Agricultural management affects the active rhizosphere bacterial community composition and nitrification

Agricultural management affects the active rhizosphere bacterial community composition and nitrification

Cropping system diversity provides yield benefits that may result from shifts in the composition of root-associated bacterial and fungal communities, which either enhance nutrient availability or limit nutrient loss. We investigated whether temporal diversity of annual cropping systems (four versus...

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Bibliographic Details
Main Authors: Bay, G. (Author), Castellano, M.J (Author), Chen, C. (Author), Halverson, L.J (Author), Hofmockel, K.S (Author), Lee, C. (Author), Mahal, N.K (Author)
Format: Article
Language:English
Published: American Society for Microbiology 2021
Subjects:
agricultural management
Agricultural management
Article
community structure
controlled study
cropping system
DNA
fungal community
Glomeromycota
maize
nitrate
nitrification
Nitrification
nitrogen
nonhuman
plant root
rhizosphere bacterium
rhizosphere fungus
Rhizosphere-inhabiting microbes
RNA
soil microflora
species richness
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