This network model highlights the need for robust design of nature-based flood risk measures and allows rapid assessment of the whole-system performance of leaky barriers in real stream networks.
This study developed and trialled new surface water flood (SWF) forecast products in a flood incident workshop and makes recommendations for the application of future forecast information and processes.
A summary of the PhD research carried out by Tom Padgett into how weirs, fish passes and hydro-electric plants can best be configured to avoid disruption to eel and fish migration.
New paper reports a probabilistic analysis of the risk to the British railway network from scour at bridges.
A new paper by Reid et al., supported by the JBA Trust, explores how a 2D flow model can be useful in understanding the evolution of bars in a high energy gravel-bed river.
A new study shows how the topographic and sediment data collected using terrestrial lidar surveys can be used to provide boundary conditions in a range of widely accessible flow models and could help add further insight to the hydromorpological analysis of a river reach.
An international expert elicitation workshop provides new insights into the vulnerability of UK bridges to scour
JBA Trust supports contributions to three papers published in the proceedings of the FLOODrisk2016 international conference, held in Lyon, France.
New research shows that a 2D, depth-averaged model can reconstruct hydrodynamic and morphological features at a channel bend
Interim research outputs including a poster, presentation and workshop resources are now available.
