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CSPR is a platform for knowledge production to trigger and promote societal changes towards safe and just climate futures for all. Our goal is to create knowledge and methodological approaches that can support and advance climate actions.

The Swedish water sector needs transformation to meet the rapidly changing climate, but despite overwhelming evidence, adaptation is currently not happening fast enough. The problem is not primarily about lack of knowledge, but lack of imagination.

Projektet syftar till att skapa en mer cirkulär kollektivtrafik genom att utveckla hållbara upphandlingsmetoder och förlänga fordons livslängd, vilket minskar kostnader och miljöpåverkan inom transportsektorn.

Welcome to the 14th annual Swedish transport research conference. The 2025 conference will take place at Linköping University, Campus Norrköping in Norrköping on October 22-23, 2025.

Virtual Worlds explores the role of digital technologies in managing climate change and biodiversity loss. The program reviews how technology can improve environmental governance and include local knowledge for sustainable development.

Heavy rainfall is causing  damage in urban built environments and are expected to be further intensified due to climate change. We develop an interactive visualization platform to support cities in sustainably addressing such climate related risks.

This research group is specialised on understanding how organisations and cities can move towards a more sustainable state. We study how such processes can be influenced, which actors are involved and how they interact.

The purpose is to invite international guest researchers in the field of sustainable buildings to strengthen the international visibility of the interdisciplinary, socio-technical research on construction and planning, conducted at TEMA T.

The Swedish electricity system is facing major changes. New research has begun at LiU which focuses on resilience in the future electricity system. The project can provide insights into how the resilience of the electricity system can be improved.

With 23 partners, this two-year project will provide the construction industry with scenarios for complete logistics setups enabling circular material flows at scale, moving the industry from existing standalone examples.