Every recommendation in Turf is grounded in continuously updated, peer-reviewed research. Not a best guess. The current state of the science — integrated, synthesised, and provided to you in real time.
Research & Development · Living Science ProgrammeWhere the science is settled, we build it into the platform. Where it's emerging, we flag it. Where there are gaps, we commission our own investigations.
Disease prediction, rootzone biology, organic matter management, soil chemistry, and UV-C treatment — the science of what happens below the surface and how to keep grass healthy under pressure.
How playing surface conditions — hardness, moisture, grass length, wear — influence player movement, injury risk, and tactical outcomes. Biomechanics translated into daily safety recommendations.
Soil moisture readings, Clegg Hammer, traction testing, grass density monitoring — and the sensor science that makes data reliable. Understanding what measurements mean and how to act on them.
Microclimate modelling, evapotranspiration, PAR measurement, stadium shading analysis, UV-C disease control, and supplemental lighting optimisation — the atmospheric science of the growing environment.
How hardness, moisture, and grass length alter ball speed, bounce, and movement patterns — connecting surface data to tactical and performance analysis across sports.
Our next active research area is being defined by gaps identified through the current five programmes — and by what our clients tell us they still can't answer with existing data.
Have a research question Turfcoach should be working on? Tell us →
Not everything published becomes a recommendation. Our integration process has four filters — and only findings that pass all four reach your platform.
We only draw on peer-reviewed literature from established turfgrass science, sports medicine, agronomy, soil physics, and climate science journals. Grey literature, industry press, and unvalidated commercial claims are excluded. Primary sources are cited in every white paper we publish.
A single study, however compelling, rarely justifies changing a recommendation. We look for consistent findings across multiple independent research groups, in multiple climate zones and grass species, before updating the models that drive TurfIQ alerts and guidance.
Scientific findings only enter TurfIQ if they can be operationalised — if the underlying variables are measurable on a pitch using commercially available sensors, and if the recommended action is one a groundskeeper or performance team can actually take.
Before new science updates a model, it is reviewed by domain experts in the relevant field — agronomists, sports medicine practitioners, groundskeeping professionals, and in some cases the original researchers. Where expert opinion diverges from the published evidence, we flag both and present the uncertainty transparently.
Every white paper is free to download. Each is a detailed synthesis of the current scientific evidence on one topic — with full source citations.
GLS can destroy a ryegrass pitch in 3–5 days. Prediction tools, identification, and proactive management strategies using environmental threshold data.
Non-chemical disease control using UV-C light at 253.7nm — evidence from research trials on Dollar Spot and Microdochium Patch suppression.
Detecting and reversing anaerobic soil conditions using oxygen metrics — preventing hydrogen sulphide production before root system damage occurs.
How surfactants control water movement through the soil profile — critical for irrigation efficiency, drainage, and consistent surface playing characteristics.
Managing OM levels for consistent drainage, surface firmness, and grass health — with practical thresholds for high-traffic sports surfaces.
Capacitance vs. TDR vs. neutron scattering — why sensor type, depth, and positioning create readings that vary by 15–20% without correct calibration.
How leagues and federations can use standardised surface data to raise pitch quality across all venues — operational and compliance benefits at scale.
Why on-site weather data eliminates the inaccuracy of public station readings — quantifying the operational and agronomic value of microclimate measurement.
50 injuries per team per season, 90%+ non-contact, 24% surface-correlated. The foundational evidence linking pitch conditions to non-contact injury incidence.
Stud configuration, traction forces, and ACL risk — the data behind evidence-based boot selection as a daily player safety intervention.
How weather and pitch conditions alter ball behaviour, player movement patterns, and tactical strategies — quantitative data from real match analysis.
TurfIQ integrates all five research programmes into a single real-time platform. See how Living Science translates into decisions on your surface.