Mapiripán, Meta

A forest protection project at the edge of the Colombian Amazon.

Defending one of Colombia's most threatened forest frontiers through local stewardship, high-integrity carbon finance, and direct community engagement.

Project status

In pre-validation phase, with signed landowner agreements, monthly field expeditions, and systematic monitoring protocols preparing for third-party verification.

36k haForest under signed participation agreements
40+Local families formally participating
Q2 2026Target validation submission
Overview

Forest protection where it is both urgent and structurally complex.

Located in Mapiripán, where cattle ranching and agricultural expansion threaten one of Colombia's highest deforestation zones, the Piri REDD project combines community-led governance with rigorous carbon methodology.

Working directly with local landholders, Forestbase and its implementation partner are building a credible REDD+ program that protects standing forest, creates sustainable livelihoods, and delivers verified carbon credits.

  • ~36,000 hectares under signed participation agreements
  • Continuous field presence with monthly expeditions
  • REDD+ development under VM0048 pathway
  • Target first issuance: Q1 2027, subject to validation and verification
Forest landscape in the PIRI REDD project area
Project Development

Field Activities

From initial community engagement to carbon calculations, each phase represents our commitment to transparent, community-driven conservation.

Community dialogue
Activity 01

Pre-feasibility Study

During the pre-feasibility phase, the project focused on understanding the territory and its ecological and productive dynamics. Aerial overflights were conducted over the project area to assess its extent, accessibility, and conservation status, complemented by desk-based analysis of environmental characteristics, land cover, and land-use dynamics.

This process made it possible to establish an initial baseline of the landscape’s condition, identify priority areas for restoration and conservation, and understand the main drivers of deforestation in the region.

300,000 ha
identified
14%
deforestation
Field assessments
Activity 02

Feasibility Study

Building on the lessons learned during the pre-feasibility phase, the project evolved into a structured approach, defining its design under carbon standards and consolidating its potential to generate measurable climate, ecological, and social impact.

This phase included the development of the project’s technical approach, the assessment of its operational feasibility, and the establishment of initial engagement with local stakeholders, laying the foundation for long-term implementation.

VM0048
methodology
CCB
certification
Social validation
Activity 03

FPIC: Project Presentation

The project design was presented to the Puerto Trujillo community, introducing how a carbon project works, its objectives, and the scope of the proposed agreements. These sessions created an open dialogue that allowed participants to share feedback and resolve questions.

Based on this exchange, the agreement model was adjusted to better reflect local realities and expectations. In a second phase, additional meetings were held, including gatherings in Villavicencio, where the first agreements with project participants were formalized.

Currently, more than 37,000 hectares have been incorporated into the project.

65
families engaged
40 h
of meetings
Early actions
Activity 04

Early Actions

From the project’s earliest stages, on-the-ground actions were implemented to generate direct impact and strengthen relationships with local communities. Governance workshops were carried out to define roles and participation mechanisms, alongside sessions focused on sustainable production systems such as cattle ranching, cocoa production, and aquaculture.

At the same time, concrete initiatives were promoted, including the establishment of a school garden in Puerto Trujillo and improvements to community infrastructure, responding to needs identified together with the community. These actions aim to improve local conditions and demonstrate the project’s early benefits.

In parallel, biodiversity baseline activities were initiated, and partnerships with institutions were established to strengthen regional capacities.

5 days
in school garden
17 species
Planted
Carbon calculation
Activity 05

Carbon Calculation

During this phase, progress was made in the georeferencing of the project area in collaboration with the local community, through the hiring of eight community participants to support field data collection activities.

At the same time, carbon calculations were carried out following the VM0048 methodology, enabling the structuring of the project's technical component under recognized standards. These activities strengthen the technical and territorial foundation required for the project's implementation and validation.

1.3
Credits/ha
100
Plots
In Development

More activities coming soon

The project continues to evolve. New implementation phases, monitoring, and validation are underway — you'll see each activity here as it takes shape in the field.

VCS ValidationBiodiversity MonitoringCommunity Expansion
Field evidence system

Operational proof should be visible, not buried in decks.

Every activity in the field generates traceable operational evidence, from community workshops and biodiversity monitoring to restoration pilots and governance processes

Check out our gallery →
Community FPIC and social mapping field activityCommunity

FPIC and social mapping

Structured engagement with local communities to document priorities, roles, and participation pathways.

ARR restoration pilot field activityRestoration

ARR pilot

Native restoration pilots used to test logistics, survival, maintenance, and future scale-up readiness.

Local employment and skills development activityCapacity

Local employment and skills

Project activities create practical work streams in monitoring, restoration, logistics, and community coordination.

Project Milestones

A structured path from field work to verified credits.

Every phase builds on the last — from first community dialogue to first issuance.

Completed

Community Engagement & Field Surveys

12 communities engaged, 200+ participants, FPIC process completed, ecological baselines established across 2,400 ha.

40+ families signed36,000 ha secured
Completed

Carbon Calculation & Georeferencing

100 forest measurement plots established, VM0048 carbon methodology applied, GPS boundary delimitation completed with locally trained participants.

1.3 credits/ha estimated8 local hires
In Progress

Pre-Validation Documentation

Project Design Document preparation, monitoring system implementation, awaiting Verra Risk Map to finalise technical components under VM0048.

Monthly expeditions activeVVB selection underway
Q2 2026

Validation Submission

Third-party Validation and Verification Body (VVB) reviews the Project Design Document and conducts an independent site assessment.

Target: Q2 2026Accredited VVB
Q1 2027

First Issuance

Subject to successful validation and verification, first carbon credits issued under the Verified Carbon Standard. Participant revenue distributions begin.

Target: Q1 2027Subject to verification
Methodology

Why VM0048 is the right methodology for this project.

VM0048 is a jurisdictionally aligned REDD+ framework designed for landscapes facing active deforestation pressure. By combining risk mapping, conservative carbon accounting, and advanced monitoring requirements, the methodology aims to produce credits with stronger environmental integrity and transparency.

The framework allocates more credits to areas where independently modeled deforestation risk is higher, directing carbon finance toward forests under real and immediate pressure. This strengthens the link between carbon issuance and measurable avoided emissions on the ground.

VM0048 also introduces stricter monitoring, leakage controls, uncertainty deductions, and independent third-party verification supported by satellite analysis and field validation.

Read the methodology →
Jurisdictional risk mapping

Credits are allocated based on independently modeled regional deforestation risk.

Conservative carbon accounting

Methodology applies discount factors to ensure emission reductions are not overstated.

Demonstrated additionality

Credits only issued for reductions that would not have occurred without the project.

Community safeguards

FPIC, benefit-sharing requirements, and grievance mechanisms are built into the standard.

Participant commitment

Participation is formal, long-term, and structured.

Participants enter into a cooperation agreement that defines their role in the project, while retaining ownership and possession of their land.

Protect and participate

Participants commit to protect forest areas, contribute to reducing deforestation, and participate in project activities, monitoring, and coordination.

Enable monitoring

Participants provide agreed access for monitoring and verification, and supply relevant information for project development.

Avoid double counting

Participants avoid parallel carbon agreements on the same land and participate in project governance and decision-making processes.

Project model

Built around local governance and aligned incentives.

We build projects around local governance, where communities protect their forests and earn through a direct share of project revenues.

50%

Baseline revenue share

At baseline performance, participants receive 50% of net revenues from the sale of carbon credits.

90%

Upside for strong protection

If performance improves beyond expectations, the participant share can increase up to 90% on additional performance.

MRV

Monitored performance

Forest protection is monitored through satellite-based tracking and on-the-ground verification, including locally trained participants.

A project in development, grounded in real conditions.

For further details on project structure, development progress, or carbon credit availability, contact Forestbase.