The accuracy of a river bed moulding/casting system and the effectiveness of a low-cost digital camera for recording river bed fabric by Jim H. Chandler, Thomas Buffin-Belanger, Stephen P. Rice, Ian Reid, David J. Graham

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Plastic pollution in riverbeds fundamentally affects natural sand transport processes by Catherine E. Russell, Roberto Fernandez, Dan Parsons, Sarah E. Gabbott

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Vertical reworking of sediment by the cased caddisfly Glossosomatidae (Agapetus fuscipes) increases sand exposure and availability in armoured gravel-bed rivers by Richard J Mason, Matthew F Mason, Lydia Bailey, Stephen Rice, Paul Wood

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Stabilization of fluvial bed sediments by invasive quagga mussels (<i>Dreissena bugensis</i>) by Harry Sanders, Richard J Mason, Daniel N Mills, Stephen Rice

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Bream (Abramis brama L.) as zoogeomorphic agents and ecosystem engineers: implications for fine sediment transport in lowland rivers by James Smith

“…The turbidity levels from these experiments were then used to assess the impact of fish induced bioturbation upon the feeding efficiency (the rate of capture of drifting insect larvae) of roach by replicating a riverine environment within a circulatingi flume. …”
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Supplementary information files for Aquatic Insect Bioconstructions Modify Fine-Sediment Entrainment and Mobility by Richard Mason, Stephen Rice, MF Johnson, Paul Wood, D Vettori

“…The cases of three species were considered; two that construct different styles of tubular case (Potamophlax latipennis and Sericostoma personatum) and one that builds a domed case (Agapetus fuscipes). P. latipennis and S. personatum cases were easier to entrain than the sediment grains incorporated into them, whilst A. fuscipes cases were not. …”
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Aquatic insect bioconstructions modify fine‐sediment entrainment and mobility by RJ Mason, Stephen Rice, MF Johnson, Paul Wood, D Vettori

“…However, although communities of caddisfly often use substantial quantities of sediment in case construction, the effect of these bioconstructions on sediment transport in rivers is unknown. We use a flume experiment to compare the bed shear stress required to transport (a) empty caddisfly cases and (b) individual sediment particles, following disaggregation from the case. …”
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Topographic perturbation of turbulent boundary layers by low-angle, early-stage aeolian dunes by Nathaniel R. Bristow, Jim Best, Giles F. S. Wiggs, Joanna M. Nield, Matthew Baddock, Pauline Delorme, Kenneth T. Christensen

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Debris flow modelling for enhanced geohazard evaluation along the Bailong River corridor, Gansu, China by Kristine Thorkildsen Jarsve

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Stabilization of fine gravels by net-spinning caddisfly larvae by Matthew F. Johnson, Ian Reid, Stephen Rice, Paul Wood

“…After 21 days in the river, trays were removed to a laboratory flume where grain entrainment stresses were established. …”
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