Dastgheib, Ali

de Groot, Alma

Elias, Edwin

Goessen, Petra

Hulscher, Suzanne

Lodder, Quirijn

Mulder, Jan

Ranasinghe, Roshanka

Roelvink, Dano

Slinger, Jill

Wijnberg, Kathelijne

English

University of Twente Research Information

  Co-designing Coasts using natural Channel-shoal dynamics (CoCoChannel)  Kathelijne Wijnberg1(k.m.wijnberg@utwente.nl), Jan Mulder1,4, Mick van der Wegen2, Jill Slinger3, Suzanne Hulscher1, Dano Roelvink2, Alma de Groot5,Ali Dastgheib3, Roshanka Ranasinghe2, Edwin Elias4, Petra Goessen6, Quirijn Lodder7 1University of Twente, 2UNESCO-IHE, 3Delft University of Technology, 4Deltares, 5IMARES- Wageningen UR, 6Hoogheemraadschap Noorderkwartier, 7Rijkswaterstaat   Recently, the CoCoChannel project was granted funding by NWO-ALW under the Building with Nature call, as part of the collaboration between NWO and Top consortium Knowledge and Innovation Delta technology (Topsector Water).   This project aims at developing the knowledge required for the co-design of Building-with-Nature (BwN) type interventions in barrier island - inlet systems. ‘Co-design’ stands for a collaborative design approach, in which the eventual design of a BwN solution is the product of the network of scientists, engineers and stakeholders, and its social dynamics. Therefore, this project not only aims at increasing the knowledge on the dynamics of inlet systems and the adjacent coast, but also on the role of natural systems understanding in the process of co-designing BwN solutions with stakeholders.  Three subprojects have been defined that link through nested scale aspects in the geoscience part of the problem, and through cross- and trans-disciplinary aspects in the co-design part of the study (Figure 1).  These three subprojects are:  A - Morphodynamics of channel-shoal patterns on an ebbtidal delta (project leader Unesco-IHE) B - Linking Building-with-Nature type interventions in channel-shoal systems to sub-aerial impacts on the beach-dune system (project leader University of Twente) C - Co-designing nature-based interventions in Coastal Systems (project leader TUDelft)  The project involves 3 PhD positions in total, and the foreseen starting date is mid-2014.        Figure 1. Graphic representation of the set-up of the CoCoChannel project. 

Co-designing coasts using natural channel-shoal dynamics (CoCoChannel)

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Co-designing coasts using natural channel-shoal dynamics (CoCoChannel)

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