River discharge, the volume flow rate through a river cross section, is perhaps the most
important single hydrologic quantity. It is a major link in the global hydrologic and geologic …

Airborne geophysical data, used in conjunction with other relevant data, can provide
unparalleled insights into catchment evolution and hydrological processes. An …

Variable effects of backwaters complicate the development of rating curves at hydrometric
measurement stations. In areas influenced by backwater, single-parameter rating curve …

Remote sensing has begun to have an impact on applied hydrology as well as hydrologic
research. Because remote sensing is basically spatial information it is providing a new form …

Accurately monitoring river discharge is paramount for effective water resource
management, and the utilization of remote sensing has emerged as a promising approach …

We present a novel approach for modeling streamflow in ungauged catchments. Because of
their widespread availability and global coverage, remotely sensed data provide an …

River discharge as well as lake and wetland storage of water are critical terms in the surface
water balance, yet they are poorly observed globally and the prospects for improvement …

With growing global capability for satellite measurement of river discharge (flow) comes a
need to understand and reduce error in satellite‐based discharge measurements. Satellite …

River discharges are critical for understanding hydrologic and ecological systems, yet in situ
data are limited in many regions of the world. While approximating river discharge using …

The Incomati basin encompasses parts of South Africa, Swaziland and Mozambique, and is
a water stressed basin. Equitable allocation of water is crucial to sustain livelihoods and …