News/Archive

Whether people follow a general trend when choosing a partner or consciously decide against it has a noticeable impact on the diversity of phenotypes to choose from. This is shown by a new study by the University of Würzburg.

How is biodiversity among Bavaria's insects changing - and why? Researchers at the University of Würzburg are now using the Karla.Natur database of the Bavarian State Office for the Environment to model future trends.

A research team at the University of Würzburg has deciphered another aspect of poxviral gene activation. The study reveals a unique viral mechanism: a molecular ring anchors the viral copying machine to the DNA.

Researchers at the University of Würzburg have shown that dung beetles suffer in canopy openings that have been deliberately created to promote biodiversity. Rising temperatures are significantly exacerbating the problem.

The cancer gene MYC camouflages tumours by suppressing alarm signals that normally activate the immune system. This finding from a new study offers a promising way to improve existing cancer therapies as well as develop new ones.

According to a new study by the University of Würzburg, Bavarian meadows are the most monotonous insect habitats. Surprisingly, fields and settlements often offer more diversity than grassland.

Climate change and biodiversity loss are among the most pressing challenges of our time. With Trees4Adapt, the European Union has launched a project to address these challenges – with the University of Würzburg as a partner.

A functional sperm tail is essential for successful reproduction. Defects in its development often lead to infertility. This is also shown by a recent international study involving researchers from Würzburg.

When ant pupae are infected by pathogens, they change their body odour. In this way, they warn the colony of the risk of infection - and thus seal their death.

Glossy flowers are visible to bees from a distance, but make color recognition difficult up close. They thus represent a visual compromise of nature, as a new study by the University of Würzburg shows.

Even in sunny forest gaps, browsing by roe deer prevents the natural regeneration of many tree species. Researchers at the University of Würzburg show just how strongly these ungulates shape forest development.

A tiny neural network is sufficient to control the daily rhythm of the fruit fly, Drosophila melanogaster. Researchers at the University of Würzburg have shown that only four specialized nerve cells are necessary to drive the animals' endogenous clock.