Climate Adaptation in North Central Mountain Ecosystems Active
Mountain ecosystems are prioritized by the North Central CASC due to the provided water resources, recreation opportunities, and endemic biodiversity. Mountain ecosystems are vulnerable to climate change due to elevation-dependent warming, loss of snowpack, reduction in physical area at higher elevations, and general sensitivity of alpine species to climate. Current climate adaptation strategies for this ecosystem include preservation of potential species refugia, connection of migratory pathways between habitat, management of recreation impacts, and modification of snow inputs. Many of these landscapes also fall within wilderness designation, constraining the range of options available for climate adaptation strategies. Further, at fine spatial and temporal scales applicable to management the patterns of climate change, subsequent biological responses, and success of climate adaptation strategies will likely be difficult to generalize across sites due to the idiosyncrasies of local geography (e.g., topography, soils).
This project’s overall objective is to produce a robust initiative for climate adaptation research in mountain ecosystems for the North Central CASC. This synthesis work aims to increase knowledge production and co-production of climate adaptation strategies for mountain ecosystems with federal, tribal, and academic partners in the North Central region.
The research team investigate what are our knowledge gaps of mountain ecosystem responses to climate change that limit our ability to perform successful climate adaptation by: 1. Synthesizing literature on climate and biological trends in mountains across the study region; 2. Synthesizing literature on societal interests (e.g., water resources) and management actions (e.g., preservation) for this ecosystem in the context of changing climate; 3. Summarizing a prospective regional research agenda for climate adaptation in the mountain ecosystem for presentation to stake- and rights-holders; 4. Analyzing of publicly available biological datasets in mountains for temporal trends, regional patterns; 5. Documenting of climate adaptation case studies to address regional mountain management priorities, challenges, and opportunities; and 6. Creating a research and management initiative for climate adaptation in mountain ecosystems in the North Central region.
- Source: USGS Sciencebase (id: 65031aa3d34ed30c2058bdf0)
Mountain ecosystems are prioritized by the North Central CASC due to the provided water resources, recreation opportunities, and endemic biodiversity. Mountain ecosystems are vulnerable to climate change due to elevation-dependent warming, loss of snowpack, reduction in physical area at higher elevations, and general sensitivity of alpine species to climate. Current climate adaptation strategies for this ecosystem include preservation of potential species refugia, connection of migratory pathways between habitat, management of recreation impacts, and modification of snow inputs. Many of these landscapes also fall within wilderness designation, constraining the range of options available for climate adaptation strategies. Further, at fine spatial and temporal scales applicable to management the patterns of climate change, subsequent biological responses, and success of climate adaptation strategies will likely be difficult to generalize across sites due to the idiosyncrasies of local geography (e.g., topography, soils).
This project’s overall objective is to produce a robust initiative for climate adaptation research in mountain ecosystems for the North Central CASC. This synthesis work aims to increase knowledge production and co-production of climate adaptation strategies for mountain ecosystems with federal, tribal, and academic partners in the North Central region.
The research team investigate what are our knowledge gaps of mountain ecosystem responses to climate change that limit our ability to perform successful climate adaptation by: 1. Synthesizing literature on climate and biological trends in mountains across the study region; 2. Synthesizing literature on societal interests (e.g., water resources) and management actions (e.g., preservation) for this ecosystem in the context of changing climate; 3. Summarizing a prospective regional research agenda for climate adaptation in the mountain ecosystem for presentation to stake- and rights-holders; 4. Analyzing of publicly available biological datasets in mountains for temporal trends, regional patterns; 5. Documenting of climate adaptation case studies to address regional mountain management priorities, challenges, and opportunities; and 6. Creating a research and management initiative for climate adaptation in mountain ecosystems in the North Central region.
- Source: USGS Sciencebase (id: 65031aa3d34ed30c2058bdf0)