The correction of Soil Moisture (SM) estimates in Land Surface Models (LSMs) is considered
essential for improving the performance of numerical weather forecasting and hydrologic …

This article presents a study carried out using EnKF based assimilation of coarser-scale
SMOS soil moisture retrievals to improve the streamflow simulations and forecasting …

Hydrological models are necessary tools for simulating the water cycle and for
understanding changes in water resources. To achieve realistic model simulation results …

Vegetation dynamics have different effects on the terrestrial water cycle and therefore play
an important role in catchment-scale biophysical and hydrological modeling. Meanwhile …

The crucial role of root-zone soil moisture is widely recognized in land–atmosphere
interaction, with direct practical use in hydrology, agriculture and meteorology. But it is …

Accurate flood inundation forecasts have the potential to minimize socioeconomic losses,
but uncertainties in inflows propagated from the precipitation forecasts result in large …

This paper evaluates the application of the Ensemble Kalman Filter (EnKF) for streamflow
assimilation within an ensemble prediction system designed for short-term hydrological …

Practice experience suggests that the traditional calibration of hydrological models with
single objective cannot properly measure all of the behaviors of the hydrological system. To …

Ground deformation observed using near-real time geodetic methods, such as InSAR and
GPS, can provide critical information about the evolution of a magma chamber prior to …

Conceptual rainfall-runoff modelling is a widely-used approach for rainfall-runoff simulation
in streamflow forecasting. The objective of this paper is to introduce an improved non …