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Forest fire size amplifies postfire land surface warming
Jie Zhao
, Chao Yue
, Jiaming Wang
,
Stijn Hantson
, Xianli Wang
, Binbin He
, Guangyao Li
, Liang Wang
, Hongfei Zhao
, Sebastiaan Luyssaert
Research output
:
Contribution to Journal
›
Research Article
›
peer-review
61
Scopus citations
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Keyphrases
Additional Feedback
16%
Aerosol
16%
Australia
16%
Boreal Forest
16%
Broad-leaved Trees
33%
Burned Area
16%
Canada
16%
Carbon-nitrogen
16%
Climate Change Impacts
16%
Climate Dynamics
16%
Climate Risk
16%
Climate Warming
16%
Climate-smart Forestry
16%
Extreme Fire Weather
16%
Feedback Effect
16%
Fire Dynamics
16%
Fire Feedbacks
16%
Fire Size
100%
Fire Vulnerability
16%
Forest Fire
100%
Future Climate
16%
In Fire
16%
Land Management
16%
Land Surface Warming
100%
Large Fires
33%
Long-lived
16%
Northern Hemisphere
16%
Permafrost
16%
Pyrophyte
16%
Satellite Observations
16%
Surface Climate
16%
Agricultural and Biological Sciences
Boreal Forest
25%
Fire Weather
25%
Forest Fire
100%
Forestry
25%
Land Management
25%
Permafrost
25%