This part of the world is going to feel some of the most extreme effects of
climate change; by 2100 it is projected that average temperatures could be 10-15 degrees warmer. Recent studies in
climate adaptation suggest that the best hedge against climate disruption may lie within landscapes characterized by inherent resilience. Such areas have substantial adaptive capacity, and the ability to absorb the disturbances created by climate change, because of their immense scale, relative intactness, still-functional ecosystems, high degree of ecological representation and redundancy, high potential for creation of climate refugia, and a high degree of robust or restorable connectivity. Another strategy is to protect features and areas that acted as refugia during past climatic changes such as glaciation. A refugium is a geographical region that has remained unaltered by a climatic change affecting surrounding regions and that therefore forms a haven for remnant fauna and flora. Such refugia are centers of genetic, and sometimes species, diversity. Such strategies as these focus on retaining characteristics of landscapes and regions in order to allow ecological systems to respond on their own to accelerated climate change and other evolving stresses. the Peel may once again become a crucial corridor for the shifting distributions of species. Probably the best way that we can manage natural systems so as to ensure resilience to climate change is through protecting large habitat areas and links between different ecosystems. The Peel is exactly such a place – large, untrammeled, and providing linkage between different elevations, habitat types, latitudes, and biomes. Conservation targets should also include ecosystems, like peat lands on the Peel Plateau that sequester much carbon. Maintaining such ecosystems could be globally significant in reducing emissions of carbon dioxide and methane from standing biomass and decomposing organic matter, thus reducing the feedback mechanism that enhances the greenhouse effect and accelerates global warming.
Ecological Inertia: refers to the characteristic of landscapes to resist change, for example a white spruce dominated boreal forest could persist under climatic conditions that have warmed and dried to produce conditions that are more suitable for Aspen Parklands. Should some event take place to upset this inertia - in the case of a boreal forest this would most likely be a forest fire - the ecosystem that takes it place would be more like the Aspen Parkland. Essentially, new species cannot move in or displace existing species until space is created for them. Intact, undisturbed, ecosystems are the best way to promote this inertia and the species that exist there. ==Peel Watershed and Y2Y==