The free water masses, the pelagial, is by far the largest ecosystem on Earth.
Most pelagic organisms rely on chemical stimuli to communicate and perceive their surroundings. This chemical “language” is largely unknown.
We target the individual signaling compounds and translate their function in the pelagic ecosystem.
We perform hypothesis driven research in pelagic chemical ecology. We isolate and identify signal molecules, explore how they are transmitted, what effect they have in the responding organisms and in the pelagic ecosystem.
The group is multicisciplinary, chemists and biologists work together on the same research questions.
Interview with "Naturmorgon" from the Swedish public service radio (P1) on the effect of copepodamides in the ocean. Click here to listen (in Swedish)
New publication in PeerJ on the highly toxic clinging jellyfish popping up along the Swedish west coast.
New publication in Science Advances.
We welcome Anna Arias from University of Barcelona as a visiting PhD Student. Anna will be with us for 2 months investigating diurnal rhythms and copepodamides.
Congratulations to our Masters student Maja Karlsson who successfully defended her thesis!
A selection of photos and films documenting our work and findings with pelagic organisms.
Much of our work involves image and film analysis to better understand the behavioural response to chemical stimulae of the organims we study. Here we present our best photos and film, showcasing the beauty and complexity of this poorly understood ecosystem.
We regularly publish our findings in a variety of journals. The links to the right will take you to an external open access page where you can read the relevant article.
We primarily publish our findings through journals with a focus/interest in chemical ecology, microbiology and molecular biology.
Department of Marine Sciences
Carl Skottbergsgata 22 B,
+31 786 26 27
Conferences for 2019
ISCE 35th Annual meeting: June 2-6th, Atlanta, Georgia, USA