The Adaptive Silviculture for Climate Change (ASCC) Network is a collaborative effort to establish a series of experimental silvicultural trials across different forest ecosystem types. A variety of partners have developed trial sites as part of this multi-regional study researching long-term ecosystem responses to a range of climate change adaptation actions. We are currently implementing an affiliate trial within the Mississippi National River and Recreation Area, a national park along the Mississippi River in the Twin Cities Metro Area of Minnesota
Intentional climate adaptation planning for ecosystems has become a necessary part of the job for na...
Across Montana, dams curtail annual spring floods, depriving riparian cottonwood forests of the rege...
National forests in the Blue Mountains (USA) region have developed adaptation options that address e...
University of Minnesota Ph.D. dissertation. December 2019. Major: Natural Resources Science and Mana...
The Adaptive Silviculture for Climate Change (ASCC) project was developed to test ecosystem-specific...
In 2017 the Minneapolis Park and Recreation Board (MPRB) began a two-phase study to collect quantita...
The following special issue includes a practitioner note that provides context about Forested Natura...
Public lands in the United States serve critical roles for ecosystems and humans alike, but they hav...
Green Seattle Partnership (GSP) was originally conceptualized as a 20-year program to drive recovery...
The National Park Service has begun the ecological restoration of areas along a 72-mile stretch of t...
St. Louis City, MO had 121 acres managed as woodland or forested natural areas: 98 acres in Forest P...
Climate change will likely have significant effects on forest ecosystems worldwide. In Mediterranean...
University of Minnesota M.S. thesis.March 2019. Major: Natural Resources Science and Management. Ad...
The paper presents the results of a case study that was prepared as a basis for decision-making proc...
Global climate change is predicted to have significant but unknown impacts on future forest structur...
Intentional climate adaptation planning for ecosystems has become a necessary part of the job for na...
Across Montana, dams curtail annual spring floods, depriving riparian cottonwood forests of the rege...
National forests in the Blue Mountains (USA) region have developed adaptation options that address e...
University of Minnesota Ph.D. dissertation. December 2019. Major: Natural Resources Science and Mana...
The Adaptive Silviculture for Climate Change (ASCC) project was developed to test ecosystem-specific...
In 2017 the Minneapolis Park and Recreation Board (MPRB) began a two-phase study to collect quantita...
The following special issue includes a practitioner note that provides context about Forested Natura...
Public lands in the United States serve critical roles for ecosystems and humans alike, but they hav...
Green Seattle Partnership (GSP) was originally conceptualized as a 20-year program to drive recovery...
The National Park Service has begun the ecological restoration of areas along a 72-mile stretch of t...
St. Louis City, MO had 121 acres managed as woodland or forested natural areas: 98 acres in Forest P...
Climate change will likely have significant effects on forest ecosystems worldwide. In Mediterranean...
University of Minnesota M.S. thesis.March 2019. Major: Natural Resources Science and Management. Ad...
The paper presents the results of a case study that was prepared as a basis for decision-making proc...
Global climate change is predicted to have significant but unknown impacts on future forest structur...
Intentional climate adaptation planning for ecosystems has become a necessary part of the job for na...
Across Montana, dams curtail annual spring floods, depriving riparian cottonwood forests of the rege...
National forests in the Blue Mountains (USA) region have developed adaptation options that address e...