저자의 연구 키워드

저자의 연구 키워드

#광합성

#광합성 활성

#광합성속도

#광화학효율

#기능지수

#꼬리진달래

#내음성

#생육 및 생리적 반응

#생장특성

#수리취

#수분포텐셜

#습지

#엽록소

#엽록소 형광

#엽록소함량

#용기묘

#유기질 비료

#차광처리

#침수 스트레스

#피음처리

#홍합 섬유실

#후박나무

#Allium microdictyon

#Allium ochotense

#Aruncus dioicus var. kamtschaticus

#Aster scaber

#Carboxylation Efficiency

#Chlorophyll

#chlorophyll a fluorescence

#Chlorophyll Content

#Chlorophyll contents

#Chlorophyll Fluorescence

#Cirsium setidens

#Climate Change

#Cnidium officinale Makino

#Crepidiastrum sonchifolium

#Dendropanax morbifera

#difference normalized burn ratio (dNBR)

#dNBR

#Drought Tolerance

#Drought-tolerance

#Enzymes activity

#Essential oil

#forest fire

#forest remote sensing

#forest restoration

#forest road

#germination properties

#Growth and physiological responses

#Growth performances

#Jellyfish Fertilizer

#JIP Analysis

#Leaf water potential

#Ligularia fischeri

#Ligularia fischeri var. spiciformis

#Machilus thunbergii

#Maximum Turgor

#Morphological Growth Characteristics

#NaCl Stress

#Non-Photochemical Fluorescence Quenching(NPQ)

#non-stomatal limitation

#normalized difference vegetation index (NDVI)

#Ocmotic Adjustment

#Organic compost

#Parasenecio firmus

#Performance Index

#photochemical efficiency

#Photosynthesis

#Photosynthetic Activities

#Photosynthetic activity

#Photosynthetic Characteristic

#photosynthetic rate

#photosynthetic response

#Photosynthetical Responses

#Physiological Active Compounds

#physiological response

#Pleurospermum camtschaticum

#Polyphasic Rise of Chlorophyll a Fluorescence Transients

#P-V curves

#Quercus acutissima.

#Representative Concentration Pathway (RCP)

#Respiration

#Rhododendron micranthum

#Robinia pseudoacacia

#satellite imagery

#seed ball

#Shade tolerance

#Shade treatments

#Shading Treatment

#Soil Water Contents

#SPME

#Stomatal Conductance

#stomatal response

#Stomatal Transpiration

#Sunlight

#Synurus deltoides

#Vapor Pressure Deficit

#Volatile Aroma

#Water potential

#Water Relations Parameters

#Wetland