Climate Science

The Importance of Model Resolution in Global Change Biology

Biologists increasingly realize that understanding the impact of global change on biological processes requires accounting for fine-grain environmental variability (Potter, Arthur Woods, & Pincebourde, 2013). Similarly, climatologists have found that increasing the resolution of climate models typically produces better simulations of climate and precipitation…

Aerosol Effects on Ice Clouds: Climate Forcing and Potential for Geoengineering

Trude Storelvmo, Department of Geology & Geophysics at Yale University, explains how various species of aerosol differentially effect cloud formation and the consequences for radiative forcing. She further explains some of the implications of those findings for proposed geo-engineered options such as cloud seeding to counteract the effect of the buildup of greenhouse gases.

Land Use Impacts on Chemistry-Climate Interactions

Nadine Unger, Department of Geology & Geophysics and School of Forestry & Environmental Studies at Yale University, explains the advantages of considering multiple species of aerosols based on their industrial source and the implications for regulating how they enter the environment. The agricultural sector receives special attention as the significance of biogenic volatile organic carbon emissions (Bvoc) may have been previously overlooked.

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