Adaptive Silviculture for Climate Change - Chippewa National Forest
- Science Theme:
- Forest Disturbance Processes
- Science Topic
- Climate change and events
- Adaptive Silviculture for Climate Change - Cutfoot Experimental Forest
- NRS - Adaptive Silviculture for Climate Change - Chippewa National Forest
- NRS Adaptive Silviculture for Climate Change – Dartmouth College, Second College Grant
- NRS Adaptive Silviculture for Climate Change – Mississippi National River and Recreation Area
What approach best prepares forest ecosystems for climate change? For forest managers throughout the Nation, the question isn’t about how to manage forests in the future but rather what can they be doing today to adapt forests to observed changes in habitat suitability of tree species, changes in pest behavior, and increasing frequency of drought and other stressors.
To answer that question, Forest Service scientists are partnering with universities and other federal agencies in “Adaptive Silviculture for Climate Change” (ASCC) to conduct on-the-ground, science-manager collaborative research to demonstrate what adaptation measures or tactics might be effective in preparing forest ecosystems to deal with climate change.
ASCC is providing a multi-region network of replicated operational-scale research sites testing ecosystem-specific climate change adaptation treatments. (Learn about our related research at Dartmouth College Second College Grant in New Hampshire.) The partnership includes introducing conceptual tools and processes to integrate climate change considerations into management.
In Northern Minnesota, the 3,000-acre Cutfoot Experimental Forest is the first of five research sites associated with the ASCC partnership. Brian Palik, MN-ASCC project lead, and a team of natural resource specialists and researchers developed a set of desired future conditions, objectives, and tactics for the Cutfoot Experimental Forest based on three climate adaptation approaches:
- Resistance: Maintain relatively unchanged conditions over time
- Resilience: Allow some change in current conditions, but encourage an eventual return to reference conditions
- Transition: Actively facilitate change to encourage adaptive responses to changing and new conditions
More than 275,000 seedlings of species projected to be future climate adapted have been planted in the ASCC project on the Cutfoot Experimental Forest, part of the Chippewa National Forest in Northern Minnesota. Project participants will continue tending and monitoring the Cutfoot Experimental Forest project site for many years, including vegetation control around planted seedlings and deer browse protection on pine seedlings. Variables of interest include overstory vegetation, understory vegetation, birds, diseases, and microclimate. Team members are using the Forest Vegetation Simulator (FVS) to model forest growth and tree survival for treatments and climate change scenarios.
Treatments and findings from this study are part of an active network of long-term silviculture research, and create a model experimental design for research on forest adaptation to climate change.
Bottero, A., D'Amato, A.W., Palik, B.J., Bradford, J.B., Fraver, S., Battaglia, M.A. and Asherin, L.A. 2017. Density‐dependent vulnerability of forest ecosystems to drought. Journal of Applied Ecology 54:1605-1614.
Nagel, L. M.; Palik, B. J.; Battaglia, M. A.; D’Amato, A. W.; Guldin, J. M.; Swanston, C. W.; Janowiak, M. K.; Powers, M. P.; Joyce, L. A.; Millar, C. I.; Peterson, D. L. 2017. Adaptive silviculture for climate change: a national experiment in manager-scientist partnerships to apply an adaptation framework. Journal of Forestry 115: 167-178.
Cutfoot ASCC Research Participants
- Brian J. Palik, US Forest Service - Northern Research Station
- Chippewa National Forest
- Chris Swanston, US Forest Service - Northern Research Station, Northern Institute for Applied Climate Science
- Maria Janowiak US Forest Service - Northern Research Station, Northern Institute for Applied Climate Science
- Linda Nagel, Colorado State University
- Jacob Muller, University of Minnesota
- Anthony D'Amato, University of Vermont
- Lisa Schulte-Moore, Iowa State University
- Rebecca Montgomery, University of Minnesota
- Matt Russell, University of Minnesota
- Jamie Mosel, University of Minnesota
- Miranda Curzon, Iowa State University
- Lewis Wiechmann, Iowa State University
- Northeast Climate Adaptation Science Center
Last modified: October 5, 2020