Research Fields
Principles of Forest Genetics and Tree Breeding
1
Tree Breeding
Conventional Breeding through Controlled Pollination and Fertility Variation
2
Molecular Biotechnology
Effective Breeding
through Genome Analysis
3
Population Genetics
Studies on Rare, Endangered, and Subalpine Tree Species
Research Objectives
1
Traditional Breeding
For seed orchards that distribute superior improved seeds to boost forest productivity, we are investigating management methods through cone and statistical analysis. Additionally, we are conducting research on major forest tree species in both South Korea and foreign countries.
2
Molecular Breeding
We investigate the genomes of forest trees within the frameworks of forest genetics and tree breeding. Our work includes creating genetic linkage maps of forest trees and identifying the functions of genes associated with various traits. Additionally, we explore general forest biotechnology, including FISH techniques and tissue culture.
3
Introduction Breeding
With the declining productivity of local tree species, the urgency of introducing exotic species suitable for future climate conditions is increasing. Consequently, we are conducting adaptability research, including provenance tests, to identify superior provenances and disseminate this information for broader application.
4
Population Genetics
To conserve and utilize valuable forest resources threatened by climate change, urban development, and other factors, we conduct comprehensive studies. These efforts will contribute to both in-situ and ex-situ conservation of genetic resources and support the reintroduction of these resources into their natural habitats.
