Forest Restoration: Global Progress and the 2030 Challenge

Context

The Food and Agriculture Organization (FAO) released the State of the World’s Forests (SOFO) 2026 report, emphasizing the importance of forest and landscape restoration in tackling ecological degradation and climate change. The report highlights a major implementation gap, with an additional 470 million hectares requiring restoration by 2030 to meet global commitments.

About the State of the World’s Forests (SOFO) 2026

The SOFO is a biennial flagship publication of the FAO that assesses the condition of global forests, their management, and their environmental, economic and social contributions. The 2026 edition focuses on Forest and Landscape Restoration (FLR), advocating an integrated approach that restores entire landscapes rather than concentrating exclusively on tree plantation.

The report draws upon the Global Forest Resources Assessment 2025 (FRA 2025) and national submissions under the Kunming–Montreal Global Biodiversity Framework (KMGBF).

Key Findings of the Report

1. Global Forest Resources

Forest coverage: Forests occupy approximately 4.14 billion hectares, covering nearly 32% of the world’s land area.
Carbon storage: Global forests store an estimated 714 gigatonnes of carbon and support up to 80% of terrestrial biodiversity.
Land degradation: More than 1.56 billion hectares of land are degraded worldwide, including approximately 460 million hectares of forest land.
Historical forest loss: Around 489 million hectares of forest cover have been lost to deforestation since 1990.

2. Declining Natural Forests and Emerging Threats

Naturally regenerating forests, which constitute around 92% of global forest area, declined by approximately 324 million hectares between 1990 and 2025.
Wildfires affect an estimated 127 million hectares annually, while pests, diseases and extreme weather damage at least 50 million hectares of forests every year.
Although the annual rate of net forest loss has slowed, continuing degradation and ecosystem disturbances remain serious concerns.

3. The Global Restoration Gap

Global restoration pledges exceed one billion hectares.
However, FRA 2025 records only around 44 million hectares as actively under restoration.
An additional 470 million hectares must be restored by 2030 to meet the identified global targets.

This disparity highlights the gap between international commitments and actual implementation, particularly in financing, monitoring and long-term ecosystem management.

4. Economic Significance of Forest Restoration

Forest and landscape restoration can generate returns of up to $30 for every $1 invested under favourable conditions.
Healthy ecosystems underpin more than half of global GDP through their contribution to agriculture, water security, raw materials and other ecosystem services.
Restoration can also create rural employment, strengthen livelihood security and improve resilience to climate-related disasters.

India and the SOFO 2026 Report

1. Progress in Forest Restoration

First globally in reported restoration area: India reported 9.8 million hectares under active forest restoration in FRA 2025, followed by China with 7.9 million hectares and Ethiopia with 5 million hectares.
Concentration of restoration efforts: India, China, Ethiopia, Indonesia and Türkiye together account for approximately 70% of the global restoration area reported in FRA 2025.
Reporting under the biodiversity framework: India’s seventh national report to the Convention on Biological Diversity recorded 18.9 million hectares of forest and landscape areas under restoration, compared with China’s 127.4 million hectares.

These figures relate to different reporting frameworks and should not be treated as directly interchangeable.

2. Factors Supporting India’s Progress

India’s reported progress reflects several initiatives and approaches:

Compensatory afforestation: Planting and regeneration efforts associated with forest diversion and land restoration.
Agroforestry: Integrating trees with agricultural systems to improve land productivity and ecological resilience.
Joint forest management: Involving local communities in forest protection and management.
Community participation: Encouraging local stewardship and the sustainable use of forest resources.

India has also maintained a net positive change in forest area over the 1990–2025 period, according to the information presented in the report.

Major Challenges in Forest Restoration

1. Inadequate Monitoring and Data Gaps

Inconsistent reporting systems make it difficult to assess restoration progress across countries. In some regions, limited monitoring capacity prevents reliable measurement of ecological recovery.

2. Emphasis on Plantation Rather Than Ecosystem Health

Counting the area planted does not necessarily demonstrate successful restoration. Monoculture plantations may fail to reproduce the biodiversity, soil quality, water regulation and ecological functions of natural forests.

3. Insufficient Long-Term Financing

Restoration requires sustained investment in maintenance, monitoring, protection and community engagement. Projects may fail when funding ends soon after planting.

4. Insecure Land Tenure and Conflicting Incentives

Unclear land rights can discourage local communities and Indigenous Peoples from investing in long-term conservation. Subsidies that encourage unsustainable land use may further undermine restoration efforts.

5. Climate-Induced Disturbances

Rising temperatures, droughts, wildfires, pests and extreme weather can damage restored areas and reduce the survival of newly planted vegetation.

Way Forward

1. Adopt an Integrated Restoration Strategy

The FAO highlights four enabling pathways:

People pathway: Recognise Indigenous Peoples’ and local communities’ rights, ensure meaningful participation and respect Free, Prior and Informed Consent (FPIC).
Land pathway: Promote landscape-level planning that combines natural forest recovery, biodiversity conservation, agriculture and agroforestry.
Finance pathway: Mobilise public funding, private investment and blended finance while redirecting environmentally harmful subsidies.
Policy and law pathway: Improve coordination among forestry, agriculture, infrastructure, climate and biodiversity policies.

2. Prioritise Ecological Quality

Restoration programmes should favour native species, natural regeneration and diverse ecosystems wherever appropriate. Their success should be measured through biodiversity recovery, soil health, water availability, carbon sequestration and livelihood outcomes rather than plantation area alone.

3. Strengthen Scientific Monitoring

Countries should use geospatial technologies, satellite imagery and field-based assessments to monitor restoration outcomes. Frameworks such as the Framework for Ecosystem Restoration Monitoring (FERM) can help improve transparency and comparability.

4. Empower Forest-Dependent Communities

Secure land and resource rights, community participation and benefit-sharing mechanisms can strengthen local ownership of restoration initiatives.

5. Promote Sustainable Forest-Based Livelihoods

Supporting non-timber forest products, sustainable timber markets, agroforestry and other nature-based enterprises can create economic incentives for conservation while improving rural incomes.

6. Ensure Long-Term Financial Commitment

Governments should provide multi-year funding for maintenance and ecosystem monitoring. Restoration finance should be linked to measurable environmental and social outcomes.

Conclusion

The SOFO 2026 report demonstrates that forest restoration is essential for biodiversity conservation, climate mitigation, economic resilience and sustainable livelihoods. India’s reported restoration efforts provide an important contribution, but global progress remains constrained by the gap between commitments and implementation. Achieving the 2030 targets requires moving beyond tree planting towards ecologically sound, community-centred and adequately financed landscape restoration.

Source : FAO