A new project will digitize environmental measurements of chemicals and nutrients in real time. This makes it possible to limit environmental disasters, for example when pesticides are released from a factory.

Airborne DNA falls to the earth's surface, where it blends with existing DNA deposits from the area's animals and plants. New research emphasizes the need for ongoing control and separation of airborne DNA when collecting environmental DNA samples. Furthermore, the discovery calls for new methods for nature monitoring.

Congratulations to Assistant Professor Ugo Marzocchi who received a grant of DKK 2 Mio. to investigate the influence of electric fields on the movement of ions in aquatic sediments.