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The rice–turnip microbiome rotation is a hypothesis awaiting field tests

A synthesis of saline soils identifies plausible microbial benefits but acknowledges little consistent direct field validation.

Evidence
Peer-reviewed
Geography
Literature synthesis, saline agricultural landscapes with rice–Brassica rotation relevance
System
Saline-soil rehabilitation and rhizosphere microbial functions

WHAT THE EVIDENCE SAYS

A review connects salt-tolerant rhizosphere communities to nutrient cycling, osmotic adjustment, microbial biofilms and pathogen suppression. It develops a conceptual framework for rice–turnip rotations but explicitly says evidence for reliable benefits in saline rice systems remains limited.

WHY IT MATTERS / OUR READ

A biologically attractive treatment is not yet an established soil-rehabilitation prescription. Pilot trials should measure salinity, crop response, microbial persistence and costs across multiple seasons before scaling.

CAVEATS / UNCERTAINTY

This is a synthesis and proposed mechanism, not a new randomized field trial. Long-term validation, persistence of rotation effects and economic viability remain under-evaluated; observational microbial shifts do not demonstrate crop yield gains.

SOURCE

Plant Growth Regulation — evidence synthesis (29 Oct 2026)
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