Riverine ecosystem management along an urban stretch mostly depends on high-frequent
(daily-scale) monitoring of water quality at finer spatial resolutions. However, with the …

Abstract The high-mountain Third Pole (TP) in Asia is undergoing rapid warming, profoundly
impacting river discharge. Changes in precipitation and the degradation of glaciers and …

Flow regime changes of Intermittent Rivers and Ephemeral Streams (IRES) can serve as an
indicator under global warming, yet the distribution of IRES is rarely extracted at the alpine …

Headwater streams transport nutrients, sediment, and mineral-rich groundwater
downstream. In High Mountain Asia (HMA), headwater streams also funnel glacier and snow …

The monitoring of rivers by satellite is an up-to-date subject in hydrological studies as
confirmed by the interest of space agencies to finance specific missions that respond to the …

With the gradual declining streamflow gauging stations in many world-rivers, emphasis is
given nowadays to develop remote sensing (RS)-based approaches as the next-generation …

River discharge monitoring is one of the most important parts of water resources
management. However, due to hydrological stations' high operating and maintenance costs …

River ice monitoring is vital for water resources, hydrological research, and operational
management of flood risk from ice jams. Remote sensing offers an efficient way to monitor …

River discharge monitoring sites are scarce in high mountain basins, especially on the
Tibetan Plateau where rivers are widely distributed. The potential for estimating river …

Adequate monitoring of river discharge is crucial for effective water resource management.
However, this objective remains difficult to achieve in the context of large and ungauged …