Summary
This systematic review synthesises peer-reviewed evidence on the role of soil microbial communities in rice production, with a focus on their contributions to integrated nutrient management and their capacity to buffer crops against climate-related abiotic stresses. The review likely evaluates a range of beneficial microorganisms — including rhizobacteria, mycorrhizal fungi, and cyanobacteria — and their interactions with soil nutrient cycles and plant stress responses. The authors infer that harnessing these microbial functions offers a pathway to more sustainable, input-efficient rice systems under a changing climate.
UK applicability
Rice is not a significant crop in UK agriculture, so direct applicability is limited; however, the underlying principles regarding soil microbial ecology, integrated nutrient management, and climate stress mitigation are broadly relevant to UK arable and mixed farming systems seeking to reduce synthetic inputs and build soil biological resilience.
Key measures
Crop yield responses; nutrient use efficiency; stress tolerance indicators; microbial community functions (e.g. nitrogen fixation, phosphorus solubilisation); integrated nutrient management outcomes
Outcomes reported
The review examined the dual role of soil microorganisms in enhancing nutrient availability and mediating climate-related stresses (such as drought, salinity, and heat) in rice cropping systems. It likely reported evidence on microbial contributions to nitrogen fixation, phosphorus solubilisation, and stress tolerance mechanisms under integrated nutrient management strategies.
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