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Palabras clave – provistas por la editorial

stream discharge; near-natural catchment; trend analysis; NW Spain; field-scale hydrological models; DRAINMOD; tile drainage; nitrate leaching; climate change; venturi flume; CFD; OpenFOAM; RANS; turbulence model; numerical simulation; Parshall flume; water balance; Thornthwaite–Mather method; Python; serverless computing approach; watershed hydrology; Yukon River plume; river discharge; sediment load; flocculation; plunging; underflow; flood; geological categories; probability; Medvednica Mt.; Croatia; numerical model; shallow water equations; dam break; dry and wet beds modeling; river flow; open channels; eddy viscosity; parabolic profile; streamwise velocity distribution; turbulent kinetic energy (TKE); mixing length; log law; log wake; hydrological modeling; streamflow; SWAT; Venturi flume; nonlinear model; burned areas; hydrological modelling; infiltration capacity; SCS-CN; post-fire; shock wave; spillway; spillway pier; flat chute; physical modeling; hydrology; tiling; subsurface flow; Iowa; variational ensemble forecasting; hydrologic processing strategies or hypotheses; SR2MR streamflow forecasting; real-time hydrologic forecasting system; satellite precipitation products; multi models; best streamflow prediction; inverse variance weighting; inverse probability weighting; representative concentration pathways 4.5 and 8.5; modified Mann–Kendall trend test; Ziway Lake Basin; Rift Valley; Ethiopia; maximum precipitation; maximum flow; gravel bed rivers; skin friction; flow resistance; bed forms; energy slope; boundary layer characteristics; abrupt negative step; hydraulic jump; energy loss; momentum closure; Boussinesq equations; specified intervals; MODIS; evapotranspiration; multi-variable calibration; regional flood frequency; ungauged catchments; direct rainfall modelling; headwater catchments; Australia; drought; water; water resources modelling; flood forecast; climate-change impacts; river quality; river morphology; watershed management; reservoir management