Current news

Researchers examines data taken from thousands of fish collected from 120 lakes to tease apart the many different environmental factors that affect cold-water lake food webs. Data showed how different environmental factors shape lake ecosystems.

Published by the Hot or Cool Institute with analytical support from scientists at the University of Jyväskylä makes the case that biodiversity loss is not only a conservation issue.

Cefmof granted the University of Jyväskylä €1.325 million funding to strengthen hydrogen research and promoting sustainable transport and the circular economy. The funding is part of the strategic partnership of Cefmof.

Prior licencing model in the University of Jyväskylä

The Research Council of Finland has allocated a total of 27.5 million euros for recruiting high-level researchers from outside Finland. With the funding provided, a total of 11 international researchers will relocate to Finnish universities as professors.

The REEVIVE project contributes significantly to the sustainable and secure supply of REEs by identifying and recovering them from underutilized secondary sources. The project aims to find cost-effective alternatives in the form of recycled REEs.

A recent Finnish study has found that measuring adolescents’ maximal oxygen uptake often requires a brief verification phase to ensure reliable results.

A joint research by the Universities of Jyväskylä and Bar-Ilan revealed that viral infection also alters the structure of nuclear speckles, which are essential for messenger RNA processing.

In his dissertation thesis in the field of mathematics Jesse Koivu combines the concept of a Sobolev space and the extension of a function. He considers in what kind of sets Sobolev functions can be extended.

Drawing room activities on display from 3 March.

The Finnish Cultural Foundation awarded a total of €891,500 in 26 grants to the University of Jyväskylä. The largest number of grants were awarded for natural sciences, totalling €315,000.

The University of Jyväskylä investigated how parvovirus infection impacts nucleolar morphology and function. The results provide new basic information about the interaction between viruses and nucleolus.