Skip to main content
Home Adaptation Workbook

User account menu

  • Log in

Main navigation

  • Get started
  • About
    • About
    • Contact us
  • How to Use
  • Explore
    • Climate Impacts
    • Resource Library
    • Strategies and Approaches
  • Training

Low-elevation spruce-fir

Submitted by Maria on Mon, 12/05/2016 - 13:56

These forests are dominated by northern species that include red spruce, white spruce, and balsam fir. Site are typically at lower elevations in cold pockets, depressions, or valley bottoms. Hardwood species, such as yellow birch and red maple, may also be present.

Climate Impact Statements
Climate change may lead to decreased habitat or altered species composition in low-elevation spruce-fir forests.
Many of the dominant tree species are expected to decline by the end of the century, including red spruce and balsam fir.
Some tree species may be more likley to persist or become more competative through the end of the century , including white pine, red maple, and some northern hardwood species.
Changes in herbivore populations may also have substantial effects on forest growth and composition.
Low species diversity may reduce the ability of forests to adapt to climate change.
Low-elevation spruce-fir forests are widely distributed across a variety of sites, increasing adaptive capacity.
Vulnerability
Moderate-High
Adaptive Capacity
Moderate
Potential Impacts
Disruptive
Applicable Sectors
Forest
Forested watershed
Forest Carbon Management
Recreation
Non-Forested Wetlands
Wildlife Management
Grassland
Test Sector

Many ways to respond to risks

We have collaborated with partners to create topical adaptation strategies and approaches applicable to land stewardship and conservation in rural and urban areas.

  Find menus of adaptation approaches

Want to attend an online course?

Let us know if you are interested in attending one of our regional and topically based online Adaptation Workbook courses.

  Learn about our offerings

Logo for Northern Institute of Applied Climate Science Northern Institute of Applied Climate Science
  • Terms and Conditions
  • Privacy Policy