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Available internship topics Anchor available available
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Status colour Red title Integral 
Contact: salinisation@deltares.nl
- Creating a map of salinisation world wide
- Mapping the impact of salinisation on health, ecology, and economy
- Working on an assessment framework for different measures
Status colour Grey title infra Contact: salinisation@deltares.nl
- <topic>
Status colour Yellow title Groundwater Contact:salinisation@deltares.nlor Gualbert.OudeEssink@deltares.nl
- The impact of salinisation in ground- and surface water on: a. health and b. agriculture and food production. One component is improving a global salinisation map with local models and data (e.g. Mekong delta)
- Simulating the effect of different scenarios on climate change/sea-level rise and anthropogenic stresses on fresh groundwater in the Mekong delta, using the existing 3D model
- On the water - food nexus in the Nile delta: communicating, understanding and monitoring groundwater availability, collaboration with the universities Kafr El Sheikh and Sadat City; also a visit to Egypt is planned.
- Comparison of 2D and 3D groundwater flow and salinity model estimations in deltaic regions
- Assessing the economic and technic feasibility of offshore groundwater pumping
- Assessing the effect of model parameters (e.g. solute solvers, grid convergence) on variable-density groundwater and salt transport benchmark cases using iMOD-SEAWAT and/or MODFLOW6
- Fresh groundwater resources management at a farmers level in the province of Zeeland, The Netherlands: setting up robust web-based clipping tools; a modelling study
- Assessing submarine groundwater discharge along coastal stretches: a global analysis
- Setting up a 3D variable-density groundwater flow model simulating salt water intrusion in a deltaic area: possible cases: the Bengal, Indus, Po, Yangtze, Pearl river deltas
- Modelling the future water system of Terschelling: using the existing 3D groundwatermodel to run scenario's of measures and strategies until 2050 and 2100 for the island of Terschelling
- Detailed monitoring and modelling of drainage systems in low lying polders in the Netherlands (part of Project Zoetwaterboeren)
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