Carbon protection and fire risk reduction: toward a full accounting of forest carbon offsets
Management of forests for carbon uptake is an important tool in the effort to slow the increase in atmospheric COâ and global warming. However, some current policies governing forest carbon credits actually promote avoidable COâ release and punish actions that would increase longâterm carbon s...
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| Vydáno v: | Frontiers in ecology and the environment Ročník 6; číslo 9; s. 493 - 498 |
|---|---|
| Hlavní autoři: | , , |
| Médium: | Journal Article |
| Jazyk: | angličtina |
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Ecological Society of America
01.11.2008
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| ISSN: | 1540-9295, 1540-9309 |
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| Abstract | Management of forests for carbon uptake is an important tool in the effort to slow the increase in atmospheric COâ and global warming. However, some current policies governing forest carbon credits actually promote avoidable COâ release and punish actions that would increase longâterm carbon storage. In fireâprone forests, management that reduces the risk of catastrophic carbon release resulting from standâreplacing wildâfire is considered to be a COâ source, according to current accounting practices, even though such management may actually increase longâterm carbon storage. Examining four of the largest wildfires in the US in 2002, we found that, for forest land that experienced catastrophic standâreplacing fire, prior thinning would have reduced COâ release from live tree biomass by as much as 98%. Altering carbon accounting practices for forests that have historically experienced frequent, lowâseverity fire could provide an incentive for forest managers to reduce the risk of catastrophic fire and associated large carbon release events. |
|---|---|
| AbstractList | Management of forests for carbon uptake is an important tool in the effort to slow the increase in atmospheric CO2 and global warming. However, some current policies governing forest carbon credits actually promote avoidable CO2 release and punish actions that would increase long‐term carbon storage. In fire‐prone forests, management that reduces the risk of catastrophic carbon release resulting from stand‐replacing wild‐fire is considered to be a CO2 source, according to current accounting practices, even though such management may actually increase long‐term carbon storage. Examining four of the largest wildfires in the US in 2002, we found that, for forest land that experienced catastrophic stand‐replacing fire, prior thinning would have reduced CO2 release from live tree biomass by as much as 98%. Altering carbon accounting practices for forests that have historically experienced frequent, low‐severity fire could provide an incentive for forest managers to reduce the risk of catastrophic fire and associated large carbon release events. Management of forests for carbon uptake is an important tool in the effort to slow the increase in atmospheric COâ and global warming. However, some current policies governing forest carbon credits actually promote avoidable COâ release and punish actions that would increase longâterm carbon storage. In fireâprone forests, management that reduces the risk of catastrophic carbon release resulting from standâreplacing wildâfire is considered to be a COâ source, according to current accounting practices, even though such management may actually increase longâterm carbon storage. Examining four of the largest wildfires in the US in 2002, we found that, for forest land that experienced catastrophic standâreplacing fire, prior thinning would have reduced COâ release from live tree biomass by as much as 98%. Altering carbon accounting practices for forests that have historically experienced frequent, lowâseverity fire could provide an incentive for forest managers to reduce the risk of catastrophic fire and associated large carbon release events. Management of forests for carbon uptake is an important tool in the effort to slow the increase in atmospheric CO 2 and global warming. However, some current policies governing forest carbon credits actually promote avoidable CO 2 release and punish actions that would increase long‐term carbon storage. In fire‐prone forests, management that reduces the risk of catastrophic carbon release resulting from stand‐replacing wild‐fire is considered to be a CO 2 source, according to current accounting practices, even though such management may actually increase long‐term carbon storage. Examining four of the largest wildfires in the US in 2002, we found that, for forest land that experienced catastrophic stand‐replacing fire, prior thinning would have reduced CO 2 release from live tree biomass by as much as 98%. Altering carbon accounting practices for forests that have historically experienced frequent, low‐severity fire could provide an incentive for forest managers to reduce the risk of catastrophic fire and associated large carbon release events. Management of forests for carbon uptake is an important tool in the effort to slow the increase in atmospheric CO₂ and global warming. However, some current policies governing forest carbon credits actually promote avoidable CO₂ release and punish actions that would increase long-term carbon storage. In fire-prone forests, management that reduces the risk of catastrophic carbon release resulting from stand-replacing wildfire is considered to be a CO₂ source, according to current accounting practices, even though such management may actually increase long-term carbon storage. Examining four of the largest wildfires in the US in 2002, we found that, for forest land that experienced catastrophic stand-replacing fire, prior thinning would have reduced CO₂ release from live tree biomass by as much as 98%. Altering carbon accounting practices for forests that have historically experienced frequent, low-severity fire could provide an incentive for forest managers to reduce the risk of catastrophic fire and associated large carbon release events. Management of forests for carbon uptake is an important tool in the effort to slow the increase in atmospheric CO sub(2) and global warming. However, some current policies governing forest carbon credits actually promote avoidable CO sub(2) release and punish actions that would increase long-term carbon storage. In fire-prone forests, management that reduces the risk of catastrophic carbon release resulting from stand-replacing wild-fire is considered to be a CO sub(2) source, according to current accounting practices, even though such management may actually increase long-term carbon storage. Examining four of the largest wildfires in the US in 2002, we found that, for forest land that experienced catastrophic stand-replacing fire, prior thinning would have reduced CO sub(2) release from live tree biomass by as much as 98%. Altering carbon accounting practices for forests that have historically experienced frequent, low-severity fire could provide an incentive for forest managers to reduce the risk of catastrophic fire and associated large carbon release events. Management of forests for carbon uptake is an important tool in the effort to slow the increase in atmospheric CO₂ and global warming. However, some current policies governing forest carbon credits actually promote avoidable CO₂ release and punish actions that would increase long‐term carbon storage. In fire‐prone forests, management that reduces the risk of catastrophic carbon release resulting from stand‐replacing wild‐fire is considered to be a CO₂ source, according to current accounting practices, even though such management may actually increase long‐term carbon storage. Examining four of the largest wildfires in the US in 2002, we found that, for forest land that experienced catastrophic stand‐replacing fire, prior thinning would have reduced CO₂ release from live tree biomass by as much as 98%. Altering carbon accounting practices for forests that have historically experienced frequent, low‐severity fire could provide an incentive for forest managers to reduce the risk of catastrophic fire and associated large carbon release events. |
| Author | Hurteau, Matthew D George W Koch Bruce A Hungate |
| Author_xml | – sequence: 1 fullname: Hurteau, Matthew D – sequence: 2 fullname: George W Koch – sequence: 3 fullname: Bruce A Hungate |
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| Snippet | Management of forests for carbon uptake is an important tool in the effort to slow the increase in atmospheric COâ and global warming. However, some current... Management of forests for carbon uptake is an important tool in the effort to slow the increase in atmospheric CO₂ and global warming. However, some current... Management of forests for carbon uptake is an important tool in the effort to slow the increase in atmospheric CO2 and global warming. However, some current... Management of forests for carbon uptake is an important tool in the effort to slow the increase in atmospheric CO 2 and global warming. However, some current... Management of forests for carbon uptake is an important tool in the effort to slow the increase in atmospheric CO sub(2) and global warming. However, some... |
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| SubjectTerms | accounting biomass carbon carbon dioxide carbon markets carbon sequestration Concepts and Questions Coniferous forests Dry forests Forest ecology Forest fire management Forest fires Forest management Forest service Forest thinning forests global warming issues and policy managers risk reduction Trees United States Wildfires |
| Title | Carbon protection and fire risk reduction: toward a full accounting of forest carbon offsets |
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