Using 3-D scanned data to analyze and extract pore network plays a vital role in
investigation of porous media׳ s characteristics. In this paper, a new simple method is …

This third edition of Reconstructing Quaternary Environments has been completely revised
and updated to provide a new account of the history and scale of environmental changes …

This paper focuses on developments in topographic data acquisition, including airborne
remote sensing, digital photogrammetry, differential GPS, and laser profiling (eg LiDAR) …

Sediments are the most valuable form of physical evidence for past Earth surface processes.
They have the potential to build up an archive of events and provide a window into the past …

This is the first in a pair of papers in which we present image-processing-based procedures
for the measurement of fluvial gravels. The spatial and temporal resolution of surface grain …

The spatial and temporal resolution of surface grain‐size characterization is constrained by
the limitations of traditional measurement techniques. In this paper we present an extremely …

This paper demonstrates the application of Terrestrial Laser Scanning (TLS) to determine
the full population of grain roughness in gravel-bed rivers. The technique has the potential to …

Accurate and reliable methods for quantifying grain size are important for river science,
management and in various other sedimentological settings. Remote sensing offers …

The two‐dimensional spectral decomposition of an image of sediment provides a direct
statistical estimate, grid‐by‐number style, of the mean of all intermediate axes of all single …

This article proposes a new methodological approach to measure and map the size of
coarse clasts on a land surface from photographs. This method is based on the use of the …