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Hailong Wang
Pacific Northwest National LaboratoryMeeting roles in:
Advances in Understanding and Predicting High-Latitude Earth Systems Changes and Their Associated Global Impacts I Oral
Unraveling Drivers of the Recent Increases in Northern Hemispheric Circulation Waviness During the Cold Season
Advances in Understanding and Predicting High-Latitude Earth Systems Changes and Their Associated Global Impacts II Poster
Cloud Radiative Feedback as a Driver of Arctic Amplification: Insights from Cloud-Locking Experiments in E3SM-Arctic
Evaluating Arctic Spectral Outgoing Longwave Radiation Trends in E3SM using Satellite Observations
Quantifying and Evaluating the Arctic Longwave Spectral Cloud Feedback in E3SM
Critical Impact of Land-Atmosphere Feedbacks on Midlatitude Wintertime Surface Temperature Variance
A Nonlocal, Pattern-aware Response and Feedback Framework for Global Climate Response
Global Dust Cycle in the DOE’s Earth System Model:Improvement in Emissions, Transport and Direct Radiative Forcing
Boundary Layer Clouds and Earth System Coupling Poster
Dominant Roles of Sea Ice Loss and Atmospheric Dynamics in Explaining the Historical Arctic Winter Warming
Trend of tropical clear-sky spectral OLR and challenges to get the tropical upper troposphere right: confronting models and reanalysis with spectral and broadband observations
The Role of Internal Variability in Observed Arctic Spring Warming and the Underlying Coupling Mechanisms
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