Completed
The National Academies of Sciences, Engineering, and Medicine will assemble an ad-hoc committee tasked with planning a workshop on greenhouse gas emissions from wildland fires. The goal of the workshop is to identify opportunities for improving measurements and model projections of emissions and considering how changes in emissions from remote wildland fires could affect the ability to achieve 'net-zero' GHG emissions targets. The workshop will be designed to include perspectives from various sectors, as well as indigenous and under-represented communities
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Workshop
ยท2024
Climate change is fundamentally changing ecosystems and their fire conditions, and the 2023 fire season highlighted the urgency of developing and implementing solutions to address wildland fires. Wildland fires transfer carbon between the land and the atmosphere through emissions of greenhouse gases...
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Description
The National Academies will plan a workshop addressing greenhouse gas emissions (GHG) from wildland fires, with goals of improving measurements and model projections of emissions, informing management practices that could limit emissions, and considering how changes in these emissions could affect the ability to achieve 'net-zero' GHG emissions targets. In particular, the workshop will consider the likelihood of increasing frequency of megafires in remote regions, where management actions are typically limited, and the potential for these regions to be large GHG emissions sources. Workshop discussions will consider the following topics:
- What is current understanding of how changes in wildland fire GHG emissions could affect the ability to achieve 'net-zero' greenhouse gas emissions targets?
- How are GHG emissions from wildland fires measured and estimated? How could these measurements and estimates be improved?
- How are wildland fire GHG emissions projected to change over decade to century timescales? How could these projections be improved?
- How do global climate models incorporate GHG emissions from wildland fires in projections of decadal to centennial climate change?
- What are possible options for wildland fire prevention and forest management practices that could help limit potential GHG emissions? How can indigenous knowledge on forest and emission management be incorporated in current and future action plans? How could these practices be designed to also address impacts of wildland fires on human health, safety, and ecosystems?
Contributors
Committee
Chair
Member
Member
Member
Member
Member
Member
Member
Rachel Silvern
Staff Officer
Member
Sponsors
National Academy of Sciences Arthur L. Day Fund
SATManagement, a wholly owned subsidiary of the Environmental Defense Fund
Staff
Rachel Silvern
Lead
Katrina Hui
Kara N. Laney