Turn agronomic actions into structured carbon, soil, water and impact evidence.
CTS FieldMRV is an agricultural MRV platform that captures everyday field operations, classifies them by carbon pathway, organizes evidence, and supports carbon-readiness workflows — with biochar CDR as the first anchor pathway.
Product demo available upon request. Sample data only. Not a production MRV system.
- Biochar batch #GR-014Approved
- Irrigation retrofit — Plot 7Missing invoice
- Compost application — Plot 22Approved
See how CTS FieldMRV works
A short walkthrough of how FieldMRV turns field actions, evidence, QA review and methodology mapping into structured carbon, soil, water and impact data.
Product demo and explainer video. Sample data only. Not a production MRV system.
Agriculture creates valuable carbon and impact data — but most of it is lost.
Every day, farmers and operators perform actions that may affect soil carbon, emissions, water efficiency, input use and long-term land productivity. But these actions are often recorded manually, inconsistently, or not at all.
Without structured evidence, it is difficult to prove what action was performed, where it happened, when it happened, who approved it, which evidence supports it, which carbon pathway it belongs to, and whether it may support a future claim.
From field action to carbon-ready evidence.
CTS FieldMRV tracks agronomic actions across multiple pathways and converts them into structured, reviewable MRV records.
Field actions
Plot-level records
Photos, documents and lab results
GPS and timestamped evidence
QA review status
Methodology mapping
Carbon pathway classification
Claim-readiness indicators
FieldMRV creates a clear operational layer between agricultural activity and credible carbon, soil, water and impact reporting.
Biochar is the anchor — but the platform is broader.
CTS FieldMRV is designed around a multi-pathway model.
Durable CDR
Long-lived carbon removal — biochar as the first anchor pathway.
Soil Organic Carbon
Methodology-dependent SOC pathways from agronomic practice change.
Emission Reduction
Reduced N₂O, methane and fossil energy use from practice change.
Water / Input Efficiency
Irrigation, fertigation and input-efficiency improvements.
Co-benefit only
Impact evidence that supports narrative and reporting, not credits.
Evidence / Monitoring
Baseline, sampling and monitoring data that underpins future claims.
Clear separation between carbon pathways.
FieldMRV is designed to avoid overclaiming. The platform separates durable removals, soil carbon, emission reductions, water and input efficiency, co-benefits and monitoring evidence.
Gross Durable CDR Potential
Biochar onlyReserved for long-lived carbon removal from biochar.
Soil Organic Carbon
Methodology dependentSOC pathways depend on baseline, methodology and monitoring.
Emission Reductions
Methodology dependentReductions in N₂O, methane and fossil energy use, methodology-bound.
Water / Input Efficiency
Co-benefit or methodology dependentIrrigation, fertigation and input reductions.
Every action needs evidence.
CTS FieldMRV creates an evidence layer for agricultural MRV.
Each record can be reviewed, approved, rejected, or flagged for missing information.
Automation-first, audit-ready.
FieldMRV is designed to support automation without replacing human review.
OCR from lab reports and invoices
Image checks for field evidence
Image checks for irrigation systems
Biochar batch label recognition
Missing-data alerts
Evidence completeness scoring
Baseline completeness scoring
Anomaly detection
Registry-readiness indicators
Platform Preview
A tour of the FieldMRV screens. All views shown use sample data.
Agronomic Actions
Log actions across biochar, irrigation, fertigation, soil practices, manure, compost and monitoring workflows.
- Biochar application · Plot 12Logged
- Drip retrofit · Plot 07Logged
- Compost mix · Plot 22Logged
- Soil sampling · Plot 03Logged
Built for agricultural carbon project development.
The platform is designed to help agricultural stakeholders turn field activity into structured impact evidence.
More than carbon accounting.
CTS FieldMRV is not just a dashboard. It is an operating layer for agricultural carbon project development.
This allows CTS to support its own biochar CDR projects while also building a product layer that can serve broader agricultural carbon and impact markets.
Biochar CDR as the first verified pathway.
CTS is developing biochar-based carbon removal supply, where biomass residues are converted into stable biochar and applied to agricultural soils.
- Feedstock origin
- Biochar batch identity
- Lab results
- Application location
- Application quantity
- Farmer confirmation
- Evidence completeness
- Gross durable CDR potential
- Carbon-rights documentation
- Registry-readiness status
Biochar remains the first anchor pathway — but the platform is designed for wider agronomic action MRV.
Explore the FieldMRV product demo
The CTS FieldMRV demo environment shows how the platform can support different user roles across an agricultural MRV workflow.
The demo uses sample data and is intended for product evaluation only. It is not a production MRV system.
Frequently asked questions
Answers to common questions about CTS FieldMRV, agricultural MRV workflows, evidence and carbon-readiness.
Build the evidence layer for agricultural carbon.
Agriculture is full of valuable climate, soil, water and impact actions. CTS FieldMRV helps capture them, classify them, verify them and prepare them for credible reporting.
CTS FieldMRV turns everyday agronomic actions into structured carbon, soil, water and impact evidence — with biochar CDR as the first anchor pathway.