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The impact of flood sequencing in vegetated braided rivers, JRA1-HULL-Task 8.5, Total Environment Simulator, University of Hull

Research datakeyboard_double_arrow_right Dataset 09 Jun 2021Publisher:ZenodoFunded by:EC | HYDRALAB-PLUS

Authors: Fernandez, Rocio Luz; Bodewes, Bas; McLelland, Stuart James; Murphy, Brendan; Parsons, Daniel;

doi: 10.5281/zenodo.4917674 , 10.5281/zenodo.4917675

The impact of flood sequencing in vegetated braided rivers, JRA1-HULL-Task 8.5, Total Environment Simulator, University of Hull

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Abstract

This data storage report explains the methodology for a series of experiments conducted as part of the Hydralab Joint Research Activity called RECIPE to investigate the response of physical modelling experiments to climate change drivers. Links are provided to the key datasets collected during the experiments. The experiments are designed to elucidate the influence of flood sequences on braided rivers with erodible banks under different vegetated conditions. The experiments had two specific objectives The experiments were carried out in order to address the following specific objectives: 1. To quantify the impacts of flood sequences on channel morphology with different hydrograph inputs, 2. To determine the role of vegetation growth/age on the impact of flood sequences

Related Organizations

University of Hull
United Kingdom
University of Hull
United Kingdom

Keywords

Hydralab, Climate change, Sediment transport, Physical model, Morphodynamics, Braided rivers

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