ScholarWorks@Dongguk University: Kang, Ho Duck

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Kang, Ho Duck (강호덕)

College of Life Science and Biotechnology (Department of Biological and Environmental Science)

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Tel 031-961-5101
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Mongolia:4||Populus sibirica:4||photosynthesis:3||VTCI:2||mixed heavy metals:2||poplar hybrids:2||pretreatment:2||Loranthus tanakae:2||nitrogen fertilization:2||Desertification:2||desertification:2||Texture:2||physiological characteristics:2||Antioxidant activity:2||chlorophyll contents:2||Red clay processed materials:2||Eleutherococcus seoulensis:1||Embryogenic cell:1||Emergence:1||Endodormancy:1||FSToutlier:1||Forest management:1||Freezing treatment:1||GIS:1||Genetic differentiation:1||Genetic diversity:1||Hippophae rhamnoides:1||KSAM:1||KNO₃:1||Land Cover Change:1||Loess:1||Loess Processed Material:1||Marketable crop:1||Melanin synthesis:1||Mixed forest plantation:1||Monoculture plantation:1||Myanmar:1||Natural reforestation:1||Nitrogen Fertilization:1||PGR:1||Paddy rice farm:1||Plant regeneration:1||Plug seedling:1||Population genetic structure:1||Populus alba var. pyramidalis:1||Populus deltoides:1||Populus euramericana:1||Production Conditions:1||REDD plus:1||Radish:1||Remote Sensing:1||Remote sensing:1||Sand bed acclimation:1||Seed germination:1||Seedling growth:1||SemiArid:1||Short rotation coppice (SRC):1||Silicon Fertilizer:1||Soil amendment:1||Soil organic carbon stocks:1||Somatic embryo:1||TTC reduction rate:1||Tectona hamiltoniana:1||Terminalia oliveri:1||Tyrosinase inhibition:1||Ulmus pumila:1||Viscum album var. coloratum:1||absorbent:1||adventitious bud:1||antifungal activities:1||artificial moisture retention:1||assessment:1||assessment of the conservation status.:1||benefit sharing:1||biofertilizer:1||carbon rights:1||carbon stock:1||chromium:1||climate change:1||conversion:1||converted loess:1||copper:1||diameter at breast height:1||disease resistance:1||distance learning:1||distribution:1||diversity:1||effective masspropagation:1||elemental sulfur:1||emissions trading:1||fertilization:1||forest college:1||forestdependent local people:1||fruit cracking:1||germination:1||growth:1||humic acid fertilizer:1||hybrid poplar:1||in vitro culture:1||income:1||indolebutyric acid:1||land tenure:1||learning method:1||livestock:1||microorganism:1||mistletoe:1||nitrogen:1||nonwood forest products (NWFPs):1||nutrient:1||photosynthetic pigments:1||photosynthetic rate:1||physiological response:1||phytoextraction potential:1||plant growth promoting rhizobacteria:1||plant growth regulators:1||plug cell tray:1||propagation:1||rainfall:1||rare plant species:1||reclaimed tideland:1||reforestation:1||relative height growth rate:1||sea buckthorn:1||seabuckthorn:1||seed germination:1||seedlings:1||seedlings growth:1||semiarid:1||shading:1||similarity:1||socioeconomic:1||soil:1||soil acclimatization:1||soil chemical properties:1||soil composition:1||somatic embryo induction:1||street tree:1||street trees:1||transpiration rate:1||tree health monitoring:1||tropical:1||ulmus pumila:1||urban forest management:1||urban forests:1||urban trees:1||voluntary carbon markets:1||wood specific gravity:1||zinc:1||건조지:1||미얀마:1||사막화:1||식생온도조건지수:1||원격탐사:1||토지피복변화:1||Antioxidants:1||AridAreas:1||Biofertilizer:1||Biomass production:1||Cabbage:1||Cadmium:1||Codonopsis pilosuala:1||Cucumis sativus L:1||Cynanchum wilfordii:1||Deforestation:1||Degradation:1||Desert species:1||Desertification monitoring:1||Economical Synthesis:1||Electrolyte leakage:1||

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