Rivers originating in High Mountain Asia are crucial lifelines for one-third of the world's
population. These fragile headwaters are now experiencing amplified climate change …

Rivers support indispensable ecological functions and human health and infrastructure. Yet
limited river sampling hinders our understanding of consequential changes to river systems …

Water and sediment transport from rivers to oceans is of primary importance in global
geochemical cycle. Against the background of global change, this study examines the …

The long‐term effects of increased temperatures on sediment fluxes in cold regions remain
poorly investigated. Here, we examined the multidecadal changes in runoff and sediment …

Greater Himalayan glaciers are retreating and losing mass at rates comparable to glaciers in
other regions of the world,,,,. Assessments of future changes and their associated …

Previous projections show consistent increases in river flows of Asian Water Towers under
future climate change. Here we find non-monotonic changes in river flows for seven major …

The hydrological response to climate change in mountainous basins manifests itself at
varying spatial and temporal scales, ranging from catchment to large river basin scale and …

More than 1.4 billion people depend on water from the Indus, Ganges, Brahmaputra,
Yangtze, and Yellow rivers. Upstream snow and ice reserves of these basins, important in …

The riverine sediment flux (SF) is an essential pathway for nutrients and pollutants delivery
and considered as an important indicator of land degradation and environment changes …

Evasion of greenhouse gases (GHG) from fluvial systems is now recognized as a significant
component of the global carbon cycle. However, the magnitudes of GHG fluxes remain …