Hydrology and Environmental Hydraulics

Projects

Projects per year 1990 2013 2020 2023

• 1 Not started
• 41 Finished
• 41 Active

Projects per year

Search results

• Active

  The Impact of Biofouling on Microplastic Transport

  van Grootheest, D., Hoitink, T., Koelmans, B., Kooi, M. & Waldschlager, K.

  1/07/23 → …

  Project: PhD

• Plastic in rivers: from local to global scale

  Roebroek, J., Teuling, R., van der Ploeg, M. & van Emmerik, T.

  19/06/23 → …

  Project: PhD

• Hydrogeological characterization of Gorongosa National Park and the impact of land use changes

  de Klein, T., Bense, V. & Mustafa, S.

  1/03/23 → …

  Project: PhD

  • deforestation 100%
  • water budget 95%
  • national park 94%
  • lake water 67%
  • land use change 63%

• The impact of vegetation on microplastic transport

  Wang, W. X., Hoitink, T. & Waldschlager, K.

  1/02/23 → …

  Project: PhD

• Cleaning the Ganges: Impact of agriculture on hydrological functioning of the Hindon river in a changing climate

  Mendoza, R., Weerts, A., Buitink, J., Seijger, C. & de Wit, A.

  1/01/23 → …

  Project: PhD

  • crop 100%
  • river 67%
  • groundwater flow 65%
  • recharge 61%
  • water management 60%

• Modelling current and future water resources availability of the river Rhine

  Purnamasari, D. & Weerts, A.

  10/10/22 → …

  Project: PhD

  • water use 100%
  • water for agricultural use 92%
  • river basin 82%
  • potential evapotranspiration 63%
  • resource availability 62%

• Morphological Stability of Ganges-Brahmaputra-Meghna Delta

  Tahsin, N., Hoitink, T. & van de Vijsel, R.

  1/10/22 → …

  Project: PhD

  • morphodynamics 100%
  • tidal flat 97%
  • mangrove 86%
  • marsh 84%
  • hydrodynamics 67%

• The Effect of Intertidal Areas on The Residual Transport and Sediment Accumulation

  Bao, S., Hoitink, T. & Vermeulen, B.

  1/10/22 → …

  Project: PhD

  • estuary 100%
  • sediment 61%
  • trapping 34%
  • sediment transport 33%
  • turbidity 32%

• Solving the Urban Plastic Soup

  Tasseron, P., van Emmerik, T. & van der Ploeg, M.

  1/08/22 → …

  Project: PhD

• Sustainable watershed management measures for mitigating sediment deposition in a closed highland lake in northern Ethiopia

  Hadush, H., Hoitink, T., van der Ploeg, M. & Vermeulen, B.

  1/03/22 → …

  Project: PhD

  • watershed management 100%
  • soil erosion 77%
  • gully erosion 55%
  • off-site 50%
  • hillslope 45%

• Influence of turbulence on microplastic transport

  Alzawaidah, H., Hoitink, T., Vermeulen, B. & Waldschlager, K.

  5/01/22 → …

  Project: PhD

• Storm impacts on intertidal flat morphology in the face of a rising sea level

  Beemster, J., Hoitink, T. & Vermeulen, B.

  1/12/21 → …

  Project: PhD

• Development of actionable discharge and salt intrusion forecasts

  Wullems, B., Weerts, A. & Brauer, C.

  20/09/21 → …

  Project: PhD

  • forecast 100%
  • salt 98%
  • tidal cycle 83%
  • salt water 78%
  • waterway 73%

• Plastic Accumulation Zone Identification in river systems

  Hauk, R., Teuling, R. & van der Ploeg, M.

  1/06/21 → …

  Project: PhD

  • plastics 100%
  • rivers 43%
  • pollution control 11%
  • remote sensing 10%
  • pollution 7%

• Physical hydrogeological processes linking land-based pollution and coral reef health in the Dutch Caribbean

  Kruijssen, T., Bense, V. & van der Ploeg, M.

  1/06/21 → …

  Project: PhD

  • coral reef 100%
  • reef 89%
  • land 77%
  • groundwater 62%
  • health 47%

• Breaking the Urban Plastic Flood Nexus with opportunistic sensing

  Pinto, R., Uijlenhoet, R., van der Ploeg, M. & van Emmerik, T.

  11/01/21 → …

  Project: PhD

• Sediment connectivity and river morphodynamics in semi-arid river systems

  Hagos, N., Hoitink, T., Baartman, J. & Vermeulen, B.

  1/01/21 → …

  Project: PhD

  • morphodynamics 100%
  • connectivity 99%
  • river system 56%
  • catchment 44%
  • sediment 41%

• The role of vegetation in macroplastic transport in rivers

  Schreyers, L., Uijlenhoet, R. & van der Ploeg, M.

  1/12/20 → …

  Project: PhD

• Integrated Monitoring of Plastic in Rivers, Estuaries and Seas (IMPRES)

  Thi, K. & Uijlenhoet, R.

  1/12/20 → …

  Project: PhD

  • plastic 100%
  • bifurcation 69%
  • estuary 50%
  • tidal channel 41%
  • plain 24%

• Global assessment of land use effects on heat stress

  Zhou, J. & Teuling, R.

  15/11/20 → …

  Project: PhD

• Unraveling the role of water storage in urban climate

  Jongen, H., Teuling, R. & Steeneveld, G.

  1/11/20 → …

  Project: PhD

  • water storage 100%
  • urban climate 63%
  • weather 33%
  • vegetation 29%
  • city 27%

• Salt dispersion in channel of complex geometry

  van Keulen, D., Hoitink, T. & Vermeulen, B.

  1/10/20 → …

  Project: PhD

• Salt exchange at the channel network scale

  Jongbloed, H., Hoitink, T. & Vermeulen, B.

  1/06/20 → …

  Project: PhD

• Quantifying the influence of modelling decisions on the output of hydrological models

  Remmers, J., Teuling, R. & Melsen, L.

  18/05/20 → …

  Project: PhD

• Nowcasting of rainfall in the Tropics - An End-to-End Approach Scrutinising the Radar Data Processing Chain

  Becker, E., Uijlenhoet, R. & Leijnse, H.

  1/03/20 → …

  Project: PhD

• Competing demands and governance of water resources from East African forested water towers: Understanding the dynamics of coupled human-water systems

  Wamucii, C., Teuling, R., Ligtenberg, A. & van Oel, P.

  15/02/20 → …

  Project: PhD

• Intertidal floodplain controls on estuarine channel dynamics

  Schrijvershof, R., Hoitink, T. & Vermeulen, B.

  1/02/20 → …

  Project: PhD

  • land reclamation 100%
  • tidal cycle 98%
  • river 82%
  • sea level rise 79%
  • floodplain 76%

• Morpho-dynamics of supply limited rivers with weirs: case study of the River Meuse

  Barneveld, H., Hoitink, T. & Melsen, L.

  1/02/20 → …

  Project: PhD

• The effects of slash-and-burn agriculture on the local hydrological cycle from hillslope to regional scale: “How to enhance infiltration of rainfall to sustain dry season base flow?

  Zwartendijk, B. & Teuling, R.

  1/02/20 → …

  Project: PhD

  • dry season 100%
  • shifting cultivation 93%
  • vegetation 86%
  • overland flow 81%
  • infiltration 59%

• Bed morphodynamics in estuarine channels with mixtures of sand, silt and clay

  Niesten, I. & Hoitink, T.

  1/01/20 → …

  Project: PhD

• Exploring multi-scale influences of forest disturbance on the Forest-Water-People nexus in Suriname.

  Best, L., Herold, M., Teuling, R. & Speelman, E.

  1/01/20 → …

  Project: PhD

• Deepening our understanding of shallow precipitation observations from space

  Bogerd, L., Uijlenhoet, R., Leijnse, H. & Overeem, A.

  1/12/19 → …

  Project: PhD

  • microwave 100%
  • flood forecasting 72%
  • raindrop 69%
  • flash flood 69%
  • crop yield 62%

• Hydraulic roughness from bedforms in mixed sediments

  de Lange, S., Hoitink, T. & Naqshband, S.

  1/11/19 → …

  Project: PhD

  • bedform 100%
  • roughness 77%
  • sediment 41%
  • bank erosion 37%
  • siltation 36%

• Quantifying the relation between unconfined – confined groundwater interaction, factors driving groundwater abstraction, and basin-scale water balance

  Rusli, S., Bense, V. & Weerts, A.

  1/09/19 → …

  Project: PhD

  • water budget 100%
  • groundwater 88%
  • basin 27%
  • groundwater abstraction 25%
  • subsurface flow 20%

• Socio-hydrological dynamics of drought in north-east Brazil

  Gondim Ribeiro Neto, G., van der Ploeg, M., Melsen, L., Walker, D. & van Oel, P.

  1/06/19 → …

  Project: PhD

• Hydrology-related fluxes and microwave measurements

  van Hateren, T. & Teuling, R.

  1/04/19 → …

  Project: PhD

• CARBOFLOW

  de Bruin, J., Bense, V. & van der Ploeg, M.

  1/02/19 → …

  Project: PhD

• Sediment Transport

  Sehgal, D., Hoitink, T. & Bense, V.

  15/10/18 → …

  Project: PhD

  • suspended sediment 100%
  • turbidity 40%
  • sediment property 14%
  • in situ 14%
  • flow pattern 10%

• Improved quantification of lowland sediment transport

  Zomer, J. & Hoitink, T.

  1/07/18 → …

  Project: PhD

• Hydrological constraints on rare earth elements dynamics in the regolith-plant continuum

  Montemagno, A., Bense, V. & Teuling, R.

  1/04/18 → …

  Project: PhD

  • rare earth element 100%
  • regolith 65%
  • stable isotope 49%
  • yttrium 37%
  • water flux 31%

• Extreme precipitation in cities

  Zander, M. & Weerts, A.

  1/12/17 → …

  Project: PhD

• Not started

  Untitled Project

  Uddin, Z., Bense, V. & Mustafa, S.

  1/11/23 → …

  Project: PhD

  • recharge 100%
  • aquifer 96%
  • groundwater 45%
  • contamination 24%
  • water scarcity 20%
• Finished

  Improving operational flood forecasting with radar rainfall nowcasting

  Imhoff, R., Uijlenhoet, R., Weerts, A. & Brauer, C.

  3/11/18 → 1/11/22

  Project: PhD

  • nowcasting 100%
  • flood forecasting 92%
  • rainfall 70%
  • radar 55%
  • forecast 53%

• Mapping terrestrial evaporation regimes - A data-driven analysis of land-atmosphere interactions under climate change

  Denissen, J. & Teuling, R.

  1/02/18 → 1/07/22

  Project: PhD

  • land-atmosphere interaction 100%
  • evaporation 68%
  • climate change 42%
  • energy 40%
  • soil moisture 39%

• Daily streamflow prediction with reservoir operation

  Wannasin, M., Uijlenhoet, R., Weerts, A. & Brauer, C.

  4/09/17 → 21/02/23

  Project: PhD

  • thesis 100%
  • development model 64%
  • machine learning 62%
  • streamflow 55%
  • outflow 55%

• SWM-EVAP: Smart Water Management in a complex environment: improving the monitoring and forecasting of surface EVAPoration

  Jansen, F., Teuling, R. & Uijlenhoet, R.

  14/08/17 → 7/06/23

  Project: PhD

• The link between vegetation functional traits and evapotranspiration at multiple spatial scales.

  Hoek van Dijke, A., Herold, M., Teuling, R., Hoek van Dijke, A., Herold, M. & Teuling, R.

  1/05/17 → 10/06/22

  Project: PhD

  • evaporation 100%
  • vegetation 76%
  • leaf area index 51%
  • grassland 31%
  • water flux 29%

• Terrestrial diatoms as biological tracers of hydrological processes

  Foets, J. & Teuling, R.

  6/03/17 → 13/04/21

  Project: PhD

  • diatom 100%
  • tracer 26%
  • soil 19%
  • sampling 19%
  • runoff 15%

• Impacts of climate change and anthropogenic influences on the discharge of Rhine and Meuse

  Buitink, J., Teuling, R. & Melsen, L.

  1/10/16 → 20/10/21

  Project: PhD

  • drought 100%
  • basin 92%
  • hydrological response 86%
  • evaporation 81%
  • hydrological cycle 57%

• Improving prediction and forecasting of hydrologic extremes in the Rhine (and Meuse) basin

  van Osnabrugge, B., Uijlenhoet, R. & Weerts, A.

  12/10/15 → 12/05/20

  Project: PhD

  • forecast 100%
  • basin 70%
  • forecasting 54%
  • evaporation 37%
  • interpolation 33%