At watershed extents, our understanding of river form, process and function is largely based
on locally intensive mapping of river reaches, or on spatially extensive but low density data …

Remote sensing (RS) enables a cost-effective, extensive, continuous and standardized
monitoring of traits and trait variations of geomorphology and its processes, from the local to …

Repeat topographic surveys are increasingly becoming more affordable, and possible at
higher spatial resolutions and over greater spatial extents. Digital elevation models (DEMs) …

River channel dynamics are natural autogenic occurrences for fluvial rivers with influences
from human modifications and climatic factors. Remote sensing and geographic information …

This paper presents the template for high-resolution mapping of a river landscape by
Unmanned Aerial Vehicle (UAV) technology with the following five steps:(i) reconnaissance …

Unmanned Aerial Vehicle (UAV) technology provides potential for very high spatial
resolution (< 25 cm) mapping of relatively large areas at a user-defined re-survey frequency …

The assessment of links between ecology and physical habitat has become a major issue in
river research and management. Key drivers include concerns about the conservation …

The increasing availability of aerial photography and satellite imagery offers new
possibilities for characterizing river morphology. The precision of new very high resolution …

Fluvial hazards cause severe damage to human lives and properties. The increased
intrusion of anthropogenic activities into natural hydrological cycles has increased hazard …

Remote sensing (RS) technology offers unparalleled opportunities to explore river systems
using RADAR, multispectral, hyper spectral, and LiDAR data. The accuracy reached by …