ScholarWorks@Korea University: JEON, SEONG WOO

Detailed Information

JEON, SEONG WOO (전성우)

College of Life Sciences and Biotechnology

Research Area

Tel 02-3290-3043
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

climate change:9||Biodiversity:6||Climate Change:5||MaxEnt:3||Northeast Asia:3||Climate change:3||land degradation:3||Environmental impact assessment:3||urbanization:3||Ecosystem services:3||conservation:3||Protected area:3||DMZ:3||Precipitation:3||national forest inventory:2||SLEUTH model:2||Carbon Storage:2||Land Management:2||multimodel ensemble:2||invasive species:2||Temperature:2||Land cover map:2||Maxent:2||biodiversity:2||land cover:2||Environmental Planning:2||Bioclimatic classification:2||Land use change:2||Ecosystem function:2||Forest Management:2||생물다양성:2||Correlation:2||Land cover:2||InVEST carbon model:2||InVEST Model:2||Mongolia:2||국립공원:2||Conservation strategies:2||forest assessments:1||Invasive species:1||Validation methodology:1||Removal effect index:1||Onshore wind:1||Environmentfriendly:1||Ensemble:1||Uncertainty:1||Validation:1||Agricultural water demand:1||afforestation:1||forest carbon stock:1||Cool forest:1||Proteobacteria:1||land sensitivity:1||forest habitat suitability:1||climate factor:1||residuals:1||Environmental Spatial Information:1||Quantitative & Qualitative Comparison:1||보전전략:1||risk assessment:1||industrial parks:1||SMEs (small and mediumsized enterprises):1||oak wilt disease:1||heat wave:1||assessment:1||wetness topographic index:1||공간분석:1||National Park:1||New Designation:1||artificial neural network:1||Population:1||인구:1||생태계 서비스:1||Water Yield:1||Ecosystem carbon budget:1||사전준비계획:1||Environmental Review:1||Pollution load amount:1||Vulnerability Assessment:1||forest health:1||Management:1||humanmediated disturbances:1||removal policy:1||integrated spatial model:1||evaluation methodology:1||Urban heat island:1||future scenarios:1||management area:1||Climate Change Mitigation:1||species distribution model:1||Biological resource:1||Landscape fragmentation analysis:1||naturebased solutions:1||greenhouse gas inventory:1||public participation:1||remote sensing:1||Malaria:1||Forest water supply:1||interpolation:1||LULUCF:1||Carbon Sink:1||green belt:1||atmospheric concentration:1||Information Suitability:1||환경공간정보:1||Environmental Restoration:1||Land cover identification:1||Performance assessment:1||Land use:1||deforestation:1||social factors:1||health vulnerability:1||Forest:1||Environmental service:1||Inner boundary:1||urban heat islands:1||붕괴･해체:1||Daecheong lake area:1||Biotope Map:1||Land Use Change:1||Climatic factors:1||pinewood nematodes:1||land usage:1||hydrologic modeling:1||Vegetation damage impact assessment:1||Satellite images:1||reduction efficiency:1||NPS control:1||AFOLU:1||soil erosion:1||Carbon sequestration:1||Climate change mitigation:1||green space expansion:1||LiDAR:1||Vegetation greenness trends:1||Removal scenario:1||Global trend analysis:1||Global correlation analysis:1||urban forest:1||county level:1||tidal flat:1||surface temperature:1||air quality:1||forest habitat diversity:1||Vegetation greenness:1||Strategic Environmental Impact Assessment:1||생물기후권역:1||다중기후모형:1||distribution pattern:1||LANDSAT8 OLI/TIRS:1||agroenvironmental variables in cropland:1||adaptive capacity:1||자원성 평가:1||Spatial Analysis:1||Carbon budget:1||Landslide:1||Provisioning Services:1||InVEST 모형:1||unmanned aerial vehicle:1||Inner German Border Area:1||Green Belt:1||Factfinding Surveys:1||Urban Planning:1||Climate Adaptation:1||optimization:1||Land use land cover change:1||Remote sensing:1||pathfinding algorithm:1||pollution management:1||activity data:1||Sustainable management:1||Global:1||Vegetation structure:1||Drone image:1||urban heat island:1||solar:1||Location characteristics:1||Species Distribution Model:1||Species Distribution Model (SDM):1||naturality index:1||North Korea:1||cokriging:1||satellite image:1||Promotion Strategies:1||비무장지대:1||spatial decision support:1||climate change impact:1||Evaporation:1||Trend:1||Shannon index:1||Habitat quality:1||산림 변화:1||Environmental Impact Assessment:1||동북아시아:1||pattern of urban development:1||Seoul city:1||cropland expansion:1||vulnerability assessment:1||drought:1||Classification:1||Stepwise approach:1||Ecosystem productivity:1||Ecosystem service:1||Social service:1||logistic regression:1||수원함양기능:1||강수량:1||National Park Designation Criteria:1||VISIT:1||tree vitality:1||InVEST Carbon Model:1||water resource management:1||Chemical accident post impact assessment:1||Recovery endpoint assessment:1||Urban Development:1||land use:1||habitat conservation:1||Spatial concept:1||PM2.5:1||Sustainable forest development:1||Gemmobacter:1||Final Framework:1||최종체계:1||sustainable use:1||national assessment:1||spatial statistics:1||diffusion type:1||Urbanization:1||Urban Heat Island:1||desertification:1||신규 지정:1||타당성 평가:1||Resource Evaluation:1||Deforestation and reforestation:1||Land cover change:1||GIS:1||Natural Park Law:1||EcoNatural map:1||Quantitative valuation:1||Ecosystem Services:1||green space:1||Advance Preparation Plan:1||Management Plan:1||Carbon storage:1||forest management:1||CAMarkov model:1||Land Cover:1||data collection:1||Landuse changes:1||unmanned aerial vehicles:1||CNNs:1||Socioenvironmental drivers:1||nitrogen dioxide:1||NO2 concentration map:1||land use regression model:1||polyphasic approach:1||MEDALUS method:1||Effective Preparation System:1||실효적 준비체계:1||national level:1||Korean Peninsula:1||National ecosystem survey:1||Ecosystem and nature map:1||Species richness:1||InVEST:1||기후 변화:1||Forest Change:1||risk:1||Topographic correction models:1||urban expansion:1||bioclimatic classification:1||correlation:1||susceptibility map:1||Korea:1||Water Yield Function:1||Ecosystem Service:1||자연공원법:1||Classification accuracy:1||생태계서비스:1||수원함량:1||Vegetation productivity:1||구동서독접경지역:1||교훈:1||Ecological restoration:1||Urban planning:1||air pollution:1||biological resources:1||species distribution:1||forest health management:1||species diversity:1||technologybased model:1||framework development:1||ecological degradation:1||Artificial Neural Networks (ANNs):1||bioclimate vulnerability index:1||conservation strategies:1||Deforestation:1||Decoupling of supply and demand:1||carbon sequestration:1||추진전략:1||urban growth:1||urban living environment:1||diameter at breast height (DBH):1||semivariogram:1||정보 적합성:1||floods:1||forest fragmentation:1||GEPIC:1||vegetation:1||topsoil grain size index:1||Statistical classification:1||Quantification:1||Ecosystem respiration:1||National Parks:1||Interannual analysis:1||land surface temperature:1||thermal infrared camera:1||Collapse and Dissolution:1||Agricultural nonpoint source:1||spatialization:1||dispersal assessment:1||longdistance dispersal:1||spatial prediction:1||climate change impact assessment:1||Protected Area:1||Ecological value:1||best management practices:1||Landuse change:1||protected area:1||vegetation conservation classification:1||restoration:1||field survey:1||Risk assessment:1||global warming:1||Venezuela:1||bioclimatic zone:1||Desertification:1||Natural Ecosystem:1||자연 생태계:1||ecosystem service:1||National park:1||양적·질적 비교:1||Natural Environment Conservation Act:1||Framework Act on Environmental Policy:1||multiclimate models:1||IPCC AR4:1||Feasibility Evaluation:1||Air purification:1||국립공원 지정기준:1||Forest types:1||공급서비스:1||Vegetation respiration:1||Lessons Learned:1||Ecosystem:1||humanvectored dispersal:1||Vegetation resilience:1||Fragmentation:1||settlements spatial extent:1||land use change:1||RUSLE model:1||

RSS_1.0 RSS_2.0 ATOM_1.0

145 Anam-ro, Seongbuk-gu, Seoul, 02841, Korea+82-2-3290-2963

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE