Previous studies of channel morphological change have often relied upon sparse spatial
and temporal data-sets, resulting in a degree of uncertainty in their conclusions …

Abstract Objectives Three‐dimensional (3D) data collected by structured light scanners,
photogrammetry, and computed tomography (CT) scans are increasingly combined in joint …

Advances in spatial analytical software allow digital elevation models (DEMs) to be
produced which accurately represent landform surface variability and offer an important …

In this study we evaluate the extent to which accurate topographic data can be obtained by
applying Structure from Motion (SfM) photogrammetric methods to archival imagery. While …

This paper develops an automated correction procedure for dealing with point errors
associated with through-water photogrammetry, for application in the study of clear-water …

This paper compares two approaches used to derive measures of annual sediment transfers
within a 1 km long piedmont reach of the gravel-bed River Coquet in Northumberland …

This paper seeks to review the progress that is being achieved by fluvial geomorphologists
in making use of digital photogrammetry for river channel research. Fluvial geomorphology …

This chapter reviews various types of spatial data used for geomorphological mapping, with
reference to their basic characteristics, historical background and some examples of …

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 …

Fluvial geomorphology concerns the transport of weathered rock debris and its
accumulation and organization into land‐forms that evolve continuously. Sediment budgets …