Could Forests Become the Innovation Hub of the Bioeconomy?

Sunandani Chandel
Mar 23
7 min read

Written by Sunandani Chandel

What if the world’s next innovation hub did not emerge from a technology campus but from a forest ecosystem?

For decades, places like Silicon Valley have symbolised human ingenuity and technological progress though often with environmental trade-offs highlighting the need for innovation models that align sustainability with growth. In contrast, forests have been operating complex and highly efficient systems for millions of years. Beneath the forest floor, networks of fungi connect tree roots. Nutrients are recycled through diverse microbial communities. Ecosystems maintain resilience through intricate interactions among species. These ecological processes, including symbiosis, nutrient cycling, microbial diversity, and circular resource use, are now inspiring a new generation of innovations. Around the world, scientists, entrepreneurs, and communities are beginning to see forests not only as ecosystems to conserve but also as models for designing sustainable economies. As economies shift toward sustainability, forests are increasingly being revalued through nature-based solutions that integrate ecological health with economic development, as recognised in global policy frameworks [1].

Could forests themselves become the inspiration for the next wave of global innovation?

Forests are increasingly recognised as key pillars of the emerging circular bioeconomy, where renewable biological resources replace fossil based materials. Forest ecosystems demonstrate principles that bioeconomy researchers aim to replicate, including efficient nutrient cycling, resource regeneration, and cooperation between organisms [2]. By learning from these natural systems, researchers and innovators are developing technologies and products that are both productive and environmentally sustainable.

Forests as Natural Innovation Hubs

Forests are more than reservoirs of biodiversity - they are living networks that efficiently manage energy, materials, and information. By observing how these systems function, innovators are developing new products and technologies that align with ecological principles [3].

From microbial biotechnology to sustainable textiles and carbon-negative building materials, forest-inspired innovation is already taking shape across the world.

Forest-inspired innovations linking ecology and the circular bioeconomy, illustrated using Canva

1. Forest Health and Microbial Innovation

Rhizocore Technologies

UK-based Rhizocore Technologies works with mycorrhizal fungi - microscopic partners that form symbiotic relationships with tree roots. These fungal networks help trees access nutrients and water, improving survival and growth. By harnessing these natural relationships, the company is developing solutions that support reforestation and forest resilience.

Could strengthening fungal partnerships help improve reforestation success in your region?

Uute Scientific

Finnish company Uute Scientific captures microbial diversity from forest environments to create extracts used in skincare, textiles, and consumer products. Their research suggests that reconnecting people with forest microbiomes may support immune health and wellbeing, particularly in urban environments.

How might forest microbes be reintroduced into cities to improve public health?

Moi Forest

Also based in Finland, Moi Forest develops organic skincare products inspired by forest ecosystems using plant-based ingredients and microbial extracts known as “forest dust®”. Their work illustrates how biodiversity can inspire innovations in health and wellbeing.

Could local forest plants or microbes inspire similar nature-based products in your community?

2. Sustainable Materials Inspired by Forests

Sintala Design

Spanish startup Sintala Design creates furniture and home décor from recovered wood—including fallen trees, pruning residues, and manufacturing waste. By transforming forest residues into high-value products, the company demonstrates how circular bioeconomy principles can reduce waste while creating new economic opportunities.

What forest residues in your region could be transformed into innovative products?

Spinnova

Finnish company Spinnova has developed a method to produce textile fibres from wood pulp without harmful chemicals. The process uses significantly less water and energy than conventional textile production, showing how forest resources can contribute to a more sustainable fashion industry.

Could forest-based fibres help reshape the future of sustainable materials?

Forest Post

In India, Forest Post collaborates with rural communities to transform minor forest produce into skincare products, foods, and handmade crafts. Their model demonstrates how sustainable use of forest resources can generate livelihoods while encouraging conservation.

How might community enterprises support sustainable use of forests in your region?

3. Agroforestry and Community Innovation

GreenRootss

The initiative GreenRootss promotes agarwood agroforestry by helping farmers establish plantations of Aquilaria trees on underutilized land. These systems combine economic opportunities with ecological restoration, illustrating how agroforestry can support both livelihoods and biodiversity.

Could underutilized land in your region support similar agroforestry initiatives?

4. Circular and Carbon-Negative Solutions

Myceen

Estonian company Myceen creates carbon-negative building materials by combining fungal mycelium with wood and paper by-products. The resulting biodegradable materials can be used for furniture, insulation, and acoustic panels—turning waste streams into sustainable construction solutions.

Could organic waste streams in your region be transformed into innovative materials?

Cambium Carbon

US-based Cambium Carbon converts forest residues into biochar and other carbon-negative products that improve soil health while capturing carbon. By valorising low-value wood waste, the company demonstrates how forest management can contribute to climate mitigation.

Could forestry by-products in your region support similar climate solutions?

Heartwood Biomass

Heartwood Biomass repurposes underutilized forest wood into firewood, mulch, and fencing materials. This approach reduces wildfire risk while supporting rural economies and making better use of forest resources.

How might underutilized wood in your region be repurposed to benefit both ecosystems and communities?

5. From Materials to Moments: A Shift Toward Experience-Based Bioeconomy

Forests do more than provide materials—they transform experiences into economic and social value. Urban green spaces, guided by the 3-30-300 rule (three trees visible from every home, 30% canopy cover, and everyone within 300 m of quality green space), improve mental and physical health by reducing stress, anxiety, and depression [4]. By turning forest experiences into products, services, and sustainable enterprises, forests are becoming living hubs where human wellbeing and the bioeconomy intersect [5-6]. These opportunities have given rise to innovative forest-based enterprises:

Forest with You (Singapore) offers guided forest bathing and retreats, promoting wellness and corporate stress reduction.

The Mindful Tourist (Japan) provides Shinrin Yoku training and immersive forest experiences.

IM WALD SEIN® Institute (Germany) integrates forest therapy with research-backed health programs.

Forest Therapy Hub (Argentina) combines guided forest immersion with eco-tourism, generating livelihoods while supporting conservation.

How could forest experiences in your region support both wellbeing and local livelihoods?

What Can We Do Locally?

Forest-inspired innovation doesn’t always require large investments or advanced technology - many ideas start at the community level. Some practical ways to act locally include:

Explore nearby forests, parks, or gardens to identify natural materials for creative use.
Use fallen branches, leaves, and seeds for educational projects, crafts, or small-scale enterprises.
Transform urban forests, parks, and tree-lined streets into spaces for forest therapy, guided walks, or forest bathing sessions to support community wellbeing.
Develop partnerships between researchers, local communities, artisans, and entrepreneurs to create forest-based initiatives that promote both livelihoods and conservation.
Learn from global examples and adapt ideas to local ecosystems to open pathways for sustainable development.

A Forest-Inspired Future

For millions of years, forests have evolved systems that balance productivity, resilience, and regeneration. These ecosystems offer powerful lessons for designing economies that work with nature rather than against it.

The next wave of innovation may not emerge solely from laboratories or technology parks embedded with fibre optics and algorithms. Instead, it could grow from a deeper understanding of the intricate ecological networks beneath our forests.

The next generation of innovation may be rooted in the living systems of forests themselves. A forest-inspired bioeconomy challenges us not just to innovate, but to rethink what sustainable innovation really looks like.

References

[1] United Nations Environment Assembly, 2022. Nature-based solutions for supporting sustainable development (UNEP/EA.5/Res.5). Available at: https://wedocs.unep.org/bitstream/handle/20.500.11822/39864/NATURE-BASED%20SOLUTIONS%20FOR%20SUPPORTING%20SUSTAINABLE%20DEVELOPMENT.%20English.pdf [Accessed 20 March 2026].

[2] United Nations Economic Commission for Europe (UNECE) & Food and Agriculture Organization (FAO), 2024. Sustainable and circular bioeconomy in forest-based industries: How to get there. ECE/TIM/DP/96. Geneva: United Nations. Available at: https://unece.org/forests/publications/sustainable-and-circular-bioeconomy-forest-based-industries-ecetimdp96 [Accessed 20 March 2026].

[3] Food and Agriculture Organization of the United Nations (FAO), 2024. The State of the World’s Forests 2024: Forest sector innovations towards a more sustainable future. Rome: FAO. Available at: https://openknowledge.fao.org/server/api/core/bitstreams/768ba59e-c692-47c3-9a13-3c3c10993396/content/cd1211en.html#gsc.tab=0 [Accessed 20 March 2026].

[4] Nieuwenhuijsen, M.J., Dadvand, P., Márquez, S., Bartoll, X., Barboza, E.P., Cirach, M., Borrell, C. & Zijlema, W.L., 2022. The evaluation of the 3-30-300 green space rule and mental health. Environmental Research, 215(Part 2), p.114387. doi:10.1016/j.envres.2022.114387. Available at: https://doi.org/10.1016/j.envres.2022.114387 [Accessed 20 March 2026].

[5] Konijnendijk, C., Devkota, D., Mansourian, S. & Wildburger, C. (eds.), 2023. Forests and trees for human health: Pathways, impacts, challenges and response options. A global assessment report. Vienna: International Union of Forest Research Organizations. Available at: https://www.iufro.org/media/fileadmin/publications/world-series/ws41-low-res.pdf [Accessed 20 March 2026].

[6] Siah, C.J.R., Goh, Y.S., Lee, J., Poon, S.N., Ow Yong, J.Q.Y. & Tam, W.-S.W., 2023. The effects of forest bathing on psychological well-being: A systematic review and meta-analysis. International Journal of Mental Health Nursing. doi:10.1111/inm.13131. Available at: https://doi.org/10.1111/inm.13131 [Accessed 20 March 2026].

About the Author

Sunandani Chandel is a PhD research scholar in Forestry (Forest Products and Utilization) at Kerala Agricultural University, India. Her work focuses on sustainable management and value addition of forest resources, with interests in tropical forest ecology, biodiversity conservation, and climate mitigation.