저자의 연구 키워드

저자의 연구 키워드

#감축기술

#강수량

#기온

#기후변화

#농산부산물

#농산부산물 활용

#농업기후지대

#바이오매스

#벼

#생산량

#식물복원

#에디공분산

#온실가스

#이산화탄소 플럭스

#이상고온

#이상저온

#이행지수

#일조시간

#전과정 평가

#중금속

#지구온난화

#지구온난화지수

#지상부 생육량

#탄소격리

#탄소성적

#토양 탄소저장

#토양오염

#환경요인

#Abnormally High Temperature

#Abnormally Low Temperature

#Aboveground Biomass

#Agricultural environment

#Agro-Climatic Zone

#Agro-Climatic Zones

#astics

#Bioenergy crops

#Biomass

#Calorific value

#Carbon footprint

#CH<SUB>4</SUB>

#CH₄ Mitigation

#Climate Change

#CO<SUB>2</SUB>

#CO₂ Flux

#Conventional rice framing

#Country Specific Emission Factor

#degradab

#DNDC

#e p

#Eddy Covariance

#Emission

#emissions

#Environmental Factor

#Environmental impact assessment

#environment-friend

#Global Warming

#Global Warming Potential

#Global warming potential (GWP)

#Greenhouse gas

#IPCC

#IPCC guideline

#LCA

#LCI

#LCIA

#Life Cycle Assessment

#Life cycle inventory

#Local Government

#Methane

#Mineral N

#Model

#N<SUB>2</SUB>O

#N<SUB>2</SUB>O emissions

#NItrous Oxide

#opment and marketing

#Organic rice farming

#p

#Precipitation

#Production

#Red pepper

#Rice

#Rice Paddy

#Rice production system

#Scaling Factor

#Soil temperature

#Soil texture

#Soil water contents

#Soil water potential

#Soybean

#Sunshine Duration

#Temperature

#trends in deve

#Unhulled Rice

#Without agricultural chemical rice farming

#y and non-harmfu