Mercury isotopes reveal climate and physiology driven divergence in foliar Hg0 recycling mechanisms across tropical and subtropical forests

Name: Mercury isotopes reveal climate and physiology driven divergence in foliar Hg0 recycling mechanisms across tropical and subtropical forests
Creator: Meiqing Sun
Published: 2025-11-03T11:18:09.483Z
Keywords: Environmental Mercury, Biogeochemical Cycle

Sun, Meiqing; Wang, Xun; Yuan, Wei; Jia, Longyu; Huang, Jen-how; Feng, Xinbin

doi:10.17632/vbk5g868xg.1

Mercury isotopes reveal climate and physiology driven divergence in foliar Hg0 recycling mechanisms across tropical and subtropical forests

Published: 3 November 2025| Version 1 | DOI: 10.17632/vbk5g868xg.1

Contributors:

Meiqing Sun,

,

, Longyu Jia, Jen-how Huang, Xinbin Feng

Description

Mercury isotopic composition of foliage, atmosphere, and re-emission Hg0 by foliage

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Institutions

Institute of Geochemistry Chinese Academy of Sciences
Guizhou, Guiyang

Funders

National Natural Science Foundation of China
Beijing, China
Grant ID: 42394093
National Natural Science Foundation of China
Beijing, China
Grant ID: 42377255
National Natural Science Foundation of China
Beijing, China
Grant ID: 42577297
Guizhou Provincial Science and Technology Project
Grant ID: CXTD[2023]023
The Innovation and Development Fund of Science and Technology of Institute of Geochemistry, Chinese Academy of Science
Grant ID: 2024-03

Mercury isotopes reveal climate and physiology driven divergence in foliar Hg0 recycling mechanisms across tropical and subtropical forests

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