B. C. Prooijen

发表

A finite volume approach for shallow water flow accounting for high‐resolution bathymetry and roughness data

N. Volp, B. C. Prooijen, G. Stelling, 2013 .

Beneficial use of dredged sediment to enhance salt marsh development by applying a ‘Mud Motor’

T. Gerkema, B. C. Prooijen, T. Kessel, 2019, Ecological Engineering.

A process-based model for erosion of Macoma balthica-affected mud beds

P. Herman, B. C. Prooijen, F. Montserrat, 2011, CSR 2011.

The Ecosystem Engineer Crassostrea gigas Affects Tidal Flat Morphology Beyond the Boundary of Their Reef Structures

B. C. Prooijen, A. Smaal, T. Ysebaert, 2015, Estuaries and Coasts.

Observations and modeling of steep-beach grain-size variability

B. C. Prooijen, A. Reniers, A. V. Rooijen, 2013 .

BAROTROPIC PROCESSES OF SEDIMENT TRANSPORT IN TIDAL BASINS: A 1D MODEL FOR THE WADDEN SEA

B. C. Prooijen, Z. Wang, V. Gatto, 2015 .

Sediment Connectivity: A Framework for Analyzing Coastal Sediment Transport Pathways

B. C. Prooijen, Z. Wang, S. Pearson, 2020, Journal of Geophysical Research: Earth Surface.

A stochastic formulation for erosion of cohesive sediments

B. C. Prooijen, J. Winterwerp, 2010 .

presents a finite volume hydrodynamic model for shallow water flow that computes on a coarse grid , but accounts for high-resolution bathymetry and roughness variations on a subgrid

N. Volp, B. C. Prooijen, G. Stelling, 2013 .

Tracking fluorescent and ferrimagnetic sediment tracers on an energetic ebb-tidal delta to monitor grain size-selective dispersal

B. C. Prooijen, Zheng Bing Wang, S. Pearson, 2021 .

Observations and modelling of nearshore sediment sorting processes along a barred beach profile

M. Vousdoukas, B. C. Prooijen, J. V. D. Werf, 2016 .

Movement of tidal watersheds in the Wadden Sea and its consequences on the morphological development

B. C. Prooijen, M. Stive, R. Labeur, 2013 .

Development of tidal watersheds in the Wadden Sea

B. C. Prooijen, M. Stive, R. Labeur, 2011 .

of Geophysical Research : Earth Surface Do intertidal flats ever reach equilibrium ?

H. J. De Vriend, Z. B. Wang, B. C. van Prooijen, 2015 .

Progradation Speed of Tide‐Dominated Tidal Flats Decreases Stronger Than Linearly With Decreasing Sediment Availability and Linearly With Sea Level Rise

B. C. Prooijen, D. C. Maan, Z. Wang, 2019, Geophysical Research Letters.

A conceptual framework for shear flow–induced erosion of soft cohesive sediment beds

B. C. Prooijen, W. V. Kesteren, J. Winterwerp, 2012 .

Novel observations of surface grain-size distributions are used in combination with intra-wave modeling to examine the processes responsible for the sorting of sediment grains on a relatively steep beach

B. C. Prooijen, A. Reniers, A. V. Rooijen, 2013 .

Observations and modelling of nearshore sediment sorting processes along a barred beach pro fi le

M. Vousdoukas, B. C. Prooijen, J. V. D. Werf, 2016 .

Morphodynamic Feedback Loops Control Stable Fringing Flats

B. C. Prooijen, D. C. Maan, Z. Wang, 2018, Journal of Geophysical Research: Earth Surface.

Sediment Connectivity: A Framework for Analyzing Coastal Sediment Transport Pathways

B. C. Prooijen, Z. Wang, S. Pearson, 2020, Journal of Geophysical Research: Earth Surface.

Sediment Disposals in Estuarine Channels Alter the Eco‐Morphology of Intertidal Flats

B. C. Prooijen, P. Herman, T. Ysebaert, 2020, Journal of Geophysical Research: Earth Surface.

How human activities affect the fine sediment distribution in the Dutch Coastal Zone seabed

B. C. Prooijen, J. Winterwerp, S. Aarninkhof, 2020 .

The differences in morphological development between the intertidal flats of the Eastern and Western Scheldt

B. C. Prooijen, Z. Wang, P. D. Vet, 2017 .

Human impacts on morphodynamic thresholds in estuarine systems

B. C. Prooijen, Shi-lun Yang, M. Stive, 2015 .

Bed shear stress estimation on an open intertidal flat using in situ measurements

B. C. Prooijen, Shi-lun Yang, Z. Wang, 2016 .

Delft University of Technology Forces for the Flow and Sediment Transport on Intertidal Shoals

B. C. Prooijen, Z. Wang, R. Schrijvershof, 2018 .

Bed-level changes on intertidal wetland in response to waves and tides: A case study from the Yangtze River Delta

B. C. Prooijen, Shi-lun Yang, Z. Wang, 2017 .

Investigation of flocculation dynamics under changing hydrodynamic forcing on an intertidal mudflat

B. C. Prooijen, Leicheng Guo, Q. He, 2018 .

Regime shifts in the Changjiang (Yangtze River) Estuary: The role of concentrated benthic suspensions

B. C. Prooijen, Leicheng Guo, Chunyan Zhu, 2021 .

The heterogeneity of mudflat erodibility

B. C. Prooijen, Shi-lun Yang, D. C. Maan, 2019, Geomorphology.

Do intertidal flats ever reach equilibrium?

H. J. De Vriend, B. C. van Prooijen, Zheng Bing Wang, 2015 .

The impact of wind‐waves and sea level rise on the morphodynamics of a sandy estuarine shoal

B. C. Prooijen, M. Wegen, Z. Wang, 2021, Earth Surface Processes and Landforms.

Fine Sediment in Open Water: From Fundamentals to Modeling

B. C. Prooijen, T. Kessel, J. Winterwerp, 2022 .

Simulating the large-scale spatial sand-mud distribution in a schematized process-based tidal inlet system model

B. C. Prooijen, M. Stive, F. Scheel, 2012 .

A subgrid based approach for morphodynamic modelling

Guus S. Stelling, Julie D. Pietrzak, N. D. Volp, 2016 .

OBSERVATIONS OF SUSPENDED PARTICLE SIZE DISTRIBUTION ON AN ENERGETIC EBB-TIDAL DELTA

B. C. Prooijen, Z. Wang, Stuart Pearson, 2019, Coastal Sediments 2019.

WAVE-SKEWNESS AND CURRENT-RELATED EBB-TIDAL SEDIMENT TRANSPORT: OBSERVATIONS AND MODELING

B. C. Prooijen, A. Reniers, M. Tissier, 2019, Coastal Sediments 2019.

Sediment Connectivity A Framework for Analyzing Coastal Sediment Transport Pathways

B. C. Prooijen, Stuart G. Pearson, Edwin P. L. Elias, 2022 .