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Agricultural management and plant selection interactively affect rhizosphere microbial community structure and nitrogen cycling

机译:农业管理和植物选择相互作用影响根际微生物群落结构和氮循环

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摘要

Potential relationships between management and rhizosphere effects. Conceptual framework of scenarios for management (M) and rhizosphere (R) effects on microbiomes. M effects could be stronger than R, leading to stronger differences between microbial communities in different systems than between bulk soil and rhizosphere communities. Conversely, R effects could be stronger than M, leading to distinct bulk and rhizosphere communities across management systems. If M and R effects are additive, plant effects act consistently on distinct bulk soil pools. Rhizosphere communities thus differ from bulk soil and differ from one another by the same amount as their respective bulk soil communities do. An M × R interaction is present, and the magnitude or direction of the rhizosphere effect could differ between systems. In addition, differences between rhizosphere communities could be greater than differences between bulk soil communities
机译:管理与根际效应之间的潜在关系。管理(M)和根际(R)对微生物群落影响的设想方案概念框架。 M的影响可能强于R,从而导致不同系统中的微生物群落之间的差异大于土壤和根际群落之间的差异。相反,R的影响可能强于M,从而导致整个管理系统中明显的块状和根际群落。如果M和R效应是累加的,则植物效应始终作用于不同的大量土壤库。因此,根际群落不同于散装土壤,并且彼此之间的差异与其各自的散装土壤群落相同。存在M×R相互作用,并且根际效应的大小或方向在系统之间可能有所不同。此外,根际群落之间的差异可能大于散装土壤群落之间的差异

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