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Topics: Natural science

Researcher Sten Svantesson has identified five new species in the fungal genus Piloderma, including the "shy" old-growth forest species Piloderma fugax, shown here under the microscope. Photo: Kristina Stenmarck/Sten Svantesson.

New ‘shy’ fungus found in old-growth forest

Although fungi of the genus Piloderma are common, scientists have now discovered five previously unknown species. One of these is one of the most widely distributed species in Northern Europe, while another is found only in old-growth forests. The discoveries show that diversity in this genus is much greater than previously thought.

Patrik Johansson took up his role as new battery professor on 1 March 2025. He was previously Professor of Physics at Chalmers University of Technology. Photo: The European Commission

World-leading battery researcher joins Uppsala University

Professor Patrik Johansson is the new director of the flagship project Battery 2030+. He has led many large international research projects and was most recently director of the EU research programme the Graphene Flagship.

A duo of sauropodomorphs; one munching on the newly evolved plants in a wet Early Jurassic environment whilst the other is looking up as if there was something hiding in the vegetation. Illustration: Marcin Ambrozik.

Fossil dung reveals clues to dinosaur success story

In an international collaboration, researchers at Uppsala University have been able to identify undigested food remains, plants and prey in the fossilised faeces of dinosaurs. These analyses of hundreds of samples provide clues about the role dinosaurs played in the ecosystem around 200 million years ago. The findings have been published in the journal Nature.

A seabird colony i Norway, on which this model could be applied. Photographer: Claus Rüffler

New model can help understand coexistence in nature

Different species of seabirds can coexist on small, isolated islands despite eating the same kind of fish. A researcher at Uppsala University has been involved in developing a mathematical model that can be used to better understand how this ecosystem works.

Genes controlling eye development and light sensitivity differed between the Northern krill from the Atlantic Ocean versus the Mediterranean Sea. Photographer: Andreas Wallberg

Krill provide insights into how marine species can adapt to warmer waters

Krill in our northern waters show how key marine species can adapt genetically to cope with climate change. This is the discovery made by researchers at Uppsala University in collaboration with an international research group. According to the researchers, their study, published in Nature Communications, provides important knowledge that can help protect marine ecosystems when the climate changes.

The 2024 Sundhnúkur eruption – main cone. Photo by L. Krmíček

Potential long-term volcanic activity on Iceland's Reykjanes Peninsula

Given the volcanic activity on Iceland over the last three years, researchers from six universities anticipate recurring, moderately sized eruptions of similar style in the coming years to decades. They therefore stress the need for preparedness in view of the risks posed to local populations and critical infrastructure. Their study was recently published in the scientific journal Terra Nova.

Reconstruction of the oldest sea-going reptile from the Southern Hemisphere. Nothosaurs swimming along the ancient southern polar coast of what is now New Zealand around 246 million years ago. Artwork by Stavros Kundromichalis.

Ancient polar sea reptile fossil is oldest ever found in Southern Hemisphere

An international team of scientists has identified the oldest fossil of a sea-going reptile from the Southern Hemisphere – a nothosaur vertebra found on New Zealand’s South Island. 246 million years ago, at the beginning of the Age of Dinosaurs, New Zealand was located on the southern polar coast of a vast super-ocean called Panthalassa.

Stone Age strategy for avoiding inbreeding

Stone Age strategy for avoiding inbreeding

Blood relations and kinship were not all-important for the way hunter-gatherer communities lived during the Stone Age in Western Europe. A new genetic study, conducted at several well-known French Stone Age burial sites, shows that several distinct families lived together. This was probably a deliberate system for avoiding inbreeding.

Ruins of a mud brick structure near the town of Lusanga along the Kwilu River. Photo: Peter Coutros, Ghent University

New research sheds light on Bantu-speaking populations' expansion in Africa

About 350 million people across Africa speak one or more of the 500 Bantu languages. New genetic analysis of modern and ancient individuals suggests that these populations probably originated in western Africa and then moved south and east in several waves. The study has been published in the scientific journal Nature.

The subthalamic nucleus is located deep in the brain of mice and primates. The study shows that stimulation of the subthalamic nucleus causes aversion and activates neurons in the brain’s aversion system.

Location of strong sense of discomfort in brain found

Researchers have identified a new neural circuit in the brain which produces a strong sense of discomfort when activated. The discovery also allows them to show for the first time that the subthalamic nucleus, a structure in the brain that controls voluntary movements, may also play a role in the development of depression. The results could lead to better treatments for Parkinson's disease.

The oldest megapredatory pliosaur, Lorrainosaurus, in the ancient Middle Jurassic sea that covered what is to day northern France 170 million years ago. Artwork by Joschua Knüppe (Germany).

Ancient sea monster remains reveal oldest mega-predatory pliosaur

The fossils of a 170-million-year-old ancient marine reptile from the Age of Dinosaurs have been identified as the oldest-known mega-predatory pliosaur – a group of ocean-dwelling reptiles closely related to the famous long-necked plesiosaurs. The findings are rare and add new knowledge to the evolution of plesiosaurs. The study has been published in the journal Scientific Reports.

Example of pottery roughly 6,000 years old from the Lublin-Volhynian agrarian culture, Książnice 2, Poland. Photo credit: Stanisław Wilk

New research links early Europeans’ cultural and genetic development over several thousand years

A new DNA study has nuanced the picture of how different groups intermingled during the European Stone Age, but also how certain groups of people were actually isolated. The study was carried out by researchers at Uppsala University working with an international team of researchers, who produced new genetic data from 56 Central and Eastern European individuals from the Stone Age.

View of the part of the enzyme that controls the temperature optimum. The loop region that is shown in dark blue is from the Antarctic bacterium and that shown in red from the pig enzyme.

Scientists designed new enzyme using Antarctic bacteria and computer calculations

For the first time, researchers have succeeded in predicting how to change the optimum temperature of an enzyme using large computer calculations. A cold-adapted enzyme from an Antarctic bacterium was used as a basis. The study is to be published in the journal Science Advances and is a collaboration between researchers at Uppsala University and the University of Tromsø.

XFELs show the final milliseconds of oxygen formation

XFELs show the final milliseconds of oxygen formation

Using serial femtosecond crystallography performed with the XFEL technique, scientists have been able to see the crucial final step in the reaction cycle of Photosystem II, and managed to obtain more information on the interaction between Photosystem II and the Mn/Ca cluster. "Such a development is important for scaling up hydrogen production from water by sunlight or renewable electricity."

Professor Marie Allen and Conservator Malin Sahlstedt. Photo: Anna Maria Forsberg/Vasamuseet.

One of Vasa’s crewmen was a woman

When the human remains found on board the warship Vasa were investigated, it was determined that the skeleton designated G was a man. New research now shows that the skeleton is actually from a woman. "It is very difficult to extract DNA from bone which has been on the bottom of the sea for 333 years, but not impossible”, says Marie Allen, Professor at Uppsala University.

Professor Suparna Sanyal and PhD student Andrew Emmerich discussing different states of protein synthesis in Giardia intestinalis. Credit: Arindam De Tarafder

Uppsala scientists reveal protein synthesis mechanism in Giardia

Scientists from Uppsala University have used cryo-electron microscopy to reveal details of the protein synthesis mechanism in the parasite Giardia intestinalis, which causes diarrhoeal disease. The new insights could be valuable for screening specific drugs against Giardia and other protozoan parasites.

Reconstruction of the earliest ichthyosaur and the 250-million-year-old ecosystem found on Spitsbergen. Illustration: Esther van Hulsen.

Oldest sea reptile from Age of Dinosaurs found on Arctic island

For nearly 190 years, scientists have searched for the origins of ancient sea-going reptiles from the Age of Dinosaurs. Now a team of Swedish and Norwegian palaeontologists has discovered remains of the earliest known ichthyosaur or ‘fish-lizard’ on the remote Arctic island of Spitsbergen.

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