NCR is the leading cooperative alliance between all major Dutch institutes for river studies. We integrate knowledge, facilitate discussion and promote excellent science.

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NCR DAYS 2025 – Crossing boundaries

Chavarrias & Van den Hoek - 2025 - Publications
NCR Days Book of Abstracts 2025
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FRM in focus: video

- Future FRM Tech
The Future FRM Tech programme develops flood resilient landscapes for rivers and estuaries as well as technical solutions for water barriers. Watch the video to get to know more about the project

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Advies om de juridische status van waterveiligheidsnormen onder de omgevingswet

W.J. van Doorn-Hoekveld, H.K. Gilissen, F.A.G. Groothuijse & H.F.M.W. van Rijswick - - All-Risk
Het huidige recht geeft niet altijd duidelijk antwoord op vragen die in de praktijk bestaan, maar dit staat de realisatie van een dergelijke innovatie meestal niet in de weg.

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Poster "River Dune Dynamics during High and Low Flows"

- Rivers2Morrow

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Poster (Engels) "Channel Bed Erosion Characteristics at the Upper Dutch Rhine Bifurcation Region"

- Rivers2Morrow

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Poster "Residual Sediment Transport in a Stratified Estuary"

- Rivers2Morrow

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Poster (Engels) "Introduction Trends in Suspended Sediment Fluxes across the Rhine River Basin (1958-2016)"

- Rivers2Morrow

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Probabilistic characterizations of flood hazards in deltas: Application to Hoek van Holland (Netherlands)

- Future FRM Tech
In this study, we analyse astronomical tide and storm surge and compare different probabilistic methods i.e., univariate extreme value analysis, copula functions, and Joint Probability Method (JPM) for the better estimation of Extreme Water Levels (EWLs). Curious to learn more? Check out the open access paper

Subsite Publication open access journal

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Global Sensitivity Analysis of Groundwater Related Dike Stability under Extreme Loading Conditions

van Woerkom, T.; van Beek, R.; Middelkoop, H.; Bierkens, M.F.P. - - All-Risk
To improve the understanding of groundwater related dike-stability, we performed a global sensitivity analysis on a comprehensive hydro-stability model. Dike stability is mostly dependent on the dike slope, followed by the type of subsurface material. Interaction between the dike and subsurface material is important too, as it influences both groundwater conditions and dike stability directly.

Subsite Publication open access journal

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Poster "Mid-century Channel Response to Climate Change in the Lower Rhine River"

- Rivers2Morrow

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Poster (Engels) "Saved or starved? The importance of sediment management in determining the future response of estuaries and deltas"

- Rivers2Morrow

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