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A NEW APPROACH FOR BRIDGING THE SCALE GAP IN LAND SURFACE-ATMOSPHERE INTERACTIONS
项目编号NNX15AW96G S03
IAN BAKER
项目主持机构COLORADO STATE UNIVERSITY
开始日期2015-09-25
结束日期2018-09-24
英文摘要The impacts of clouds and aerosols on terrestrial carbon and water cycles and the resultant feedbacks to atmospheric processes are core in understanding land-atmosphere coupling. This project will advance our understanding of vegetation-CO2-aerosol-cloud interactions, and improve the representation of CO2- and aerosol- induced feedbacks within a regional-scale modeling system. This study will use outreach to broaden K-12 education and the inform the public on these important interactions to help us better understand the earth's climate system.

This study will merge the existing CSU-RAMS coupled biosphere-atmosphere modeling system (SiB-RAMS) with the cloud-resolving Aerosol-RAMS (that includes direct and indirect effects) to form an integrated, process-based Vegetation-Aerosol-Cloud modeling system (VAC-RAMS). This will allow us to better understand spatial and temporal variability in land surface fluxes of energy, water, and CO2, induced by clouds, aerosols and cloud-aerosol interactions. The study will also identify ecosystem feedbacks that are critical to cloud-aerosol interactions and quantify these feedbacks using VAC-RAMS and observations from a 2007 field campaign. This will allow the investigators to assess the importance of aerosol forcing on clouds through biophysical and biogeochemical pathways.
学科分类03 - 天文学;1107 - 航空航天工程;11 - 工程与技术;08 - 地球科学
资助机构US-NASA
国家US
语种英语
文献类型项目
条目标识符http://gcip.llas.ac.cn/handle/2XKMVOVA/74041
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IAN BAKER.A NEW APPROACH FOR BRIDGING THE SCALE GAP IN LAND SURFACE-ATMOSPHERE INTERACTIONS.2015.
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