ScholarWorks@Gyeongsang National University: Jang, Min Won

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Jang, Min Won (장민원)

농업생명과학대학 (지역시스템공학과)

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Tel 0557721933
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agricultural reservoir:5||Agricultural drought:4||Bangladesh:4||agricultural drought:3||meteorological drought:3||climate change:3||irrigation reservoir:3||rainfallrunoff:3||machine learning:3||MODIS:3||Water resource:2||Water supply:2||Database:2||Watershed Delineation:2||soil moisture:2||Webbased Geographic Information Systems:2||impervious surface area rate:2||index:2||World Wide Web:2||Fragmentation:2||Mobile Application:2||Environmental flows:2||Landscape Change:2||IDW:2||water balance:2||water balance model:2||natural amenity:2||Namgang:2||Irrigation reservoir:2||Namgaram:2||FAO PenmanMonteith:2||paddy:2||FRAGSTATS:2||Climate change:2||Cell2Flood:2||Land Cover:2||South Korea:2||Paddy:2||population change:2||distributed hydrological model:2||drought:2||Land cover classification:2||Hydrologic Topographical Data:2||Streamflow monitoring:2||Landscape Ecology Indices:2||Topographic factors:2||Uncertainty:2||Emerging hot spot:2||reservoir storage:2||Vulnerability:2||RADARSAT:2||Water demand:2||Inundation:1||Irrigation water requirement:1||Irrigation water supply:1||Kmeans clustering:1||Kriging:1||Landsat 8:1||Location based:1||Measure improvement:1||Meteorologic data:1||Monthly precipitation:1||Multitemporal SAR:1||NDVI:1||NPS:1||NamgangDam:1||Natural Hazard:1||North Korea:1||North korea:1||Nutritional status index:1||PDSI:1||Palmer drought severity index:1||PenmanMonteith:1||Phillips drought index:1||Potential evaptranspiration (PET):1||Principal component analysis (PCA):1||RCP scenarios:1||Rainfallrunoff:1||ReScaled 분석:1||Remote sensing:1||Rescaled analysis:1||Reservoir drought index:1||Risk assessment:1||Rural amenity:1||SAR:1||SCSCN:1||SPI:1||SSP  scenario:1||SVM:1||Selfsimilarity:1||Soil Map:1||Soil moisture index:1||Southerntype garlic:1||Spatial interpolation:1||Standardized Precipitation Index (SPI):1||Standardized precipitation index:1||Suitability:1||VHI:1||Vulnerability assessment:1||Vulnerability to Climate Change:1||Watershed:1||agricultural  reservoir:1||alternative irrigation water:1||areal extent:1||artificial neural network:1||bangladesh:1||berm:1||blizzards:1||canal water level:1||cell:1||classification and regression trees algorithm (CART):1||cluster analysis:1||consumptive use:1||correlation:1||curve number:1||data mining technique:1||design water requirement:1||drought assessment:1||drought indicator:1||drought reference design year:1||drought risk assessment:1||dry stream:1||effective drought index:1||environmental flow:1||extreme rainfalls:1||farmland inundation:1||forest:1||frequency of drought:1||future drought projections:1||greenhouse:1||groundwater:1||highresolution:1||hydrological model:1||impervious area rate:1||inundation & erosion:1||irrigation:1||irrigation canal:1||irrigation requirement:1||irrigationvulnerable agricultural areas:1||land characteristics:1||land cover:1||linear regression:1||midmountainous:1||net irrigation water requirement:1||normalized difference vegetation index (NDVI):1||normalized difference water index (NDWI):1||optimal probability distribution function:1||paddy field:1||paddy rice:1||peak runoff:1||plotscale monitoring:1||pointunit data:1||polynomial regression:1||ponding depth:1||potential  impact  on  drought:1||potential impact:1||prekharif:1||pumping station:1||random forest:1||realtime data:1||recharge:1||reference evapotranspiration:1||remote sensing:1||reservoir drought index:1||reservoir storage forecasting:1||rural water districts:1||satellite imagery:1||sensitivity:1||sentinel2:1||severity:1||shortterm flood:1||silt fence:1||soil moisture movement:1||soil water balance:1||southerntype galic:1||space time cube:1||spatial interpolation:1||spatiotemporal trend:1||spline:1||total maximum daily load (TMDL):1||upland crops:1||urbanization:1||vegetation drought response index (VegDRI):1||vulnerability:1||vulnerability indicator:1||water cycle management:1||water levelstorage:1||water quality:1||water supply and demand:1||water surface:1||water surface area:1||water vulnerability:1||가뭄:1||관개용 저수지:1||기후변화:1||남가람:1||남강:1||농어촌 환경용수:1||북한:1||수자원 부존량:1||용수 공급:1||용수 수요:1||월강수량:1||자기유사성:1||하천유량 모니터링:1||10year return period:1||허스트지수:1||AHP:1||AVHRR:1||Adaptive capacity:1||Agricultural Information:1||Agricultural Infrastructure:1||Agricultural Water Management:1||Agricultural disaster:1||Aizaki trophic:1||Android:1||BMP:1||Backscattering coefficient:1||Chlorophyll a:1||Chungnam:1||Climate change impact:1||Contaminated farmland Farmland restoration USLE Soilfilling Soil loss:1||Crop evaptranspiration:1||Crop suitability:1||DBMS:1||Data Collection:1||Deciles of normal precipitation:1||Decision support system:1||Delphi:1||Drought:1||Drought impact:1||Drought indices:1||Drought management:1||Dryday index:1||EGIS:1||Early maturing rice:1||Effective Drought Index (EDI):1||Effective drought Index (EDI):1||Effective drought index:1||Effective rainfall:1||Environmental flow:1||Eutrophication:1||Farmland:1||Farmland suitability:1||Flood:1||Flood Information:1||Flood impact:1||Frequency analysis:1||Fuzzy Membership:1||GCM:1||GCMs under RCP scenarios:1||Geomorphic:1||Google Earth:1||Groundwater:1||Gyeongsangnamdo:1||HECHMS:1||HSR:1||Hurst exponents:1||

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