Climate Action Programme


The Climate Action Programme was launched in 2021 and functions as a community for climate action on the TU Delft campus and beyond. We coordinate various events, activities and functions, providing a central platform for climate related research, education and innovation at TU Delft. Through these efforts, we help to bring to fruition our university’s goal of creating impact for a sustainable society.

Our four overarching themes of Climate Science, Climate Change Mitigation, Climate Change Adaptation and Climate Change Governance are composed of Flagships. Researchers from different disciplines co-operate within the Flagships, and dedicated researchers have been appointed to each Flagship. We foster co-operation within Flagships, between the Flagships, with other climate related researchers and with external stakeholders and partners to secure societal impact.

We actively collaborate with other TU Delft initiatives including:

There is always a reason not to act. Let’s do something about this. Time is running out

― Prof Herman Russchenberg

Climate Action News

10 December 2019

Greenland ice losses rising faster than expected

Greenland ice losses rising faster than expected

Greenland is losing ice seven times faster than in the 1990s and is tracking the IPCC’s high-end climate warming scenario, according to the Ice Sheet Mass Balance Inter-comparison Exercise (IMBIE) Team.

10 December 2019

Weather alarm: chance of sudden death

Weather alarm: chance of sudden death

Rain radar, weather apps, satellite images and code yellow (weather warning code in NL): we are all fascinated by the weather. Nevertheless, even the experts know less about it all than we think, particularly when it comes to the weather at night and in cold areas. Bas van de Wiel wants to change that. He intends to use his ERC Consolidator Grant to give the underappreciated nights a bigger role in weather and climate models.

08 December 2019

Continuously scanning the coast

Continuously scanning the coast

Hotel Atlantic in Kijkduin overlooks the North Sea. On its deserted roof a state of the art laser scanner is monitoring the beach every hour, 24/7. Sander Vos hopes the resulting data will provide insight into the restoration of the coast after a storm when part of the beach and fore dunes disappear into the sea. With the information provided by the scanner he and his TU Delft colleagues hope to become ‘coastal weathermen’ who will be able to predict exactly how the beach behaves after a storm.

06 December 2019

Observing rain at street-level

Observing rain at street-level

Heavy showers sweep over cities, flooding streets and houses when urban drainage systems get overwhelmed. Ever-increasing pressures from climate change, population growth and changes in land use augment the risks of urban floods. We’re currently unable to predict accurately where and when flooding will occur. Forecasting is particularly tricky in densely populated cities, where rainfall observations are scarce, spatial variability in land-cover is high and flood response to rainfall is very fast. Researchers want to use radar and innovative ground sensors to observe rainfall and water levels more accurately and at higher density to improve the reliability of hydrological predictions . Marie-Claire ten Veldhuis is trying to gather this information in various projects. Her objective is to unravel the complexity of urban hydrological response, to be able to predict with greater accuracy when and where streets will flood.

02 December 2019

Water lust and nuisance

Water lust and nuisance

Reliable tap water, proper waste water treatment, and dry feet. That’s what people in the Netherlands expect and are accustomed to. However, flooded homes, sewer overflows and impassable roads occur with increasing frequency. The Randstad conurbation has suffered from severe water issues in recent months for instance. The KNMI [Royal Netherlands Meteorological Institute] has predicted that the number of extreme showers will further increase in the 21st century due to global warming. The water infrastructure in our urban areas isn’t built to accommodate this, warns Professor Jules van Lier. He argues in favour of smarter solutions and a new paradigm for our Urban Water Infrastructure.


Climate Action News

28 September 2023

Ruisdael Observatory maps atmosphere of the Netherlands

Ruisdael Observatory maps atmosphere of the Netherlands

What was just a dream five years ago is now starting to become reality. Thanks to hundreds of sensors and several measurement towers, the Ruisdael Observatory continuously provides a clear picture of the atmosphere above the Netherlands. The oldest measurement tower in Cabauw has been in place for 50 years.

20 September 2023

The Delft Tree Atlas: much more than maps

The Delft Tree Atlas: much more than maps

Did you know that many cities are also forests? You can see for yourself when you switch Google Maps to satellite mode. From this bird’s-eye view, you will notice that the average tree cover in cities often exceeds 40%, well above the lower limit of the ‘forest’ classification. Certain regions of Delft even reach 65%, which is more than most natural forests in Europe. But what kind of forest is Delft? Or, more accurately, which kinds?

20 September 2023

Marina Tabassum started as Professor Architectural Design for Climate Adaptation

Marina Tabassum started as Professor Architectural Design for Climate Adaptation

Living and working in Bangladesh, “Architectural Design for Climate Adaptation” is almost more of a necessity than a choice for Marina Tabassum. She brings her personal style to it, combining knowledge of local climate, materials history, culture and community. Marina Tabassum has started as Professor at our faculty on 15 September 2023.

06 September 2023

Launch Climate Safety and Security Centre

Launch Climate Safety and Security Centre

Considering geopolitical tensions and power shifts, there is an increasing need for better understanding climate safety and security

05 September 2023

Clearing up the sky: reducing the uncertainty caused by clouds in the climate system

Clearing up the sky: reducing the uncertainty caused by clouds in the climate system

Wolken zijn verantwoordelijk voor een groot deel van de onzekerheid in klimaatprojecties. Met een Starting Grant van de European Research Council (ERC) wil Franziska Glassmeier de evolutie van wolken en hun invloed op het toekomstige klimaat beter begrijpen. Glassmeier is Assistant Professor atmosfeerwetenschappen aan de faculteit Civiele Techniek en Geowetenschappen van de TU Delft: "Als we de onzekerheid veroorzaakt door wolken kunnen verminderen, zouden we een veel beter idee hebben van hoeveel de planeet opwarmt door antropogene emissies."