Research Outputs

Aanvoer en herkomst van fijn sediment uit het stroomgebied van de Rijn

We want to improve the understanding of the behavior of the suspended sediments in the Rhine river basin. We hope to be able to explain the observed decline in sediment loads during the past decades and predict future changes.

De respons van de Nederrijn op klimaatverandering en antropogene verstoring

Response of the Lower Rhine River to Climate Change and Anthropogenic Interference

Claudia Ylla Arbos

TU Delft

Morfodynamica van aanvoerbeperkte rivieren met stuwen: casestudy van de Maas

Morphodynamics of supply limited rivers with weirs: case study of the River Meuse

Morfodynamica van riviergeulen met mengsels van zand, slib en klei

We aim to improve modelling of sediment transport in stratified channels such as the New Waterway, so we can better predict how dredging requirements respond to climate change or human interference.

Rivierduindynamiek bij hoge en lage stromingen

Lieke Lokin

Universiteit Twente

Sedimentdynamiek van het Benedenrivierengebied van de Rijn

River deltas, particularly deep dredged ones like the Rhine-Meuse are lacking in sediment. Adaptation measures, particularly in the face of climate change, are urgently needed.

Verbeterde kwantificering van sedimenttransport in laaglandrivieren

Judith Zomer

Wageningen University & Research

Verdeling van water en sediment over splitsingspunten onder invloed van klimaatverandering: Consequenties en mitigatie

Partitioning of Water and Sediment over Bifurcation Points under the Influence of Climate Change: Consequences and Mitigation

Mohammad Kifayath Chowdhury

TU Delft