Soil Health and Decarbonization Solutions

Our services include:

• Soil sampling, drilling and contaminated land/site investigations
• Geochemistry and mineralogy for Enhanced Rock Weathering (ERW) projects
• Soil contaminant testing, including PFAS, metals and hydrocarbons
• Microplastics in soil analysis
• eDNA and soil microbiome analysis
• Soil health, quality and pesticide residue laboratory analysis
• Soil classification and mapping
• Environmental fate studies under GLP

Build a reliable baseline that supports compliance, protects land value and enables confident environmental and operational decisions.

Discuss your site and testing requirements with our experts.

Our services include:

• Environmental monitoring and risk assessment
• Soil carbon, health and microbiome monitoring
• Precision agriculture services
• Regenerative agriculture monitoring

Understand how your soil is evolving and ensure it remains compliant and aligned with your environmental and sustainability objectives.

Talk to us about building a soil monitoring program.

Demonstrate progress with confidence through:

• Carbon project validation and verification
• Soil carbon verification
• Regenerative agriculture verification

If you want to take a step further and certify your farming practices and management systems, we can also provide GLOBALG.A.P. certification.

Measurement, reporting and verification (MRV) sits within this stage, supporting carbon markets, sustainability reporting and evolving environmental protection frameworks.

Whether you are participating in carbon markets, reporting sustainability performance or demonstrating responsible farming practices, independent verification and certification help build confidence in your claims.

Explore soil verification solutions with our team.

Soil testing establishes the chemical, physical and biological condition of soil. Depending on your objective, this can include nutrient and fertility analysis, pH, contaminant testing (such as PFAS, metals, hydrocarbons, pesticide residues and microplastics), soil organic carbon and microbiome analysis. Contact our experts to define the right testing scope for your site or program.

Regenerative agriculture programs depend on measurable data that practices are improving soil outcomes. Baseline testing establishes the starting condition, monitoring tracks change over time and independent verification substantiates the claims made about those changes. Talk to us about supporting your regenerative agriculture program with trusted data.

Soil carbon is measured through physical sampling and laboratory analysis of soil organic carbon, combined with bulk density measurement to convert concentrations into carbon stocks per unit of land. Repeated measurement over time shows whether carbon is being gained or lost. Contact us to discuss soil carbon baselining and monitoring.

Bulk density describes the mass of soil in a given volume. Without it, a carbon concentration cannot be converted into a total carbon stock – the figure that carbon programs, registries and reporting frameworks require. Ask our experts how bulk density fits into your soil carbon methodology.

No. Remote sensing and modeling can estimate soil properties at scale, but soil carbon and sustainability claims still require physical sampling, laboratory data and independent verification to be credible. The two approaches work best together: digital tools provide coverage and physical testing provides ground truth. Contact us to discuss combining both in your program.

Independent verification helps demonstrate that claims are supported by robust data, recognized methodologies and objective assessment. We provide third-party validation and verification services for soil carbon projects and regenerative agriculture initiatives, helping you communicate achievements with greater credibility and confidence. Speak to our verification team about your requirements.

PFAS and heavy metals persist in soil and can affect land use, regulatory compliance and site value. Laboratory testing identifies whether these contaminants are present and at what concentrations, providing the insights needed to assess risk, plan remediation and meet regulatory obligations. Contact our experts to scope contaminant testing for your site.

Testing establishes soil condition at a point in time. Monitoring repeats measurement to track change. Verification is the independent validation of soil data and claims by an independent third party – the basis of measurement, reporting and verification (MRV) requirements. Together they form the soil lifecycle: understand, monitor, verify. Contact us to find your starting point.