
Transforming Forestry: The Launch of the SingleTree Project
The SingleTree project has officially launched, marking a major step forward in sustainable forest management. Funded by the Circular Bioeconomy
SingleTree aims to develop an optimised value chain for improved climate change adaptation, forest resilience, multifunctionality, and cascading use of woody biomass in precision forestry. The project will develop disruptive forest monitoring strategies based on artificial intelligence and remote sensing, adaptive single-tree level management solutions, intelligent machines for implementing single-tree operations, and improved traceability and ability to predict wood quality early in the value chain as a foundation for optimised biomass supply.
Develop AI and remote sensing-enabled methods for detailed tree health, wood quality, and biodiversity monitoring.
Create adaptive single-tree management tools to enhance forest resilience and multifunctionality.
Design intelligent machines for efficient single-tree management and continuous feedback for inventory and management.
Improve wood property data to optimize biomass value and use.
Build connected value chains in living labs, using feedback loops for sustainable, real-life innovation.
To connect individual technical solutions within fully integrated digital value chains, the SingleTree project will showcase innovations across three Living Lab Value Chains (LLVCs) situated in northern, central, and southern Europe, each reflecting diverse environmental and socio-economic conditions. These LLVCs will be implemented through local research and stakeholder engagement, ensuring adequate territory for developing and validating innovative actions.
The SingleTree project has officially launched, marking a major step forward in sustainable forest management. Funded by the Circular Bioeconomy
Today, in honor of the International Day of Women and Girls in Science, we at SingleTree are proud to highlight
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