Europe's transition towards a climate-neutral and circular bioeconomy requires innovative solutions for sustainable forest management and biomass production. At the same time, increasing geopolitical uncertainties highlight the need for more resilient and diversified bio-based value chains. In Estonia, the transition from a fossil-based economy, particularly in the North-East region, creates both an urgent need and a unique opportunity to develop sustainable forest biorefinery solutions that support environmental restoration, economic diversification and regional development.
TreeBioTEC addresses these challenges by strengthening research excellence and institutional capacity in tree bioengineering at the University of Tartu through the ERA Chair instrument. The project establishes a new research group led by ERA Chair Holder Prof. Ykä Helariutta at the Institute of Bioengineering, creating long-term scientific capacity in a field of strategic importance for European climate and bioeconomy priorities.
The scientific objective is to advance knowledge and technologies for improving photosynthesis, growth and resilience of birch trees, thereby contributing to future applications in reforestation, carbon sequestration and the bioremediation of contaminated former mining areas. At the same time, TreeBioTEC strengthens the University's research and innovation ecosystem by attracting outstanding researchers, expanding international and intersectoral collaborations, increasing participation in competitive research funding, improving research management practices, promoting researcher mobility, and reforming education through new interdisciplinary training opportunities.
Beyond scientific excellence, the project promotes public understanding of modern biotechnology and fosters informed dialogue on bioengineering. Through collaboration with academic institutions, industry, public authorities and societal stakeholders in Estonia, Finland and across Europe, TreeBioTEC supports the translation of research into practical applications and policy-relevant knowledge.
The project's pathway to impact combines capacity building, institutional reform, excellent research, stakeholder engagement, and dissemination, communication and exploitation activities. By strengthening research excellence and international competitiveness at the University of Tartu, TreeBioTEC contributes to the European Research Area and supports the long-term development of Estonia as an internationally recognised centre of excellence in forest biotechnology.
