climes

Swedish centre for impacts of climate extremes

An interdisciplinary effort to understand impacts of climate extremes

Climes is a research platform to understand and mitigate the impacts of climate extremes. We bridge the medical, social and engineering sciences and connect them to society.

Upcoming events

What is new?

 

New publication: WikiImpacts 1.0

A new publication introduces an open global database of climate impacts generated through automated information extraction from Wikipedia. The database provides structured information on the societal impacts of climate extremes.

Read the paper.

 

New affiliates

Several researchers have recently become affiliated with climes.

The new affiliates represent expertise spanning climate science, health, social sciences, engineering, and data science, reinforcing climes’ mission to advance research on the impacts of climate extremes.

Meet our affiliates.

 

New policy brief

A new climes policy brief outlines how resilience can be strengthened through preparedness, emergency response, and recovery.

The brief recommends implementing an operational risk-intelligence cycle that combines impact forecasting with climate impact storylines to support decision-making.

Read the policy brief.

 

CLIMES DN Kick Off approaching

The kick-off meeting for the CLIMES Doctoral Network is approaching. The event will bring together supervisors, and partners to align on objectives, collaboration structures, and planned activities, marking the formal start of the network and its interdisciplinary work on climate extremes and societal resilience. Recruitment of doctoral students starts soon.
 

New affiliates

We welcome new afiliates of climes. Prof. Giuliano Di Baldassarre (UU), Dr. Louis Delannoy (SRC/SU), Riccardo B. Navarro, Manuel M.O. Nocentini, Markus Simon (KI), and Fan Wang (RISE). Their diverse expertise strengthens our community’s research on climate extremes, resilience, and societal impacts.
 

AI-guided urban greening

Led by Olof Mogren (2024–2027), this project develops an AI- and GIS-based decision-support tool to identify how impervious urban surfaces can be transformed into multifunctional green spaces—strengthening climate resilience, enhancing ecosystem services, and improving urban quality of life.

 

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Image Credits: Pixabay (172619, Umkreisel, Pexels), Canva, ChatGPT, Uppsala University, Kimberly Farmer, Sakıp Murat Yalçın