This approach combines traditional breeding methods with modern biotechnology, suggesting enhanced efficiency for forest tree resilience and adaptation.
Key Points
Integration of traditional breeding and modern biotechnology enhances forest tree improvement efficiency as climate change demands innovative approaches.
Genetic improvement using techniques like gene editing and genomic selection addresses limitations of traditional breeding methods, improving adaptation to environmental changes.
A comprehensive strategy combining multiple data sources and a core germplasm repository promotes targeted deployment of improved forest varieties.
This integration may support ecological security and resource supply while striving for carbon neutrality through enhanced forest management.