MCC-2024-0015 • Indonesia • West Papua
Methodology
MCC-002
Country
Indonesia
West Papua
Estimated Area
1,800 ha
Est. Credits/Year
12,400
Start Date
4/1/2024
Crediting Period
25 years
Protection and restoration of 1,800 hectares of seagrass meadows in the Raja Ampat Marine Protected Area, Papua, Indonesia. Project integrates indigenous Papuan community guardianship with satellite-based seagrass mapping and AI-monitored compliance. Delivers biodiversity co-benefits for 1,700+ marine species.
Establish pre-project ecological baseline using transect surveys, water quality sampling, and remote-sensing imagery analysis.
Open consultation with coastal communities, fisher cooperatives, and local authorities — minutes archived in project record.
On-site teams mobilised; planting, deployment, or protection-measures begin per methodology specification.
Year-one monitoring report compiled and submitted; covers biomass, GPS tracks, photo points, and community indicators.
VVB lead auditor visits project site, samples evidence, reviews documentation, drafts validation opinion.
An AI-assisted analysis was performed on this submission as part of MCC’s review process. AI output is advisory: it never approves, registers or issues, and every decision affecting this project is made by a human reviewer under MCC-850 (AI Governance Standard). The analysis record itself is an internal document and is not published. Programme-level statistics on AI analysis volume, confidence distribution and human override rates are published in MCC’s quarterly AI Transparency Report.
Model version: claude-sonnet-4-5
Findings are raised by the review team and resolved with the project developer before registration. The text of individual findings forms part of the review record and is not published; the registration decision is published in full when it is made.
Climate (SDG 13) contribution from carbon sequestration and avoided emissions in the project boundary.
Life Below Water (SDG 14) contribution from habitat protection, biodiversity recovery, and sustainable use of marine resources.
Decent Work and Economic Growth (SDG 8) contribution from local employment, training, and supply-chain participation.
| Type | Collected | Verified |
|---|---|---|
| PHOTOGRAPHIC | 30 Jul 2024 | ✓ 18 Oct 2024 |
| FIELD_OBSERVATION | 15 Jul 2024 | — |
| LAB_ANALYSIS | 30 Jun 2024 | ✓ 29 Aug 2024 |
| COMMUNITY_TESTIMONY | 15 Jun 2024 | — |
| SATELLITE_IMAGERY | 31 May 2024 | ✓ 10 Jul 2024 |
| GPS_TRACK | 16 May 2024 | — |
| PHOTOGRAPHIC | 1 May 2024 | ✓ 21 May 2024 |
| FIELD_OBSERVATION | 16 Apr 2024 | — |
The programme has not recorded a host-country position for this project. No issuance can occur until it has.
Rule: FD-2026-08-24 item D8 · Host Country Authorisation Procedure v1.0 · Corresponding Adjustment and Double Counting Prevention Policy v1.0.
No reversal events detected. The buffer pool remains intact.
| Species | Vernacular | Records | Image |
|---|---|---|---|
| Eviota imitata | — | 4 | — |
| Trimma milta | Red-Earth Pygmygoby | 4 | — |
| Mobula alfredi | Reef manta ray | 3 | sample |
| Trimma agrena | Fishnet Pygmy Goby | 3 | — |
| Trimma halonevum | — | 3 | — |
| Arothron nigropunctatus | — | 2 | sample |
| Chaetodon vagabundus | — | 2 | sample |
| Egretta sacra | Pacific Reef-Heron | 2 | — |
| Trimma benjamini | Ring-eye Pygmygoby | 2 | — |
| Eviota pellucida | Transparent Dwarfgoby | 2 | — |
| Trimma okinawae | Orange-red Pygmygoby | 2 | — |
| Eviota korechika | Korechika's Dwarfoby | 2 | — |
Source: Global Biodiversity Information Facility (GBIF) occurrence search — live polygon query, max 300 records sampled.
| Vintage | Status | Issued | Buffer | Serial range |
|---|---|---|---|---|
| 2024 | ISSUED | 13,875 | 4,625 | MCC-DEMO-CC-2024-0015-000001 → MCC-DEMO-CC-2024-0015-013875 |
Latest least-cloudy Sentinel-2 mosaic of the project area, retrieved live from the Copernicus Data Space Ecosystem. Continuous monitoring runs monthly.
Sentinel-1 SAR backscatter (VV polarisation, GAMMA0-terrain corrected, decibels). Open water sits around −22 dB, flooded mangroves −8 to −14 dB, intact dense canopy around −7 dB. Cloud-independent — tracks tidal cycles and detects canopy collapse.
Sample of up to 300 occurrences each. GBIF (Global Biodiversity Information Facility) covers all taxa; OBIS (Ocean Biodiversity Information System, UNESCO-IOC) is the marine subset indexed against WoRMS. Both refresh daily via 24h cache.
Composition derived from the ACA global vector release at project onboarding time. Roadmap: server-side polygon intersection against the ACA REST API for monthly bleaching-alert updates.
Sentinel-3 OLCI 300 m daily revisit. Chlorophyll-a via OC4Me proxy; NDCI (Mishra & Mishra red-edge) is robust in turbid coastal water. Roadmap: live cron alongside Sentinel-2/Sentinel-1.
Sample data shown. Live Spire Maritime AIS subscription required for production traffic monitoring; the backend endpoint is integrated and waiting on subscription activation.
Planet PlanetScope 3 m daily / SkySat 0.5 m on-demand. Used to validate Sentinel-derived signals at sub-Sentinel resolution. Backend integrated; live activation pending Orders API entitlement.
Sample composition shown. Live NatureMetrics workflow ships sampling kits to field teams; lab returns metabarcoded species assignments against WoRMS / GBIF references. Replaces with real lab output on first sampling cohort.
Created: 4/1/2024
Last Updated: 3/26/2026