TTrueCarbon

VM0033

Blue Carbon / Mangrove Restoration dMRV

Run blue carbon and mangrove restoration programmes with tidal-zone GPS boundaries, planting and survival tracking, and biomass sampling built for VM0033's coastal wetland requirements.

Book a Blue Carbon Demo
Mangrove forest standing in shallow coastal water

100%

of planting sites GPS-boundary mapped

1

configurable protocol for mangrove biomass sampling

2×

faster verification with linked evidence

The problem with paper-based Blue Carbon MRV

Tidal-zone boundaries shift with the season, but the paperwork doesn't

Planting sites are only reachable by boat, so verification visits are rare

Survival counts in saline, tidal conditions differ wildly from terrestrial ARR assumptions

Biomass sampling in mangrove root systems needs its own field protocol, not a generic template

Tidal, saline, hard to reach — evidence that still holds up

How TrueCarbon digitises Blue Carbon

Tidal-zone GPS boundaries

Restoration sites are mapped with GPS boundaries that account for tidal variation, not a single dry-season snapshot.

Planting & survival tracking

Species, count and location logged per planting event, with survival re-measurement built for mangrove growth patterns.

Site-appropriate biomass sampling

Sampling protocols configured for mangrove root and sediment carbon, not a terrestrial-forest template stretched to fit.

Offline-first for remote access

Field teams reaching sites by boat capture and sync data whenever connectivity allows — no lost trip, no re-visit.

Plus everything in the core platform — multi-tenant workspaces, role-based access, offline-first mobile app and immutable audit trails. Explore platform capabilities

Blue Carbon dMRV — FAQs

Does TrueCarbon support VM0033 for blue carbon projects?

The configurable field schema adapts to VM0033's coastal wetland data requirements — tidal-zone boundaries, mangrove-specific planting and survival tracking, and biomass sampling.

How does the platform handle remote, boat-access-only sites?

The mobile app is offline-first. Field teams collect data at the site regardless of connectivity and it syncs automatically once back in range.