Kinzel, Paul J., Carl J. Legleiter, and Jonathan M. Nelson, 2012. Mapping River Bathymetry
with a Small Footprint Green LiDAR: Applications and Challenges. Journal of the American …

Abstract System-scale detection of erosion and deposition is crucial in order to assess the
transferability of findings from scaled laboratory and small field studies to larger spatial …

River bifurcations are critical but poorly understood elements of many geomorphological
systems. They are integral elements of alluvial fans, braided rivers, fluvial lowland plains …

This study developed and evaluated a hybrid approach to remote measurement of river
morphology that combines LiDAR topography with spectrally based bathymetry …

Coastal wetlands are likely to lose productivity under increasing rates of sea‐level rise
(SLR). This study assessed a fluvial estuarine salt marsh system using the Hydro‐MEM …

Historical archives of grey‐scale river channel imagery are extensive. Here, we present and
test a methodology to extract detailed quantitative topographic data from such imagery of …

Reaches of a shallow (< 1.0 m), braided, sand-bedded river were surveyed in 2002 and
2005 with the National Aeronautics and Space Administration's Experimental Advanced …

This paper provides novel observations linking the connections between spatially distributed
bed load transport pathways, hydraulic patterns, and morphological change in a shallow …

Gravel‐bed braided rivers are characterized by shallow, branching flow across low relief,
complex, and mobile bed topography. These conditions present a major challenge for the …

The application of LiDAR and ADCPs to fluvial systems is rapidly increasing. Aerial infrared
LiDAR can achieve survey densities of up to 16 points/m2, and vertica lprecision down …