Arctic rivers drain~ 15% of the global land surface and significantly influence local
communities and economies, freshwater and marine ecosystems, and global climate …

The quantity and quality of surface water are inherently connected yet are overwhelmingly
studied separately in the field of remote sensing. Remotely observable water quantity (eg …

River network connectivity (RC) describes the hydrologic exchange of water, nutrients,
sediments, and pollutants between the river channel and other “sites” via heterogenous …

Abstract The Surface Water and Ocean Topography (SWOT) mission will vastly expand
measurements of global rivers, providing critical new data sets for both gaged and ungaged …

Abstract Changes in a river's width reflect natural and anthropogenic impacts on local and
upstream/downstream hydraulic and hydrologic processes. Temporal variation of river width …

Daily floods including event, characteristic, extreme and inundation in the Lancang‐Mekong
River Basin (LMRB), crucial for flood projection and forecasting, have not been adequately …

Satellite remote sensing of river discharge (RSQ) algorithms provide a useful source of
observations to supplement river gauge records. RSQ algorithms have existed for over a …

Vegetation‐related processes, such as evapotranspiration (ET), irrigation water withdrawal,
and groundwater recharge, are influencing surface water (SW)—groundwater (GW) …

Satellite imagery provides a global perspective for studying river hydrology and water
quality, but clouds remain a fundamental limitation of optical sensors. Explicit studies of this …

Rivers and lakes are intrinsically connected waterbodies yet they are rarely used to
hydrologically constrain one another with remote sensing. Here we begin to bridge the gap …