Forestry

Sustainable forest-based bioeconomy approaches

"Bioeconomy is the production, utilization, conservation, and regeneration of biological resources, including related knowledge, science, technology, and innovation, to provide sustainable solutions (information, products, processes, and services) within and across all economic sectors and enable a transformation" (Global Bioeconomy Summit Communiqué, 2020).

Forests and trees are central to building a sustainable bioeconomy. FAO works with countries and partners to advance policies, investments, innovation, and value chains that use forest resources sustainably, support livelihoods, and contribute to climate and biodiversity goals. 

Quick facts - Why forestry matters for sustainable bioeconomy

Vietnam,  Workers in the MIFACO sawmill ©FAO
Rising demand and pressure

  • Global material use has nearly doubled in 50 years and may rise another 60% by 2060, with demand for forest products — wood, energy and non-wood forest products — expected to rise sharply by 2050.
  • Forest loss continues (100 million ha lost in 20 years) — planted forests help offset losses, but new planting is slowing while climate stressors intensify.

Madagascar,  Yellow plastic label to mark timber according to the SVLT VOI/Didy verification system ©FAO
Climate and environmental importance

  • Forests store 662 billion tonnes of carbon and host 80% of terrestrial species — vital for climate stability and ecosystem resilience.
  • Wood products, when sourced sustainably, could store 1 billion tons of CO₂ per year by 2050 — equal to removing 200 million cars from the road.

Tournage, Douala, Cameroon  ©FAO/Emmanuel Groutel
The socioeconomic role of forests

  • Forests underpin more than half of global GDP through ecosystem services and support 75% of rural populations living within 1 km of a forest.
  • The forest sector contributes USD 1.52 trillion annually, employing at least 33 million people and providing food, fuel, and medicine for billions.

Mafinga, Tanzania - A woman puts freshly harvested honey combs in a grinder machine  ©FAO/Luis Tato
Food systems

Food systems occupy the biggest niche of the bioeconomy. In the European Union, for instance, food systems, including agriculture, forestry, fisheries and aquaculture, as well as food and feed manufacturing, account for 71% of all value added in a bioeconomy, followed by around 28% for bio-products, and the remainder for bioenergy (Source).

Morogoro, Tanzania - A Tanzanian man living in the forest rests after a walk in front of Hululu Waterfall ©FAO/Luis Tato
Healthy and sustainable lifestyles

Growing interest among consumers in healthy and sustainable lifestyles has led to the exploration of bioactive compounds and nutritional attributes of different forest products to produce “nutraceuticals” as functional foods and alternative sources of ingredients (see pg. 28 of SOFO) on the use of indigenous plants for nutraceuticals, food additives, biopesticides, etc, and related discourse on access and benefit sharing.

Three stone fire in a typical Turkana kitchen ©FAO/Robert Ochieng
Wood energy

Around half of the wood extracted annually from forests worldwide (and roughly 90 percent in Africa) is used for energy purposes, providing basic energy services for cooking and heating to billions of people globally, particularly those living in sub-Saharan Africa.

wood pellets ©FAO Korea Forest Service
Bioenergy

Modern types of woodfuel (e.g. wood pellets) have penetrated the international energy markets for industrial applications on commercial scale (e.g. cogeneration of heat and power and heating of buildings), demonstrated good potential of wood residues and sustainably produced woody biomass in the context of forest-based bioeconomy.

Opportunities in sustainable bioeconomy

  • Bioeconomy supports SDGs 12, 13, and 15, and is now a global priority (e.g., G20 Brazil 2024 high-level bioeconomy principles).
  • Sustainable forest-based bioeconomy approaches can boost biomass supply and innovation, supporting decarbonization across sectors (e.g. construction, textiles, energy, packaging), resource efficiency, new bioproducts, ecosystems, and local economies.

Forest-based bioeconomy approaches sustainably use forests and related ecosystems—trees outside forests, agroforestry, urban and peri-urban forests, and restored landscapes—to produce renewable resources, goods, and services. Grounded in the principles of Sustainable Forest Management (SFM), it balances economic growth with conservation, climate mitigation, biodiversity protection, and inclusive livelihoods.

Sustainable forest-based bioeconomy approaches offer a transformative model for sustainable development, extending the benefits of traditional SFM frameworks to broader sectors and global challenges, by connecting ecological, social, and economic goals.

Sustainable forest-based bioeconomy approaches:

  • Support decarbonization by replacing fossil-based materials with renewable, low-carbon forest products across sectors such as construction, energy, and textiles.
  • Leverage science, technology, innovation, and ancestral knowledge including remote sensing, artificial intelligence in forest management, and value-chain optimization, to improve resource monitoring, efficiency, and market access.
  • Enable the development of novel bioproducts and enhance value addition while integrating smallholders and local enterprises into forest-based value chains, including wood, non-wood forest products (NWFP) and wood energy and linking sustainable production with responsible consumption.
  • Promote equity and livelihoods, creating green jobs, and supporting inclusive economic growth in urban and rural areas.

Strategic Framework 2022–31

Bioeconomy is a Programme Priority Area (PPA) under Better Environment (BE2) “Bioeconomy for Sustainable Food and Agriculture” which aims to protect, restore and promote sustainable use of terrestrial and marine ecosystems and combat climate change (reduce, reuse, recycle, residual management) through more efficient, inclusive, resilient and sustainable agrifood systems, including sustainable forest management. FAO promotes bioeconomy in food and agriculture through technological, organizational and social innovations that are inclusive of rural, indigenous and vulnerable or disadvantaged communities, youth and women producers and consumers.  

The Forestry Division (NFO) supports and co-leads the PPA through various activities, including its team on Forest Products and Bioeconomy. It also contributes to the FAO Forestry Roadmap: From Vision to Action 2024–2031 and leads implementation of its Priority Action 11 to “promote a sustainable bioeconomy by further enhancing the efficient and sustainable use, supply and value-adding of legal and sustainable forest products and related value chains …, ensuring fibre security, and promoting green employment and long-lived products”.[1]

FAO, through its Forestry Division (NFO), helps member countries enhance the contribution of forests and forest products to a sustainable bioeconomy and to upscale viable forest-based bioeconomy approaches. It promotes forest-based innovations related to wood and NWFP to advance the transition to carbon neutral societies. 

FAO’s work on sustainable forest-based bioeconomy approaches is organized into three main areas:

1. Forests – Sustainable Production and Consumption

Forests provide Fibres, Fuelwood, Food, Feed (“4F”), and other ecosystem services essential to bioeconomy. Meeting these needs requires sustainable production and consumption.

  • FAO supports countries in managing forests sustainably.
  • It helps ensure biomass supply and trade-offs are well understood.
  • Efforts align with goals on ecosystem restoration, climate mitigation, land degradation neutrality, and biodiversity.

2. Opportunities – Stronger Value Chains

Forest-based bioeconomy approaches also depends on optimizing value chains. This means improving processing, adding value, and ensuring legality and sustainability.

  • FAO helps build strong forest-based value chains that prevent deforestation and follow the “4Rs”: Reduce, Reuse, Recycle, Residual management.
  • It promotes innovation, technology, monitoring systems and policies to improve efficiency and productivity.
  • FAO also supports smallholders and local enterprises for improved market access and financing, ensuring equity, livelihoods, and employment. 

3. Reinforcing – Climate Action and Bioeconomy Potential

Forests provide renewable products such as timber, pulp, paper, woodfuel, and NWFP (e.g. food, medicine, cosmetics). It will not be possible to reach a sustainable bioeconomy and the global climate goals set without tapping in the carbon sequestration, storage and substitution (“3S”) potential of these forest products.

  • FAO supports the expansion of both existing and emerging products provided by wood and NWFP, leveraging their climate action potential as a key value proposition in reinforcing bioeconomy approaches.
  • The key focus is on harnessing the “3S” potential in sustainably harvested wood products (HWP) and NWFP, and facilitating their inclusion in national bioeconomy and climate strategies.

Data, Norms, and Standards Policy Dialogue, Advocacy and Partnerships Value Chain Development, Innovation and Investments Knowledge Generation and Capacity Development
Priority: Improve access to reliable data, indicators, and standards to support informed decisions and foster transparent, sustainable forest product production and use. Priority: Lead inclusive policy dialogue and advocacy efforts to elevate the sustainable forest-based bioeconomy approaches' objectives on global, regional and national agendas, while building strategic partnerships and engaging stakeholders. Priority: Advance the development, sustainability, and innovation of forest product value chains through targeted support, catalyzing investment in value-added and long-lived products, improving resource efficiency and 4R-based approaches, and supporting forest employment opportunities. Priority: Strengthen institutional and stakeholder capacities by delivering targeted knowledge, tools, and training to support effective implementation of sustainable forest-based bioeconomy approaches.
Core interventions (examples):
Core interventions (examples): Core interventions (examples): Core interventions (examples):


Resources and case studies

This section highlights a selection of key FAO publications and resources on the forest-based bioeconomy. It is not exhaustive, but showcases recent and relevant work

Toward resilient rivers - info brief 420
Toward resilient rivers - Insights from the Kafue, Magdalena and Atrato River basins in Zambia and Colombia
2025

Forests are essential for healthy freshwater ecosystems to thrive. Although the importance of forests for freshwater ecosystems has long been understood,...

Assessment of emerging employment and decent work opportunities and challenges in the forest sector
2024

This report assesses the potential impacts of megatrends on employment in the forest sector, focusing on both current employment and emerging opportunities....

Global forest products facts and figures 2023
Global forest products facts and figures 2023
2024

Global trade in wood and paper products dropped steeply from record levels in 2021 and 2022, with the paper trade continuing to decline under pressure...

Building a sustainable bioeconomy in Africa through forest products
Building a sustainable bioeconomy in Africa through forest products
2024

The report provides a comprehensive assessment of the current status of Africa’s forest and circular bioeconomy and prospective future trends.

Forests, trees and wild species in agrifood systems - Optimizing benefits for biodiversity, climate and health
2024

This brief is a product of an ongoing collaboration between FAO, People and Plants International, and the Alliance of Bioversity International and the...

The Forests Dialogue’s field dialogue on ecosystem restoration - Concept Note
2024

Engaging the private sector to support ecosystem conservation and restoration to increase biodiversity in Kalimantan

Sustainability by numbers – Forest products at FAO
Sustainability by numbers – Forest products at FAO
2023

Forest product data are essential in monitoring impact and innovation in the global wood industry; responding to climate change by calculating carbon...

Enhancing the engagement of forest-based industries in ecosystem restoration - A Statement from the ACSFI
2023

With this Statement, the Advisory Committee on Sustainable Forest-based Industries (ACSFI), recognizes that forest-based industries can play a unique...

Wood residues publication
The role of wood residues in the transition to sustainable bioenergy
2023

This report provides an overview of the potential use of wood residues as feedstock for bioenergy production as part of the transition towards a sustainable...

An assessment of uptake of the Global Core Set of Forest-related Indicators
An assessment of uptake of the Global Core Set of Forest-related Indicators
2022

The twenty-fifth session of the Committee on Forestry (CPF) requested FAO to analyse - in collaboration with members of the CPF - the uptake of the...

Status of, and trends in, the Global Core Set of Forest-related Indicators
Status of, and trends in, the Global Core Set of Forest-related Indicators
2022

This is an accompanying document of the FAO report, State of the World’s Forests 2022 (SOFO 2022). It provides an overview of the GCS and presents the...

Wildcheck – Assessing the risks and opportunities of trade in wild plant ingredients
Wildcheck – Assessing the risks and opportunities of trade in wild plant ingredients
2022

Thousands of consumer products around the world contain ingredients obtained from wild plants. Wild harvest accounts for some or all the harvest of...

Climate change mitigationand harvested wood products
Climate change mitigationand harvested wood products: Lessons learned from three case studies in Asia and the Pacific
2022

Harvested wood products (HWP) from sustainably managed forests can store carbon, increase the availability of biomass for the production of biofuels...

Forest products in the global bioeconomy
Forest products in the global bioeconomy
2022

This report addresses the role of forest products in replacing fossil-based and GHG-intensive products.

Collection and consumption of wild forest fruits in rural Zambia
Collection and consumption of wild forest fruits in rural Zambia
2021

Households in rural Zambia rely heavily on fruits collected from forests for a more balanced diet, reports a new study carried out by the Food and Agriculture...

Sustainable management of Miombo woodlands- Food security, nutrition and wood energy
Sustainable management of Miombo woodlands- Food security, nutrition and wood energy
2018

The Miombo woodland is a vast African dryland forest ecosystem covering close to 2.7 million km2 across southern Africa (Angola, Democratic Republic...

Potential implications of corporate zero-net deforestation commitments for the forest industry
2017

This paper summarizes a review of corporate zero deforestation commitments by consumer goods companies, retailers and banks and their relevant corporate...

The charcoal transition
The charcoal transition - Greening the charcoal value chain to mitigate climate changeand improve local livelihoods
2017

Charcoal is widely used for cooking and heating in developing countries. The consumption of charcoal has been at high level and the demand may keep...

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Partnerships

Facilitating collaboration across governments, private sector, research, and civil society, FAO works, among others, through or with: