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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Featured Publication

Towards 2048: the next 25 years of river studies

Verberk, Wilco C.E.P., Collas, Frank P.L., Geerling, Getjan W., Peterstorf, Marie-Charlott (eds.) - 2023 - Publications
NCR Days Book of Abstracts 2023
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Sediment deficit and morphological change of the Rhine–Meuse river mouth attributed to multi-millennial anthropogenic impacts

15/07/2022 - Rivers2Morrow
In this research, we trace the development of one system, the Rhine–Meuse delta in the Netherlands (RMD) from two natural estuaries (the RME fed by the Rhine river and the HVL fed by the Meuse river) to a densely urbanized delta and the effect human activities have had on its morphology through time.

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Sedimenttekort en morfologische verandering van de Rijn-Maasmonding toegeschreven aan meerjarige antropogene invloeden

15/07/2022 - Rivers2Morrow
In dit onderzoek traceren we de ontwikkeling van één systeem, de Rijn-Maasdelta in Nederland (RMD) van twee natuurlijke estuaria (de RME gevoed door de Rijn en de HVL gevoed door de Maas) tot een dicht verstedelijkte delta en het effect dat menselijke activiteiten in de loop der tijd hebben gehad op de morfologie ervan.

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Een globale synthese van de doeltreffendheid van sedimentatiebevorderende strategieën voor rivierdelta's en riviermondingen

01/07/2022 - Rivers2Morrow
This synthesis enables intercomparison between SES and helps to further evaluate advantages and drawbacks of each SES. It can also help to guide the design of future strategies in other deltas. Our comparison includes their cost, their (projected) elevation gain, spatial footprints, lifetime, land-use, and required governance arrangements.

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A global synthesis of the effectiveness of sedimentation-enhancing strategies for river deltas and estuaries

01/07/2022 - Rivers2Morrow
This synthesis enables intercomparison between SES and helps to further evaluate advantages and drawbacks of each SES. It can also help to guide the design of future strategies in other deltas. Our comparison includes their cost, their (projected) elevation gain, spatial footprints, lifetime, land-use, and required governance arrangements.

Subsite Publication

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Sediment deficit and morphological change of the Rhine–Meuse river mouth attributed to multi-millennial anthropogenic impacts

J.R.Cox, J.R.F.W.Leuven, H.J.Pierik. M.van Egmond, M.G.Kleinhans - 10/06/2022
Continental Shelf Research

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Vertical and Horizontal Plastic Litter Distribution in a Bend of a Tidal River

Elise Blondel and Frans A. Buschman - 10/06/2022
Frontiers in environmental science

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The Effects of Sea-Level Rise on Estuary Morphology in Dredged and Undredged Systems

06/06/2022 - Rivers2Morrow
We study the effect of SLR on natural versus dredged channels using scale experiments of river mouths to determine how SLR will affect dredging practice and the effects it will have on the channels (will they erode?) and surrounding areas (will they drown?).

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De effecten van zeespiegelstijging op de riviermondingmorfologie in gebaggerde en ongebaggerde systemen

06/06/2022 - Rivers2Morrow
Wij bestuderen het effect van SLR op natuurlijke versus gebaggerde kanalen aan de hand van schaalexperimenten van riviermondingen om na te gaan hoe SLR de baggerpraktijk zal beïnvloeden en welke effecten dit zal hebben op de kanalen (zullen ze eroderen?) en de omliggende gebieden (zullen ze verdrinken?).

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Improving rating curve accuracy by incorporating water balance closure at river bifurcations

Gensen, M. R. A., J. J. Warmink, K. D. Berends, F. Huthoff, and S. J. M. H. Hulscher - 27/05/2022 - All-Risk
We use field observations of discharges at the Rhine bifurcations to improve the discharge-water level relationships, making them physically more realistic.

Subsite Publication open access journal

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Improving rating curve accuracy by incorporating water balance closure at river bifurcations

Gensen, M. R. A., J. J. Warmink, K. D. Berends, F. Huthoff, and S. J. M. H. Hulscher - 27/05/2022 - All-Risk
We hebben we veldobservaties van afvoeren bij de splitsingspunten van de Rijn gebruikt om de relaties tussen afvoeren en waterstanden te verbeteren, waardoor ze fysisch realistischer worden.

Subsite Publication upon journal access

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