Project properties

Title Microbial water quality, pathogens, health and waste water
Group Water Systems and Global Change
Project type thesis
Credits 36
Supervisor(s) Nynke Hofstra
Daniel Okaali
Songtao Mei
Examiner(s) N Hofstra
Contact info Wouter Smolenaars (wouter.smolenaars@wur.nl) MCL, MES and MUE
Maria del Pozo (maria.delpozogarcia@wur.nl) MIL
Begin date 2024/01/01
End date
Description Theme introduction

Diarrhoea is still one of the main causes of death, particularly for children living in the lowest income categories. This diarrhoea is often caused by waterborne pathogens that infect people due to lack of access to proper drinking water, sanitation and hygiene. Also people with the highest income level get exposed sometime, e.g. when swimming or eating irrigated fresh produce. Diarrhoea and other water-related diseases are important to study further. For anyone with an interest in the link between (microbial) water quality and health, or disease in relation to water or climate change or other global changes, we are usually well able to come up with an MSc thesis topic, so do feel free to get in touch.


Projects and possibilities for students

Projects can be related to a varied number of topics and can be flexible, depending on the students’ interest. They can include modelling and literature review, but also incorporate interviews with relevant stakeholders etc. Specific relevant projects available right now are:

Microbial water quality models development
Other microorganisms (including AMR)
Additional processes
Other spatial/temporal scale & resolution
Groundwater
Case studies
Evaluating exposure pathways and health risk
Scenario development and analysis
Tool development
Develop tools
Evaluate tools
Stakeholder interest in tools


Used skills Possible methods used in a thesis:
- Model conceptualization & development
- Indicator development & analysis
- Sensitivity analysis
- Scenario analysis
- Data processing & analysis
- Case study analysis
- Systematic literature review
- Policy document analysis
- Mixed methods
Requirements