Forest Carbon and EUDR in Yogyakarta

Updated 2026-11-02 · 3 min read · By the akar.earth specialist team

Forest carbon in Yogyakarta: Gunungkidul karst community teak, Merapi slopes, Menoreh cocoa and coffee, small coastal mangroves, project fit and EUDR exposure.

Yogyakarta (DIY) is a small, densely populated province with little natural forest, so its forest carbon potential lies in community woodlots on the Gunungkidul karst, agroforestry in the Menoreh hills and restoration on Merapi’s slopes. EUDR exposure comes mainly from community-grown teak and other timber used in furniture and crafts, with small cocoa and coffee volumes.

Geography and land cover

The Special Region of Yogyakarta covers four landscapes in a small area:

• Mount Merapi in the north, one of the world’s most active volcanoes. Mount Merapi National Park, shared with Central Java, protects montane forest on its upper slopes. Eruptions, most recently the large 2010 eruption, periodically destroy vegetation.
• The Yogyakarta plain around the city, mostly rice fields, settlements and home gardens.
• Gunungkidul, a dry limestone (karst) plateau in the south-east, part of the Gunung Sewu UNESCO Global Geopark that extends into Central Java and East Java.
• The Menoreh hills in Kulon Progo to the west, with mixed gardens, cocoa, coffee, clove and timber trees.

The Gunungkidul karst story

Gunungkidul was once badly eroded and short of water. Over several decades, farmers planted teak, mahogany, acacia and other trees on their own land (hutan rakyat) and in community forest licences in state forest. The plateau is now a mosaic of woodlots, terraced fields and mixed gardens.

This makes Gunungkidul a good example of smallholder forestry. Trees are a savings account: families cut them when they need cash for school fees or ceremonies. That is excellent for livelihoods but complicates carbon accounting, because harvests are frequent and unscheduled. Credits would need long-term average stock accounting and strong harvest data.

Karst soils are thin and dry, so tree growth is slow and survival in dry years is a real risk.

Peat and mangroves

There is no peat. The south coast faces the open Indian Ocean, with sand dunes at Parangtritis and only small mangrove patches near river mouths such as at Baros in Bantul. These are valuable for coastal protection and education but too small for meaningful crediting.

Main commodities

• Teak and mahogany: from community woodlots, used by furniture and craft workshops in Yogyakarta and Central Java. See teak and mahogany.
• Cocoa and coffee: small volumes from Kulon Progo’s Menoreh hills.
• Clove, coconut and fruit trees: in mixed gardens; not EUDR commodities.

Which carbon project types fit

The agroforestry hub explains how trees on working farms can be credited. For planting on non-forest land, VM0047 is the current Verra ARR methodology.

EUDR exposure

Wood is the main EUDR commodity. Furniture and crafts made from Gunungkidul teak and mahogany are EUDR-listed derived products when exported to the EU. Since most woodlots were planted on farmland long before 2020, deforestation risk is low. The challenge is proving it: each woodlot needs geolocation, and timber passes through local traders and sawmills before reaching workshops. Indonesia’s timber legality system (SVLK) helps with legality but does not replace plot data. See EUDR and wood.

Cocoa and coffee from Menoreh are small-volume, often sold to specialty buyers who can collect plot data directly.

Tenure and community considerations

Yogyakarta’s land tenure is unusual. The Sultanate and the Pakualaman hold land (Sultan Ground and Pakualaman Ground) under the province’s special status, and some villages farm this land under use arrangements. Carbon projects must check whether land is private, village land, Sultanate land or state forest, because each has different rules.

Community forest licences (hutan kemasyarakatan) in Gunungkidul and Kulon Progo were among the earlier examples of social forestry on Java. Permenhut 6/2026 confirms social forestry groups can participate in carbon trading. See social forestry carbon.

Eruption risk

Merapi erupts every few years, with large events every few decades. Restoration on its slopes must account for the chance that pyroclastic flows destroy planted trees. Projects there should treat eruptions as a known natural risk in the non-permanence assessment.

Practical next steps

Start with a tenure check and a woodlot inventory, ideally combining carbon plots and EUDR mapping. The tree CO2 calculator gives a quick sense of per-tree carbon, and the forest carbon hub explains project types.