Keyphrases
Adaptation
12%
Anthropogenic Climate Change
11%
Canada
15%
CanESM2
8%
Climate Change
21%
Climate Change Impact Assessment
16%
Climate Change Impacts
39%
Climate Models
10%
Climate Simulation
8%
Continuous Streamflow
11%
Coupled Model Intercomparison Project Phase 6 (CMIP6)
11%
CRCM5
9%
Data Assimilation
8%
Distributed Hydrological Model
10%
Ensemble Kalman Filter (EnKF)
7%
Ensemble Streamflow Prediction
18%
ERA5-Land
8%
Europe
7%
Evapotranspiration
11%
Extreme Precipitation
10%
Hydrological Forecasting
10%
Hydrological Impacts
8%
Hydrological Model
64%
Hydrological Modeling
16%
Large Ensemble
17%
Long Short-term Memory
8%
Long Short-term Memory Model
15%
Long Short-term Memory Neural Network
17%
Lumped Hydrological Model
15%
Mean Annual Precipitation
11%
Multi-model Approach
8%
Multi-model Framework
9%
Natural Climate Variability
8%
North America
42%
Northeastern North America
9%
Physically Based Hydrological Model
11%
Prediction in Ungauged Basins
11%
Quebec
10%
Regionalization Methods
9%
River Water Temperature
11%
Snow Model
8%
Spatial Density
7%
Streamflow
34%
Streamflow Forecasting
15%
Streamflow Simulation
9%
Sub-daily
8%
Ungauged Basins
9%
Water Temperature
23%
Water Temperature Model
7%
Weather Station
10%
Earth and Planetary Sciences
Canada
20%
Climate Change
55%
Climate Change Impact
30%
Climate Effect
6%
Climate Modeling
32%
Climate Variation
14%
CMIP
6%
Continent
5%
Coupled Model Intercomparison Project Phase 6
12%
Data Assimilation
6%
Design Experiment
5%
Drainage Basin
5%
Ensemble Forecasting
8%
Europe
7%
Evapotranspiration
13%
Extreme Precipitation
12%
Fifth Generation of ECMWF Atmospheric Reanalysis of the Global Climate
11%
Flood Frequency
6%
Frequency Analysis
9%
Global Climate Change
5%
Green Infrastructure
11%
Green Roof
6%
Groundwater Recharge
5%
Hydrograph
5%
Hydrological Extreme
5%
Hydrology Models
19%
Hydropower Systems
5%
Kalman Filter
6%
Land Use
7%
Long Short-Term Memory Network
29%
North America
36%
Peak Flow
7%
Pilot Project
5%
Potential Evapotranspiration
7%
Quebec
24%
Rainwater Harvesting
5%
Regional Climate
16%
Regionalization
9%
Return Period
11%
River Water
11%
Snowmelt
6%
Stormwater
13%
Streamflow
100%
Time Series
9%
Water Balance
7%
Water Management
10%
Water Resources Development
5%
Water Temperature
23%
Weather Forecast
9%
Weather Station
9%
