TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| ' | |
| 'Artificial reef' | |
| 'Breakwater' | |
| 'Hydraulic model experiment' | |
| 'Local scour' | |
| 'Numerical modeling' | |
| 'Response Amplitude Operator' | |
| 'Wave energy converter' | |
| - | |
| - 2D Inundation Model | |
| - Climate change | |
| - Manhole Impact Assessment | |
| - Nature-based Solutions | |
| - Physically based model | |
| - Process based model | |
| - Rainfall-Runoff-Sediment Yield | |
| - Soil erosion | |
| - Soil Erosion and Deposition | |
| - Soil organic carbon | |
| - Soil Organic Carbon Dynamics | |
| - Storm Water Management Model | |
| - Underground Inundation | |
| - Urban Flooding | |
| -Collective irrigation network | |
| -HEC HMS | |
| -Hydrological and hydraulic modeling | |
| -IBER | |
| 1 | |
| 1-minute rainfall data | |
| 1. Drop shaft | |
| 1D-2D coupled model | |
| 1D-2D Flood modeling | |
| 1D–2D Coupled Model | |
| 2 | |
| 2. Urban flood defense infrastructure | |
| 2D flow analysis | |
| 2D flow simulation | |
| 2D HEC-RAS | |
| 2D hydraulic modeling | |
| 3 | |
| 3-way junction manhole | |
| 3. Hydraulic experiment | |
| 3D modeling | |
| 3D numerical model | |
| 3D numerical simulation | |
| 3D printing | |
| 4 | |
| 4. Numerical modeling | |
| 4K-Camera | |
| 4R framework | |
| A | |
| abandoned paddy field | |
| Accumulation stability and failure | |
| Accuracy assessments | |
| Acoustic Backscatter | |
| Acoustic Doppler Velocimeter | |
| Adaptation | |
| Adaptation strategies | |
| Adaptation Strategy | |
| Adaptive | |
| adaptive capacity | |
| adaptive capacity framework | |
| Adaptive flood control | |
| Adaptive gating | |
| Adaptive Management | |
| ADCP | |
| ADCSWAN optimazation | |
| Adoption factors | |
| Adrian Law Wing Keung | |
| Adsorption | |
| Adsorption–oxidation hybrid system | |
| Affine Frequency Division Multiplexing (AFDM) | |
| Ageing | |
| agent-based modelling | |
| Agentic AI | |
| Aggregation–decomposition | |
| aging reservoirs | |
| Agricultural drought | |
| Agricultural drought prediction | |
| Agricultural fields | |
| Agricultural reservoir | |
| Agricultural Reservoir Measurement Data | |
| Agricultural reservoirs | |
| agricultural return flow | |
| Agricultural water return flow | |
| Agricultural weir | |
| agriculture | |
| AI | |
| AI and Water treatment | |
| AI machine learning | |
| AI-based dam operation | |
| AI-based virtual sensor | |
| AI-driven hydrological prediction | |
| AI-powered hydrologic systems | |
| AIoT field sensing | |
| Algae Control Agents | |
| Algal bloom prediction | |
| Alpine mass movement | |
| Alternate sandbars | |
| Alternating bars | |
| Amazon River Basin | |
| AMSR2 | |
| Analytical Modeling | |
| Ancestral Irrigation Canals | |
| ANN | |
| Anomalous transport | |
| anomaly detection | |
| Anthropocene process | |
| anthropogenic activities | |
| Anthropogenic-climatic drivers | |
| APEX Model | |
| Aquaculture effluents | |
| AQUAscat 1000R | |
| Aquatic Ecosystem Health | |
| aquatic plant | |
| Aquifer Dynamics | |
| Ariake sea | |
| Arid inland river basin | |
| Arid region | |
| Arid regions | |
| Armor configuration | |
| Arrival time | |
| Artificial fiber | |
| Artificial intelligence | |
| Artificial Intelligence (AI) | |
| Artificial Intelligence(AI) | |
| Artificial Neural Network | |
| Arundo donax var. angustifolia | |
| Ashikita Port | |
| Assembled boulders | |
| Asset management | |
| Assimilation frequency | |
| Atmospheric Rivers | |
| Attention mechanism | |
| attention-based learning | |
| Autoformer | |
| Automated Hydrological Observation | |
| Automated sediment analysis | |
| Automatic Weather Station(AWS) | |
| Autonomous Control | |
| Auxiliary indicators | |
| Auxiliary spillway conduit | |
| Available flood storage capacity | |
| B | |
| Backpropagation | |
| Backscattering Coefficient | |
| backwater effects | |
| Baisha Bay sandy beach | |
| Bangladesh | |
| bank full flow | |
| Bank Migration | |
| Bankside vegetation patches | |
| Baseline data | |
| basin flood control | |
| Basin-scale flood mitigation | |
| Basin-wide Flood Control | |
| Bayesian Networks | |
| Bayesian optimization | |
| Bayesian Search | |
| beach profiles | |
| BEAST algorithm | |
| bed disturbance | |
| Bed instability | |
| Bed Material | |
| Bed morphology | |
| Bed Relief Index(BRI) | |
| Bed shear stress | |
| Bed variation modeling | |
| Bed-load transport | |
| Bedload | |
| bedload transport | |
| Bedload transport rate | |
| Bending morphology | |
| Benefit Cost Ratio | |
| Benthic bioturbation | |
| Benthic macroinvertebrate | |
| Benthic macroinvertebrate sensitivity | |
| Bidirectional coupling | |
| Bidirectional temporal convolutional network | |
| BiLSTM | |
| Bioaccumulation prediction model | |
| Biocha | |
| Biochar | |
| BIOECODS | |
| Biofilm | |
| Biogeomorphic feedback | |
| Bioirrigation | |
| Biota-Sediment accumulation factor | |
| bivariate copulas | |
| blue carbon | |
| Blue-Green-Grey drainage system | |
| BMP effectiveness | |
| Bormes les Memosas | |
| Boundary condition | |
| Boundary conditions | |
| Boussinesq wave model | |
| Braided channel | |
| Break Event Point | |
| Breaking onset | |
| Breakwaters | |
| Bridge Hydraulics | |
| Bridge piers | |
| bridge section | |
| Buckingham-π analysis | |
| Building-Induced Hydraulic Resistance | |
| Building-scale simulation | |
| Buildup-Washoff | |
| Bulk flow resistance | |
| Burrow characteristics | |
| C | |
| CA-MLP | |
| calculation model | |
| calibration and validation | |
| Calm zone | |
| Cambodia | |
| Canopy elevation | |
| carbon credit | |
| Carbon Cycle | |
| Carbon dioxide reduction | |
| Carbon emissions | |
| Carbon fluxes | |
| carbon sequestration | |
| Carbonation Model | |
| Cascade Effect | |
| Cascade reservoirs | |
| Cascading reservoirs | |
| Case study analysis | |
| catchment area | |
| catchment-scale | |
| Cavitation erosion | |
| CCTV Image Analysis | |
| CCTV-based monitoring | |
| CE-QUAL-W2 | |
| Ceira River Basin | |
| Central Asia | |
| Ceramsite | |
| CFD | |
| CFD–DEM | |
| CFD–VOF simulations | |
| Channel attention mechanism | |
| Channel blockage | |
| channel geometry | |
| Channel morphodynamics | |
| Channel network scaling | |
| Channel realignment and stabilization | |
| Channel sinuosity | |
| Channelized river | |
| Chennai basin | |
| Chlorophyll-a | |
| Cilacap | |
| CIP | |
| Circular Structure | |
| CLAHE | |
| Clark unit hydrograph | |
| Classification | |
| Climate | |
| Climate adaptation | |
| Climate adjusted design | |
| Climate change | |
| Climate change adaptation | |
| Climate change impact | |
| Climate change impact and adaptation | |
| Climate Change Impacts | |
| climate change mitigation | |
| Climate change projections | |
| Climate change scenario | |
| Climate change scenarios | |
| Climate extreme | |
| Climate mitigation | |
| Climate Pattern | |
| climate projecions | |
| Climate Resilience | |
| Climate Resilience and Adaptation | |
| Climate Resilient Landscapes | |
| Climate Risk Reduction | |
| Climate variability | |
| Climate Vulnerability | |
| Climatic variability | |
| Cloud masking | |
| Cloud seeding | |
| Clustering | |
| CMIP6 | |
| CMIP6 Scenarios | |
| CNN | |
| Co-creation | |
| Coagulation | |
| Coastal | |
| Coastal adaptation | |
| Coastal aquifer | |
| Coastal bathymetry | |
| Coastal Change | |
| coastal engineering | |
| Coastal flood risk | |
| Coastal flooding risk | |
| Coastal groundwater | |
| Coastal hazards | |
| Coastal hypoxia | |
| coastal impact | |
| Coastal monitoring | |
| Coastal Protection | |
| Coastal sediment transport | |
| Coastal vulnerability | |
| Coastal Vulnerability Index (CVI) | |
| Coastal Waters | |
| CoastSat | |
| Coating | |
| Coexistence of Farmers Around the Dam | |
| Coherent structures | |
| Collaborative nature restoration | |
| cological Resilience | |
| Combined Sewer Overflows(CSOs) | |
| COMCOT | |
| Commercial sector | |
| Communication | |
| Community Land Model(CLM) | |
| Community resilience | |
| Community structure | |
| Community-Based and Inclusive Water Governance | |
| Community-based flood management | |
| Compactness | |
| Composite Manning’s Roughness | |
| Compound channel | |
| Compound climate hazards | |
| Compound Drought heatwaves | |
| Compound drought-heatwave events | |
| Compound Failure | |
| Compound flood | |
| Compound flooding | |
| Compound heatwave–extreme precipitation events (CHWEP) | |
| Computational efficiency | |
| Computational Fluid Dynamics | |
| Computational Fluid Dynamics (CFD) | |
| Computational fluid dynamics(CFD) | |
| Computer vision | |
| concentrating bypass flow | |
| Condition assessment | |
| confluence | |
| Confluence basin / detention pond | |
| Confluences | |
| constructed wetland | |
| construction | |
| container throughput forecasting | |
| Containerised system | |
| Contaminant intrusion | |
| Contaminant movement tracking | |
| Contemporary Transformation | |
| Continuous Deflective Separation (CDS) | |
| continuous monitoring | |
| continuous multiple typhoons | |
| continuous slope–area method | |
| Convective Available Potential Energy (CAPE) Boundary-layer processes | |
| copula model | |
| Copula modeling | |
| Copula-VAR | |
| Core validation sites | |
| Correction factors | |
| Corrosion resistance | |
| corruption risk assessment | |
| Cost saving | |
| Coupled hydrodynamic-wave modelling | |
| Coupled Model Intercomparison Project | |
| Coupled Simulation Method | |
| Coupled Wind–Wave Loading | |
| coupling coordination degree model | |
| Coupling Mechanism | |
| Coverage rate | |
| Cox’s Bazar coast | |
| Crack | |
| Crack detection | |
| crack identification | |
| Critical slowing down | |
| critical water resources regulation | |
| Cross-correlation | |
| Cross-correlation analysis | |
| cross-regional transferability | |
| cross-section | |
| CRU-Net | |
| Cryosphere | |
| Cumulative turbidity exposure | |
| Curved Breakwater | |
| Curved channel | |
| Cyanobacterial bloom | |
| Cyanobacterial blooms | |
| Cyanobacterial community structure | |
| Cyber-Physical System (CPS) | |
| Cyclones | |
| Cylinder wake | |
| D | |
| d4PDF | |
| DAF | |
| Daily Streamflow Prediction | |
| Dam | |
| Dam break | |
| dam construction projects | |
| Dam inflow estimation | |
| dam inflow prediction | |
| Dam Safety | |
| dam upstream reach | |
| dam-break | |
| Dam-break experiments | |
| Dam-break flow | |
| dam-break problems | |
| Dam-Break Scenario | |
| Dam-break simulation | |
| Dams Inflow | |
| DART | |
| data assimilation | |
| data management | |
| Data preprocessing | |
| Data scarce | |
| Data-driven approach | |
| data-driven modeling | |
| Data-driven models | |
| Data-Driven Prediction | |
| Data-scarce | |
| Data-Scarce Basin | |
| Data-scarce regions | |
| DCI | |
| De-impermeabilization | |
| Deaggregation | |
| Debris | |
| Debris flow | |
| Debris flows | |
| Debris impact force | |
| Decentralized water management | |
| decision support system | |
| Decomposed granite | |
| Deep Learing | |
| Deep learning | |
| Deep Learning Approach | |
| Deep Learning Model | |
| Deep learning models | |
| Deep neural network(DNN) | |
| Deep stormwater drainage tunnels | |
| Deep-learning emulator | |
| DeepONET | |
| Deflected flow | |
| Deformation monitoring technologies | |
| Delay-Doppler | |
| DEM resolution | |
| density current | |
| Deposition | |
| Deposition and entrainment | |
| Depth inversion | |
| Depth-Area-Frequency(DAF) | |
| depth-dependent properties | |
| depth-integrated model | |
| Depth–velocity hazard | |
| Desalination | |
| Desalination Water | |
| desert | |
| Design and evaluation | |
| Detached Eddy Simulation (DES) | |
| Detention basin | |
| Developing countries | |
| dfasd | |
| DIC | |
| Differentiable Hydrological Model | |
| Diffusion model | |
| diffusive flux | |
| digital intelligence empowerment | |
| Digital terrain model (DTM) | |
| digital twin | |
| dimensioning | |
| disaster preparedness | |
| disaster prevention measurement | |
| disaster recovery | |
| Disaster response | |
| Disaster Response Infrastructure | |
| Disaster risk management | |
| Discharge | |
| Discharge Coefficient | |
| Discontinuous Galerkin | |
| Dissolved ions | |
| Dissolved Oxygen | |
| Distributed Energy Systems | |
| Distributed generation | |
| Distributed hydrological modeling | |
| Distributed model | |
| Distributed Runoff Model | |
| Domestic Water Demand | |
| Double dam-break | |
| downscaling | |
| Downscaling methods | |
| downstream | |
| downstream channel bed change | |
| Downstream effects | |
| Downstream inundation | |
| Drag coefficient | |
| Drag force | |
| drain structures | |
| Drainage | |
| Drainage management | |
| Drainage network | |
| Drainage networks | |
| Drainage system | |
| drainage tunnel | |
| Dredged material disposal | |
| Dredged sediment | |
| drift velocity of plastic | |
| driftwood capture facility | |
| Drinking Water | |
| Drought | |
| Drought Analysis | |
| Drought assessment | |
| Drought condition | |
| Drought damage | |
| drought impact | |
| drought index | |
| Drought Indices | |
| Drought Management | |
| Drought memory | |
| Drought persistence | |
| Drought propagation | |
| drought risk | |
| Drought Risk Management | |
| drought simulation | |
| Drought Vulnerability | |
| drought-limited water level | |
| Dry weather flows | |
| dsfas | |
| DSI | |
| Dual-Polarization radar | |
| DualSPHysics | |
| Dupuit-Forchheimer drag model | |
| DWAT | |
| DWAT(Dynamic Water Resources Assessment Tool) | |
| Dynamic Linear Models (DLM) | |
| Dynamic Mode Decomposition (DMD) | |
| Dynamic response | |
| Dynamic river roughness | |
| Dynamic Wave | |
| E | |
| Early warning | |
| Early warning signals | |
| Early Warning System | |
| Early-warning methods | |
| Earth observation satellites | |
| earth-fill dam safety | |
| Eco-friendly | |
| Eco-friendly rehabilitation | |
| Eco-hydrodynamic modeling | |
| eco-morphodynamic model | |
| Ecohydraulics | |
| Ecohydrological processes | |
| ecohydrology | |
| ecological compensation standard | |
| Ecological drought | |
| Ecological flow | |
| Ecological integrity | |
| ecological niche models | |
| ecological product value | |
| Ecological replenishment | |
| ecological restoration | |
| Ecology and Civil Engineering | |
| ecosystem health | |
| Ecosystem services | |
| Ecotoxicological risk assessment | |
| eddy-viscosity model | |
| Edge AI | |
| Education | |
| effective area | |
| Effective permeability | |
| Efflorescence | |
| elastic modulus | |
| Elastic Net | |
| Electrical Resistivity | |
| Electrical Resistivity Tomography (ERT) | |
| Electromagnetic Flowmeter | |
| Element Cycling | |
| Ellis Penning | |
| Emergency Flood Control Facilities | |
| emergent vegetation | |
| Empirical formula | |
| empirical formula for reflection coefficient | |
| Empirical Quantile Mapping | |
| Emulator | |
| Energy and carbon reduction | |
| Energy consumption | |
| Energy dissipation | |
| Energy generation | |
| energy loss | |
| Energy recovery | |
| Energy saving | |
| Energy source ratio | |
| Enhanced Vegetation Index 2 | |
| EnKF | |
| ensemble forecast | |
| ensemble fusion models | |
| Ensemble Kalman Filter (EnKF) | |
| Ensemble Model | |
| Ensemble Streamflow Prediction | |
| ENSO | |
| Entity-aware long short-term memory | |
| Environmental conditions | |
| Environmental Drought | |
| Environmental ecological flow | |
| Environmental Ecological Flow Index (EI) | |
| Environmental ethics | |
| Environmental Flow | |
| Environmental flow and biodiversity conservation | |
| EPA SWMM | |
| EPA-SWMM | |
| EPANET | |
| Ephemeral stream | |
| Ephemeral streams | |
| ERA5 reanalysis | |
| erosion | |
| erosion and sediment control plan | |
| Erosion control | |
| Escalator | |
| ESG | |
| estuarine and deltaic wetlands | |
| Estuarine Modeling | |
| estuary | |
| Eurasia | |
| Europe | |
| Eutrophication | |
| evacuation | |
| Evacuation decision-making | |
| Evacuation feasibility | |
| evaluation method | |
| Evapotranspiration | |
| Evolution | |
| Excess pressure | |
| Exner equation | |
| expected annual damage (EAD) | |
| Experimental modeling | |
| expert elicitation | |
| Explainable Artificial Intelligence (XAI) | |
| Exploration Technique | |
| extended kalman filter | |
| Extreme autumn flood conditions | |
| extreme climate mitigation | |
| Extreme events | |
| Extreme flood | |
| Extreme flood events | |
| Extreme Gradient Boosting | |
| Extreme heavy/light precipitation | |
| Extreme hydro-climatic events | |
| Extreme low water conditions | |
| Extreme marine environments | |
| Extreme Precipitation | |
| Extreme rainfall | |
| Extreme rainfall and temperature processes | |
| Extreme rainfall impact analysis | |
| Extreme Value Theory | |
| Extreme Values | |
| extreme values ratio (EVR) | |
| Extreme weather events | |
| extreme weather resilience | |
| F | |
| Facility-level | |
| Farmland Inundation | |
| Fast Fourier Transform(FFT) | |
| Feature-based methods | |
| Fecal coliform | |
| Feedback response | |
| Field capacity | |
| field measurement | |
| Field measurements | |
| field monitoring | |
| Field observation | |
| Field soil sample | |
| field survey | |
| Field Validation | |
| field‑based learning | |
| Filteration | |
| finite volume/element methods | |
| Finite-volume method | |
| Fire flow reliability | |
| Fish | |
| fish ecosystems | |
| Fish Habitat Improvement | |
| Fisher Information | |
| Fixed weir | |
| fixed-bed 2D model | |
| fixed-bed analysis | |
| Flexibility | |
| Flexible mattress | |
| Flexible vegetation | |
| Flexible vegetation lodging | |
| Floating debris | |
| Floating debris barrier | |
| Floating drbris | |
| Floating Photovoltaic Systems | |
| Floating wetland | |
| Flocculation | |
| Flood | |
| Flood Analysis | |
| Flood and drought forecasting | |
| Flood buffer zone | |
| Flood control | |
| Flood Control Level of Service (LOS) | |
| Flood control operation | |
| Flood damage assessment | |
| Flood Defense Index (FDI) | |
| Flood Defense Performance | |
| Flood disaster resilience | |
| flood disturbance intensity | |
| Flood extremes | |
| Flood Forecasting | |
| Flood Forecasting and Early Warning | |
| Flood hazards | |
| Flood hydrograph shape | |
| Flood influencing factors | |
| Flood Inundation | |
| Flood inundation analysis | |
| Flood Inundation Mapping | |
| Flood Inundation Sensitivity | |
| Flood Management | |
| Flood Management Governance | |
| flood maps | |
| Flood mitigation | |
| Flood Modelling | |
| Flood modelling integrating framework | |
| Flood Monitoring | |
| flood plain | |
| Flood prediction | |
| Flood propagation | |
| Flood Pump | |
| Flood Quantiles | |
| Flood Regime Change | |
| Flood resilience | |
| Flood Resilience Assessment | |
| Flood retention basin | |
| Flood risk | |
| Flood Risk Assessment | |
| flood risk management | |
| flood risk perception | |
| Flood risk projection | |
| Flood routing | |
| flood season operation | |
| Flood simulation | |
| flood strage area | |
| flood susceptibility mapping | |
| Flood water | |
| Flood water level | |
| Flood water levels | |
| Flood Wave | |
| Flood-adapted livelihoods | |
| Flood-control storage criteria | |
| Flood-event discharge dynamics | |
| flooding in rivers and urban areas | |
| Floodplain | |
| Floodplain management | |
| Floodplain vegetation | |
| Floodplain vegetation patches | |
| Floodplains | |
| Flow attack points | |
| Flow Characteristics | |
| Flow continuity | |
| flow pattern | |
| flow rate ration | |
| flow redistribution | |
| Flow regulation | |
| Flow resistance parameterization | |
| flow structure | |
| Flow Transition | |
| Flow velocity | |
| Flow-Induced Energy Resources | |
| Flow-regime transition | |
| Flow-vegetation interaction | |
| Flowing zone | |
| FLUENT | |
| fluid force reduction | |
| Fluid-structure interaction | |
| Flume experiment | |
| Flushing Discharge | |
| flushing efficiency | |
| Fluvial and inland flooding phenomena | |
| fluvial morphology | |
| FLUXNET CH4 | |
| Forecasting | |
| Forecasting models | |
| Forest carbon accumulation | |
| Foundation AI models | |
| Foundation model | |
| Foundation Models | |
| Fractured rock aquifer | |
| Free Flow | |
| Free surface | |
| Free-surface flow | |
| Frequency analysis | |
| Frequency-based wave mode weighting | |
| Fresh submarine groundwater discharge | |
| Freshwater carbon | |
| freshwater ecology | |
| Froude Number | |
| Full-scale Flume Experiment | |
| Full-scale hydraulic experiments | |
| functional genes | |
| Functional latency | |
| Functional Reliability | |
| FUNWAVE (phase resolving Boussinesq model) | |
| FUNWAVE-TVD | |
| Future | |
| Future Climate Scenarios | |
| Future wave projection | |
| Fuzzy-AHP | |
| G | |
| GALDIT | |
| Game Theory | |
| Gap Filling | |
| GATE | |
| Gate Control | |
| Gated Recurrent Unit (GRU) | |
| Gaussian noise | |
| Gaussian Process Regression | |
| Generalized additive model | |
| Generalized linear model | |
| Generative Adversarial Networks (GANs) | |
| Generative AI | |
| Geological controls | |
| geomorphological evolution | |
| Geomorphology | |
| Geopark planning | |
| geospatial interpolation | |
| Geosynthetic sand containers (GSCs) | |
| Geysering | |
| Gibbs' Model | |
| Gini Coefficient | |
| GIS | |
| Glacier runoff | |
| Global | |
| Global assessment | |
| Global circulation Model | |
| Global Hydrological Models (GHMs) | |
| Global Optimization | |
| Global topographic data | |
| global warming | |
| Glyptotendipes kokunagai | |
| GOCI-Il | |
| Godavari River Basin | |
| Google Earth Engine | |
| Google Earth Engine (GEE) | |
| Governance | |
| GPM IMERG | |
| GPR | |
| GPU | |
| GPU&CPU acceleration | |
| GR4J model | |
| gradient-weighted | |
| Grain size distribution | |
| Graph Convolutional Network (GCN) | |
| Graph Neural Networks | |
| Graph WaveNet | |
| Graph-LSTM | |
| GraphCast | |
| Graphene | |
| Grate inlet | |
| gravel-bed river | |
| Gravimetric Assessment | |
| Gray–green infrastructure systems | |
| Great Lakes hydrology | |
| green hydraulic stress index | |
| Green infrastructure | |
| Green river | |
| Green roof | |
| Green roofs | |
| green small hydropower stations | |
| green stormwater infrastructure | |
| green urban infrastructure | |
| Green-grey infrastructure (GGI) | |
| Green–grey infrastructure | |
| Greywater reuse | |
| Grid-based machine learning | |
| Gridded meteorological data | |
| Ground observation technology | |
| Groundwater | |
| Groundwater Dam | |
| groundwater flow modeling | |
| Groundwater level | |
| Groundwater monitoring wells | |
| Groundwater quality | |
| Groundwater recharge | |
| Groundwater Remediation | |
| Groundwater resilience | |
| Groundwater Response Time | |
| groundwater storage | |
| groundwater table | |
| Groundwater treatment | |
| Groundwater-estuary interaction | |
| Growth Modelling | |
| Groynes | |
| GRU | |
| GRU(Gated Recurrent Unit) | |
| Gumbel | |
| gutter flow | |
| Gyeonggi Bay | |
| H | |
| habitat | |
| Habitat of living creatures | |
| habitat quality | |
| habitat restoration | |
| habitat suitability index | |
| Han river | |
| Han River Basin | |
| Hanjiang River Basin | |
| Hard-projection | |
| Harmful Algal Blooms(HABs) | |
| Hazard Mitigation | |
| Hazardous Weather Detection | |
| Headwater stream | |
| HEC-22 | |
| HEC-RAS | |
| HEC-RAS and HEC-HMS | |
| Hedging rule | |
| Hedonic Price Model | |
| Herb and grass | |
| Heterogeneous computing | |
| High-frequency data | |
| High-frequency monitoring | |
| High-Resolution Flood Mapping | |
| high-resolution hydrology | |
| High-Resolution Monitoring Data | |
| High-resolution satellite imagery | |
| High-resolution simulation | |
| HighResMIP | |
| Himalayan rivers | |
| Hinged flap gate operation | |
| Historic | |
| Horizontal composite breakwater | |
| housing | |
| HSI | |
| HSPF | |
| Human Behavior | |
| human-robot interaction doll experiment | |
| Human–nonhuman relations | |
| human–water systems | |
| hurricane | |
| Hwanggang Dam | |
| Hybrid coastal adaptation | |
| Hybrid model | |
| Hybrid nature-based solutions (NbS) | |
| hybrid process–data approaches | |
| Hybrid water supply | |
| Hydraulic | |
| hydraulic analysis | |
| Hydraulic Behavior | |
| Hydraulic experiment | |
| hydraulic jump | |
| Hydraulic Model | |
| Hydraulic model experiment | |
| Hydraulic Modeling | |
| Hydraulic pressure | |
| Hydraulic risk assessment | |
| hydraulic safety margin | |
| hydraulic simulation | |
| hydraulic structure operation | |
| Hydraulic structures | |
| Hydraulic transients | |
| hydraulic–hydrological coupling | |
| Hydro-atmospheric coupling | |
| Hydro-geochemical Monitoring | |
| Hydro-geomorphology | |
| Hydro-hazards | |
| hydro-kinetic energy | |
| hydro-mechanical coupling | |
| HydroAsia | |
| Hydroclimatic Variability | |
| Hydrodynamic flow | |
| Hydrodynamic model | |
| Hydrodynamic modeling | |
| hydrodynamic modelling | |
| Hydrodynamic Simulation | |
| Hydrodynamics | |
| Hydroelectric production | |
| Hydrograph | |
| Hydroinformatics | |
| Hydrologic component decomposition | |
| Hydrologic Extremes | |
| hydrologic simulation | |
| Hydrologic variability | |
| Hydrological component | |
| Hydrological Connectivity | |
| Hydrological data assimilation | |
| Hydrological Data Quality Control | |
| hydrological extremes | |
| hydrological frequency analysis | |
| Hydrological Model | |
| Hydrological modeling | |
| hydrological modelling | |
| Hydrological Modelling (HEC-HMS) | |
| hydrological performance | |
| Hydrological persistence | |
| Hydrological prediction | |
| Hydrological Risk | |
| hydrological variability | |
| Hydrometeorological disasters | |
| HYDRUS-1D | |
| Hyper-concentrated flow | |
| Hyperparameter tuning | |
| Hyperspectral image | |
| Hyperspectral imaging | |
| Hyporheic exchange | |
| Hyporheic zone | |
| hypoxia | |
| hysteresis | |
| I | |
| IBER | |
| ice cover | |
| IDF curves | |
| IFASG | |
| Ile Alatau | |
| Illumination | |
| image analysis | |
| Image matching | |
| image regression | |
| Image Velocimetry | |
| Image-based 3D reconstruction | |
| Imjin River | |
| Impact assessment | |
| Implicit scheme | |
| Improvement of design standards | |
| Improving Long-Term Groundwater Level Prediction | |
| In-channel landscape | |
| In-situ Chemical Oxidation (ISCO) | |
| index system | |
| Indigenous knowledge | |
| Industrial buildings | |
| Inertial particles | |
| Infiltration | |
| infiltration well | |
| Infiltration-type drainage system | |
| Inflow data | |
| Informer | |
| infrastructure | |
| Infrastructure interdependency | |
| infrastructure resilience | |
| inlet spacing | |
| Instant-NGP | |
| Instantaneous Unit Hydrograph | |
| Insufficient Training Data | |
| Intake management | |
| integral time scale | |
| Integrated Flood Risk Index | |
| Integrated Hydrological Model | |
| Integrated landscape-scale restoration | |
| integrated management | |
| Integrated management system | |
| integrated water management | |
| Integrated Water Management and Governance | |
| Integrated Water Resource Management (IWRM) | |
| Integrated water resources management | |
| Integrated water resources management (IWRM) | |
| Intensity–Duration–Frequency (IDF) curves | |
| Inter-basin water transfer | |
| internal wave | |
| International collaboration | |
| international exchange program | |
| international mutual recognition | |
| interregional input–output (IRIO) | |
| Interspecies extrapolation | |
| intra-annual runoff distribution | |
| Inundation | |
| inundation analysis model | |
| Inundation mapping | |
| Inundation modeling | |
| Inundation of underground spaces | |
| Inverse variance weighting | |
| InVEST model | |
| Invited Speaker | |
| iRIC | |
| iRIC software | |
| Iron-impregnated activated carbon (Fe-PAC) | |
| Irregular waves | |
| irrigation | |
| Irrigation Engineering Heritage | |
| irrigation expansion | |
| Irrigation operation efficiency | |
| irrigation ponds | |
| Irrigation water | |
| ISO 14068-1 Carbon Credits | |
| Isolation Forest | |
| Isotopic signatures | |
| J | |
| Jeju | |
| Jeju Island | |
| Jiziwan region | |
| Joint modeling | |
| K | |
| K-means | |
| Keynote | |
| Keynote 1 | |
| Keynote 2 | |
| Kinematic depth inversion | |
| Kizu River | |
| KM method | |
| Knowledge graph | |
| Korean flood risk assessment model (K-FRM) | |
| Korean Peninsula | |
| Korean sea waters | |
| KRC Standard Testbed | |
| Kriging | |
| Kuma River Basin | |
| L | |
| Labile fraction | |
| Laboratory experiment | |
| Laboratory measurements | |
| Laboratory tank experiment | |
| Lag correlation | |
| Lagrangian-Based Modeling | |
| Lake Akan | |
| lake eutrophication | |
| Lake Soyang | |
| Lakes | |
| land cover change prediction | |
| Land Cover Conversion | |
| Land cover restoration | |
| Land subsidence | |
| land use | |
| Land-atmosphere interactions | |
| land-cover classification | |
| Land-use | |
| Land-use change | |
| Landslide hydrology | |
| Landslide-generated tsunamis | |
| Large ensembles | |
| large language model | |
| large river | |
| Large Sample Emulator (LSE) | |
| Large transboundary basins | |
| large-eddy simulation | |
| Large-scale Assessment | |
| Large-scale experiments | |
| large-scale flood management projects | |
| lateral overflow | |
| lateral weir | |
| lattice Boltzmann method | |
| lead-lag response | |
| Leak localization | |
| Leakage | |
| Levee | |
| Levee Breach | |
| Levee failure | |
| Levee height modification | |
| Levee Reinforcement | |
| Level of Detail (LOD) | |
| Level–Storage Relationship | |
| LID combination | |
| LiDAR | |
| Lightweight Digital Twin | |
| Lightweight Models | |
| Linear Rainfall Bands | |
| LISFLOOD | |
| LISST-200X | |
| Littoral Cell | |
| Living entity | |
| Living-Lab | |
| LLaVA | |
| local ensemble transform Kalman filter | |
| Local Intense Precipitation (LIP) | |
| Local knowledge | |
| Local scour | |
| Local scouring | |
| Loess Plateau | |
| Logarithmic velocity profile | |
| Logic-Tree | |
| Logical Interdependencies | |
| long range forecast | |
| Long Short-Term Memory (LSTM) | |
| Long Short-Term Memory (LSTM) method | |
| long-term changes | |
| long-term system performance | |
| longwave equation | |
| LoRA | |
| loss coefficient | |
| low impact development | |
| low maintenance | |
| Low water management | |
| low-reflection characteristic | |
| Lower Yellow River Floodplain | |
| lowland farmland | |
| LS-SVR | |
| LSTM | |
| LSTM (Long Short-Term Memory) | |
| LSTM Autoencoder | |
| M | |
| Machine learning | |
| Maintenance management | |
| Maintenance Prioritization | |
| Makesens | |
| Malaysia | |
| Mangrove Ecosystem | |
| Mann-Kendall test | |
| Manning’s roughness | |
| Manning’s roughness coefficient | |
| Mann–Kendall | |
| Marginal Willingness to Pay | |
| Marimo | |
| Masked learning | |
| MASW | |
| material cycle | |
| Mattress-type gabions | |
| Maximum dew point | |
| Maximum tsunami height | |
| MCDM | |
| Mean Action Time (MAT) | |
| Meander Morphodynamics | |
| Meandering compound channel | |
| Meandering hydraulics | |
| meandering river | |
| Meandering rivers | |
| Mediterranean climate | |
| Mekong Basin Dataset | |
| Mekong River | |
| Mercury | |
| Mesocosm | |
| Meta Model | |
| Metagenomics | |
| Metalimnetic oxygen minimum (MOM) | |
| Metalimnion | |
| Meteorological information system | |
| meteorological model | |
| Methane | |
| Methane flux | |
| Methylmercury | |
| Micro bubbles | |
| microbial co-occurrence network | |
| Microbial community | |
| Microcystin-LR | |
| Microorganism | |
| Microplastic | |
| Microplastics | |
| Microscopic Analysis | |
| Microturbine | |
| Microwave drone observations | |
| Microwave satellite mission | |
| mild-slope equation | |
| Minamata Bay | |
| minute-resolution data | |
| Miryang River | |
| Missing values | |
| Mixed-size sediment | |
| Mixing Behavior | |
| Mixing pattern | |
| Mixing processes | |
| ML PS framework | |
| MLE process | |
| MLOps | |
| Model | |
| Model applicability and limitations | |
| Model calibration | |
| Model comparison | |
| Model interpretability | |
| model predictive control | |
| Model validation | |
| modeling | |
| Modeling Mangrove | |
| Modelling | |
| Modified Penman | |
| MODIS | |
| MODIS NDVI | |
| MODIS Snow Cover | |
| Moisture | |
| Moment by drag | |
| Momentum-based resistance parameterization | |
| Mongolian Plateau | |
| Monitoring | |
| Monsoon | |
| Mooring system | |
| Morphodynamics | |
| morphological change | |
| Morphological Classification | |
| Moss-Based Green Infrastructure | |
| Motase | |
| Mount-shaped riprap | |
| mountain lake | |
| movable-bed analysis | |
| Movable-bed experiment | |
| Moving boundary | |
| MRV | |
| mudflow | |
| Multi Criteria Decision Analysis (MCDA | |
| Multi scale analysis | |
| Multi-criteria decision-making (AHP–TOPSIS) | |
| Multi-Effect Desalination | |
| Multi-factor analysis | |
| Multi-factor coupling | |
| Multi-GPU acceleration | |
| multi-lane ship locks | |
| multi-level flood risk governance | |
| Multi-metric flood hazard | |
| Multi-model ensemble | |
| multi-objective collaborative optimization | |
| Multi-objective optimization | |
| Multi-purpose IoT sensors | |
| multi-scale catchment | |
| Multi-scale observation | |
| Multi-scenario optimization | |
| multi-sensor | |
| Multi-Sensor Monitoring System | |
| multi-source remote sensing data | |
| multi-stage artificial intelligence | |
| multi-stage discharge | |
| multi-stakeholder | |
| multi-station water-level prediction | |
| Multiple Imputation by Chained Equations (MICE) | |
| Multiple-relaxation-time collision model | |
| Multipurpose Dams | |
| Municipal Governments | |
| Mutual Information | |
| N | |
| Nakdong River | |
| Nakdong River Basin | |
| Narrow Open Channel Flow | |
| National Adaptation Plan | |
| Nationwide database analysis | |
| Natural Environment Humanistic Environment | |
| Natural hazrard | |
| Natural river | |
| naturalized flow duration curve | |
| Nature Based Solutions | |
| Nature Positive | |
| Nature-based | |
| Nature-based flood management | |
| nature-based solution | |
| Nature-based solutions | |
| Nature-based Solutions ( NbS) | |
| Nature-based solutions (NbS) | |
| Nature-based storage | |
| nature-based technologies | |
| Nature‑based Solutions (NbS) | |
| NDVI | |
| nearshore processes | |
| neighborhood pattern metrics | |
| Network Analysis | |
| network flow analysis | |
| Network Topology | |
| Network-based Indices | |
| Neural Hydrology | |
| Neural Network | |
| Neural network modeling | |
| Neural networks | |
| New Zealand Engineering | |
| New Zealand Maori | |
| nexus | |
| NGBoost | |
| nitrogen removal driving force | |
| nitrogen removal performance | |
| Niño SST | |
| NMSE | |
| Noelmina River Basin | |
| Non-contact measurement | |
| non-equilibrium drag force model | |
| Non-equilibrium state | |
| non-hydrostatic 3D model | |
| Non-linear k-ε | |
| non-newtonian fluids | |
| Non-point source pollution | |
| Non-stationarity | |
| non-submerged | |
| non-typhoon extreme wave | |
| Non-uniform flow calculation | |
| Non-uniform sediment | |
| Non-uniform suspended sediment | |
| nonlinear wave model | |
| Nonlinear waves | |
| nonmetric multidimensional scaling | |
| Nonstationarity GEV | |
| Normalized bed shear stress | |
| Normalized difference vegetation index | |
| North China Plain | |
| North China Plan | |
| Northern Tian Shan | |
| NowcastNet | |
| Numerical Model | |
| Numerical modeling | |
| Numerical Modelling | |
| numerical scheme | |
| numerical simulati | |
| Numerical simulation | |
| Numerical stability | |
| Numerical weather prediction model | |
| nutrient | |
| Nutrient loading | |
| Nutrient runoff | |
| O | |
| Object Detection | |
| Oblique Jump | |
| Observation network design | |
| Observed sewer water level data | |
| obstacle degree model | |
| Obstacle spacing | |
| Obstruction | |
| Ocean wave prediction | |
| ODA project | |
| ODFM | |
| Offshore aquaculture | |
| Old Channel Restoration | |
| One-dimensional morphodynamic model | |
| onsite rainwater harvesting | |
| Opak River Basin | |
| open channel flow | |
| Open data | |
| open levee | |
| Open-channel flow | |
| OpenFOAM | |
| Operational Decision-Making | |
| Operational forecasting | |
| Operational Framework | |
| Optical Flow | |
| Optimal Band Ratio Analysis (OBRA) | |
| optimization | |
| Optimizing Rainfall Forecasts | |
| Organic carbon export | |
| Organic matter | |
| organization | |
| Oscillating Hydraulic Jump Phenomena | |
| Oscillating Water Column(OWC) structure | |
| Out-of-Core Processing | |
| Outlier Detection and Correction | |
| Outliers | |
| oval-shaped pier | |
| Overflow levee | |
| Overland flow | |
| Overtopping | |
| Overtopping from a levee | |
| P | |
| paddy field channels | |
| Paddy irrigation | |
| Paldang Lake | |
| parametric study | |
| parametric wind mode | |
| Partial Differential Equation | |
| partial pressure of CO2 | |
| Particle shielding | |
| Particle tracking simulation | |
| Particle transport | |
| Particle-fluid interaction | |
| Particle–turbulence interaction | |
| Pb-210 dating | |
| PCSWMM | |
| Peak over threshold | |
| Pearson type III distribution | |
| peatland modeling | |
| peatland systems | |
| PEOPLES Framework | |
| Perennial streams | |
| perforated wall | |
| Performance gaps | |
| Performance Test | |
| Performance Verification | |
| Periodic water level fluctuation | |
| Permeability resistance coefficient | |
| permeable | |
| Permeable concrete | |
| Permeable low-crested structure | |
| Permeable pavement | |
| Permeable structures | |
| Perturbation expansion | |
| PEST++ | |
| PESTEL Analysis | |
| PFAS | |
| PFAS removal | |
| pH | |
| PHABSIM | |
| Pharmaceutical micropollutants | |
| Phase field model | |
| Phase shift | |
| phase-adaptive optimisation | |
| Phenomenological Theory of Turbulence (PTT) | |
| Phosphorus | |
| Phosphorus loss | |
| Physical experiment | |
| physical infrastructure | |
| Physical model testing | |
| Physical sensor | |
| Physical-soft sensor | |
| Physically based hydrologic modeling | |
| physically-based | |
| physical–virtual sensing | |
| Physics based empirical model | |
| Physics-based hydrological model | |
| Physics-Informed Machine Learning | |
| Physics-informed neural network | |
| physics-informed neural network (PINN) | |
| Physics-informed neural networks | |
| Phytoplankton Community structure | |
| Pico-hydropower | |
| Pier Scour | |
| Pilot Experimental Facility | |
| PINN | |
| Pipe burst | |
| Pipe life cycle | |
| PIV | |
| PlanetScope | |
| planting area | |
| plastic debris in the river | |
| PLATEAU | |
| plume flow | |
| Pluvial Flood Risk | |
| Pluvial flooding | |
| PM2.5 | |
| Polarimetric variables | |
| Polder System | |
| Policy Design | |
| Pollutant load estimation | |
| Polydisperse sediment | |
| Pooling | |
| Poorly gauged basins | |
| pore connectivity | |
| Porous media model | |
| Portugal | |
| Post-flood investigation | |
| post-flood landslides | |
| Post-flood sediment dynamics | |
| Potential Evapotranspiration | |
| power spectral density | |
| Poyang Lake Basin | |
| Pre simulation database | |
| Precipitation | |
| Precipitation Correction | |
| Precipitation Deficits | |
| Precipitation Downscaling | |
| Precipitation estimation | |
| Precision Drones | |
| prediction | |
| Prediction accuracy | |
| prediction model | |
| Prediction Uncertainty | |
| Preissmann slot method | |
| pressure | |
| Pressure Distribution | |
| Pressure Sensor Placement | |
| pressure transient stabilization | |
| Pressure-based performance | |
| Pressure-Flow | |
| Pressurized flow | |
| prior release | |
| priority matrix | |
| Prithvi-EO-2.0 | |
| Probabilistic design rainfall | |
| Probabilistic overflow risk | |
| probabilistic prediction | |
| Probabilistic Tsunami Hazard Assessment (PTHA) | |
| Probable Maximum Precipitation | |
| Process-based model | |
| Propagation time | |
| Protection targets | |
| PTV | |
| Public Health | |
| pump station | |
| Pumping Station | |
| pumping system | |
| Q | |
| QGIS plugin | |
| Qinhuai River Basin | |
| QPE | |
| QPF | |
| Quantile Delta Mapping | |
| Quantitative Disaster Risk Assessment | |
| Quantitative precipitation forecast | |
| quantitative river environmental targets | |
| quasi-normal flow assumption | |
| quasi-steady model | |
| R | |
| R script | |
| Radar Rainfall | |
| Radar rainfall monitoring | |
| Radiative and physiological effects | |
| Rain gauge | |
| rain runoff | |
| rain-radar | |
| Rainfall -runoff modelling | |
| Rainfall data | |
| Rainfall erosivity | |
| Rainfall experiment | |
| Rainfall Frequency analysis | |
| rainfall gap-filling | |
| Rainfall Intensity-Duration-Frequency(IDF) | |
| rainfall tipping point | |
| Rainfall-Runoff | |
| Rainfall-runoff modeling | |
| Rainfall–discharge nomograph | |
| Rainfall–Runoff Modeling | |
| Rainfall–Runoff Response | |
| Rainfall–runoff simulation | |
| Rainstorms | |
| Rainwater | |
| Rainwater harvesting | |
| Rainwater harvesting system | |
| Rainwater management | |
| Rainwater reuse | |
| Random Forest | |
| Random Walk Model | |
| random waves | |
| rank histogram filter | |
| rapid flood simulation | |
| Rapid spatio-temporal flood prediction | |
| Reach-scale friction factor | |
| Real Time Hydrological Monitoring | |
| real time simulation | |
| Real-time | |
| Real-time control (RTC) | |
| Real-time flood early warning system | |
| Real-time Inference | |
| Real-time monitoring | |
| Real-time Rendering | |
| Real-time Urban Flood Forecasting | |
| Recovery lagtime | |
| Recovery Rate | |
| Recursive RainNet | |
| Recycled water | |
| Reduced rinsing cycles | |
| reflection coefficient | |
| regime shift | |
| Regional Frequency analysis (RFA) | |
| Regional sediment transport model | |
| Regionalisation | |
| Regionalization | |
| Relative sea level rise | |
| Relaxation zone | |
| reliability analysis | |
| Remote Sensing | |
| Renewable energy | |
| Rescaling formula | |
| reservoir | |
| Reservoir Evaporation | |
| Reservoir Exploitation | |
| Reservoir Inflow | |
| Reservoir inflow estimation | |
| Reservoir joint operation | |
| reservoir operation | |
| Reservoir operation inference | |
| Reservoir Operations | |
| Reservoir regulation | |
| Reservoir Sedimentation | |
| Reservoir turbidity | |
| Reservoir water budget | |
| reservoir water level management | |
| Residential structural risk | |
| Residual block | |
| Residual chlorine control | |
| Residual SwinUNet | |
| residual-based adaptive refinement | |
| Resilience | |
| Resilience Assessment | |
| resilience framework | |
| Resilience-Oriented Site Selection | |
| resilient | |
| Restoration Strategy | |
| Return flow | |
| Return flow reuse | |
| Revetment | |
| Revetment failure | |
| Reynolds stresses | |
| Reynolds-averaged Navier-Stokes (RANS) equation | |
| RGB Imagery | |
| rice cultivation | |
| Rice paddy | |
| Rice Productivity | |
| Richardson number | |
| Riemann invariants | |
| Rights of nature | |
| Rigid-Body Dynamics | |
| Rill | |
| Rip currents | |
| Riparian land purchase | |
| riparian space management | |
| Riparian vegetation | |
| riparian wetlands | |
| Riprap weir | |
| Risk assessment | |
| Risk Assessment and Management | |
| risk hedging | |
| risk management | |
| Risk matrix | |
| Risk perception | |
| Risk screening | |
| Risk-Informed Design | |
| risks assessment | |
| River applications | |
| River basin | |
| River Basin Disaster Resilience and Sustainability by All | |
| River Basin Management | |
| river channel capacity | |
| River confluence | |
| River Connectivity | |
| river disaster | |
| river engineering | |
| river environment dynamics | |
| River Ethical | |
| River Ethics | |
| River flood risk reduction | |
| River Flooding | |
| River Geomorphology | |
| River governance | |
| River hydraulics | |
| River image monitoring | |
| River infrastructure | |
| River managemen | |
| River Modification | |
| River morphodynamics | |
| River morphology and Sediment dynamics | |
| River plume | |
| River Sluice Gate | |
| River Waste Detection | |
| River Water | |
| river water infrastructure | |
| River water level prediction | |
| River water resource facilities | |
| river water temperature | |
| river water-surface velocity | |
| Riverbed deposition | |
| Riverbed gravel | |
| riverbed management | |
| Riverbed Restoration | |
| Riverbed Variation | |
| Riverine Environment | |
| Riverine people | |
| Road infrastructure | |
| Road network | |
| Road-deposited sediments | |
| Root-zone soil moisture | |
| Rotation system | |
| roughness | |
| Rouse-alpha model | |
| Rreservoir operation | |
| RRI model | |
| runoff | |
| runoff angle | |
| Runoff Characteristic | |
| runoff concentration degree (RCD) | |
| runoff concentration period (RCP) | |
| runoff estimation | |
| Runoff groundwater | |
| Runoff Reduction | |
| Runoff response | |
| rural revitalization | |
| RUSLE | |
| S | |
| Saemangeum | |
| Saemangeum reclamation project | |
| Safety Bias | |
| salinity distribution | |
| Salinity Management | |
| Salinity Monitoring | |
| Salinization recovery | |
| Saltwater Intrusion | |
| Sand capping on the interetidal flat | |
| Sand dam | |
| Sand-grain roughness | |
| sandbar | |
| Sanitation | |
| SAR | |
| Satellite Data | |
| Satellite Hydrology | |
| satellite image | |
| Satellite image analysis | |
| satellite imageries | |
| satellite imagery | |
| Satellite measurements | |
| Satellite precipitation | |
| Satellite remote sensing | |
| Satellite soil moisture | |
| Satellite-based river discharge estimation | |
| Scenario augmentation | |
| Scenario Simulation | |
| SCHISM | |
| Scour | |
| scoured hole | |
| Scratch resistance | |
| Sea-level rise | |
| Seagrass Modelling | |
| Seasonal runoff forecasting | |
| Seasonality | |
| Seawater inflow | |
| Seawater intrusion | |
| Secondary Circulation | |
| Secondary flow | |
| Sediment | |
| Sediment bypass tunnels (SBTs) | |
| Sediment cloud dynamics | |
| sediment deposition | |
| sediment diffusion | |
| Sediment dynamics | |
| Sediment entrainment | |
| Sediment Environment Restoration | |
| Sediment flushing | |
| Sediment grain-size distribution | |
| sediment management measure | |
| Sediment Material | |
| sediment rating curve | |
| Sediment recycling | |
| sediment regime | |
| Sediment sorting | |
| Sediment supply | |
| Sediment transport | |
| Sediment transport rate | |
| Sediment yield | |
| Sediment Yield Reduction | |
| Sediment-water interface | |
| Sedimentation environment | |
| Sedimentation of the river basin | |
| sedimentation rate | |
| sediments | |
| Seepage flow | |
| Seigyu | |
| Seigyu - Nature-Based Solutions (NbS) | |
| self-attention mechanism | |
| self-defense | |
| Self-lining | |
| Self-Organizing Map | |
| semantic fusion | |
| Semi-arid region | |
| Sen1Floods11 | |
| Senjo-Kousuitai | |
| Sensitivity analysis | |
| Sensitivity Matrix | |
| Sensor-based drought index | |
| Sensor-based monitoring | |
| Sentinel | |
| Sentinel-1 | |
| Sentinel-1 SAR | |
| Sentinel-2 | |
| Sentinel-2A | |
| Sentinel-3 OLCI | |
| Seomjin River | |
| Seonsor evaluation | |
| septic matter | |
| Seto Inland Sea | |
| Settling velocity | |
| Sewage-contaminated runoff | |
| Sewer and Stormwater Pipes | |
| shallow flows | |
| Shallow water equations | |
| Shallow-water equations | |
| SHAP | |
| SHAP explanations | |
| Shared Life | |
| shear front | |
| shear stress | |
| Shields stress | |
| Shimouke and Matsubara | |
| shock capturing | |
| Shoreline change | |
| Shoreline Monitoring | |
| Short-duration rainfall | |
| Short-term Forecasting | |
| short-term rainfall prediction | |
| Short-term storage prediction | |
| Side Weir | |
| Side-weir overflow | |
| Significant wave height | |
| Silica sand | |
| Similar Basins Selecting | |
| Similarity | |
| Simulation | |
| Site Suitabilty Analysis | |
| Site-Specific PMP (SSPMP) | |
| Size distribution modeling | |
| Slog frequency | |
| Slug flow | |
| Small and medium-sized rivers | |
| Small and Medium-sized Streams | |
| Small hydropower | |
| Small River | |
| Small stream resilience planning | |
| Small-scale river facilities | |
| SMAP | |
| Smart Sensors | |
| Smart Staff Gauges | |
| Smart Stormwater Management | |
| Smoothed Particle Hydrodynamics | |
| Snow depth | |
| Snow Depth Analysis | |
| Snow load | |
| Snow redistribution | |
| Snow water equivalent | |
| Snowmelt | |
| Snowmelt processes | |
| Socio-ecological resilience | |
| sociohydrological resilience canvas | |
| Soft robot | |
| Soft sensors | |
| soil adjusted vegetation index | |
| Soil and groundwater salinity | |
| Soil and Water Assessment Tool | |
| soil erosion | |
| soil moisture | |
| Soil moisture content | |
| Soil moisture coupling | |
| Soil moisture drought | |
| soil moisutre | |
| soil organic carbon | |
| Soil profile heterogeneity | |
| Soil water content | |
| solar harvesting | |
| Solar Panel | |
| Solute transport | |
| Sorbing solutes | |
| Source allocation | |
| Source basin | |
| Source identification | |
| South Pennar River Basin | |
| sparse modeling method | |
| Spatial | |
| Spatial Autocorrelation | |
| spatial characteristics of rainfall | |
| Spatial dependence | |
| Spatial detention technology | |
| Spatial Downscaling | |
| Spatial Field Monitoring | |
| Spatial heterogeneity | |
| spatial information analysis | |
| Spatial Planning | |
| spatial rainfall scenarios | |
| Spatial Regionalization | |
| Spatio-temporal attention mechanism | |
| Spatio-Temporal Image(STI) | |
| Spatio-Temporal Variability | |
| spatiotemporal dispersivity evolution | |
| Spatiotemporal Mapping | |
| Spatiotemporal variations | |
| specialities | |
| Species composition | |
| Spectral Data | |
| spectral noise | |
| Spectral wave model | |
| SPEI | |
| SPI | |
| Sponge cities | |
| Sponge Functioning | |
| Spring water | |
| spur dike | |
| spur dikes | |
| SRH-W | |
| SSP | |
| SSP scenarios | |
| SSP2-4.5 and SSP5-8.5 scenario | |
| SST k-omega model | |
| Stage-Discharge Relationship | |
| Stagnant zone | |
| stakeholder | |
| standardized management | |
| Standardized regression coefficients | |
| State-space model | |
| Station-based meteorological data | |
| Statistical modeling | |
| Steel lining | |
| steep-slope regions | |
| Stem-GNN | |
| Step and Pool Structures | |
| Stepped fishway | |
| stereo imaging | |
| STL | |
| Stochastic Hydrology | |
| Stochastic modeling | |
| Stochastic rainfall generation | |
| Stochastic simulation | |
| Stochastic Storm Transposition | |
| Stochastic Storm Transposition (SST) | |
| Storage and drainage tunnel | |
| storage capacity | |
| Storage coefficient | |
| storage facilities | |
| storm effect | |
| Storm Surge | |
| Storm surge hazards | |
| storm tide model | |
| storm velocity | |
| stormwater | |
| Stormwater detention facility | |
| stormwater inlet | |
| stormwater intensity formula | |
| Stormwater management | |
| Stormwater system | |
| stormwater treatment system | |
| Straight channel | |
| strategic planning | |
| Stratification | |
| Stratified flow dynamics | |
| Stream Accessibility | |
| Streamflow | |
| Streamflow prediction | |
| streamflow rate | |
| Streamflow response | |
| Streamflow simulation | |
| Streamlit | |
| Stress testing hydraulic model | |
| Strip roughness | |
| Strom Drain Inlet Assessment | |
| Structural break analysis | |
| structural equation modeling | |
| Structural Holes | |
| sub-arctic river | |
| Subcritical flow | |
| Subgrid three-dimensional model | |
| Submerged aquatic vegetation | |
| Submerged Flow | |
| Submerged horizontal plate | |
| submerged–emergent sequence | |
| subseasonal-to-seasonal forecast | |
| Subtree | |
| Subway | |
| SuDS | |
| super resolution | |
| super typhoon | |
| Super-resolution | |
| supersaturation | |
| Support pillar | |
| Support Vector regression | |
| Surcharged flow | |
| surf-swash zone | |
| Surface Cover Condition | |
| Surface morphology | |
| Surface runoff | |
| Surface runoff modelling | |
| Surface Velocity | |
| surface water–groundwater interaction | |
| Surfactant-free detergent | |
| Surplus accounting | |
| Surrogate Model | |
| surrogate modeling | |
| Suruga Bay | |
| Survival function | |
| Survival strategy | |
| Suspended Sediment Concentration | |
| Suspended sediment concentration (SSC) Turbidity layer detection | |
| Suspended Sediment Concentration(SSC) | |
| sustainability | |
| sustainable development | |
| Sustainable drainage | |
| Sustainable groundwater management | |
| Sustainable management | |
| Sustainable river management | |
| Sustainable water management | |
| SWAN | |
| Swan model | |
| SWAN modelling | |
| Swash zone | |
| Swash-swash interactions | |
| SWAT | |
| SWAT model | |
| SWAT-C | |
| SWAT-K | |
| SWMM | |
| Synergistic identification | |
| synthetic aperture radar | |
| Synthetic Aperture Radar (SAR) | |
| System Development | |
| System Reliability | |
| Systematic review | |
| T | |
| T-C Diagram | |
| t-SNE | |
| TabPFN | |
| Takatsu River | |
| Tambo Dam | |
| Tangential Inlet | |
| Taohe River Basin | |
| Target reservoir screening | |
| Tarim River Basin | |
| TDR measurement equipment | |
| Temperature vegetation dryness index | |
| Temporal convolutional network (TCN) | |
| Temporal difference | |
| Temporal dynamics | |
| tentacle-like actuator | |
| Terrestrial Laser Scanning | |
| terrestrial water storage | |
| testfdfv | |
| the average total nitrogen (TN) | |
| The River and Lake Chief System | |
| thermal flux | |
| thermal performance | |
| Thermal regime | |
| Thermal-like and wake-like regimes | |
| Thermocline | |
| three-dimensional computation | |
| Three-dimensional dam-break | |
| Three-dimensional flood simulation | |
| Three-dimensional flow | |
| Three-dimensional flow structure | |
| Three-dimensional lattice Boltzmann method | |
| Throughfall | |
| Tidal Asymmetry | |
| Tidal channel | |
| Tidal energy | |
| tidal farm | |
| Tienshan Mountains | |
| Time of concentration | |
| time series prediction | |
| time to equilibrium | |
| Time-Series Forecasting | |
| Time-Series Inundation Data | |
| Time-series Modeling | |
| Time-varying relationship | |
| tipping point | |
| TN | |
| TOC | |
| Topographic Indices | |
| Total dissolved gas | |
| Total nitrogen and total phosphorus | |
| total sediment load formula | |
| TOYAGAMA | |
| TP | |
| TPH Contamination | |
| Tracing Origin | |
| Trade-offs | |
| Trade-offs and synergies | |
| traditional Japanese crib spur dyke | |
| Traditional ring levee | |
| Traditional river engineering | |
| Train Effect | |
| Transboundary | |
| Transfer learning | |
| Transfer learning (cross site generalization) | |
| Transferability | |
| Transformer | |
| Transformer–BiLSTM | |
| Transient flow analysis | |
| Transient mixed flow | |
| Transition probability | |
| transport time | |
| Transportation Infrastructure | |
| Transportation rates | |
| Trend analysis | |
| Trend detection | |
| tributary | |
| Tributary inflows | |
| Tropical Cyclones | |
| tropical lake | |
| tropical regions | |
| tropical rivers | |
| Tsunami | |
| Tsunami bore | |
| Tsunami inundation | |
| Tsunami-induced debris | |
| Tsunami-like wave inundation | |
| Tsunamis | |
| TUF-TransUNet | |
| Tunnel Spillway | |
| Turbine arrangements | |
| Turbulence | |
| turbulence anisotropy | |
| Turbulence Characteristics | |
| Turbulence intensity | |
| Turbulence model | |
| Turbulence modeling | |
| turbulent | |
| turbulent flow | |
| Turbulent free surface flow | |
| turbulent open-channel flow | |
| Turbulent structures | |
| Two-dimensional flow modeling | |
| Two-dimensional numerical modeling | |
| Two-dimensional numerical simulations of flow and riverbed changes | |
| Two-dimensional RANS analysis | |
| two-dimensional unsteady flow | |
| Two-dimensional unsteady flow analysis | |
| Two-phase flow | |
| Typhoon Analysis | |
| Typhoon Committee | |
| Typhoon Fatality Risk Index | |
| U | |
| U-Net | |
| UAV Remote Sensing | |
| UAV-based geomorphology | |
| UAV-based remote sensing | |
| UAV-image | |
| Ulaanbaatar | |
| ultra-thin wetland green roof | |
| uncertainty analysis | |
| Underground dam | |
| Underground drainage tunnel | |
| Underground Space | |
| Understory growth | |
| Underwater hyperspectral imaging (UHI) Radiometric correction | |
| Underwater Terrain | |
| UNESCO cultural landscape | |
| UNet++-ConvLSTM | |
| Ungauged basin | |
| Ungauged basin modeling | |
| Ungauged Basins | |
| Ungauged Reservoirs | |
| Uniform sediment | |
| Unit-demand formulation | |
| Unplanned urban area | |
| Unreal Engine | |
| Unreal Engine5 | |
| Unsteady Aerodynamics | |
| Unsteady flow analysis | |
| unsupervised anomaly detection | |
| Unsupervised learning | |
| Upland | |
| upscaling | |
| Upstream stagnation | |
| Urban | |
| urban catchment | |
| Urban drainage | |
| Urban Drainage Networks | |
| Urban drainage system | |
| Urban Ecotron | |
| Urban Excessive Floods | |
| Urban flood | |
| Urban flood forecasting | |
| Urban flood management | |
| urban flood mitigation | |
| Urban flood modeling | |
| urban flood prediction | |
| Urban flood resilience | |
| Urban Flood Risk | |
| Urban Flood Susceptibility | |
| Urban Flood Susceptibility Mapping | |
| Urban flooding | |
| urban heat island | |
| Urban hydrological resilience | |
| Urban hydrology | |
| urban infrastructure | |
| Urban Pluvial Flood | |
| Urban resilience | |
| Urban runoff and flood management | |
| urban stormwater design | |
| urban stormwater management | |
| Urban Stream | |
| Urban surface space utilization | |
| urban sustainability | |
| urban sustainable development | |
| Urban water cycle | |
| Urban water demand | |
| Urban water infrastructure design | |
| urban water policy | |
| Urban water resources | |
| Urban water reuse | |
| Urban water systems | |
| urban water-level forecasting | |
| Urban Wetlands | |
| UV/H₂O₂ regeneration | |
| V | |
| Valley-bottom lowlands (Yatsu) | |
| variability characteristics | |
| Variable Infiltration Capacity hydrological model | |
| Variable-agnostic processing | |
| Vegetated compound channel | |
| Vegetation | |
| Vegetation density | |
| Vegetation dynamics | |
| Vegetation expansion | |
| Vegetation indices | |
| Vegetation patch | |
| vegetation patch flow | |
| vegetation patches | |
| Vegetation phenology | |
| Vegetation-induced wave attenuation | |
| Vegetative flow resistance | |
| Velocity Distribution | |
| Velocity field | |
| Velocity measurement | |
| ventilation shaft | |
| vertical and horizontal mixing layers | |
| Vertical infiltration | |
| Vertical mixing | |
| vertical structure | |
| vertical wind distribution | |
| Very-short-term forecasting | |
| vigor | |
| VIIRS | |
| Violent free-surface flows | |
| virtual reality | |
| Virtual Reality(VR) | |
| Virtual Sensing | |
| Virtual sensors | |
| Virtual sewer network | |
| Viscoelastic pipe | |
| Viscoplastic debris flow | |
| Vision Transformer | |
| vision-based sensing | |
| Visualization | |
| Void fraction | |
| Volcanic Region | |
| Volume of Fluid | |
| Vortex | |
| vulnerability | |
| Vulnerability mapping | |
| W | |
| Wando | |
| Water Allocation | |
| water and sediment regulation | |
| water availability | |
| Water balance | |
| Water balance analysis | |
| water balance model | |
| Water Carrying Capacity | |
| Water circulation city | |
| water column | |
| Water Conservancy Heritage | |
| Water conveyance system | |
| Water Culture | |
| Water cushion | |
| Water demand | |
| Water demand prediction | |
| Water Depth | |
| water depth estimation | |
| Water Distribution Network | |
| Water distribution networks | |
| Water Distribution System | |
| Water distribution systems | |
| water diversion network | |
| Water Ethics | |
| Water for Sustainable Development | |
| water governance | |
| Water hazard resilience | |
| Water hazards | |
| water infrastructure | |
| Water infrastructure monitoring | |
| Water Justice | |
| Water level | |
| Water level difference | |
| Water Level Estimation | |
| Water level forcasting | |
| Water level observation | |
| Water level prediction | |
| Water level–storage relationship | |
| Water Management | |
| Water pollution | |
| Water pollution treatment | |
| Water poverty | |
| Water Projection | |
| Water Quality | |
| Water quality estimation | |
| Water Quality Improvement | |
| Water Quality Index | |
| Water Quality Index (WQI) | |
| water quality modeling | |
| Water quality monitorin | |
| Water Quality Monitoring | |
| Water quality prediction | |
| water quality system | |
| Water resource management | |
| water reuse | |
| Water safety | |
| Water Security | |
| Water supply networks | |
| Water Supply Outlook | |
| Water supply reliability | |
| Water Surface Area | |
| water surface velocity | |
| water surface width | |
| Water temperature | |
| Water Temperature Control | |
| water temperature modelling | |
| water temperature variability | |
| water temperature variation | |
| Water Treatment | |
| Water Use | |
| Water use cycle | |
| water value flow | |
| Water Vapor flux | |
| Water-body detection | |
| Water-Energe-Food Nexus | |
| Water-energy nexus | |
| Water-Energy-Wood (Evolved Nexus) | |
| Water-power system | |
| water-sediment model | |
| water-sediment regulation | |
| Water-supply underserved regions | |
| water-surface mobile rescue robot | |
| Water-surface rescue | |
| Water-surface slope measurement | |
| Waterbody segmentation | |
| waterborne diseases | |
| Waterlevel prediction | |
| Watershed | |
| watershed-scale assessment | |
| Watershed-scale modeling | |
| Water–energy nexus | |
| Water–energy–carbon nexus | |
| Water–Energy–Food–Nature Nexus | |
| Wave action balance equation | |
| wave breaking | |
| Wave climate | |
| wave dispersion relation | |
| Wave Energy Dissipation | |
| wave field reconstruction | |
| Wave flume experiment | |
| wave forecasting | |
| wave forecasting system | |
| Wave height decay coefficient | |
| Wave nonlinearity | |
| Wave overtopping | |
| Wave overtopping rate | |
| wave parameter estimation | |
| Wave projection | |
| wave reflection | |
| Wave skewness and asymmetry | |
| Wave Structure Interaction | |
| Wave transmission | |
| Wave-dissipating function | |
| Wavelet transform | |
| wavenumber-frequency spectrum | |
| Weak Ties | |
| Wear resistance | |
| Weather Hazard Awareness | |
| weather hazard education | |
| Weather Radar | |
| Weibull | |
| Weir | |
| Weir opening expansion | |
| weir removal | |
| Well-balancedness | |
| Wet-bed hydraulics | |
| Wetland | |
| Wetland Design (Civil 3D) | |
| Wetland ecosystems | |
| Wetland Restoration | |
| Wetlands | |
| White-to-green river transition | |
| Wilting point | |
| wind correction | |
| wind effect | |
| Wind Farm | |
| wind influence | |
| Wind wave | |
| wonogiri reservoir | |
| Woody riparian vegetation | |
| Woody Vegetation Washout | |
| WRF | |
| WRF-Hydro | |
| WRF-Hydro/Glacier | |
| WRF-UCM | |
| WSUD | |
| X | |
| X-band marine radar | |
| XGBoost | |
| Xiaolangdi Reservoir | |
| XP-SWMM | |
| XRAIN radar rainfall | |
| Y | |
| Yellow River Basin (Inner Mongolia section) | |
| Yellow River estuary | |
| Yeongsan River Basin | |
| YOLO | |
| YOLOv8 | |
| young hydraulicians | |
| ِ | |
| ِData science | |