Algorithm

Habitat

Scale (ratio)

Ecology

Biology

Geotechnical engineering

Geomorphology

Cartography

Landform

Archaeology

Riparian zone

Computer science

Earth science

Physical geography

Geology

Anthropocene

Paleontology

Structural basin

Geography

Hydrology (agriculture)

Environmental resource management

Environmental science

Fluvial

Remote sensing

Temporal scales

State (computer science)

Earth Surface Processes and Landforms

ABSTRACT The rivers of the world are undergoing accelerated change in the Anthropocene, and need to be managed at much broader spatial and temporal scales than before. Fluvial remote sensing now offers a technical and methodological framework that can be deployed to monitor the processes at work and to assess the trajectories of rivers in the Anthropocene. In this paper, we review research investigating past, present and future fluvial corridor conditions and processes using remote sensing and we consider emerging challenges facing fluvial and riparian research. We introduce a suite of remote sensing methods designed to diagnose river changes at reach to regional scales. We then focus on identification of channel patterns and acting processes from satellite, airborne or ground acquisitions. These techniques range from grain scales to landform scales, and from real time scales to inter‐annual scales. We discuss how remote sensing data can now be coupled to catchment scale models that simulate sediment transfer within connected river networks. We also consider future opportunities in terms of datasets and other resources which are likely to impact river management and monitoring at the global scale. We conclude with a summary of challenges and prospects for remotely sensed rivers in the Anthropocene. © 2019 John Wiley &amp; Sons, Ltd.

Remotely sensed rivers in the Anthropocene: state of the art and prospects