孙明明

Professor Supervisor of Doctorate Candidates

Keystone taxa enhance the stability of soil bacterial communities and multifunctionality under steelworks disturbance

Release time:2024-11-05Hits:

Impact Factor:

7.9
Impact Factor:

7.9
Affiliation of Author(s):

资源与环境科学学院
Affiliation of Author(s):

资源与环境科学学院
Journal:

JOURNAL OF ENVIRONMENTAL MANAGEMENT
Journal:

JOURNAL OF ENVIRONMENTAL MANAGEMENT
Co-author:

Chao Huizhen,Cai Anjuan,Heimburger Bastian,Wu Yunling,Zhao Duokai,Sun Mingming,Hu Feng
Co-author:

Chao Huizhen,Cai Anjuan,Heimburger Bastian,Wu Yunling,Zhao Duokai,Sun Mingming,Hu Feng
Correspondence Author:

SMM
Correspondence Author:

SMM
Document Code:

2c9e868c92e7b4930192f50a5b25607e
Document Code:

2c9e868c92e7b4930192f50a5b25607e
Volume:

356
Volume:

356
Translation or Not:

no
Translation or Not:

no
Date of Publication:

2024-04-01
Date of Publication:

2024-04-01