The hydrologic sciences and water resources management have long depended on a
combination of in situ measurements and remotely sensed data for research and regulatory …

Remote sensing of river discharge (RSQ) is a burgeoning field rife with innovation. This
innovation has resulted in a highly non-cohesive subfield of hydrology advancing at a rapid …

With increasing urban flood risk due to urbanisation and climate change, flood hazard
prediction is ever more crucial for flood risk management and emergency response …

This perspective discusses the importance of characterizing, quantifying, and accounting for
various sources of uncertainties involved in different layers of hydrometeorological and …

As an emerging non-contact method of flow monitoring, radar technology compensates for
the shortcomings of traditional methods in terms of the efficiency, timeliness, and difficulty in …

The emergence of state‐of‐the‐art satellite altimetry has provided new prospects for
integrating water surface elevation (water level) measurements with a hydrologic model for …

Estimating river discharge requires simultaneous measurement of velocity and flow depth.
While surface velocities are relatively easy to measure using noncontact techniques, depth …

Passive remote sensing is a practical and widely used method for bathymetry mapping in
shallow rivers. However, the accuracy of this approach is limited because of different …

Hydrodynamic features of the confluence zone of large rivers are complicated because of
their three-dimensional flow structure. The confluence between the Rio Negro and the Rio …

River discharge is an important variable to measure in order to predict droughts and flood
occurrences. Once the cross-sectional geometry of the river is known, discharge can be …