EDAPHOLOG^®

Soil organisms regulate the decomposition and formation of soil organic matter — the core of carbon sequestration. Their rapid response to land use and management makes soil biodiversity a sensitive early indicator of soil health and humus dynamics. Diverse soil communities enhance aggregation, water retention, and nutrient cycling, strengthening both fertility and climate resilience. Edapholog® quantifies these biological signals, linking soil biodiversity with measurable soil carbon outcomes.

Edapholog® applies a standardised, reproducible sampling protocol. AI-based image analysis ensures consistent, objective identification and counting, while integrated biostatistical tools enable robust comparisons across sites and over time. The outcome is decision-grade data suitable for soil monitoring programmes and field trials.

Measuring soil biodiversity before and after interventions helps verify ecological co-benefits in carbon and regenerative farming programmes. Edapholog® supports MRV (Monitoring, Reporting, Verification) frameworks by providing auditable indicators that capture changes in soil-life communities and link them directly to management outcomes.

The Edapholog® system integrates soil extraction with automated computer vision for high-throughput biodiversity assessment — processing many samples quickly and consistently. It operates in ordinary laboratory conditions without sterile facilities, reducing costs while maintaining scientific reliability. Compact, portable, and easy to deploy, Edapholog® delivers fast, reproducible data to support evidence-based soil carbon management.