Uppsala aims to take a leading role in climate research

Thermometer against a clearblue sky and under a blazing sun

Photo: Pixabay.

Climate-related research is identified as a new strategic research area in the Government’s research bill. Uppsala University already boasts a broad and internationally renowned research environment spanning from climate science to societal transition. Gabriele Messori, Professor of Meteorology, has coordinated the University’s application – and believes that Uppsala is uniquely placed to contribute to solutions for one of the greatest challenges of our time.

Gabriele Messori, Professor of Meteorology and Director of the Swedish Centre for Impacts of Climate Extremes (climes). Photo: Mikael Wallerstedt.

Climate research is about both understanding climate change and how society can cope with it. How is this breadth reflected in the research here in Uppsala?

“Uppsala University boasts an exceptionally strong and broad range of climate-related research. It is home to world-leading research on everything from climate physics to how ecosystems are affected by climate change and how energy systems can be transformed. At the same time, research is being conducted into the economic consequences of climate change, and policy instruments and legal frameworks for societies to adapt to a changing climate. In recent years, researchers in several of these fields have received prestigious grants from the European Research Council, the Knut and Alice Wallenberg Foundation and others. This enables us to link knowledge about climate change with research into concrete societal and technical solutions.”

What do you think is unique about climate research at Uppsala University?

“What makes it unique is the combination of cutting-edge science and genuine interdisciplinarity. In Uppsala, there is strong research across many different areas of climate science, but also a tradition of collaborating across disciplinary boundaries. This enables us to tackle complex issues, such as how climate risks affect communities or which strategies for implementing technical solutions can be met with broad public acceptance.”

Many of the major climate-related issues require collaboration across different disciplines. How do researchers in these fields work together – from the natural sciences to the social sciences and engineering?

“Interdisciplinary work requires commitment from all parties. It can take time to find a common language and gain an understanding of which research questions and societal challenges are considered most important in different fields. The key to successful interdisciplinary work is having academic forums that facilitate continuous exchange between different disciplines. Uppsala University offers several such meeting places through research centres, visiting professorships and networks that also coordinate interdisciplinary seminar series, courses and conferences. In Uppsala, we are therefore accustomed to interdisciplinary work and have structures in place to support these efforts.”

Could you give some examples of research areas or projects in Uppsala that are currently particularly important for understanding climate change and its consequences?

“There is so much exciting research to choose from. I myself am the coordinator of a PhD network funded by the European Commission that is looking at how various extreme weather events affect communities.

Some of my colleagues in Uppsala are leading a Wallenberg project on the ability of lakes to sequester carbon dioxide, and we also have the Swedish consortium for artificial photosynthesis, which is conducting pioneering research into carbon dioxide capture and utilisation. In addition, the Swedish Research Council is funding a research environment in Uppsala that focuses on how climate sustainability can be reconciled with economic growth.”

How can research in Uppsala contribute to society’s efforts towards climate transition and climate adaptation – both in Sweden and internationally?

“What I see as a great strength of Uppsala is that our work on climate-related research looks outwards. We collaborate extensively with the business sector – ranging from energy companies to insurance firms and technology firms – as well as with other public authorities and society at large, through surveys, reference groups and research projects in which citizens themselves actively participate; and we also work closely with decision-makers. The University’s work on climate risks, technical solutions, societal adaptation and more does not remain confined to scientific journals, but truly reaches a wide audience.”

Throughout the year, several conferences and meetings on climate and sustainability are being held in Uppsala. Why are such forums important for advancing research and collaboration?

“These meetings bring together hundreds of researchers and experts from various sectors in Uppsala, facilitating both intersectoral exchange of knowledge and networking that can lead to new interdisciplinary projects. The meetings are also vital for establishing Uppsala as an international hub for climate-related research.”

The government is expected to announce its decision on the new strategic research areas later this spring. What would such an initiative mean for climate research in Uppsala?

“Receiving strategic funding from the Government would be an incredibly effective catalyst for climate research in Uppsala, and would enable targeted support for groundbreaking interdisciplinary research. The strategic research area would also contribute to the growth of a new generation of researchers trained in interdisciplinary work and capable of tackling the major challenges posed by society’s climate transition.”

Malin Eivergård

Examples of climate-related research environments at Uppsala University

Climate research within the research programme Air, Water and Landscape Sciences

The research programme in Air, Water and Landscape Sciences at the Department of Earth Sciences conducts research into weather and climate, water resources, extreme weather events and long-term environmental changes in the atmosphere, water and landscape.

Read more here: Air, Water and Landscape Sciences

Swedish centre for impacts of climate extremes (climes)

The Swedish centre for impacts of climate extremes (climes) is an interdisciplinary research platform that brings together researchers to understand the impacts of extreme weather conditions. The research combines engineering, medicine and social sciences with the aim of understanding and mitigating the impacts of extreme weather conditions.

Read more here: Swedish centre for impacts of climate extremes (climes)

Zennström Professorship in Climate Change Leadership

The Zennström Professorship in Climate Change Leadership acts as a catalyst for public debate, research and education, with the aim of addressing some of the most challenging issues that climate change poses for humanity.

Read more here: Zennström Professorship in Climat Change Leadership

UUniCORN

UUniCORN is an interdisciplinary collaboration involving researchers who are studying how society can transition towards sustainability, in part to address climate challenges.

Read more here: UUniCORN - Uppsala University Conflicting Objectives Research Nexus

Public Attitudes and Acceptance in the Energy Transition

Research projects that examine the conflict of objectives between the need to implement ambitious climate policy measures and the need to ensure that these measures have public support.

Read more here: Public Attitudes and Acceptance in the Energy Transition

The Nordic Environmental Social Science (NESS) Conference

The Nordic Environmental Social Science (NESS) Conference has a long tradition and has been held every two years for over three decades. The conference brings together researchers from across the Nordic region – and the rest of the world – who study environmental issues from social science and humanities perspectives. Its aim is to promote interdisciplinary collaboration for sustainability.

Read more here: Nordic Environmental Social Science, NESS

Climate, risk and societal impact

Centre of Natural Hazards and Disaster Science (CNDS) connects climate research to real-world societal risks by studying how climate change influences the frequency and impacts of natural hazards such as floods, heatwaves, and wildfires. The research focuses on how these risks can be prevented, managed, and communicated, with the aim of strengthening society’s resilience in a changing climate.

Read more here: Centre of Natural Hazards and Disaster Science (CNDS)

Citizen science

The research project ‘Kallt och svettigt‘ (‘Cold and Sweaty’) is carried out in collaboration with school pupils aged 10–15. The project is helping researchers to gain a better understanding of how outdoor temperatures affect people in different environments.

Read more here (only in Swedish): Citizen science; Kallt och svettigt

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