News/Archive

The newly funded EU Horizon 2020 project Safeguard will address the decline of wild pollinators, its effects on biodiversity and ecosystem services, and options to restore pollinator diversity.

The time deadwood in forests needs to decompose depends on climate as well as on fungi and insects. Researchers have now quantified the contribution of deadwood to the global carbon cycle.

With her research, biochemist Katalin Karikó laid the foundation for the development of RNA vaccines against the coronavirus. Now she is being honoured for this by the Würzburg Societas Physico-Medica.

In the fruit fly Drosophila, a hormone helps to balance rest and activity. This is shown by a new study of a research team led by the University of Würzburg. Might humans have a hormone with comparable function?

Light pollution makes it difficult for dung beetles to find their way. This is probably also true for other nocturnal insects and birds, as researchers suspect.

The characteristics of plants of the same species can have different genetic causes depending on their origin. This is shown by a recent study at the University of Würzburg.

Plant researchers have a potent new tool at disposal: In the journal Science Advances, a research team from Würzburg shows how to close the stomata of leaves using light pulses.

If plants are flooded, they lack oxygen and their cells over-acidify. A sensor protein detects this and triggers a stress response. Researchers have now presented details about this topic in the journal Current Biology.

A three-dimensional atlas of the bumblebee brain is now available. It will allow to even better research how nerve cells are interconnected and how they process information.

Some proteins concentrate in certain places in the cell nucleus. A new study with Würzburg participation now shows how this happens. The results could contribute to a better understanding of a rare disease.

When trees die during a drought event, they die of thirst: A field study on spruce trees shows that an abrupt collapse of the hydraulic system is responsible.

During drought, plants use a signalling molecule known from animals to limit their water loss. The molecule provides them with a kind of memory of how dry the day was.