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Help solve global water challenges

Meet water challenges head-on

Water is essential for life on Earth. As stated by the United Nations, water is at the core of sustainable development, being critical for socioeconomic progress, energy and food production, as well as climate regulation, ecosystems and for human survival. Too much, too little, or too dirty water can bring risks to society. Therefore water is also at the heart of adaptation to climate change and reducing global risks to natural hazards.

During our two-year Master’s Hydrology programme, you will learn theory, field measurements and computer modelling. You will discuss and analyse water challenges and develop risk-reducing management options. The programme focuses on international water challenges and processes, while also bringing in expertise from the renown Dutch experience in water management.

In the first year, the Hydrology programme combines lectures, computer workshops and laboratory work and field courses in both Luxembourg and the Netherlands. You will learn the basics of theoretical and experimental hydrology, and methods to assess water risk for society. Altogether this will allow you to apply knowledge of hydrological processes to real-world issues on water management and global change.

The second year allows you to specialize in your area of interest by choosing elective courses. We offer several streams, whilst also offering an “open” stream, in which there is maximum flexibility across our offered courses. The streams are: Water and Society, Water and Landscapes, Water and Climate, Water and Environmental Analysis, Water and Chemistry or you can choose the Fully Open stream. 

All students conclude the programme with a Master’s thesis project. This could involve desk research (e.g. hydrological modelling) or research incorporating field measurements, for example at our permanent field sites in Luxembourg, Kenya and Siberia.

To name a few examples: you could investigate the impact of sea level rise on coastal areas, study how drought affects subsidence, or unravel how forest management affects river flow. Not only can you do your research at the VU Amsterdam; you can also collaborate with one of the many water-related institutions and organisations within the Netherlands and abroad. The teaching staff can help you find a topic tailored to your interests, as well as a suitable location in which to carry out your research. Potential international locations include tropical Amazonia, permafrost regions of Siberia, or highly urban areas like New York City and Jakarta.

For nearly 50 years, VU Amsterdam has taken pride in conducting research and teaching in hydrology and water sciences from an earth science perspective. Hydrology teaching and research at VU Amsterdam enjoy an excellent reputation, both within the Netherlands and abroad. 

“Our programme is designed to develop sustainable solutions to water-related problems.” – ‪Ype van der Velde, Course Director.

You can find all course descriptions, the year schedule and the teaching and examination regulation in the Study guide.

The start date of this programme is September 1st.

Course Director: Ype van der Velde
Course coordinator: Sanne Muis
 

Year 1

Your first year is made up entirely of compulsory courses that fall into one of three areas: Process Hydrology, Water Risk and Global Hydrology.

Process Hydrology – you’ll study in detail the interactions of surface and groundwater resources with landscapes, soils, vegetation and the atmosphere. Human wellbeing depends on sustainable use of healthy water. At the same time, climate and land-use change and human appropriation are affecting water availability, the occurrence of floods and droughts, and the state of the vegetation. You’ll learn how to make critical observations, use satellite data and model the key interactions.

Water Risk – you’ll acquire a solid understanding of the complex interactions between climate-water and societal issues such as economic damage of floods and droughts. With your insights into the underlying hydrological processes, you’ll be able to make decisions on how to reduce water risk from floods, droughts and pollution, and provide advice on what measures should be implemented to reduce water risk (e.g. levees and spatial zoning to reduce flood risk).

Global Hydrology – The increasing availability of satellite data on aspects of the hydrological cycle allows us to study the global occurrence of drought and floods while also investigating the variability of fluxes, such as those of evaporation on a global scale. Over the years, we have developed key data sets on soil moisture and evaporation, and we use these to investigate the sensitivity of the global hydrological cycle to climate and climate change. Special emphasis is placed on the interaction between the carbon cycle and hydrology in the tropics

Compulsory courses

  • Catchment Hydrology
  • Ecohydrology
  • Catchment Biogeochemistry
  • Climate Hydrological Processes
  • Integrated Modeling in Hydrology
  • Groundwater Processes
  • Water Economics
  • Measuring Techniques in Hydrology
  • Field Course Hydrology

You can find the complete course overview for this year in the study guide

Year 2

The second year of the programme is more flexible, allowing you to follow courses according to your own areas of interest.

You’ll choose four elective courses, as well as writing your Master’s thesis. The elective options could be made up of advanced courses building on topics from the first year (like Advanced Groundwater Processes and Water Risks), courses shared with other programmes (such as Earth Sciences), or even courses offered by other universities (like UNESCO-IHE; TU Delft) at no extra cost. You can start with your thesis research straight away at the start of the second year.

We offer several streams, whilst also offering an “open” stream, in which there is maximum flexibility across our offered courses. The names of the streams that we offer, including the associated individual subjects, are:

Water and Society

  1. Water Risks
  2. Water Politics and Governance
  3. Environmental Policy for Global Environmental Change and Policy
  4. Open elective course

Water and Landscapes

  1. Frontiers in Hydrology
  2. Global Biogeochemical Cycles
  3. Advanced Spatial Analysis
  4. Open elective course

Water and Climate

  1. Frontiers in Hydrology
  2. Climate Modelling
  3. Water Risks
  4. Open elective course

Water and Environmental Analysis

  1. Water Risks
  2. Environmental Remote Sensing
  3. Advanced Spatial Analysis
  4. Open elective course

Water and Chemistry

  1. Frontiers in Hydrology
  2. Global Biogeochemical Cycles
  3. Plastic and Chemical Pollution
  4. Open elective course

Fully open
Four open elective courses

Summary

Specialisation Water and Society

Compulsory courses

  • Water Risks
  • Water Politics and Governance

You can find the complete course overview for this year in the study guide

Summary

Specialisation Water and Landscapes

Compulsory courses

  • Global Biogeochemical Cycles
  • Advanced Spatial Analyses

You can find the complete course overview for this year in the study guide

Summary

Specialisation Water and Climate

Water and Climate courses

  • Climate Modelling
  • Water Risks

You can find the complete course overview for this year in the study guide

Summary

Specialisation Water and Environmental Analysis

Compulsory courses

  • Water Risks
  • Environmental Remote Sensing
  • Advanced Spatial Analyses

You can find the complete course overview for this year in the study guide

Summary

Specialisation Water and Chemistry

Compulsory courses

  • Global Biogeochemical Cycles
  • Plastic and Chemical Pollution

You can find the complete course overview for this year in the study guide

  • Water and Society

    Summary

    Specialisation Water and Society

    Compulsory courses

    • Water Risks
    • Water Politics and Governance

    You can find the complete course overview for this year in the study guide

  • Water and Landscapes

    Summary

    Specialisation Water and Landscapes

    Compulsory courses

    • Global Biogeochemical Cycles
    • Advanced Spatial Analyses

    You can find the complete course overview for this year in the study guide

  • Water and Climate

    Summary

    Specialisation Water and Climate

    Water and Climate courses

    • Climate Modelling
    • Water Risks

    You can find the complete course overview for this year in the study guide

  • Water and Environmental Analysis

    Summary

    Specialisation Water and Environmental Analysis

    Compulsory courses

    • Water Risks
    • Environmental Remote Sensing
    • Advanced Spatial Analyses

    You can find the complete course overview for this year in the study guide

  • Water and Chemistry

    Summary

    Specialisation Water and Chemistry

    Compulsory courses

    • Global Biogeochemical Cycles
    • Plastic and Chemical Pollution

    You can find the complete course overview for this year in the study guide

Apply your skills to manage our world’s most precious resource: water!

Apply your skills to manage our world’s most precious resource: water!

Our Hydrology master’s programme prepares you well for a future in academia, work for NGO’s and engineering companies, do consultancy work or start your own business with an idea that helps solves water-related challenges.

Explore your future prospects
Three people walking towards water

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