National Forests (Joyce and others 2008) |
✓ Use the paleological record and historical ecological studies to identify environments buffered against climate change, which would be good candidates for long-term conservation |
National Parks (Baron and others 2008) |
✓ Create or protect refugia for valued aquatic species at risk to the effects of early snowmelt on river flow |
National Wildlife Refuges (Scott and others 2008) |
✓ Reforest riparian boundaries with native species to create shaded thermal refugia for fish species in rivers and streams |
✓ Identify climate change refugia and acquire necessary land |
Wild & Scenic Rivers (Palmer and others 2008) |
✓ Plant riparian vegetation to provide fish and other organisms with refugia |
✓ Acquire additional river reaches for the wild and scenic river where they contain naturally occurring refugia from climate change stressors |
✓ Create side-channels and adjacent wetlands to provide refugia for species during droughts and floods |
National Estuaries (Peterson and others 2008) |
✓ Restore oyster reefs along a depth gradient to provide shallow water refugia for mobile species such as fish and crustaceans to retreat to in response to climate-induced deep water hypoxia/anoxia |
Marine Protected Areas (Keller and others 2008) |
✓ Identify and protect areas observed to be resistant to climate change effects or to recover quickly from climate-induced disturbances |
✓ Establish dynamic marine protected areas defined by large-scale oceanographic features such as oceanic fronts where changes in types and abundances of organisms often occur |