Research Highlights | Earth & Environmental Systems Modeling

Title		Contact	Institution
Alaskan Soil Carbon Stocks Have Large Spatial Variability and Dependence on Environmental Factors	RGMA	Minghuai Wang
Evaluating Arctic Clouds in Climate Models	ESMD RGMA	J. E. Kay
Illuminating the Processes Contributing to Cloud Feedback	RGMA	Dilip Ganguly
A Novel Technique to Diagnose and Partition Cloud Feedbacks	RGMA	Dilip Ganguly
Pollution + Storm Clouds = Warmer Atmosphere	RGMA	Dilip Ganguly
Sea Ice-Ocean-Atmosphere Interaction in the North Atlantic Marginal Ice Zone	RGMA	Chun Zhao
The Spread in Snow-albedo Feedback Has Not Narrowed in the CMIP5 Ensemble	RGMA	Siyu Chen
Climate Model Simulations of Clouds Are Improving	ESMD RGMA	Siyu Chen
Exploring a Global Multiresolution Modeling Approach Using Aquaplanet Simulations	RGMA	Siyu Chen
Double Trouble: Cloud Feedbacks and Rapid Adjustments to CO2 are Positive in Current GCMs	RGMA	Xiaohong Liu
A New Top Boundary Condition for Modeling Surface Diffusive Exchange of Generic Tracers	RGMA	Xiaohong Liu
A New Reactive Transport Solver Integrated in CLM4 and CLM4.5 Allows More Mechanistic Treatment of Processes and Evaluation of Uncertainties	RGMA	Xiaohong Liu
Current Generation of Climate Models Predict Loss of Permafrost	RGMA	Xiaohong Liu
A Breath of Cold Air: scientists discover the truth behind the role of cold air pools in climate	RGMA	Steven J Smith	Pacific Northwest National Laboratory (PNNL)
Soot and Dust: A Better Picture of the Impact on Snow	RGMA
Impact of Tropical Cyclones on Sea Surface Chlorophyll	RGMA	Yannick Le Page	Pacific Northwest National Laboratory (PNNL)
Positive Tropical Marine Low-Cloud Cover Feedback Inferred from Cloud-Controlling Factors	RGMA
CESM1(BGC) Historical Carbon Cycle Characterized	RGMA	Forrest M. Hoffman	Lawrence Berkeley National Laboratory (LBNL)

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