I am the couse leader for Ecology/Baltic Sea field courses at the Askö island, obligatory in the 2nd year of the Marine Biology as well as the Biology and Earth Science programmes. I am also involved in the Ecotoxicology course (Bacehlorlevel) and the MSc level course Baltic Sea Ecosystem: Applications, Modelling and Management (given by the SU Baltic Sea Centre to which I'm affiliated).

I regularily supervise Bachelor (kandidat) and MSc (Master) projects, just email me if you want to discuss a potential project! Broadly I supervise projects linked to food web ecology, large scale changes in the Baltic and ecotoxicology.

My research aims to advance our understanding of how individuals, populations, communities and ecosystems react and adapt to natural and anthropogenic stress (e.g. eutrophication, over-fishing, contaminants, invasive species and climate change). I am particularly interested in these topics:

• Food web ecology and trophic interactions during environmental change
• Long-term ecological research and co-analyses of monitoring data and archived samples
• The role of N-fixing cyanobacterial blooms for fish growth conditions
• The role of invasive species in the Baltic Sea.
• Applications of stable isotopes and other novel methods in ecology, ecotoxicology and environmental monitoring

My publication list can be found below, as well as on my Research Gate and Google Scholar profiles (see links to the right).

Current projects:

Vetenskapsrådet (2024-2028)

Novel uses for compound specific stable isotopes applied to eco-evolutionary and ecotoxicological research

Baltic Waters (2024-2026):

Has the large scale fishery in coastal areas reduced the abundance of herring in the archipelago – a baseline study of historical data

Recent projects:

• Tryggers (2023-2025): Do Sticklebacks benefit from Cyanobacterial blooms?
• Formas (2020-2023): Can cyanobacterial blooms make Baltic Sea fish less toxic? 
• Naturvårdsverket (Swedish EPA): Time trends in isotope composition of Baltic cod