 ON THE LINKAGE OF LARGE-SCALE CLIMATE VARIABILITY WITH LOCAL CHARACTERISTICS OF DAILY PRECIPITATION AND TEMPERATURE EXTREMES: AN EVALUATION OF STATISTICAL DOWNSCALING METHODS |
| ON THE LINKAGE OF LARGE-SCALE CLIMATE VARIABILITY WITH LOCAL CHARACTERISTICS OF DAILY PRECIPITATION AND TEMPERATURE EXTREMES: AN EVALUATION OF STATISTICAL DOWNSCALING METHODS |
| ON THE LINKAGE OF LARGE-SCALE CLIMATE VARIABILITY WITH LOCAL CHARACTERISTICS OF DAILY PRECIPITATION AND TEMPERATURE EXTREMES: AN EVALUATION OF STATISTICAL DOWNSCALING METHODS |
| ON THE LINKAGE OF LARGE-SCALE CLIMATE VARIABILITY WITH LOCAL CHARACTERISTICS OF DAILY PRECIPITATION AND TEMPERATURE EXTREMES: AN EVALUATION OF STATISTICAL DOWNSCALING METHODS |
| ON THE LINKAGE OF LARGE-SCALE CLIMATE VARIABILITY WITH LOCAL CHARACTERISTICS OF DAILY PRECIPITATION AND TEMPERATURE EXTREMES: AN EVALUATION OF STATISTICAL DOWNSCALING METHODS |
| ON THE LINKAGE OF LARGE-SCALE CLIMATE VARIABILITY WITH LOCAL CHARACTERISTICS OF DAILY PRECIPITATION AND TEMPERATURE EXTREMES: AN EVALUATION OF STATISTICAL DOWNSCALING METHODS |
| ON THE LINKAGE OF LARGE-SCALE CLIMATE VARIABILITY WITH LOCAL CHARACTERISTICS OF DAILY PRECIPITATION AND TEMPERATURE EXTREMES: AN EVALUATION OF STATISTICAL DOWNSCALING METHODS |
| ON THE LINKAGE OF LARGE-SCALE CLIMATE VARIABILITY WITH LOCAL CHARACTERISTICS OF DAILY PRECIPITATION AND TEMPERATURE EXTREMES: AN EVALUATION OF STATISTICAL DOWNSCALING METHODS |
| ON THE LINKAGE OF LARGE-SCALE CLIMATE VARIABILITY WITH LOCAL CHARACTERISTICS OF DAILY PRECIPITATION AND TEMPERATURE EXTREMES: AN EVALUATION OF STATISTICAL DOWNSCALING METHODS |
| ON THE LINKAGE OF LARGE-SCALE CLIMATE VARIABILITY WITH LOCAL CHARACTERISTICS OF DAILY PRECIPITATION AND TEMPERATURE EXTREMES: AN EVALUATION OF STATISTICAL DOWNSCALING METHODS |
| ENVIRONMENTAL ISOTOPES OF PRECIPITATION, GROUNDWATER AND SURFACE WATER IN YANSHAN MOUNTAIN, CHINA |
| ENVIRONMENTAL ISOTOPES OF PRECIPITATION, GROUNDWATER AND SURFACE WATER IN YANSHAN MOUNTAIN, CHINA |
| ENVIRONMENTAL ISOTOPES OF PRECIPITATION, GROUNDWATER AND SURFACE WATER IN YANSHAN MOUNTAIN, CHINA |
| ENVIRONMENTAL ISOTOPES OF PRECIPITATION, GROUNDWATER AND SURFACE WATER IN YANSHAN MOUNTAIN, CHINA |
| ENVIRONMENTAL ISOTOPES OF PRECIPITATION, GROUNDWATER AND SURFACE WATER IN YANSHAN MOUNTAIN, CHINA |
| ENVIRONMENTAL ISOTOPES OF PRECIPITATION, GROUNDWATER AND SURFACE WATER IN YANSHAN MOUNTAIN, CHINA |
| SIMULATION KOREAN SUMMER MONSOON RAINFALL WITH NCAR REGIONAL CLIMATE MODEL |
| SIMULATION KOREAN SUMMER MONSOON RAINFALL WITH NCAR REGIONAL CLIMATE MODEL |
| SIMULATION KOREAN SUMMER MONSOON RAINFALL WITH NCAR REGIONAL CLIMATE MODEL |
| SIMULATION KOREAN SUMMER MONSOON RAINFALL WITH NCAR REGIONAL CLIMATE MODEL |
| SIMULATION KOREAN SUMMER MONSOON RAINFALL WITH NCAR REGIONAL CLIMATE MODEL |
| SIMULATION KOREAN SUMMER MONSOON RAINFALL WITH NCAR REGIONAL CLIMATE MODEL |
| SIMULATION KOREAN SUMMER MONSOON RAINFALL WITH NCAR REGIONAL CLIMATE MODEL |
| SIMULATION KOREAN SUMMER MONSOON RAINFALL WITH NCAR REGIONAL CLIMATE MODEL |
| COMBINATION OF CLUSTER ANALYSIS AND DISCRIMINATION ANALYSIS USING SELF-ORGANIZING MAP |
| COMBINATION OF CLUSTER ANALYSIS AND DISCRIMINATION ANALYSIS USING SELF-ORGANIZING MAP |
| COMBINATION OF CLUSTER ANALYSIS AND DISCRIMINATION ANALYSIS USING SELF-ORGANIZING MAP |
| COMBINATION OF CLUSTER ANALYSIS AND DISCRIMINATION ANALYSIS USING SELF-ORGANIZING MAP |
| COMBINATION OF CLUSTER ANALYSIS AND DISCRIMINATION ANALYSIS USING SELF-ORGANIZING MAP |
| COMBINATION OF CLUSTER ANALYSIS AND DISCRIMINATION ANALYSIS USING SELF-ORGANIZING MAP |
| FLOOD ANALYSIS AND MITIGATION ON LAKE ALBERT, UGANDA |
| FLOOD ANALYSIS AND MITIGATION ON LAKE ALBERT, UGANDA |
| FLOOD ANALYSIS AND MITIGATION ON LAKE ALBERT, UGANDA |
| FLOOD ANALYSIS AND MITIGATION ON LAKE ALBERT, UGANDA |
| FLOOD ANALYSIS AND MITIGATION ON LAKE ALBERT, UGANDA |
| FLOOD ANALYSIS AND MITIGATION ON LAKE ALBERT, UGANDA |
| FLOOD ANALYSIS AND MITIGATION ON LAKE ALBERT, UGANDA |
| FLOOD ANALYSIS AND MITIGATION ON LAKE ALBERT, UGANDA |
| FLOOD ANALYSIS AND MITIGATION ON LAKE ALBERT, UGANDA |
| FLOOD ANALYSIS AND MITIGATION ON LAKE ALBERT, UGANDA |
| FLOOD ANALYSIS AND MITIGATION ON LAKE ALBERT, UGANDA |
| FLOOD ANALYSIS AND MITIGATION ON LAKE ALBERT, UGANDA |
| FLOOD ANALYSIS AND MITIGATION ON LAKE ALBERT, UGANDA |
| FLOOD ANALYSIS AND MITIGATION ON LAKE ALBERT, UGANDA |
| FLOOD ANALYSIS AND MITIGATION ON LAKE ALBERT, UGANDA |
| FLOOD ANALYSIS AND MITIGATION ON LAKE ALBERT, UGANDA |
| URBAN FLOOD ANALYSIS WITH UNDERGROUND SPACE |
| URBAN FLOOD ANALYSIS WITH UNDERGROUND SPACE |
| URBAN FLOOD ANALYSIS WITH UNDERGROUND SPACE |
| URBAN FLOOD ANALYSIS WITH UNDERGROUND SPACE |
| URBAN FLOOD ANALYSIS WITH UNDERGROUND SPACE |
| URBAN FLOOD ANALYSIS WITH UNDERGROUND SPACE |
| URBAN FLOOD ANALYSIS WITH UNDERGROUND SPACE |
| URBAN FLOOD ANALYSIS WITH UNDERGROUND SPACE |
| URBAN FLOOD ANALYSIS WITH UNDERGROUND SPACE |
| URBAN FLOOD ANALYSIS WITH UNDERGROUND SPACE |
| CLIMATIC VARIABILITY AND DROUGHT IN RAJASTHAN |
| CLIMATIC VARIABILITY AND DROUGHT IN RAJASTHAN |
| CLIMATIC VARIABILITY AND DROUGHT IN RAJASTHAN |
| CLIMATIC VARIABILITY AND DROUGHT IN RAJASTHAN |
| CLIMATIC VARIABILITY AND DROUGHT IN RAJASTHAN |
| CLIMATIC VARIABILITY AND DROUGHT IN RAJASTHAN |
| CLIMATIC VARIABILITY AND DROUGHT IN RAJASTHAN |
| CLIMATIC VARIABILITY AND DROUGHT IN RAJASTHAN |
| CLIMATIC VARIABILITY AND DROUGHT IN RAJASTHAN |
| CLIMATIC VARIABILITY AND DROUGHT IN RAJASTHAN |
| CLIMATIC VARIABILITY AND DROUGHT IN RAJASTHAN |
| CLIMATIC VARIABILITY AND DROUGHT IN RAJASTHAN |
| SIMULATING SCENARIO FLOODS FOR HAZARD ASSESSMENT ON THE LOWER BICOL FLOODPLAIN, THE PHILIPPINES |
| SIMULATING SCENARIO FLOODS FOR HAZARD ASSESSMENT ON THE LOWER BICOL FLOODPLAIN, THE PHILIPPINES |
| SIMULATING SCENARIO FLOODS FOR HAZARD ASSESSMENT ON THE LOWER BICOL FLOODPLAIN, THE PHILIPPINES |
| SIMULATING SCENARIO FLOODS FOR HAZARD ASSESSMENT ON THE LOWER BICOL FLOODPLAIN, THE PHILIPPINES |
| SIMULATING SCENARIO FLOODS FOR HAZARD ASSESSMENT ON THE LOWER BICOL FLOODPLAIN, THE PHILIPPINES |
| SIMULATING SCENARIO FLOODS FOR HAZARD ASSESSMENT ON THE LOWER BICOL FLOODPLAIN, THE PHILIPPINES |
| NUMERICAL ESTIMATION OF PUMP STATIONS EFFECTS UNDER HEAVY RAINFALL IN LOW-LYING AREA USING INUNDATION FLOW ANALYSIS |
| NUMERICAL ESTIMATION OF PUMP STATIONS EFFECTS UNDER HEAVY RAINFALL IN LOW-LYING AREA USING INUNDATION FLOW ANALYSIS |
| NUMERICAL ESTIMATION OF PUMP STATIONS EFFECTS UNDER HEAVY RAINFALL IN LOW-LYING AREA USING INUNDATION FLOW ANALYSIS |
| NUMERICAL ESTIMATION OF PUMP STATIONS EFFECTS UNDER HEAVY RAINFALL IN LOW-LYING AREA USING INUNDATION FLOW ANALYSIS |
| NUMERICAL ESTIMATION OF PUMP STATIONS EFFECTS UNDER HEAVY RAINFALL IN LOW-LYING AREA USING INUNDATION FLOW ANALYSIS |
| NUMERICAL ESTIMATION OF PUMP STATIONS EFFECTS UNDER HEAVY RAINFALL IN LOW-LYING AREA USING INUNDATION FLOW ANALYSIS |
| NUMERICAL ESTIMATION OF PUMP STATIONS EFFECTS UNDER HEAVY RAINFALL IN LOW-LYING AREA USING INUNDATION FLOW ANALYSIS |
| NUMERICAL ESTIMATION OF PUMP STATIONS EFFECTS UNDER HEAVY RAINFALL IN LOW-LYING AREA USING INUNDATION FLOW ANALYSIS |
| MODELING OF FLOODPLAIN INUNDATION PROCESS IN LOW-LYING AREAS |
| MODELING OF FLOODPLAIN INUNDATION PROCESS IN LOW-LYING AREAS |
| MODELING OF FLOODPLAIN INUNDATION PROCESS IN LOW-LYING AREAS |
| MODELING OF FLOODPLAIN INUNDATION PROCESS IN LOW-LYING AREAS |
| MODELING OF FLOODPLAIN INUNDATION PROCESS IN LOW-LYING AREAS |
| MODELING OF FLOODPLAIN INUNDATION PROCESS IN LOW-LYING AREAS |
| HEAVY FLOOD DISCHARGE PREDICTION FOR 2004 FUKUI RAINFALL DISASTER IN JAPAN AND PREDICTIONS IN UNGAUGED BASINS |
| HEAVY FLOOD DISCHARGE PREDICTION FOR 2004 FUKUI RAINFALL DISASTER IN JAPAN AND PREDICTIONS IN UNGAUGED BASINS |
| HEAVY FLOOD DISCHARGE PREDICTION FOR 2004 FUKUI RAINFALL DISASTER IN JAPAN AND PREDICTIONS IN UNGAUGED BASINS |
| HEAVY FLOOD DISCHARGE PREDICTION FOR 2004 FUKUI RAINFALL DISASTER IN JAPAN AND PREDICTIONS IN UNGAUGED BASINS |
| HEAVY FLOOD DISCHARGE PREDICTION FOR 2004 FUKUI RAINFALL DISASTER IN JAPAN AND PREDICTIONS IN UNGAUGED BASINS |
| HEAVY FLOOD DISCHARGE PREDICTION FOR 2004 FUKUI RAINFALL DISASTER IN JAPAN AND PREDICTIONS IN UNGAUGED BASINS |
| DROUGHT ANALYSIS AND COMPARISON OF METHODS: A CASE STUDY OF WESTERN UGANDA |
| DROUGHT ANALYSIS AND COMPARISON OF METHODS: A CASE STUDY OF WESTERN UGANDA |
| DROUGHT ANALYSIS AND COMPARISON OF METHODS: A CASE STUDY OF WESTERN UGANDA |
| DROUGHT ANALYSIS AND COMPARISON OF METHODS: A CASE STUDY OF WESTERN UGANDA |
| DROUGHT ANALYSIS AND COMPARISON OF METHODS: A CASE STUDY OF WESTERN UGANDA |
| DROUGHT ANALYSIS AND COMPARISON OF METHODS: A CASE STUDY OF WESTERN UGANDA |
| DROUGHT ANALYSIS AND COMPARISON OF METHODS: A CASE STUDY OF WESTERN UGANDA |
| DROUGHT ANALYSIS AND COMPARISON OF METHODS: A CASE STUDY OF WESTERN UGANDA |
| DROUGHT ANALYSIS AND COMPARISON OF METHODS: A CASE STUDY OF WESTERN UGANDA |
| DROUGHT ANALYSIS AND COMPARISON OF METHODS: A CASE STUDY OF WESTERN UGANDA |
| DROUGHT ANALYSIS AND COMPARISON OF METHODS: A CASE STUDY OF WESTERN UGANDA |
| DROUGHT ANALYSIS AND COMPARISON OF METHODS: A CASE STUDY OF WESTERN UGANDA |
| MASS TRANSPORT MODELING IN THE UPPER KODAGANAR RIVER BASIN, TAMILNADU, INDIA |
| MASS TRANSPORT MODELING IN THE UPPER KODAGANAR RIVER BASIN, TAMILNADU, INDIA |
| MASS TRANSPORT MODELING IN THE UPPER KODAGANAR RIVER BASIN, TAMILNADU, INDIA |
| MASS TRANSPORT MODELING IN THE UPPER KODAGANAR RIVER BASIN, TAMILNADU, INDIA |
| MASS TRANSPORT MODELING IN THE UPPER KODAGANAR RIVER BASIN, TAMILNADU, INDIA |
| MASS TRANSPORT MODELING IN THE UPPER KODAGANAR RIVER BASIN, TAMILNADU, INDIA |
| MASS TRANSPORT MODELING IN THE UPPER KODAGANAR RIVER BASIN, TAMILNADU, INDIA |
| MASS TRANSPORT MODELING IN THE UPPER KODAGANAR RIVER BASIN, TAMILNADU, INDIA |
| MASS TRANSPORT MODELING IN THE UPPER KODAGANAR RIVER BASIN, TAMILNADU, INDIA |
| MASS TRANSPORT MODELING IN THE UPPER KODAGANAR RIVER BASIN, TAMILNADU, INDIA |
| MODELING SEDIMENT DISCHARGE WITH ARTIFICIAL NEURAL NETWORK: AN EXAMPLE OF THE LONGCHUANG RIVER IN THE UPPER YANGTZE |
| MODELING SEDIMENT DISCHARGE WITH ARTIFICIAL NEURAL NETWORK: AN EXAMPLE OF THE LONGCHUANG RIVER IN THE UPPER YANGTZE |
| MODELING SEDIMENT DISCHARGE WITH ARTIFICIAL NEURAL NETWORK: AN EXAMPLE OF THE LONGCHUANG RIVER IN THE UPPER YANGTZE |
| MODELING SEDIMENT DISCHARGE WITH ARTIFICIAL NEURAL NETWORK: AN EXAMPLE OF THE LONGCHUANG RIVER IN THE UPPER YANGTZE |
| MODELING SEDIMENT DISCHARGE WITH ARTIFICIAL NEURAL NETWORK: AN EXAMPLE OF THE LONGCHUANG RIVER IN THE UPPER YANGTZE |
| MODELING SEDIMENT DISCHARGE WITH ARTIFICIAL NEURAL NETWORK: AN EXAMPLE OF THE LONGCHUANG RIVER IN THE UPPER YANGTZE |
| IMPACT OF FLOODPLAIN VEGETATION ON THE SHEAR LAYER AT THE INTERFACE IN 1D MODEL FOR COMPOUND OPEN-CHANNEL FLOWS |
| IMPACT OF FLOODPLAIN VEGETATION ON THE SHEAR LAYER AT THE INTERFACE IN 1D MODEL FOR COMPOUND OPEN-CHANNEL FLOWS |
| IMPACT OF FLOODPLAIN VEGETATION ON THE SHEAR LAYER AT THE INTERFACE IN 1D MODEL FOR COMPOUND OPEN-CHANNEL FLOWS |
| IMPACT OF FLOODPLAIN VEGETATION ON THE SHEAR LAYER AT THE INTERFACE IN 1D MODEL FOR COMPOUND OPEN-CHANNEL FLOWS |
| IMPACT OF FLOODPLAIN VEGETATION ON THE SHEAR LAYER AT THE INTERFACE IN 1D MODEL FOR COMPOUND OPEN-CHANNEL FLOWS |
| IMPACT OF FLOODPLAIN VEGETATION ON THE SHEAR LAYER AT THE INTERFACE IN 1D MODEL FOR COMPOUND OPEN-CHANNEL FLOWS |
| OXYGEN TRANSFER BY FLOW CHARACTERISTICS AT STEPPED DROP STRUCTURE |
| OXYGEN TRANSFER BY FLOW CHARACTERISTICS AT STEPPED DROP STRUCTURE |
| OXYGEN TRANSFER BY FLOW CHARACTERISTICS AT STEPPED DROP STRUCTURE |
| OXYGEN TRANSFER BY FLOW CHARACTERISTICS AT STEPPED DROP STRUCTURE |
| OXYGEN TRANSFER BY FLOW CHARACTERISTICS AT STEPPED DROP STRUCTURE |
| OXYGEN TRANSFER BY FLOW CHARACTERISTICS AT STEPPED DROP STRUCTURE |
| OXYGEN TRANSFER BY FLOW CHARACTERISTICS AT STEPPED DROP STRUCTURE |
| OXYGEN TRANSFER BY FLOW CHARACTERISTICS AT STEPPED DROP STRUCTURE |
| IMPACTS OF FOREST DEFOLIATION BY PINE-WILT DISEASE ON BIOGEOCHEMICAL CYCLING AND STREAMWATER CHEMISTRY IN A HEADWATER CATCHMENT IN CENTRAL JAPAN |
| IMPACTS OF FOREST DEFOLIATION BY PINE-WILT DISEASE ON BIOGEOCHEMICAL CYCLING AND STREAMWATER CHEMISTRY IN A HEADWATER CATCHMENT IN CENTRAL JAPAN |
| IMPACTS OF FOREST DEFOLIATION BY PINE-WILT DISEASE ON BIOGEOCHEMICAL CYCLING AND STREAMWATER CHEMISTRY IN A HEADWATER CATCHMENT IN CENTRAL JAPAN |
| IMPACTS OF FOREST DEFOLIATION BY PINE-WILT DISEASE ON BIOGEOCHEMICAL CYCLING AND STREAMWATER CHEMISTRY IN A HEADWATER CATCHMENT IN CENTRAL JAPAN |
| IMPACTS OF FOREST DEFOLIATION BY PINE-WILT DISEASE ON BIOGEOCHEMICAL CYCLING AND STREAMWATER CHEMISTRY IN A HEADWATER CATCHMENT IN CENTRAL JAPAN |
| IMPACTS OF FOREST DEFOLIATION BY PINE-WILT DISEASE ON BIOGEOCHEMICAL CYCLING AND STREAMWATER CHEMISTRY IN A HEADWATER CATCHMENT IN CENTRAL JAPAN |
| LESSONS FROM JAPANESE EXPERIENCE IN INVOLUNTARY RESETTLEMENT FOR DAM CONSTRUCTION — CASE OF NEW VILLAGE BUILDING |
| LESSONS FROM JAPANESE EXPERIENCE IN INVOLUNTARY RESETTLEMENT FOR DAM CONSTRUCTION — CASE OF NEW VILLAGE BUILDING |
| LESSONS FROM JAPANESE EXPERIENCE IN INVOLUNTARY RESETTLEMENT FOR DAM CONSTRUCTION — CASE OF NEW VILLAGE BUILDING |
| LESSONS FROM JAPANESE EXPERIENCE IN INVOLUNTARY RESETTLEMENT FOR DAM CONSTRUCTION — CASE OF NEW VILLAGE BUILDING |
| LESSONS FROM JAPANESE EXPERIENCE IN INVOLUNTARY RESETTLEMENT FOR DAM CONSTRUCTION — CASE OF NEW VILLAGE BUILDING |
| LESSONS FROM JAPANESE EXPERIENCE IN INVOLUNTARY RESETTLEMENT FOR DAM CONSTRUCTION — CASE OF NEW VILLAGE BUILDING |
| INTER AND INTRA NEURONAL SYSTEMS FOR RESERVOIR OPERATION |
| INTER AND INTRA NEURONAL SYSTEMS FOR RESERVOIR OPERATION |
| INTER AND INTRA NEURONAL SYSTEMS FOR RESERVOIR OPERATION |
| INTER AND INTRA NEURONAL SYSTEMS FOR RESERVOIR OPERATION |
| INTER AND INTRA NEURONAL SYSTEMS FOR RESERVOIR OPERATION |
| INTER AND INTRA NEURONAL SYSTEMS FOR RESERVOIR OPERATION |
| INTER AND INTRA NEURONAL SYSTEMS FOR RESERVOIR OPERATION |
| INTER AND INTRA NEURONAL SYSTEMS FOR RESERVOIR OPERATION |
| INTER AND INTRA NEURONAL SYSTEMS FOR RESERVOIR OPERATION |
| INTER AND INTRA NEURONAL SYSTEMS FOR RESERVOIR OPERATION |
| OPTIMIZATION MODEL FOR GROUNDWATER DEVELOPMENT IN COASTAL AREAS |
| OPTIMIZATION MODEL FOR GROUNDWATER DEVELOPMENT IN COASTAL AREAS |
| OPTIMIZATION MODEL FOR GROUNDWATER DEVELOPMENT IN COASTAL AREAS |
| OPTIMIZATION MODEL FOR GROUNDWATER DEVELOPMENT IN COASTAL AREAS |
| OPTIMIZATION MODEL FOR GROUNDWATER DEVELOPMENT IN COASTAL AREAS |
| OPTIMIZATION MODEL FOR GROUNDWATER DEVELOPMENT IN COASTAL AREAS |
| OPTIMIZATION MODEL FOR GROUNDWATER DEVELOPMENT IN COASTAL AREAS |
| OPTIMIZATION MODEL FOR GROUNDWATER DEVELOPMENT IN COASTAL AREAS |
| SENSITIVITY ANALYSIS FOR OPTIMIZATION MODEL FOR COASTAL GROUNDWATER |
| SENSITIVITY ANALYSIS FOR OPTIMIZATION MODEL FOR COASTAL GROUNDWATER |
| SENSITIVITY ANALYSIS FOR OPTIMIZATION MODEL FOR COASTAL GROUNDWATER |
| SENSITIVITY ANALYSIS FOR OPTIMIZATION MODEL FOR COASTAL GROUNDWATER |
| SENSITIVITY ANALYSIS FOR OPTIMIZATION MODEL FOR COASTAL GROUNDWATER |
| SENSITIVITY ANALYSIS FOR OPTIMIZATION MODEL FOR COASTAL GROUNDWATER |
| MODELING THE GROUNDWATER DYNAMICS IN A SEMI-ARID HARD ROCK AQUIFER INFLUENCED BY BOUNDARY FLUXES, SPATIAL AND TEMPORAL VARIABILITY IN PUMPING/RECHARGE |
| MODELING THE GROUNDWATER DYNAMICS IN A SEMI-ARID HARD ROCK AQUIFER INFLUENCED BY BOUNDARY FLUXES, SPATIAL AND TEMPORAL VARIABILITY IN PUMPING/RECHARGE |
| MODELING THE GROUNDWATER DYNAMICS IN A SEMI-ARID HARD ROCK AQUIFER INFLUENCED BY BOUNDARY FLUXES, SPATIAL AND TEMPORAL VARIABILITY IN PUMPING/RECHARGE |
| MODELING THE GROUNDWATER DYNAMICS IN A SEMI-ARID HARD ROCK AQUIFER INFLUENCED BY BOUNDARY FLUXES, SPATIAL AND TEMPORAL VARIABILITY IN PUMPING/RECHARGE |
| MODELING THE GROUNDWATER DYNAMICS IN A SEMI-ARID HARD ROCK AQUIFER INFLUENCED BY BOUNDARY FLUXES, SPATIAL AND TEMPORAL VARIABILITY IN PUMPING/RECHARGE |
| MODELING THE GROUNDWATER DYNAMICS IN A SEMI-ARID HARD ROCK AQUIFER INFLUENCED BY BOUNDARY FLUXES, SPATIAL AND TEMPORAL VARIABILITY IN PUMPING/RECHARGE |
| MODELING THE GROUNDWATER DYNAMICS IN A SEMI-ARID HARD ROCK AQUIFER INFLUENCED BY BOUNDARY FLUXES, SPATIAL AND TEMPORAL VARIABILITY IN PUMPING/RECHARGE |
| MODELING THE GROUNDWATER DYNAMICS IN A SEMI-ARID HARD ROCK AQUIFER INFLUENCED BY BOUNDARY FLUXES, SPATIAL AND TEMPORAL VARIABILITY IN PUMPING/RECHARGE |
| MODELING THE GROUNDWATER DYNAMICS IN A SEMI-ARID HARD ROCK AQUIFER INFLUENCED BY BOUNDARY FLUXES, SPATIAL AND TEMPORAL VARIABILITY IN PUMPING/RECHARGE |
| MODELING THE GROUNDWATER DYNAMICS IN A SEMI-ARID HARD ROCK AQUIFER INFLUENCED BY BOUNDARY FLUXES, SPATIAL AND TEMPORAL VARIABILITY IN PUMPING/RECHARGE |
| DELINEATION OF WATER BEARING FRACTURES IN BORE WELLS BY EC LOGS |
| DELINEATION OF WATER BEARING FRACTURES IN BORE WELLS BY EC LOGS |
| DELINEATION OF WATER BEARING FRACTURES IN BORE WELLS BY EC LOGS |
| DELINEATION OF WATER BEARING FRACTURES IN BORE WELLS BY EC LOGS |
| DELINEATION OF WATER BEARING FRACTURES IN BORE WELLS BY EC LOGS |
| DELINEATION OF WATER BEARING FRACTURES IN BORE WELLS BY EC LOGS |
| DELINEATION OF WATER BEARING FRACTURES IN BORE WELLS BY EC LOGS |
| DELINEATION OF WATER BEARING FRACTURES IN BORE WELLS BY EC LOGS |
| EXPLANATIONS OF SPOUTING DYNAMICS OF A GEYSER (PERIODIC BUBBLING SPRING) AND ESTIMATION OF PARAMETERS UNDER IT BASED ON A COMBINED MODEL COMBINING THE MATHEMATICAL MODEL (A STATIC MODEL) AND THE IMPROVED DYNAMICAL MODEL OF ONE |
| EXPLANATIONS OF SPOUTING DYNAMICS OF A GEYSER (PERIODIC BUBBLING SPRING) AND ESTIMATION OF PARAMETERS UNDER IT BASED ON A COMBINED MODEL COMBINING THE MATHEMATICAL MODEL (A STATIC MODEL) AND THE IMPROVED DYNAMICAL MODEL OF ONE |
| EXPLANATIONS OF SPOUTING DYNAMICS OF A GEYSER (PERIODIC BUBBLING SPRING) AND ESTIMATION OF PARAMETERS UNDER IT BASED ON A COMBINED MODEL COMBINING THE MATHEMATICAL MODEL (A STATIC MODEL) AND THE IMPROVED DYNAMICAL MODEL OF ONE |
| EXPLANATIONS OF SPOUTING DYNAMICS OF A GEYSER (PERIODIC BUBBLING SPRING) AND ESTIMATION OF PARAMETERS UNDER IT BASED ON A COMBINED MODEL COMBINING THE MATHEMATICAL MODEL (A STATIC MODEL) AND THE IMPROVED DYNAMICAL MODEL OF ONE |
| EXPLANATIONS OF SPOUTING DYNAMICS OF A GEYSER (PERIODIC BUBBLING SPRING) AND ESTIMATION OF PARAMETERS UNDER IT BASED ON A COMBINED MODEL COMBINING THE MATHEMATICAL MODEL (A STATIC MODEL) AND THE IMPROVED DYNAMICAL MODEL OF ONE |
| EXPLANATIONS OF SPOUTING DYNAMICS OF A GEYSER (PERIODIC BUBBLING SPRING) AND ESTIMATION OF PARAMETERS UNDER IT BASED ON A COMBINED MODEL COMBINING THE MATHEMATICAL MODEL (A STATIC MODEL) AND THE IMPROVED DYNAMICAL MODEL OF ONE |
| EXPLANATIONS OF SPOUTING DYNAMICS OF A GEYSER (PERIODIC BUBBLING SPRING) AND ESTIMATION OF PARAMETERS UNDER IT BASED ON A COMBINED MODEL COMBINING THE MATHEMATICAL MODEL (A STATIC MODEL) AND THE IMPROVED DYNAMICAL MODEL OF ONE |
| EXPLANATIONS OF SPOUTING DYNAMICS OF A GEYSER (PERIODIC BUBBLING SPRING) AND ESTIMATION OF PARAMETERS UNDER IT BASED ON A COMBINED MODEL COMBINING THE MATHEMATICAL MODEL (A STATIC MODEL) AND THE IMPROVED DYNAMICAL MODEL OF ONE |
| IMPROVEMENT OF GROUNDWATER REGIME THROUGH INNOVATIVE RAINWATER HARVESTING ALONG ROAD SIDES |
| IMPROVEMENT OF GROUNDWATER REGIME THROUGH INNOVATIVE RAINWATER HARVESTING ALONG ROAD SIDES |
| IMPROVEMENT OF GROUNDWATER REGIME THROUGH INNOVATIVE RAINWATER HARVESTING ALONG ROAD SIDES |
| IMPROVEMENT OF GROUNDWATER REGIME THROUGH INNOVATIVE RAINWATER HARVESTING ALONG ROAD SIDES |
| IMPROVEMENT OF GROUNDWATER REGIME THROUGH INNOVATIVE RAINWATER HARVESTING ALONG ROAD SIDES |
| IMPROVEMENT OF GROUNDWATER REGIME THROUGH INNOVATIVE RAINWATER HARVESTING ALONG ROAD SIDES |
| CHARACTERIZATION OF GROUNDWATER POTENTIAL ZONES DEDUCED THROUGH THE APPLICATION OF GIS IN SEMI-ARID GRANITIC TERRAIN |
| CHARACTERIZATION OF GROUNDWATER POTENTIAL ZONES DEDUCED THROUGH THE APPLICATION OF GIS IN SEMI-ARID GRANITIC TERRAIN |
| CHARACTERIZATION OF GROUNDWATER POTENTIAL ZONES DEDUCED THROUGH THE APPLICATION OF GIS IN SEMI-ARID GRANITIC TERRAIN |
| CHARACTERIZATION OF GROUNDWATER POTENTIAL ZONES DEDUCED THROUGH THE APPLICATION OF GIS IN SEMI-ARID GRANITIC TERRAIN |
| CHARACTERIZATION OF GROUNDWATER POTENTIAL ZONES DEDUCED THROUGH THE APPLICATION OF GIS IN SEMI-ARID GRANITIC TERRAIN |
| CHARACTERIZATION OF GROUNDWATER POTENTIAL ZONES DEDUCED THROUGH THE APPLICATION OF GIS IN SEMI-ARID GRANITIC TERRAIN |
| CHARACTERIZATION OF GROUNDWATER POTENTIAL ZONES DEDUCED THROUGH THE APPLICATION OF GIS IN SEMI-ARID GRANITIC TERRAIN |
| CHARACTERIZATION OF GROUNDWATER POTENTIAL ZONES DEDUCED THROUGH THE APPLICATION OF GIS IN SEMI-ARID GRANITIC TERRAIN |
| WATER DEPLETION OF FOUR SOIL LAYERS IN THE TROPICS |
| WATER DEPLETION OF FOUR SOIL LAYERS IN THE TROPICS |
| WATER DEPLETION OF FOUR SOIL LAYERS IN THE TROPICS |
| WATER DEPLETION OF FOUR SOIL LAYERS IN THE TROPICS |
| WATER DEPLETION OF FOUR SOIL LAYERS IN THE TROPICS |
| WATER DEPLETION OF FOUR SOIL LAYERS IN THE TROPICS |
| CHARACTERISTICS OF SOIL WATER MOVEMENTS AND WATER TABLE AT THE LEIZHOU PENINSULA, GUANGDONG PROVINCE, CHINA |
| CHARACTERISTICS OF SOIL WATER MOVEMENTS AND WATER TABLE AT THE LEIZHOU PENINSULA, GUANGDONG PROVINCE, CHINA |
| CHARACTERISTICS OF SOIL WATER MOVEMENTS AND WATER TABLE AT THE LEIZHOU PENINSULA, GUANGDONG PROVINCE, CHINA |
| CHARACTERISTICS OF SOIL WATER MOVEMENTS AND WATER TABLE AT THE LEIZHOU PENINSULA, GUANGDONG PROVINCE, CHINA |
| CHARACTERISTICS OF SOIL WATER MOVEMENTS AND WATER TABLE AT THE LEIZHOU PENINSULA, GUANGDONG PROVINCE, CHINA |
| CHARACTERISTICS OF SOIL WATER MOVEMENTS AND WATER TABLE AT THE LEIZHOU PENINSULA, GUANGDONG PROVINCE, CHINA |
| CHARACTERISTICS OF SOIL WATER MOVEMENTS AND WATER TABLE AT THE LEIZHOU PENINSULA, GUANGDONG PROVINCE, CHINA |
| CHARACTERISTICS OF SOIL WATER MOVEMENTS AND WATER TABLE AT THE LEIZHOU PENINSULA, GUANGDONG PROVINCE, CHINA |
| CHARACTERISTICS OF SOIL WATER MOVEMENTS AND WATER TABLE AT THE LEIZHOU PENINSULA, GUANGDONG PROVINCE, CHINA |
| CHARACTERISTICS OF SOIL WATER MOVEMENTS AND WATER TABLE AT THE LEIZHOU PENINSULA, GUANGDONG PROVINCE, CHINA |
| GROUNDWATER RECHARGE EVALUATION IN A RIVER BASIN, ANDHRA PRADESH, INDIA |
| GROUNDWATER RECHARGE EVALUATION IN A RIVER BASIN, ANDHRA PRADESH, INDIA |
| GROUNDWATER RECHARGE EVALUATION IN A RIVER BASIN, ANDHRA PRADESH, INDIA |
| GROUNDWATER RECHARGE EVALUATION IN A RIVER BASIN, ANDHRA PRADESH, INDIA |
| GROUNDWATER RECHARGE EVALUATION IN A RIVER BASIN, ANDHRA PRADESH, INDIA |
| GROUNDWATER RECHARGE EVALUATION IN A RIVER BASIN, ANDHRA PRADESH, INDIA |
| SIMULATION OF SUBSURFACE WATER, NUTRIENTS, AND CONTAMINATION DISCHARGE TO COAST |
| SIMULATION OF SUBSURFACE WATER, NUTRIENTS, AND CONTAMINATION DISCHARGE TO COAST |
| SIMULATION OF SUBSURFACE WATER, NUTRIENTS, AND CONTAMINATION DISCHARGE TO COAST |
| SIMULATION OF SUBSURFACE WATER, NUTRIENTS, AND CONTAMINATION DISCHARGE TO COAST |
| SIMULATION OF SUBSURFACE WATER, NUTRIENTS, AND CONTAMINATION DISCHARGE TO COAST |
| SIMULATION OF SUBSURFACE WATER, NUTRIENTS, AND CONTAMINATION DISCHARGE TO COAST |
| SIMULATION OF SUBSURFACE WATER, NUTRIENTS, AND CONTAMINATION DISCHARGE TO COAST |
| SIMULATION OF SUBSURFACE WATER, NUTRIENTS, AND CONTAMINATION DISCHARGE TO COAST |
| SIMULATION OF SUBSURFACE WATER, NUTRIENTS, AND CONTAMINATION DISCHARGE TO COAST |
| SIMULATION OF SUBSURFACE WATER, NUTRIENTS, AND CONTAMINATION DISCHARGE TO COAST |
| SIMULATION OF SUBSURFACE WATER, NUTRIENTS, AND CONTAMINATION DISCHARGE TO COAST |
| SIMULATION OF SUBSURFACE WATER, NUTRIENTS, AND CONTAMINATION DISCHARGE TO COAST |
| SIMULATION OF SUBSURFACE WATER, NUTRIENTS, AND CONTAMINATION DISCHARGE TO COAST |
| SIMULATION OF SUBSURFACE WATER, NUTRIENTS, AND CONTAMINATION DISCHARGE TO COAST |
| SIMULATION OF SUBSURFACE WATER, NUTRIENTS, AND CONTAMINATION DISCHARGE TO COAST |
| SIMULATION OF SUBSURFACE WATER, NUTRIENTS, AND CONTAMINATION DISCHARGE TO COAST |
| MODELING OF PHYSICAL AND GEOCHEMICAL BEHAVIORS OF SALTWATER IN A COASTAL AQUIFER |
| MODELING OF PHYSICAL AND GEOCHEMICAL BEHAVIORS OF SALTWATER IN A COASTAL AQUIFER |
| MODELING OF PHYSICAL AND GEOCHEMICAL BEHAVIORS OF SALTWATER IN A COASTAL AQUIFER |
| MODELING OF PHYSICAL AND GEOCHEMICAL BEHAVIORS OF SALTWATER IN A COASTAL AQUIFER |
| MODELING OF PHYSICAL AND GEOCHEMICAL BEHAVIORS OF SALTWATER IN A COASTAL AQUIFER |
| MODELING OF PHYSICAL AND GEOCHEMICAL BEHAVIORS OF SALTWATER IN A COASTAL AQUIFER |
| MODELING OF PHYSICAL AND GEOCHEMICAL BEHAVIORS OF SALTWATER IN A COASTAL AQUIFER |
| MODELING OF PHYSICAL AND GEOCHEMICAL BEHAVIORS OF SALTWATER IN A COASTAL AQUIFER |
| MODELING OF PHYSICAL AND GEOCHEMICAL BEHAVIORS OF SALTWATER IN A COASTAL AQUIFER |
| MODELING OF PHYSICAL AND GEOCHEMICAL BEHAVIORS OF SALTWATER IN A COASTAL AQUIFER |
| CALCIUM (Ca) DETERIORATION UNDER THE SUBSURFACE RUNOFF IN A FORESTED HEADWATER CATCHMENT |
| CALCIUM (Ca) DETERIORATION UNDER THE SUBSURFACE RUNOFF IN A FORESTED HEADWATER CATCHMENT |
| CALCIUM (Ca) DETERIORATION UNDER THE SUBSURFACE RUNOFF IN A FORESTED HEADWATER CATCHMENT |
| CALCIUM (Ca) DETERIORATION UNDER THE SUBSURFACE RUNOFF IN A FORESTED HEADWATER CATCHMENT |
| CALCIUM (Ca) DETERIORATION UNDER THE SUBSURFACE RUNOFF IN A FORESTED HEADWATER CATCHMENT |
| CALCIUM (Ca) DETERIORATION UNDER THE SUBSURFACE RUNOFF IN A FORESTED HEADWATER CATCHMENT |
| CALCIUM (Ca) DETERIORATION UNDER THE SUBSURFACE RUNOFF IN A FORESTED HEADWATER CATCHMENT |
| CALCIUM (Ca) DETERIORATION UNDER THE SUBSURFACE RUNOFF IN A FORESTED HEADWATER CATCHMENT |
| CALCIUM (Ca) DETERIORATION UNDER THE SUBSURFACE RUNOFF IN A FORESTED HEADWATER CATCHMENT |
| CALCIUM (Ca) DETERIORATION UNDER THE SUBSURFACE RUNOFF IN A FORESTED HEADWATER CATCHMENT |
| GEOCHEMISTRY OF GROUNDWATER AND THEIR RELATIONSHIP WITH GEOLOGICAL FORMATIONS |
| GEOCHEMISTRY OF GROUNDWATER AND THEIR RELATIONSHIP WITH GEOLOGICAL FORMATIONS |
| GEOCHEMISTRY OF GROUNDWATER AND THEIR RELATIONSHIP WITH GEOLOGICAL FORMATIONS |
| GEOCHEMISTRY OF GROUNDWATER AND THEIR RELATIONSHIP WITH GEOLOGICAL FORMATIONS |
| GEOCHEMISTRY OF GROUNDWATER AND THEIR RELATIONSHIP WITH GEOLOGICAL FORMATIONS |
| GEOCHEMISTRY OF GROUNDWATER AND THEIR RELATIONSHIP WITH GEOLOGICAL FORMATIONS |
| DYNAMIC AND CHEMICAL EVOLUTION OF GROUNDWATER SYSTEM IN QUATERNARY AQUIFERS OF YANGTZE ESTUARINE REGION, CHINA |
| DYNAMIC AND CHEMICAL EVOLUTION OF GROUNDWATER SYSTEM IN QUATERNARY AQUIFERS OF YANGTZE ESTUARINE REGION, CHINA |
| DYNAMIC AND CHEMICAL EVOLUTION OF GROUNDWATER SYSTEM IN QUATERNARY AQUIFERS OF YANGTZE ESTUARINE REGION, CHINA |
| DYNAMIC AND CHEMICAL EVOLUTION OF GROUNDWATER SYSTEM IN QUATERNARY AQUIFERS OF YANGTZE ESTUARINE REGION, CHINA |
| DYNAMIC AND CHEMICAL EVOLUTION OF GROUNDWATER SYSTEM IN QUATERNARY AQUIFERS OF YANGTZE ESTUARINE REGION, CHINA |
| DYNAMIC AND CHEMICAL EVOLUTION OF GROUNDWATER SYSTEM IN QUATERNARY AQUIFERS OF YANGTZE ESTUARINE REGION, CHINA |
| DYNAMIC AND CHEMICAL EVOLUTION OF GROUNDWATER SYSTEM IN QUATERNARY AQUIFERS OF YANGTZE ESTUARINE REGION, CHINA |
| DYNAMIC AND CHEMICAL EVOLUTION OF GROUNDWATER SYSTEM IN QUATERNARY AQUIFERS OF YANGTZE ESTUARINE REGION, CHINA |
| FUNCTIONAL CONNECTED AREAS: SEA AND LAND USES INTERACTION |
| FUNCTIONAL CONNECTED AREAS: SEA AND LAND USES INTERACTION |
| FUNCTIONAL CONNECTED AREAS: SEA AND LAND USES INTERACTION |
| FUNCTIONAL CONNECTED AREAS: SEA AND LAND USES INTERACTION |
| FUNCTIONAL CONNECTED AREAS: SEA AND LAND USES INTERACTION |
| FUNCTIONAL CONNECTED AREAS: SEA AND LAND USES INTERACTION |
| IMPROVED ROBUSTNESS AND EFFICIENCY OF THE SCE-UA MODEL-CALIBRATING ALGORITHM |
| IMPROVED ROBUSTNESS AND EFFICIENCY OF THE SCE-UA MODEL-CALIBRATING ALGORITHM |
| IMPROVED ROBUSTNESS AND EFFICIENCY OF THE SCE-UA MODEL-CALIBRATING ALGORITHM |
| IMPROVED ROBUSTNESS AND EFFICIENCY OF THE SCE-UA MODEL-CALIBRATING ALGORITHM |
| IMPROVED ROBUSTNESS AND EFFICIENCY OF THE SCE-UA MODEL-CALIBRATING ALGORITHM |
| IMPROVED ROBUSTNESS AND EFFICIENCY OF THE SCE-UA MODEL-CALIBRATING ALGORITHM |