Scenarios of climate change and natural resource development: Complexity and uncertainty in the Nechako Watershed

Climate change and resource development interact to have significant impacts on both natural and human systems within watersheds. It is, however, difficult to conceptualize and communicate these intersections, as climate change and resource development are each independently uncertain and complex. We facilitated a process whereby stakeholders created plausible future scenarios for the Nechako Watershed in British Columbia, Canada. This region is reliant upon, and has been significantly affected by, many types of resource exploitation. During a full-day workshop, 32 stakeholders created scenarios for 2050 envisioning high and low levels of both resource development and climate change. The high and low levels of climate change were based on downscaled projections from global emissions scenarios, and the resource development levels were determined at the beginning of the workshop by the participants. The exercise was educational, and motivated stakeholders to conceptualize plausible future changes and their impacts, and the outcomes should motivate stakeholders to work towards realizing a more desired future. All scenarios (even low-low) were deemed to have significant negative impacts, suggesting that the Nechako Watershed is in a vulnerable state. The complexity of the exercise suggests that more capacity building may be necessary.     

Climate change vulnerability and adaptation research focusing on the Inuit subsistence sector in Canada: Directions for future research

The last decade has witnessed a proliferation of research into the human dimensions of climate change in the Arctic. Much of this work has examined impacts on subsistence hunting, fishing, and trapping among Canadian Inuit communities. This scholarship has developed a baseline understanding of vulnerability and adaptation, drawing upon interviews with community members and stakeholders to identify and characterize climatic risks and adaptive strategies. To further advance this baseline understanding, new methodologies are needed to complement existing research if we are to capture the dynamic nature of how climate change is experienced and responded to, and fully engage communities as equal partners. Longitudinal studies, community‐based monitoring, and targeted adaptation research offer significant promise to advance understanding. These methodologies provide a strong basis for developing meaningful partnerships with communities, the co‐production of knowledge, and empowerment for adaptation: essential components of community‐based participatory research.     

Planning for Climate Change Adaptation in a Multi-level Context: The Gothenburg Metropolitan Area

Individual local governments are key players in Sweden's strategy for climate adaptation but their authority does not match the scale of climate change and its impacts. Competences are divided among local, regional and national authorities. Climate adaptation thus requires cooperation, particularly in metropolitan regions. This raises issues of coordination, legitimacy and effectiveness of adaptation measures recommended in local Master Plans. The focus here is on how the 13 municipalities in the Gothenburg Metropolitan Area—expected to be the part of Sweden most affected by impacts of climate change—address and act upon issues of climate change adaptation within the framework of Sweden's Planning and Building Act, which places responsibility for the “common interest” of climate adaptation with local governments. Analysing municipal Master Plans, as well as the comments on these plans from the regional County Administrative Board and from Göteborg Region Association of Local Authorities, the inter-municipal association charged with infrastructural planning, I identify patterns in terms of coordination, legitimacy and effectiveness of planning for climate change adaptation. Results are discussed in relation to propositions from recent research on planning for climate adaptation in multi-level contexts.