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Tomorrow’s Rivers

Niesten et al. - 2024 - Publications
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Anthropogenic Effects on the Contemporary Sediment Budget of the Lower Rhine‐Meuse Delta Channel Network

01/07/2021 - Rivers2Morrow
In this research, we construct sediment budgets which quantify annual changes for the urbanized Rhine‐Meuse Delta of the Netherlands, a typical urban delta experiences changing fluvial and coastal fluxes of sediment, engineering works and dredging and dumping activities. The delta shows a negative sediment budget (more outgoing than incoming sediment) since the 1980s, due to anthropogenic intervention.

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Gravitational Circulation as Driver of Upstream Migration of Estuarine Sand Dunes

W.M. van der Sande, P.C. Roos, T. Gerkema, S.J.M.H. Hulscher - 30/06/2021 - SALTISolutions

Subsite estuarine sand dunes gravitational circulation linear stability analysis migration direction morphodynamic modeling

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Anthropogenic Effects on the Contemporary Sediment Budget of the Lower Rhine-Meuse Delta Channel Network

J. R. Cox, Y. Huismans, S. M. Knaake, J. R. F. W. Leuven, N. E. Vellinga, M. van der Vegt, A. J. F. Hoitink, M. G. Kleinhans - 30/06/2021 - Rivers2Morrow

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Predicting Outflow Hydrographs of Potential Dike Breaches in a Bifurcating River System Using NARX Neural Networks

Anouk Bomers - 16/06/2021

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Anthropogenic effects on the Contemporary Sediment Budget of the Lower Rhine-Meuse Delta Channel Network

J.R. Cox, Y. Huismans, S.M. Knaake, J.R.F.W. Leuven, N.E. Vellinga, M. van der Vegt, A.J.F Hoitink, M.G. Kleinhans - 10/06/2021 - All-Risk
The Rhine-Meuse Delta has a negative budget: Its entire network of channels is losing sediment annually. The reason for this negative budget is the high amounts of sand and mud removed for navigation to inland ports and from harbors which are periodically dredged. A strategy is required to deal with channel degradation and find ways to maintain sediment in the system.

Subsite Publication open access journal

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Anthropogenic effects on the Contemporary Sediment Budget of the Lower Rhine-Meuse Delta Channel Network

J.R. Cox, Y. Huismans, S.M. Knaake, J.R.F.W. Leuven, N.E. Vellinga, M. van der Vegt, A.J.F Hoitink, M.G. Kleinhans - 10/06/2021 - All-Risk
De Rijn-Maasdelta heeft een negatieve balans: Het hele netwerk van kanalen kanalen verliest jaarlijks sediment. De reden voor deze negatieve is te wijten aan de grote hoeveelheden zand en slib die voor de scheepvaart naar binnenhavens en uit havens die periodiek worden gebaggerd. Een strategie is vereist om de aantasting van kanalen aan te pakken en manieren te vinden om de sediment in het systeem te houden.

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Multidecadal Analysis of an Engineered River System Reveals Challenges for Model-Based Design of Human Interventions

Berends, K.D.; Gensen, M.R.A.; Warmink, J.J.; Hulscher, S.J.M.H. - 17/05/2021 - All-Risk
The relation between water levels and discharges in the Waal river has been estimated from observations, not finding an effect of Room for the River interventions on water levels.

Subsite Publication open access journal

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Multidecadal Analysis of an Engineered River System Reveals Challenges for Model-Based Design of Human Interventions

Berends, K.D.; Gensen, M.R.A.; Warmink, J.J.; Hulscher, S.J.M.H. - 17/05/2021 - All-Risk
De relatie tussen waterstanden en afvoeren is uit beschikbare observaties bepaald voor de Waal, waarbij er geen effect op waterstanden van de Ruimte voor de Rivier maatregel kan worden waargenomen.

Subsite Publication open access journal

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Extended Einstein's parameters to include vegetation in existing bedload predictors

José A.Bonilla-Porras Aronne Armanini, Alessandra Crosato - 12/05/2021

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Evaluating residual dike resistance using the Random Material Point Method

Remmerswaal, G., Vardon, P.J., & Hicks, M.A. - 01/05/2021 - All-Risk
The resistance against flooding after initial failure due to slope instability of an idealised dike reduces the probability of flooding by 25% with respect to the initial failure.

Subsite Publication open access journal

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