Drought asymmetrically amplifies the lagged and cumulative vegetation productivity responses to soil and atmospheric droughts, stronger for vapor pressure deficit

Name: Drought asymmetrically amplifies the lagged and cumulative vegetation productivity responses to soil and atmospheric droughts, stronger for vapor pressure deficit
Creator: Lujia Niu
Published: 2025-11-03T13:15:16.401Z
Keywords: Remote Sensing

Niu, Lujia; Zhou, Yongzhang; Shi, Chengyue; Zhao, Linbo; Zhang, Yuqing; Yu, Xinhui

doi:10.17632/6jmbn54j6c.1

Drought asymmetrically amplifies the lagged and cumulative vegetation productivity responses to soil and atmospheric droughts, stronger for vapor pressure deficit

Published: 3 November 2025| Version 1 | DOI: 10.17632/6jmbn54j6c.1

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Lujia Niu, Yongzhang Zhou, Chengyue Shi, Linbo Zhao, Yuqing Zhang, Xinhui Yu

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Drought asymmetrically amplifies the lagged and cumulative vegetation productivity responses to soil and atmospheric droughts, stronger for vapor pressure deficit

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