REDD+ in Indonesia: Avoided Deforestation Carbon

Updated 2026-11-02 · 4 min read · By the akar.earth specialist team

REDD+ in Indonesia explained: project vs jurisdictional approaches, VM0048, ART TREES, peatland, baselines and the integrity debate, with links to every guide.

REDD+ (reducing emissions from deforestation and forest degradation) pays to keep forest standing that would otherwise be cleared. It is the largest source of Indonesian carbon credits, and it is moving from project-level baselines towards jurisdictional accounting at province and national level.

This hub explains how REDD+ works in Indonesia, the methodologies and standards in use, why baselines are contested, and what a credible project looks like now.

Why REDD+ dominates Indonesian supply

Southeast Asia issued 129 million nature-based credits under VCS and Gold Standard up to April 2025. Indonesia produced 59.3% of them and Cambodia 37.0%, mainly from REDD+. Indonesia’s lowland rainforests and peat swamps in Sumatra, Kalimantan and Papua hold very large carbon stocks, and clearing them, especially draining peat, releases large emissions. Protecting them therefore produces large credit volumes per hectare.

The drivers are well documented: conversion for oil palm and pulpwood, logging, mining, smallholder expansion and fire. Drivers of deforestation in Indonesia covers how these differ by region, which matters because the baseline has to reflect real, local threats.

A mental model: threat, baseline, proof, permanence

Every REDD+ claim rests on four questions.

1. What is the threat? A REDD+ project must show credible pressure on the forest. No threat, no credits.
2. What is the baseline? How much forest would have been lost without the project. This number determines how many credits are issued and is the source of most controversy.
3. What is the proof? Monitoring that shows forest loss in the project area stayed below the baseline, plus leakage accounting for clearing pushed elsewhere.
4. Will it last? Fire, encroachment and licence changes can reverse gains. Buffer pools cover this risk.

Project vs jurisdictional REDD+

Project-level vs jurisdictional REDD+ goes deeper. Nesting projects within jurisdictional REDD+ explains how the two can coexist without double counting.

Methodologies and standards

VM0048. Verra’s consolidated REDD methodology allocates deforestation risk from a jurisdiction-level baseline to individual projects, rather than letting each project model its own reference region. This was Verra’s response to criticism that project baselines were inflated. See VM0048 and VM0048 jurisdictional baseline allocation.

VM0007. The older REDD+ methodology framework, which many existing Indonesian projects used. VM0048 vs VM0007 explains what changes for projects moving across.

ART TREES. The Architecture for REDD+ Transactions issues serialised 1 tCO2e jurisdictional credits. FCPF and ISFL credits can move into the ART registry from the World Bank’s CATS registry. ART released TREES 3.0 on 25 June 2026. See ART TREES and ART TREES vs Verra JNR.

Improved forest management. Changing logging practice in production forest, such as reduced-impact logging or converting logged forest to protection, is a related category. Improved forest management in Indonesian concessions covers how it applies to PBPH licence holders.

The baseline debate

From 2023, academic studies and investigative reporting argued that many project baselines overstated deforestation threat, so projects were issued more credits than real emission reductions. The market responded with new methodologies, jurisdictional allocation, ratings and the ICVCM CCP label. The REDD+ baseline debate and what changed sets out the arguments without spin.

For buyers, the practical lesson is to check the methodology version, how the baseline was set, the rating and whether the credit carries a CCP label. BeZero’s ratings of 11 ex-post Indonesian projects average ‘A’, which suggests Indonesian supply includes strong projects. It is still one rater and a small sample.

Peatland REDD+

Indonesia’s tropical peat stores very large amounts of carbon below ground. Drainage and fire release it quickly. Peatland REDD+ projects combine forest protection with rewetting and fire prevention. Peatland REDD+ and fire risk covers measurement and permanence issues, and the peat restoration rules page covers Indonesian legal limits.

Indonesian regulation and REDD+

Indonesia’s FOLU Net Sink 2030 target puts forest emissions at the centre of national climate policy. That shapes how the government treats international credit sales and corresponding adjustments. Perpres 110/2025 is the legal anchor for carbon trading, and Permenhut 6/2026 sets forestry carbon trading procedures with explicit space for communities and customary forests. See FOLU Net Sink 2030 and the Indonesian regulation hub.

Questions buyers should ask

Before buying Indonesian REDD+ credits, check:

• Methodology and version. Was the baseline set under a legacy method or under VM0048’s jurisdictional allocation?
• Threat evidence. Is the claimed deforestation pressure backed by local data on drivers, not only regional averages?
• Leakage. How does the project account for clearing that moves to nearby land?
• Permanence. What is the fire and peat risk, and how large is the buffer contribution?
• Rights and benefits. Who holds the licence or permit, and how do local communities share revenue?
• Domestic status. Is the project recorded in SRUK where required, and does its sale need Indonesian authorisation?
• Rating and label. Does it carry an independent rating and, where relevant, the CCP label?

Working with REDD+ today

New REDD+ projects in Indonesia need a threat analysis grounded in local drivers, a baseline that matches current methodology rules, monitoring that combines satellite alerts with field checks, and clear land and carbon rights. Our carbon credit and project due diligence service reviews these elements for buyers and investors. Developers can start with feasibility and land eligibility. Every REDD+ page is listed below.