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 …

In hydrological forecasting, data assimilation techniques are employed to improve estimates
of initial conditions to update incorrect model states with observational data. However, the …

River discharge measurements have proven invaluable to monitor the global water cycle,
assess flood risk, and guide water resource management. However, there is a delay, and …

Accurately estimating river discharge from satellite-derived river hydraulic variables (eg,
width, height, and slope) is the overarching goal of the remote sensing of discharge (RSQ) …

Identifying groundwater recharge and discharge areas across catchments is critical for
implementing effective strategies for salinity mitigation, surface-water and groundwater …

Rapid modern technological advancements have led to significant improvements in river
monitoring using unmanned aerial vehicles (UAVs), photogrammetric reconstruction …

Flood estimation methods in ungauged basins rely upon generalized relationships between
flows and catchment properties. Generally such catchment properties are based on low …

Dryland regions are home to some of the most poorly gauged rivers on Earth. Consequently,
these regions lack a detailed understanding of the hydrology, are associated with …

The McMurdo Station watershed extends from the perennial snow and ice fields north of the
Station down to McMurdo Sound, covering approximately 5 km². Runoff from the watershed …