Summary
This 2025 review article addresses the emerging challenge of microbial dysbiosis in agricultural ecosystems and explores microbiome engineering approaches to palliate these imbalances. The authors, based at French research institutions, synthesise evidence on diagnostic frameworks for identifying dysbiosis and interventions—potentially including inoculant applications, soil amendments, or agronomic practice changes—intended to restore soil microbial community structure and function. The paper contributes to the growing literature linking soil microbiome health to agroecosystem resilience.
Regional applicability
Although the authors are French-affiliated, the review addresses principles of soil microbial ecology and engineering applicable across temperate agroecosystems, including the United Kingdom. UK farmers and soil scientists may find the review relevant to regenerative agriculture and soil health strategies, though region-specific validation of interventions under British pedoclimatic conditions would strengthen local applicability.
Key measures
As suggested by the title, the paper likely synthesises metrics of soil microbial dysbiosis (e.g. community composition, phylogenetic diversity, functional gene presence) and efficacy of remediation strategies (e.g. changes in microbial abundance or activity post-intervention).
Outcomes reported
The study likely examined strategies for diagnosing and correcting microbial dysbiosis in agricultural soils, and evaluated interventions designed to restore microbial community function. Specific outcomes probably included measures of microbial community composition, diversity, or functional recovery following engineering interventions.
Topic tags
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