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 Annual Programme 2026

Netherlands Centre for River studies - 2026 - Publications
The annual report of NCR lists the plans for the coming year.
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Land of Rivers

Stouthamer, E., Middelkoop, H., Kleinhans, M., Van der Perk, M., Straatsma, M. (Eds.) - 31/01/2019
NCR Days 2019 Book of Abstracts

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Can floodplain excavation help to mitigate bed erosion?

31/01/2019 - Rivers2Morrow
At this moment, bed erosion is one of the most serious problems that Rijkswaterstaat encounters. Besides its negative impact on navigability, it has also severe consequences for biodiversity and ecosystems in the floodplains due to lower ground water levels, it endangers the stability of sluices and bridges, cables and pipelines might get exposed, it interrupts the intake from fresh water during low flows and finally, the entrance to harbours (which is often provided by sills) becomes more difficult.

Subsite Abstract

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Response of the upper Rhine-Meuse delta to climate change and sea-level rise

31/01/2019 - Rivers2Morrow
The Rhine River is the most important inland waterway in Europe, with over 300 million tons of cargo transported annually over its waters (Blom, 2016). The river also serves as a water supply for households, industry and agriculture, evacuates wastewater and is part of several nature conservation areas (Frings et al., 2014). Additionally, its waters create a main ecological corridor and host several hydropower plants (Middelkoop et al., 2001). The proper fulfilment of these functions can be hindered due to human intervention and climate change, which both impact the river morphodynamics.

Subsite Abstract

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Residual biomass from Dutch riverine areas—From waste to ecosystem service

Bout, A.E., Pfau, S.F., Krabben, E. van der, Dankbaar, B. - 18/01/2019 - RiverCare
We provide information on biomass applications and type of contractual arrangements for using residual riverine biomass as ecosystem service.

Subsite Publication open access

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Boundary conditions and dike reliability assessment using the Material Point Method (MPM)

Remmerswaal, G., Hicks, M., & Vardon, P. - 08/01/2019 - All-Risk
By considering the residual dike strength, the computed reliability can increase compared to conventional assessments.

Subsite Conference proceedings

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Boundary conditions and dike reliability assessment using the Material Point Method (MPM)

Remmerswaal, G., Hicks, M., & Vardon, P. - 08/01/2019 - All-Risk
By considering the residual dike strength, the computed reliability can increase compared to conventional assessments.

Subsite Conference proceedings

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Effects of climate change on the Dutch Rhine branches

01/01/2019 - Rivers2Morrow
The Dutch are concerned with the consequences of accelerated sea level rise for the coastal protection system. Astrid Blom reminds us that climate change will not only affect the coast but also the rivers. PhD candidate Claudia Ylla Arbos will study these implications in further detail in the research program Rivers2Morrow of the National Research and Innovation Programme on Water and Climate (NKWK), funded by Rijkswaterstaat and DGWB.

Subsite Other

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De effecten van klimaatverandering op de Nederlandse rijntakken

01/01/2019 - Rivers2Morrow
The Dutch are concerned with the consequences of accelerated sea level rise for the coastal protection system. Astrid Blom reminds us that climate change will not only affect the coast but also the rivers. PhD candidate Claudia Ylla Arbos will study these implications in further detail in the research program Rivers2Morrow of the National Research and Innovation Programme on Water and Climate (NKWK), funded by Rijkswaterstaat and DGWB.

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Comparison of Implicit and Explicit Vegetation Representations in SWAN Hindcasting Wave Dissipation by Coastal Wetlands in Chesapeake Bay

Baron-Hyppolite, C., Lashley, C. H., Garzon, J., Miesse, T., Ferreira, C., and Bricker, J. D. - 24/12/2018 - All-Risk
Het beoordelen van de nauwkeurigheid van nearshore numerieke modellen, zoals SWAN, is belangrijk om hun effectiviteit te garanderen bij het weergeven van fysieke processen en het voorspellen van overstromingsgevaar. De resultaten laten zien dat het behandelen van vegetatie simpelweg als verbeterde bodemruwheid (impliciet) de dissipatie van golfenergie onderschat. De expliciete vegetatieweergave vertoont echter een goede overeenkomst met veldgegevens.

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Comparison of Implicit and Explicit Vegetation Representations in SWAN Hindcasting Wave Dissipation by Coastal Wetlands in Chesapeake Bay

Baron-Hyppolite, C., Lashley, C. H., Garzon, J., Miesse, T., Ferreira, C., and Bricker, J. D. - 24/12/2018 - All-Risk
Assessing the accuracy of nearshore numerical models—such as SWAN—is important to ensure their effectiveness in representing physical processes and predicting flood hazards. Results show that treating vegetation simply as enhanced bottom roughness (implicitly) underestimates wave energy dissipation. The explicit vegetation representation, however, shows good agreement with field data.

Subsite Publication open access journal

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