Effects of cadmium and glucose on microbial communities: Revealing of the leading factor. In the conditions of a laboratory experiment response of soil
microbial community to an individual and simultaneous
Microbial communities of urban and industrial polluted soils in the Russian Arctic on soil
microbial communities under severe climatic conditions. This study investigated the impact
Effects of cadmium and glucose on microbial communities: Revealing of the leading factor. In the conditions of a laboratory experiment response of soil
microbial community to an individual and simultaneous
Veterinary antibiotic oxytetracycline's effect on the soil microbial community community was assessed. To assess the impact of OTC on the soil
microbial community, it was added
Soil microbiocenosis as an indicator of stability of meadow communities in the environment polluted with heavy metalsIvshina, I. B.,
Kostina, L. V.,
Kamenskikh, T. N.,
Zhuikova, V. A.,
Zhuikova, T. V.,
Bezel', V. S. the stability of meadow
communities. The diversity and abundance of the main ecologically significant groups
Organic fertilizers incorporation increased microbial necromass accumulation more than mineral fertilization in paddy soil via altering microbial traitsLi Z.,
Wei X.,
Zhu Z.,
Fang Y.,
Yuan H.,
Li Y.,
Zhu Q.,
Guo X.,
Wu J.,
Kuzyakov Y.,
Ge T. and fungal necromass C accrual was closely associated with living
microbial biomass and their
community Temperature sensitivity of SOM decomposition is linked with a K-selected microbial communityLi H.,
Yang S.,
Semenov M.V.,
Yao F.,
Ye J.,
Bu R.,
Ma R.,
Lin J.,
Kurganova I.,
Wang X.,
Deng Y.,
Kravchenko I.,
Jiang Y.,
Kuzyakov Y. of K-strategy of soil
microbial community, which was characterized by: (i) high ratios of oligotrophic
Depth effects on bacterial community assembly processes in paddy soils bacterial
community assemble and distribute with soil depth is a prerequisite for understanding
microbial