News Release
MIT Joint Program researchers to present advanced modeling approaches at AGU Fall Meeting
News and Outreach: Chien Wang
News Brief
Results from the latest version of MESM compare favorably with those produced by more computationally intensive models
News Release
New method enables faster, more accurate simulation of aerosol-cloud interaction
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Chien Wang one of six new U.S. scientists to join French climate research initiative
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MIT News
Why reducing biomass burning is not enough
In The News
CNN
Joint Program Senior Research Scientist Chien Wang awarded grant focused on the role of aerosols in the climate
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Presentations to center on Earth system science, infrastructure resilience and air quality
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MIT News
A 50-year dry spell has reversed, with more rain to come
DOE Highlight
Based on global climate models and multiple hypotheses, scientists expected a 50-year drying trend to continue unabated into the 21st century, but a new study in Nature Climate Change shows that the trend has reversed.
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Study assesses impact of fire aerosols on visibility and air quality in Southeast Asia
Recent Publications
Joint Program Reprint
Journal Article
Reprint 2018-15. Download
Grandey, B.S., D. Rothenberg, A. Avramov, Q. Jin, H. Lee, X. Liu, Z. Lu, S. Albani and C. Wang
(2018)
Atmospheric Chemistry and Physics, 18, 15783-15810, doi:10.5194/acp-18-15783-2018
Joint Program Reprint
Journal Article
Reprint 2018-14. Download
Grandey, B.S., L.K. Yeo, H. Lee and C. Wang
(2018)
Geophysical Research Letters , 45(20), 11,318-11,325 (doi: 10.1029/2018GL080127)
Joint Program Reprint
Journal Article
Reprint 2018-10. Download
Sokolov, A., D. Kicklighter, C.A. Schlosser, C. Wang, E. Monier, B. Brown-Steiner, R. Prinn, C. Forest, X. Gao, A. Libardoni and S. Eastham
(2018)
AGU Journal of Advances in Modeling Earth Systems , 10(8), 1759-1789 (doi: 10.1029/2018MS001277)
News + Media
News Release
MIT Joint Program researchers to present advanced modeling approaches at AGU Fall Meeting
News Brief
Results from the latest version of MESM compare favorably with those produced by more computationally intensive models