A Froude‐scaled model of a bedrock‐alluvial channel reach: 1. Hydraulics

A Froude‐scaled model of a bedrock‐alluvial channel reach: 2. Sediment cover

A physically-based bedload transport model developed for 3-D reach-scale cellular modelling

A probabilistic framework for the cover effect in bedrock erosion

scholarly article by Jens M. Turowski & Rebecca Hodge published 20 June 2017 in Earth Surface Dynamics

A probabilistic framework for the cover effect in bedrock erosion

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Analysing laser‐scanned digital terrain models of gravel bed surfaces: linking morphology to sediment transport processes and hydraulics

Analysis of geometric relationships of bedrock and alluvial channels: a comparison between rivers from the Scottish Highlands and San Gabriel Mountains (USA)

Assessing the distribution and characteristics of supraglacial channels in an Alpine setting

Babbling brook to thunderous torrent: Using sound to monitor river stage

scientific article published in 2021

Bed load transport in bedrock rivers: The role of sediment cover in grain entrainment, translation, and deposition

scholarly article

Bedrock rivers are steep but not narrow: Hydrological and lithological controls on river geometry across the USA

scientific article published in 2024

Calculating the Explicit Probability of Entrainment Based on Inertial Acceleration Measurements

Comparing methods to quantify grain-scale sediment structure in gravel-bed rivers

Compiling and Analysing Bedrock River Data Across the USA to Unpick Bedrock River Geomorphology

Decoding bedrock channel morphology using high-resolution topographic data

Development of a vector‐based 3D grain entrainment model with application to X‐ray computed tomography scanned riverbed sediment

scientific article

Distribution and Morphometry of Large Supraglacial Channels on Five Antarctic Ice Shelves

Exploring controls on the spatial distribution of bedrock exposure in a mixed bedrock-alluvial river system

Formation and erosion of sediment cover in an experimental bedrock‐alluvial channel

scientific article published in 2016

Improving predictions of critical shear stress in gravel bed rivers: Identifying the onset of sediment transport and quantifying sediment structure

scientific article published in 2024

In situ characterization of grain‐scale fluvial morphology using Terrestrial Laser Scanning

scientific article published in 2009

Inertial drag and lift forces for coarse grains on rough alluvial beds

Inertial drag and lift forces for coarse grains on rough alluvial beds measured using in-grain accelerometers

scientific article published in 2020

Innovative method for gathering river stage data using only the sound of the water

Measuring flow resistance in rough-bed rivers using flume and CFD approaches

Pro+: Automated protrusion and critical shear stress estimates from 3D point clouds of gravel beds

scientific article published in 2024

Review

Review

Review: State of the art study of the influence of bed roughness and alluvial cover on bedrock channels and comparisons of existing models with laboratory scale experiments

Spatial variations in surface sediment structure in riffle–pool sequences: a preliminary test of the Differential Sediment Entrainment Hypothesis (DSEH)

scientific article published in 2012

Surface roughness: capturing rough-bed river diversity

The Influence of In‐Channel Obstacles on River Sound

The influence of bedrock river morphology and alluvial cover on gravel entrainment. Part 2: Modelling critical shear stress

scientific article published in 2022

The influence of bedrock river morphology and alluvial cover on gravel entrainment: Part 1. Pivot angles and surface roughness

scientific article published in 2022

The influence of bedrock topography on grain entrainment in bedrock-alluvial channels

Tracing sediment movement using Infra-Red Stimulated Luminescence

Upscaling from grain‐scale processes to alluviation in bedrock channels using a cellular automaton model

scientific article published in 2012

Using simulated Terrestrial Laser Scanning to analyse errors in high-resolution scan data of irregular surfaces

Using single-grain multiple elevated temperature luminescence to understand fluvial sediment transport at the system scale

X-ray computed tomography reveals that grain protrusion controls critical shear stress for entrainment of fluvial gravels

scientific article published on 22 November 2019