This project addresses the need for more complete evidence and more accurate vulnerability assessments to show how salmonid populations are adjusting to climate change.
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Webinar: The Potential Influence of Changing Climate on the Persistence of Rocky Mountain Native Salmonids: What Information Will We Need to Manage for the Future? Active
By Climate Adaptation Science Centers
November 13, 2012
View this webinar to learn more about managing salmonids in a changing climate.
Date Recorded
Tuesday, November 13, 2012
Summary
Bioclimatic models predict large reductions in native trout across the Rocky Mountains this century but lack specific details regarding how this change will occur. This project addresses the need for more complete evidence and more accurate vulnerability assessments to show how salmonid populations are adjusting to climate change. This webinar will also explore some of the biological implications, and their relative importance, related to a warming climate including upstream shifts in salmonid habitats, increased wildfire disturbances, and declining summer habitats. For example, temperature increases may be more relevant where habitat fragmentation is less extensive and population boundaries are thermally mediated. Moreover, summer flow declines and disturbances associated with wildfire are likely to be more important where trout populations are heavily fragmented and constrained to small headwater refugia.
Research support from: North Central Climate Adaptation Science Center
Resources
Transcript - Kershner/Hostetler 11/13/2013
Learn more about this project here
View this webinar here
Below are multimedia items associated with this project.
This project addresses the need for more complete evidence and more accurate vulnerability assessments to show how salmonid populations are adjusting to climate change.
By
- Overview
View this webinar to learn more about managing salmonids in a changing climate.
Date Recorded
Tuesday, November 13, 2012
Summary
Bioclimatic models predict large reductions in native trout across the Rocky Mountains this century but lack specific details regarding how this change will occur. This project addresses the need for more complete evidence and more accurate vulnerability assessments to show how salmonid populations are adjusting to climate change. This webinar will also explore some of the biological implications, and their relative importance, related to a warming climate including upstream shifts in salmonid habitats, increased wildfire disturbances, and declining summer habitats. For example, temperature increases may be more relevant where habitat fragmentation is less extensive and population boundaries are thermally mediated. Moreover, summer flow declines and disturbances associated with wildfire are likely to be more important where trout populations are heavily fragmented and constrained to small headwater refugia.
Research support from: North Central Climate Adaptation Science Center
ResourcesTranscript - Kershner/Hostetler 11/13/2013
Learn more about this project here
View this webinar here
- Multimedia
Below are multimedia items associated with this project.
Influence of Changing Climate on Inland Native TroutThis project addresses the need for more complete evidence and more accurate vulnerability assessments to show how salmonid populations are adjusting to climate change.
ByThis project addresses the need for more complete evidence and more accurate vulnerability assessments to show how salmonid populations are adjusting to climate change.
By