Water limitation regulates positive feedback of increased ecosystem respiration

Authors

Zhang Qin , Yi Chuixiang , Destouni Georgia , Wohlfahrt Georg , Kuzyakov Yakov ^1, ² , Li Runze , Kutter Eric , Chen Deliang , Rietkerk Max , Manzoni Stefano , Tian Zhenkun , Hendrey George , Fang Wei , Krakauer Nir , Hugelius Gustaf , Jarsjo Jerker , Han Jianxu , Xu Shiguo

Journal

NATURE ECOLOGY & EVOLUTION

Publisher

NATURE PORTFOLIO

Language

English

Status

Published

DOI

10.1038/S41559-024-02501-W

Year

2024

Organizations

¹ Department of Soil Science of Temperate Ecosystems, Department of Agricultural Soil Science, University of Goettingen, Göttingen, Germany
² Peoples Friendship University of Russia (RUDN University), Moscow, Russia

Cite

ГОСТ MLA RIS BibTex

KEY ROLE OF MICROBIAL NECROMASS AND IRON MINERALS IN RETAINING MICRONUTRIENTS AND FACILITATING BIOLOGICAL NITROGEN FIXATION IN PADDY SOILS

Article

Xu Li-Xin, Wang Fei, Yao Yao, Yao Minjie, Kuzyakov Yakov, Yu Guang-Hui, Liu Cong-Qiang

Fundamental Research. KeAi Communications Co.. 2024.

MYCORRHIZAL GROWTH AND RESOURCE EXCHANGE DEFINE PLANT’S COEXISTENCE

Article

Kuzyakov Yakov, Zhou Jiqiong, Wang Pengsen, Li Xiangjun, Wei Li, Su Yingying, Zhang Jianguo, Huang Nan, Liu Lin, Zhang Xinquan, Ma Congyu, Ma Xiao, Huang Ting, Sun Feida

Plant and Soil. Springer International Publishing. 2024.

Water limitation regulates positive feedback of increased ecosystem respiration

Other records

KEY ROLE OF MICROBIAL NECROMASS AND IRON MINERALS IN RETAINING MICRONUTRIENTS AND FACILITATING BIOLOGICAL NITROGEN FIXATION IN PADDY SOILS

MYCORRHIZAL GROWTH AND RESOURCE EXCHANGE DEFINE PLANT’S COEXISTENCE

Cite