Disturbances as opportunities: Learning from disturbanceresponse parallels in social and ecological systems to better adapt to climate change

摘要

1. Disturbances (e.g. fires, floods, windstorms, landslides and tsunamis) are ubiquitous throughout the world. Many social and ecological systems have resilience mechanisms to accommodate and recover from such events. Yet, in an era of directional climate change, adaptation (rather than recovery to the same state) may be the most logical path. In such cases, disturbances, while often unwelcome, may function as opportunities for change. 2. We synthesize the literature on disturbances and adaptation to climate change for both ecological and social systems, attempting to find commonalities and situations where disturbances present adaptation opportunities. We also identify three major characteristics of systems that may drive differential potential for success going forward: their overall richness of actors, their functional overlap in diversity, and their temporal rate of change. 3. Social systems are better positioned to successfully take advantage of disturbancegenerated opportunities to adapt when they support collaboration of diverse interests and engage in pre-disturbance response planning to seize opportunities when they arise. Ecological systems are well-positioned for adaptation when they are diverse, populated with species that are tolerant of post-disturbance environments, and when life-history traits are well-matched with the temporal and spatial distribution of those disturbances. 4. Social systems with a lack of planning and inclusive participation and where powerful actors are resistant to change are less able to take advantage of disturbances as adaptational opportunities; ecological systems that are less diverse (spatially and in regards to species composition), especially those dominated by late successional species, are similarly constrained. Overall, we find that disturbances can create opportunities for adaptation when the ecology and social systems are aligned but there are also many situations where this is not true, depending on initial conditio