Degradation-driven bacterial homogenization closely associated with the loss of soil multifunctionality in alpine meadows
Y Zhang, M Ding, H Zhang, N Wang, Z Yu, H Xu… - Agriculture, Ecosystems …, 2023 - Elsevier
Alpine meadows are sensitive to climate change due to their unique ecosystem. The
mechanisms by which soil microbial diversity regulates soil multifunctionality under …
mechanisms by which soil microbial diversity regulates soil multifunctionality under …
Degradation-driven bacterial homogenization closely associated with the loss of soil multifunctionality in alpine meadows
Y Zhang, M Ding, H Zhang, N Wang, Z Yu, H Xu… - …, 2023 - ui.adsabs.harvard.edu
Alpine meadows are sensitive to climate change due to their unique ecosystem. The
mechanisms by which soil microbial diversity regulates soil multifunctionality under …
mechanisms by which soil microbial diversity regulates soil multifunctionality under …
Degradation-driven bacterial homogenization closely associated with the loss of soil multifunctionality in alpine meadows.
Y Zhang, M Ding, H Zhang, N Wang, Z Yu, H Xu… - 2023 - cabidigitallibrary.org
Alpine meadows are sensitive to climate change due to their unique ecosystem. The
mechanisms by which soil microbial diversity regulates soil multifunctionality under …
mechanisms by which soil microbial diversity regulates soil multifunctionality under …