… of bacteria and key functional gene groups for C degradation … N fertilization can increase
carbon (C) sequestration in … However, the extent to which shifts in the microbial functional …

… N addition significantly enhanced ureolysis, degradation of … shifts in the bacterial and fungal
communities resulting from … in putative bacterial function groups under different fertilization …

… High N availability enhanced microbial investment in C … of microbial taxa that degrade labile
C also increased. High … In our study, the significant shifts in soil microbial communities and …

… Our findings suggested that long-term fertilization and the return of straw to soils increased
… bacterial phylum Actinobacteria played an important role in straw decomposition, changing …

… soils without P application, revealing that microbes increased their … increase the co-metabolic
degradation of easily available C … This study also showed that N and P fertilizer application …

… microbial N limitation increased with the increasing soil C/N … of carbon (C) and nitrogen (N)
to the soil microbial community… shift from P limitation to N limitation among the soil microbes …

… , microorganisms mediate SOM decomposition through the … for the microbial biomass: P
and N + P addition increased soil … to fertilization than bacteria, and the fungal community shift …

… underlying SOC decomposition and stabilization in an alpine … The fertilizers were divided
into three equal parts and evenly … on the microbial CUE as a result of shifts in the microbial …

… N addition increased the litter carbon decomposition while P … to the enhanced microbial
biomass, the ratio of fungi to bacteria … and bacterial abundance in soils from long-term fertilization …

… by microbes and attributed to shifts in soil microbial … towards the recalcitrant fraction,
which could be explained by their role in the degradation of insoluble or difficult-to-decompose …