an expert-based, hierarchical, and adaptive approach was developed with the objectives of healthy marine ecosystems and community partnerships in monitoring and management. Small sets of the top-ranked indicators of ecosystem integrity and associated human pressures were derived from expert-rankings of lists of identified candidate indicators of the status of, and pressures on, each of 17 ecosystem features, organized within 8 elements in turn within 3 overlapping aspects of ecosystem health. Over 200 experts played a role in rating the relative value of 1035 candidate indicators. A panel of topic experts was assigned to each of the 17 ecosystem features to apply 21 weighted indicator selection criteria. Selection criteria and candidate indicators were identified through literature reviews, expert panels, and surveys, and they were evaluated in terms of the experts’ judgements of importance to the health of Canada’s Pacific marine ecosystems. This produced a flexible, robust, and adaptable approach to identifying representative sets of indicators for any scale and for any management unit within Canada’s Pacific. At the broadest scale, it produced a top 20 list of ecosystem state and pressure indicators. These top indicators, or other sets selected for smaller regions, can then guide the development of both regional and nested local monitoring programs in a way that maximizes continuity while including locally unique values. This hierarchical expert-based approach was designed to address challenges of complexity and scale and to enable efficient selection of useful and representative sets of indicators of ecosystem integrity while also enabling the participation of broad government and stakeholder communities.

Effectiveness of shore-based remote camera monitoring for quantifying recreational fisher compliance in marine conservation areas.

Marine conservation areas require high levels of compliance to meet conservation objectives, yet little research has assessed compliance quantitatively, especially for recreational fishers. Recreational fishers take 12% of global annual fish catches. With millions of people fishing from small boats, this fishing sector is hard to monitor, making accurate quantification of non-compliance an urgent research priority.

Identifying best practices in fisheries monitoring and stewardship training for First Nations youth

In British Columbia, fisheries management policies in the last few decades have severely diminished access for a generation of youth to knowledge of traditional governance, ecological economies, and cultural practices. However, legal precedents, the completion of the Truth and Reconciliation Commission, and activism are changing the status quo such that colonial relationships in resource management are no longer viable. This research looks at best practices for, as well as opportunities and challenges facing fisheries monitoring and stewardship programs because they are a promising way to bridge generational gaps in access to and knowledge of the ocean environment, and because resource monitoring is a foundation for a community’s capacity to govern. Overall, the research contributes to a better understanding of how stewardship and monitoring training programs can contribute to the larger vision of coastal First Nations in their desired return to First Nations governance of their marine territories. (Masters of Resource Management thesis, Haley Milko. Simon Fraser University.) (Full publication)

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