Research News and Press Releases

Welcome to our Press and Research Announcements page! Here, we showcase current events at our institute and provide the latest insights into the world of evolutionary biology. Dive in and stay informed.

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A woman holding a smartphone, alongside a schematic diagram of neural networks in the brain and a hand holding a mobile phone.

A new paper argues that major evolutionary transitions may begin not only through mergers between existing organisms, but also when lineages generate new components from within. more

Wall Lizards

The National Geographic and The Guardian feature insights gained by the Lise Meitner Research Group of Nathalie Feiner more

Schematic representation of evolutionary changes in compost communities over one year, including viral outbreaks in virus-containing communities and rapid viral evolution following the introduction of the virus into virus-free communities.

A new study by researchers from FSU Jena, Utrecht University and the Max Planck Institute for Evolutionary Biology in Plön shows that viruses do not always evolve rapidly, even during massive outbreaks. Instead, their evolution can depend strongly on the microbial community they encounter. more

Eva Stukenbrock

The German National Academy of Sciences honours professor at Kiel University for her outstanding achievements in research of the evolutionary genomics of plant-pathogenic fungi more

Comparison of two approaches to reach a trophy; one is a straight, simple path with a person contemplating at the bottom, the other is a complex, winding path with a person celebrating near the start.

A new study shows that apparently erratic or “sloppy” behaviour in strategic situations is not necessarily a mistake. Under certain conditions, being less sensitive to one’s own gains can become a long-term advantage. more

Five detailed 3D visualizations illustrating multiple perspectives of a human embryo during the initial stages of gestation.

Researchers find that cells building the face emerge from a program highly conserved across jawed vertebrates, but different facial architectures arise from distinct behaviors of the cells´ derivatives. more

Two gray, rounded structures with distinct yellow markings, possibly representing cellular or embryonic formations, set against a black background.

A new study in Science Advances reveals how changes in gene regulation drive facial diversity in birds and mammals. more

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