AMS-III.AU · Gold Standard · IRRI protocols
AWD Rice Cultivation dMRV
Digitise Alternate Wetting & Drying programmes end-to-end — farmer onboarding, plot boundaries, pipe installation and water-level events — with GPS-verified evidence at every step.
- 48% less methane vs continuous flooding (IRRI)
- 30% typical irrigation water savings
- 10M pipe spacing enforced automatically
The problems with paper-based AWD Rice MRV
Manual, paper-based monitoring is error-prone and hard to scale — every gap here resurfaces later as a verification delay.
Paper farmer registers
Thousands of smallholders across scattered villages are enrolled on paper, so records are lost, duplicated and impossible to audit.
No installation proof
Field water pipes go in with no geotagged evidence, leaving verifiers unable to confirm what was fitted or where.
Delayed water readings
Manual readings arrive weeks late and undated, missing the wetting-and-drying cycles the whole methane claim rests on.
Stalled verification
Audits drag on for months because no record links a reading back to a farm, a pipe or a date.
Paper-based AWD Rice MRV drives up operational cost, delays verification, and pushes carbon-credit issuance further out of reach.
How TrueCarbon digitises AWD Rice monitoring
Methane reduction in paddy, measured pipe by pipe, with enterprise-grade accuracy and immutable audit trails.
Farmer registration with duplicate detection
National-ID matching, name-similarity and GPS-proximity checks flag duplicate enrolments before they pollute your registry.
GPS plot boundaries with overlap protection
Field teams walk the plot; PostGIS geometry checks reject boundaries that overlap existing plots by more than 5%.
Pipe installation with spacing rules
Every AWD pipe is geotagged. The platform enforces minimum 10-metre spacing and minimum pipes-per-plot automatically.
Water-level events with photo proof
AWD readings are captured in-app with GPS-locked, timestamped photos — gallery uploads are rejected at the source.
Everything needed for digital MRV
- Multi-tenant workspaces
- Role-based access
- Offline-first mobile app
- Immutable audit trails
- API integrations
- Custom reporting
AWD Rice dMRV — FAQs
Answers to the questions teams ask most about AWD Rice dMRV and TrueCarbon.
Which methodologies does TrueCarbon support for AWD rice?
TrueCarbon's AWD module is built around AMS-III.AU and IRRI field protocols, and the configurable field schema lets you adapt data collection to Gold Standard or Verra requirements without code changes.
How does TrueCarbon prevent fake water-level readings?
Photos must be captured inside the mobile app with GPS lock (accuracy under 20 metres) before the camera opens. EXIF GPS data is validated server-side and photos older than 24 hours are rejected.
Can field teams work offline in remote paddy areas?
Yes. The TrueCarbon mobile app is offline-first — field executives collect data without connectivity and sync when back in coverage.
Explore other solutions
Ready to start
Digitise your AWD Rice programme
Get a walkthrough configured for awd rice cultivation — your methodology, your field workflow.