Mendes R. et al. (2011) Science
Key takeaway: Suppressive soils and disease suppression linked to specific microbial consortia; highlights that community structure—not a single organism—can underpin suppression.
The references below are a deliberately limited selection of academic and technical publications. They do not aim to cover the full body of literature, but illustrate the scientific rationale behind the approach developed by TerraBiome Technologies.
Key takeaway: Suppressive soils and disease suppression linked to specific microbial consortia; highlights that community structure—not a single organism—can underpin suppression.
Key takeaway: Review of suppressive soil concepts and how management practices shape microbial communities and disease outcomes.
Key takeaway: Demonstrates that functional stability emerges from interactions across the community; supports whole-microbiome profiling and longitudinal comparison.
Key takeaway: Explores how inputs and disturbances reshape bacterial/fungal guilds over time; useful for linking interventions to community trajectories.
Key takeaway: Links microbial diversity to ecosystem stability and resilience under perturbations; supports the value of monitoring trends rather than one-off snapshots.
Key takeaway: Illustrates associations between community signatures and plant/soil performance indicators; reinforces the use of molecular profiling to contextualise agronomic observations.
Key takeaway: Perspective on translating microbiome science into deployable practices; emphasises mechanism, context and measurable outcomes.
Key takeaway: Field-oriented article connecting management levers to microbial indicators and soil functioning; relevant to operational decision-making.