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 multidisciplinary, chemists and biologists work together on the same research questions.
Diurnal migration sampling with RV Skaggerak
Our most recent field trip involved a 24 hour sampling of the vertical migration pattern of copepods in Gullmarsfjorden just north of Gothenburg. Zooplankton samples and copepodamide concentrations are one part of master student Henrik Möllers thesis work.
Kristie presents at. the e-ICOC conference on her PhD work involving copepodamides.
Visit to Nantes, France to test copepodamides on Dinophysis
New publication from Kristie Rigby's PhD thesis:
and also a successful PhD defence by Kristie Rigby.
Upcoming PhD defence 1st April by Kristie Rigby, her thesis can be found here
New preprint with our collaborators over in the physics department. Microplankton life histories revealed by holographic microscopy and deep learning
Preprint: arXiv:2202.09046 [physics.bio-ph]
New content on our YouTube channel check out our latest video on how to extract and purify copepodmides.
Our 2 PhD students in the group, Kristie and Milad gave talks at the 9th Nordic Marine Phytoplankton workshop 25-26th November 2021.
Congratulations to Fredrik Ryderheim on successfully defending his PhD thesis
"Opening the black box on predator-induced phytoplankton defenses: mechanisms, traits, and trade-offs”.
We hosted the Marine Chemical Ecology course with 20 students from 10 different countries.
New publication in Limnology and Oceanography.
Eavesdropping on plankton—can zooplankton monitoring improve
forecasting of biotoxins from harmful algae blooms?
New open access publication in Ecology and Evolution.
PhD course in Marine Chemical Ecology 20-25th September at Tjärnö Marine Laboratory on the Swedish West coast. Hosted by University of Gothenburg
Wrasse fishery on the Swedish West Coast: towards ecosystem-based management
"Predator-induced defence in a dinoflagellate generates benefits
without direct costs" ISME
We are hosting the Marine Microbial Chemical Communcation Webinar series
(M2C2 webinar) 5th May.
"Predator Chemical Cue Effects on the Diel Feeding Behaviour of Marine Protists"
New paper accepted:
"Wrasse fishery on the Swedish west coast: towards ecosystem-based management" ICES J of Marine Science
Erik gives at talk at the NOMP conference (Nordic Marine Phytoplankton) "Can we use zooplankton to improve forecasting of harmful algal blooms?"
We welcome Milad Pourdanandeh new PhD student in the group
Erik gives a talk at University of Texas Marine Science Institute in the Schweppe Endowed Lecture series
Copepodamides now in compulsory school biology book :-)
New publication in Fluids:
Chemical Signaling in the Turbulent Ocean—Hide and Seek at the Kolmogorov Scale
MARICE workshop on Tjärnö on the effect of ocean acidification plankton signallling
Fredrik and Josephine visits from DTU Aqua to purify copepodamides.
Marine Chemical Group at GU has a new logo
-New publication in Frontiers in Ecology.
- Christina Karliczek Skoglund visits the lab to film Calanus copepods for the upcoming film "Cold Sharks"
-SCOR WG157 MetaZooGene 2019 Annual Meeting at the GGBC hosted by University of Gothenburg with focus on
Rediscovering pelagic biodiversity:
Progress, promise, and challenges of metabarcoding of microbes to mammals.
- Erik presents copepodamides at the Marine Biotechnology conference organised by Maritime cluster of West Sweden.
- New popular science article on our latest publication in The Economist. "The bioluminescence people find so attractive is a defence mechanism".
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.