Get an overview about the project outputs and related knowledge
Nature-based solutions utilize the inherent dynamics of the coupled ecological-physical system. We design and evaluate estuary-scale nature-based solutions that deal with salt intrusion/mixing, primarily building on the principles of nature-based solutions unravelled in project 6. The impact of alternative solutions is assessed for ecosystem service levels (biodiversity, habitat provision and nature-based flood protection) and nautical safety and port economics, both for today’s conditions and a future subject to climate change.
Coastal managers, port authorities and industries are actively working on the sustainable development of estuaries with time horizons of 100 – 150 years. The acceptability of large-scale interventions like naturebased SALTISolutions relies on co-creation of these solutions with stakeholders, and the integration of added values beyond the primary engineering objective (mitigation of salt intrusion) in the designs. In this project we co-create a number of concept nature-based SALTISolutions and demonstrate the aggregated effect of these in terms of salt intrusion (WP7.1), natural estuarine services (WP7.2) and nautical safety and port economics (WP7.3) and will serve as input for stakeholder engagement (project 8) and the virtual delta (project 9).
Building on the thorough understanding of physical processes from projects 2-5 and bio-physical process interactions developed as part of project 6, this project aims to develop nature-based SALTISolutions in the integral design environment for salt intrusion mitigation (WP7.1) with a particular focus on beneficial effects for biodiversity, habitat provision and nature-based flood defences (WP7.2) and nautical safety and port economics (WP7.3). Aggregated assessment of estuarine health (joint effort), using the concept of ecosystem services, forms a major challenge in this project.
Prof. dr. ir. S.G.J. Aarninkhof
S.G.J.Aarninkhof@tudelft.nl
Prof. dr. ir. M.van Koningsveld
mark.vankoningsveld@vanoord.com
Prof. dr. P.M.J. Herman
p.m.j.herman@tudelft.nl
Dr. B.W. Borsje
b.w.borsje@utwente.nl
Prof.dr. D. van der Wal
d.vanderwal@utwente.nl
F. Bakker
F.P.Bakker@tudelft.nl
Jesse Bootsma
jesse.bootsma@utwente.nl
Gijs Hendrickx
G.G.Hendrickx@tudelft.nl
Prof. dr. ir. S.G.J. Aarninkhof
Delft University of Technology
Last modified: 17/06/2022