Climate proof sandy coasts
Published: 6 September 2021
However we must still learn to better understand the lower shoreface which forms the essential link between the offshore sea bed and the nearshore zone. This lower shoreface also plays an important role in understanding how human activities like offshore wind farms and sand extraction affect our beaches and dunes.
A new NWO funded project called MELODY tackles this challenge by unraveling sand transport processes and tidal sand wave dynamics and its numerical modelling, thus contributing to future sustainable marine and coastal management.
Better understanding shoreface sand transport and morphodynamics
Lower shoreface sand transport and morphodynamics are complex and poorly understood. We know little of the processes moving sand in the on- and offshore direction that add up to a subtle, yet essential net sand transport. The same goes for the intriguing interactions between bedforms and tidal sand waves in particular.
Coastal management and climate change
MELODY will improve understanding of the lower shoreface bed dynamics, by combining field data and different new numerical models. These models will help coastal management to deal with climate change effects (such as sea level rise), and to find suitable locations for offshore sand extraction and wind farms also.
The research project MELODY: Modeling Lower Shoreface Seabed Dynamics for a Climate-Proof Coast is funded by NWO-TTW. The project was applied for by Jebbe van der Werf (Deltares & University of Twente), in close co-operation with Suzanne Hulscher, Pieter Roos and Johan Damveld (University of Twente) , Bart Grasmeijer and Rosh Ranasinghe (Deltares). It involves researchers and users from the University of Twente, University of Copenhagen, Ghent University, University of Nottingham, Rijkswaterstaat, Arcadis, Van Oord, Primo Marine, Royal HaskoningDHV, Dienst der Hydrografie, Tennet, WaterProof and Witteveen+Bos.