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Forests
Land degradation
Landscape management

Moldova Soil Conservation Project - Reversing Land and Soil Degradation through Reforestation

Location

Republic of Moldova

Status

Ongoing implementation

Scale

(Inter)national level

The Moldova Soil Conservation Project (MSCP) is a national reforestation and afforestation programme launched in 2002 to combat severe soil erosion and land degradation. Covering 20,300 hectares of degraded and marginal lands across the country, the project applies forest restoration to stabilise soils, reduce erosion, enhance biodiversity, and sequester carbon. Moreover, it also contributes to rural livelihoods through sustainable harvesting of timber and non-timber forest products. The project is implemented by the national forestry authority (Agency Moldsilva), in partnership with local communities and international climate funds.

Moldova faces acute land degradation due to its topography, since over half of Moldova's land covers sloping terrains prone to erosion and ravine formation. More than 80,000 hectares of land have been destroyed by more than 6,000 gullies, threatening agriculture and infrastructure. The MSCP was designed to address these issues while advancing Moldova’s commitments under the UNFCCC and Kyoto Protocol. The project engages 383 local public authorities and 23 forest enterprises (excluding Transnistria) to reforest degraded lands, returning them to productive and ecological use.

Highlights

  • Reforestation of 20,300 hectares of degraded and erosion-prone lands.
  • Collaboration with 383 communities and 23 forestry enterprises across Moldova.
  • Planting of fast-growing pioneer species (e.g., Robinia pseudoacacia, Gleditsia triacanthos) on highly degraded soils, later replaced with native oak and ash.
  • Estimated CO₂ removal of 3.6 million tons over 20 years, with 515,000 tons CO₂ sequestered by 2009.
  • Sustainable use of restored forests for sourcing of fuelwood and timber for industrial applications.
  • 70,000 m³ of wood biomass harvested annually.
  • Creation of temporary and permanent jobs in forestry management.

Timeline

  • 2002: Project start.
  • 2002 - 2006: Main planting phase.
  • 2004 - 2017: Crediting period for carbon finance.
  • 2006 - present: Maintenance, regeneration, and monitoring.

About the intervention

The Moldova Soil Conservation Project (MSCP) employs reforestation and afforestation as nature-based solutions to restore degraded soils, enhance carbon sequestration, and protect biodiversity while supporting rural economies. Managed by Agency Moldsilva with community partnerships, the project combines fast-growing pioneer species for initial soil recovery with long-term establishment of native forest ecosystems. Integration with carbon markets through World Bank mechanisms has made the initiative both ecologically and financially sustainable.

Intervention details

The intervention was implemented as a nationwide afforestation and reforestation programme to stabilise degraded soils and bring marginal land back into productive use. Forests planting covered 20,300 hectares of degraded lands and was delivered across 2,421 locations throughout the country. The main planting phase took place between 2002 and 2006, after which implementation shifted to ongoing tending, completion and restoration works to secure establishment of the forest stands, including activities linked to biodiversity conservation.

Delivery relied on a decentralised ownership and management structure. Landowners included 383 local public authorities and 23 forest entities, with more than 60% of project sites owned by local communities. The programme was managed and implemented by Agency Moldsilva, the public body responsible for forestry and hunting policies. Resources for implementation were distributed to forestry units using a set of criteria combining scale (area planted) and site and design considerations (including planted species, soil fertility, anticipated production and forestry species class). Allocation decisions were made through a National Program Advisory Committee, with representatives from the Parliament, Government, Ministry of Environment, Ministry of Finance and Agency Moldsilva.

Operational design used species choice to address differing levels of land degradation. On highly degraded sites, fast-growing species such as Robinia pseudoacacia and Gleditschia triachantos were used to quickly stabilise soils. Once landscape conditions improved, these stands could be harvested and replaced with native oak and ash.

The intervention also embedded a sustainable-use model for the restored forests. Management plans allowed for sustainable timber harvesting and the harvesting of non-wood forest products, with the intention of supporting local livelihoods and reducing pressure on existing forests by increasing legal wood supply and decreasing incentives for illegal logging and damaging grazing.

Key stakeholders

  • Agency Moldsilva National Program Advisory Committee Local stakeholders: 383 local public authorities and 23 forest enterprises World Bank Prototype Carbon Fund and BioCarbon Fund Local populations involved in forest management and sustainable resource use.

Financial metrics

Funding sources

  • Agency Moldsilva (Government of Moldova)
  • World Bank Carbon Funds (Prototype Carbon Fund and BioCarbon Fund)

Budget

  • Total investment: USD 19 million (20-year period) 80% of funds used during first five years for planting activities
  • Estimated USD 7 million in carbon finance revenue (1.9 million tons of CO₂ contracted)

Outcomes

Environmental

  • Carbon sequestration: 3.6 million tons of CO₂ sequestered by restored forests over 20 years (with net anthropogenic removals amounting to ~179,000 tons/year).
  • Soil stabilisation and prevention of erosion on degraded hillsides.
  • Reduced landslide risk in erosion-prone areas.
  • Increased aboveground biomass and improved habitat quality.
  • Biodiversity enhancement through restoration of mixed forest ecosystems.

Social

  • Improved local access to sustainable fuelwood, timber, medicinal herbs, and game resources.
  • Approximately 70,000 m³ of wood harvested annually by communities.
  • Employment generated in planting, maintenance, and management of forests.
  • Strengthened local capacity in sustainable forest management.
  • Participation of 383 local authorities ensures community ownership and inclusive governance.

Economic

  • New revenue streams from carbon credit sales to international funds (amounting to ~7M USD).
  • Reduced dependence on illegal logging due to sustainable wood supply.
  • Economic revitalisation of degraded rural areas through forestry-based employment and sales of forest products.

Risks and considerations

  • Heavy reliance on fast-growing non-native species may affect native biodiversity if not replaced.
  • Ongoing maintenance and replanting are required to ensure long-term forest health.
  • Monitoring and evaluation frameworks need strengthening for continuous verification of ecological and social outcomes.

Lessons learned

  • Combining ecological restoration with carbon finance can foster long-term sustainability and attract investment.
  • Using fast-growing species accelerates soil stabilisation on degraded sites, enabling later ecological restoration.
  • Community-based implementation ensures local ownership, inclusive governance, and reduces illegal actions on the areas targeted by the intervention.
  • Integrating multiple objectives (i.e.
  • climate mitigation, erosion control, and livelihood enhancement) amplifies social acceptance and ecological impact.

Sources

For Reference

  1. Nature-based Solutions Initiative, 2025.
  2. Agency MoldSilva, 2025.

Related EU projects

Information not available yet.