Knowledge Gaps
Physical science / mechanism
Version published:
September 9, 2024 - 3:57pm
- Warming due to black carbon may be underestimated in the Arctic, and variability across models is high (AMAP 2021).
- Need to understand if or how much wildland fire management techniques can reduce black carbon emissions (AMAP 2021).
- There are uncertainties in emissions from fires because of complex fire regimes (AMAP 2021 full report).
- There are underestimates of emissions and burned areas from satellite observations, particularly in the Arctic (AMAP 2021 full report).
- While fire frequency is expected to increase; there is substantial uncertainty around location, intensity, duration, and ignition types (AMAP 2021 full report).
- Need for more detailed and more accessible data on wildfires in the Arctic to inform research and policy recommendations (Paunu et al. 2023).
- Warming due to black carbon may be underestimated in the Arctic, and variability across models is high (AMAP 2021).
- Need to understand if or how much wildland fire management techniques can reduce black carbon emissions (AMAP 2021).
- There are uncertainties in emissions from fires because of complex fire regimes (AMAP 2021 full report).
- There are underestimates of emissions and burned areas from satellite observations, particularly in the Arctic (AMAP 2021 full report).
- While fire frequency is expected to increase; there is substantial uncertainty around location, intensity, duration, and ignition types (AMAP 2021 full report).
- Need for more detailed and more accessible data on wildfires in the Arctic to inform research and policy recommendations (Paunu et al. 2023).
- Warming due to black carbon may be underestimated in the Arctic and variability across models is high (AMAP 2021).
- Understanding if or how much wildland fire management techniques can reduce black carbon emissions (AMAP 2021).
- Uncertainties in emissions from fires because of complex fire regimes (AMAP 2021 full report).
- Underestimates of emissions and burned areas from satellite observations, particularly in the Arctic (AMAP 2021 full report).
- While fire frequency is expected to increase, there is substantial uncertainty around location, intensity, duration, and ignition types (AMAP 2021 full report).
- Need for more detailed and more accessible data on wildfires in the Arctic to inform research and policy recommendations (Paunu et al. 2023).
- Warming due to black carbon may be underestimated in the Arctic and variability across models is high (AMAP 2021)
- Understanding if or how much wildland fire management techniques can reduce black carbon emissions (AMAP 2021)
- Uncertainties in emissions from fires because of complex fire regimes (AMAP 2021 full report)
- Underestimates of emissions and burned areas from satellite observations, particularly in the Arctic (AMAP 2021 full report)
- While fire frequency is expected to increase, there is substantial uncertainty around location, intensity, duration, and ignition types (AMAP 2021 full report).
- Need for more detailed and more accessible data on wildfires in the Arctic to inform research and policy recommendations (Paunu et al. 2023).
Governance
Version published:
September 5, 2024 - 5:53pm
- There may be need for a Pan-Arctic wildland fire management and monitoring strategy that includes buy-in from Arctic Council Members and Arctic Indigenous communities in order to mitigate emissions (AMAP 2021 full report).
- There may be need for a Pan-Arctic wildland fire management and monitoring strategy that includes buy-in from Arctic Council Members and Arctic Indigenous communities in order to mitigate emissions (AMAP 2021 full report).
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