Forest Carbon and EUDR in Bengkulu

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

Forest carbon in Bengkulu: Kerinci Seblat and Bukit Barisan forests, robusta coffee highlands, palm oil and rubber, agroforestry fit and EUDR exposure.

Bengkulu is a narrow province between the Indian Ocean and the Bukit Barisan range, so its forest carbon potential sits in the mountains: the edges of Kerinci Seblat National Park and the protection forests above the robusta coffee belt. Coffee is its most important EUDR commodity, with palm oil and rubber on the coastal plain.

Forest and land cover profile

The province is long and thin, running south-east along Sumatra’s west coast. The coastal plain is narrow, and the land rises steeply into the Bukit Barisan range. Kerinci Seblat National Park covers the northern mountains, shared with West Sumatra, Jambi and South Sumatra. In the far south, a small part of Bukit Barisan Selatan National Park reaches into Kaur district from Lampung.

Forest types run from remnant lowland dipterocarp forest on the lower slopes through hill and montane forest. Bengkulu is known as Bumi Rafflesia: Rafflesia arnoldii and the giant Amorphophallus flowers occur in its forests, and they are a focus of local conservation pride.

Enggano island, well offshore in the Indian Ocean, has its own forests, endemic birds and mangroves.

Peat and mangroves

Peat is limited to small coastal swamps. Mangroves occur in estuaries along the coast and around Enggano. Neither is large enough to drive major projects, though community mangrove restoration can be part of a wider programme.

Main commodities and deforestation drivers

• Coffee: robusta dominates in Kepahiang, Rejang Lebong and other upland districts, grown mostly by smallholders. Some arabica is grown at higher elevations. See robusta coffee.
• Oil palm: estates and smallholders in the coastal districts, including Mukomuko and North Bengkulu.
• Rubber: smallholder gardens in the lowlands and foothills.
• Coal: mining in several districts has cleared forest and degraded rivers.

The main forest-loss driver is gradual encroachment of coffee and other crops into protection forest and national park margins as farmers move upslope. Palm oil expansion affects the remaining lowland forest, and mining causes local clearing.

Which carbon project types fit

Coffee agroforestry links carbon and EUDR. Shade trees add biomass and can stabilise slopes, while the farm mapping needed for carbon accounting also produces EUDR plot data. See coffee agroforestry carbon and one dataset for carbon and EUDR.

EUDR exposure

Robusta from Bengkulu often travels to processors and exporters in Lampung or Palembang, mixed with coffee from other provinces. That mixing is a problem under EUDR, which does not accept mass balance. Exporters need to segregate EUDR-compliant lots and keep plot geolocation for every supplying farm.

The other risk is legality. Coffee gardens inside protection forest or national park land were often planted long before 2020, so they may pass the deforestation test but fail the legality test unless covered by a social forestry licence or other legal arrangement. See EUDR and coffee and the legality requirement.

Palm oil and rubber follow the familiar pattern: many small plots, collectors in between, and patchy registration.

Social forestry and customary land

Rejang, Serawai and other communities have customary claims in Bengkulu’s uplands. Social forestry licences, especially community forests (hutan kemasyarakatan) in protection forest, are the main way coffee farmers inside forest estate gain legal access. Such licences usually require farmers to maintain or plant tree cover alongside coffee, which aligns with agroforestry carbon goals.

Permenhut 6/2026 confirms that social forestry groups can participate in carbon trading as equal actors, working with registered partners and following FPIC and benefit-sharing principles. Read social forestry carbon.

Watershed and slope risk

Bengkulu’s steep slopes make forest loss visible quickly: landslides, flash floods and sediment in rivers that feed coastal towns and irrigation. This gives forest protection and agroforestry a local benefit beyond carbon, which helps build community support. It also affects project risk. Landslides and earthquakes can damage planted areas, and the non-permanence risk assessment should account for natural hazards as well as encroachment. Choose shade species with deep roots and a market value, such as fruit and timber trees, so farmers have a reason to keep them standing after carbon payments taper.

Practical next steps

Map farmer plots and forest estate boundaries together, then check land cover history. A combined carbon and EUDR mapping campaign saves money. Our feasibility and eligibility service covers screening, and the forest carbon hub compares project types.