Knowledge Gaps
Physical science / mechanism
Version published:
October 23, 2024 - 8:39pm
- 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).
- 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).
Help advance Arctic Sea Ice road maps. Submit Comments or Content
Help advance Arctic Sea Ice road maps. Submit Comments or Content
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Ocean Visions. (2024) Arctic Sea Ice Road Map: Potential approaches to slow the loss of Arctic sea ice. https://www2.oceanvisions.org/roadmaps/repair/ arctic-sea-ice/ Accessed [insert date].
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