Forest Bioresources Department

Forest Bioresources Department aims to conduct research for conservation and sustainable use of forest genetic resources, and development of high value-added forest trees and functional microorganisms for increasing forest productivity and income improvement in rural areas and forest villages.

Special Forest Resources Division aims to explore useful forest trees, breed novel varieties, and develop standard cultivation technology to produce high-quality forest products.

Forest fruit tree & Wild vegetables / Forest products postharvest technology Lab.

The laboratory carries out research studies on breeding new cultivars of forest nuts, fruits tree and wild vegetables and developing cultivation standards technology and postharvest quality management technology.

  • Breeding new cultivars of forest fruit trees
    Breeding new cultivars of forest fruit trees

    Breeding new cultivars of forest fruit trees

  • Developing asexual propagation of seedling technology
    Developing asexual propagation of seedling technology

    Developing asexual propagation of seedling technology

  • Developing productivity improvement
    Developing productivity improvement

    Developing productivity improvement

Landscaping trees & honey plants Lab.

The laboratory carries out researches on breeding of new ornamental trees, establishing of an ICT-based container seedling production system, and scientifically evaluating of the nectar productivity of different honey plants.

  • Developing container seedling production system
    Developing container seedling production system

    Developing container seedling production system

  • Developing Ornamental trees
    Developing Ornamental trees

    Developing Ornamental trees

  • Valuation as nectar sources of forest honey plants
    Valuation as nectar sources of forest honey plants

    Valuation as nectar sources of forest honey plants

Korean National Flower Lab.

We research on the development of new cultivars with better environmental adaptability and public popularity, and new utilities for more uses in daily life of Rose of Sharon.

  • Artificial breeding for new cultivar development
    Artificial breeding for new cultivar development

    Artificial breeding for new cultivar development

  • The new compounds in root of Rose of Sharon discovered (Mugungalene A, B, C)
    The new compounds in root of Rose of Sharon discovered (Mugungalene A, B, C)

    The new compounds in root of Rose of Sharon discovered (Mugungalene A, B, C)

  • Evaluating of genetic variation of chloroplast genome in Rose of Sharon
    Evaluating of genetic variation of chloroplast genome in Rose of Sharon

    Evaluating of genetic variation of chloroplast genome in Rose of Sharon

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