Projects in the Netherlands 

• 

  Damage due to salinisation can be seen in the field in Texel

  Crop damage above the tile drainage pipes - June 2020
• 

  Conversion of geohydrological models for Oasen

  From TRIWACO to MODFLOW 6 with FloPy
• 

  A 'Level Gauge' for The Netherlands' largest freshwater reservoir

  The Delta Plan for Lake IJssel, The Netherlands
• 

  Smarter operational water management

  Water Supply On-Demand
• 

  Water availability for agriculture

  Spaarwater
• 

  Subsurface freshwater storage

  Spaarwater
• 

  The 'Hondsbossche Zeewering'

  Coastal protection and environmental effects in the Netherlands
• 

  Discovering 'piping' with geophysical methodologies

  Monitoring levees in the Netherlands
• 

  Detailed groundwater analysis

  Groundwater in Amsterdam, The Netherlands
• 

  Modelling urban groundwater

  Municipal groundwater management, The Netherlands
• 

  Adaptation to soil instability and salinization

  Water management in the polder, The Netherlands
• 

  Adaptation to salinization for high-value cash crop agricultrue

  Solutions to salinization, northern Netherlands
• 

  Freshwater supply by external sources

  Safeguarding fresh water access in the Dutch Southwestern Delta
• 

  In-depth physical assessment

  The Level Gauge for Lake IJssel, The Netherlands
• 

  The 'Double helix' for watermanagement

  Future freshwater availability, The Netherlands
• 

  Monitoring quality and quantity with a numerical gorundwater model

  Groundwater modelling for drinking water in The Netherlands
• 

  Density dependent groundwater modelling

  Data management strategies for drinking water, The Netherlands
• 

  Local policies for operational groundwater management

  Groundwater policy for the water boards, The Netherlands
• 

  Decision making on subsurface freshwater storage

  Policy making for subsurface water storage, The Netherlands