ľ�ϸ���Ӱ��

Vluchtelingenkinderen en Nederlandse kinderen spelen samen een digitale schaatsgame

During June 2016 the application domains Conflict and Security, Smart Cities, Inclusion, Health and Education organised a meeting.

Four UU students have developed a game in which you can play on a large screen against other players, using your own smartphone as a game controller.

Games and Learning Alliance conference 2016 to take place in Utrecht

In this symposium, strategies for the developments and use of games in the classroom were discussed.

Zerrin Yumak, researcher of the Utrecht Center for Game Research participates in Breaking Science 2018.

The Playful Citizen: Civic Engagement in a Mediatized Culture is an addition to the new Games and Play book series from publisher Amsterdam ľ�ϸ���Ӱ�� Press.

Recognition for contribution to the social debate.

Lonneke Roelofs wins Escher prize voor best Master's thesis.

Evidence pointing at prolonged water discharges on the Red Planet.

Plants and animals have an enormous influence on the development of our coastal landscapes, as shown by a new computer model developed by Muriel Brückner.

Tjalling de Haas (Dept. of Physical Geography, Faculty of Geosciences) has won the NWO-Vening Meinesz Prize for earth sciences. He receives the prize of 10,000 euros for his groundbreaking research into debris flows.

Large volumes of fresh groundwater below the seafloor may be used as a temporary source of water in water stressed coastal regions.

It is with great sadness that we must inform you that Prof. Ad de Roo passed away on 26 September.

Tjalling de Haas and Marc Bierkens win two 2023 EGU Awards & Medals.

Only about 17 percent of global deltas are well protected from floods, and more than 100 million people live outside protected areas.

Across mountain regions, plants actively aid the stabilisation of unstable glacial sediments in a similar way, regardless of climate and plant species.

Project WadSED is granted 2.8 million euros through NWO's Perspectief funding programme.

An improved global understanding of river temperature could provide an important barometer for climate change and other human activities.

Ecosystem engineering by mussels in Southeastern US salt marshes is a much stronger driver of accretion rates than expected.