Numerical simulation output of climate feedback effect induced by Asian anthropogenic aerosols
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DOI
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Key words
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sulfate-climate interactions; dust activity; Asian westerly jet stream; East Asian arid and semiarid region
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Related data
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The CAM4-BAM utilizes the Finite-Volume (FV) dynamical core with 192x288 output grids for horizontal resolution 0.9x1.25 degrees and 26 levels in the vertical direction. We have conducted two experiments with a doubling of Asian present-day sulfate emissions (labeled SULx2Asia)， 5-fold increase (SULx5Asia)， and 10-fold increase (SULx10Asia). These forced SST experiments from CAM4-BAM were integrated over 25 years with 5-year spin-up including the Base, SULx2Asia, SULx5Asia, SULx10Asia.
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Data description
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Xiaoning Xie, Gunnar Myhre, Huizheng Che, Feng Wu, Jianing Guo, Zhengguo Shi, Xinzhou Li, Xiaodong Liu, Yangang Liu, Anthropogenic sulfate-climate interactions significantly suppress dust activity over East Asia, submitted to Geophysical Research Letters.
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Dataset format
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netcdf
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Data type
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Climate and environment modeling/Climate and environment modeling/Climate and environment modeling
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Data sources
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authors supply
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Enclosure
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[download]
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Related pictures
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 Contact card |
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Name：Dr. Zhao |
E-mail：zhaohl@ieecas.cn |
| Company：IEECAS |
Telephone：029-62336213 |