Hydroclimate proxies from loess deposits in the Asian interior
Clicks：43
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DOI
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Key words
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Kunlun loess, δ13C , westerly， rainstorm, mid-Holocene, extremes
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Related data
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In this study, we present newly collected hydroclimate proxies from loess deposits in the Asian interior, alongside transient model simulations, to examine the coevolution of monsoon-induced extreme rainfall and significant drying influenced by the westerlies during the mid-Holocene. The data set includes several key climate indicators, such as:
δ13C values for both inorganic and organic carbon,
Mean grain size of loess particles,
Rainstorm index,
Summer Westerly Jet position,
600 hPa June-July-August (JJA) water vapor flux, and
Westerly Jet intensity at 200 hPa during JJA.
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Data description
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a. Description of Intellectual Property Rights
When using a dataset, please refer to the following documents in the article：Shu, p., et al., 2024. A drier Intensified monsoonal rainstorm events over westerly regime coexisted with strengthened rainfall extremes over -dominated Asian interior during the middle warm mid-Holocene. submitted.
b.Contacts
Name:Peixian Shu et al. & Data processing group
Company: State Key Laboratory of Loess Science, Institute of Earth Environment, Chinese Academy of Sciences
Email: Shupx@ieecas.cn
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Dataset format
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excel
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Data type
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Aeolian and lacustrine sediments/Aeolian sediments/Aeolian sediments
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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：舒培仙 |
E-mail：shupeixian@163.com |
| Company：地环所 |
Telephone：18192239698 |