Skip to content
Oil Change International | Data Driven, People Powered. Oil Change International | Data Driven, People Powered.
  • About
    • Our Work
    • Values
    • Team
    • Jobs at OCI
    • Ways to Give
  • Program Areas
    • Africa
    • Asia
    • North Sea
    • United States
    • Global Industry
    • Global Public Finance
    • Global Policy
  • Blog
  • Press Releases
  • Publications
Donate
  • Get Updates
    • Share on Bluesky Share on Bluesky Bluesky (opens in a new window)
    • Share on Twitter Share on Twitter Twitter (opens in a new window)
    • Share on Instagram Share on Instagram Instagram (opens in a new window)
    • Share on LinkedIn Share on LinkedIn LinkedIn (opens in a new window)
    • Share on Facebook Share on Facebook Facebook (opens in a new window)
Donate
  • About
    • Our Work
    • Values
    • Team
    • Jobs at OCI
    • Ways to Give
  • Program Areas
    • Africa
    • Asia
    • North Sea
    • United States
    • Global Industry
    • Global Public Finance
    • Global Policy
  • Blog
  • Press Releases
  • Publications
    • Get Updates
    • Share on Bluesky Bluesky
    • Share on Twitter Twitter
    • Share on Instagram Instagram
    • Share on LinkedIn LinkedIn
    • Share on Facebook Facebook
Go to OCI Homepage
Current Affairs
Published: November 01, 2007

Forests Losing Ability to Absorb Carbon

  • Latest from OCI
  • Blogs listing
  • Forests Losing Ability to Absorb Carbon
    • Blog Post Climate change climate change impacts Current Affairs extreme energy forests Oil
Andy Rowell

When not blogging for OCI, Andy is a freelance writer and journalist specializing in environmental issues.

[email protected]

The sprawling forests of the northern hemisphere which extend from China and Siberia to Canada and Alaska are in danger of becoming a gigantic source of carbon dioxide rather than being a major “sink” that helps to offset man-made emissions of the greenhouse gas.

Two studies published today show that the increase in forest fires in the boreal forests – the second largest forests after tropical rainforests – have weakened one of the earth’s greatest terrestrial sinks of carbon dioxide.

One of the studies showed that in some years, forest fires in the US result in more carbon dioxide being pumped into the atmosphere over the space of a couple of months than the entire annual emissions coming from cars and energy production of a typical US state.

A second study found that, over a 60-year period, the risk of forest fires in 1 million sq kms of Canadian wilderness had increased significantly, largely as a result of drier conditions caused by global warming and climate change.

Tom Gower, professor of forest ecology at the University of Wisconsin-Madison, said his study showed that fires had a greater impact on overall carbon emissions from boreal forests during the 60-year period than other factors such as rainfall, yet climate was at the heart of the issue. “Climate change is what’s causing the fire changes,” Professor Gower said.

Yet another crucial indicator that another of the earth’s mechanisms to absorb carbon is in real trouble.


Oil Change International | Data Driven, People Powered.
Donate Get Updates
Back to the top
  • Keep in touch

  • Oil Change International
    714 G St. SE, #202
    Washington, DC 20003
    United States

    +1.202.518.9029

    [email protected]

    • Share on Bluesky Bluesky (opens in a new window)
    • Share on Twitter Twitter (opens in a new window)
    • Share on Instagram Instagram (opens in a new window)
    • Share on LinkedIn LinkedIn (opens in a new window)
    • Share on Facebook Facebook (opens in a new window)
  • Quick links

  • About OCI
  • Our Values
  • Jobs at OCI
  • Ways to Give
  • Media Centre

  • Publications
  • Press
  • Associated websites

  • Big Oil Reality Check
  • Energy Finance Database
  • Permian Climate Bomb
  • Site map
  • Privacy policy

Copyright © 2025 Oil Change International. Web design by Fat Beehive