From tooth fish to food webs, from molecular genetic tools to underwater acoustics: dive into our current research
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Diving in with “Die Maus”
“What do I have to study to work here?” a girl of about ten asks me, and I’m absolutely delighted, because it seems we’ve achieved what we set out to do: to show how exciting marine research can be and how much joy we find in it.
Did you know?
Unicellular plankton covers a size range that is comparable to the size difference between a small fish and a city like Oldenburg.
Activity Book on Deep Sea Mining
Deep-sea mining is a potential new industry in which non-renewable resources could be extracted from the bottom of the deep sea. However, as little is known about the ecosystems of these depths and the impacts of this industry, the prospect of mining these resources poses a great risk.
“The ship has reached the shore!”
With these exhausted but happy words, Rena Lee, President of the UN Negotiations on a Protection of Biodiversity in International Waters, announced that the member states had reached an agreement on March 7, 2023, after more than years.
Polar Sounds: Remixing the Sounds of the Arctic and Antarctic Seas
Polar Sounds is an art-science collaboration in which sound artists from around the world were able to use 50 sound clips from the Arctic and Antarctic seas to create their own compositions. Nearly 300 artists from 45 countries applied for the opportunity to reinterpret these sounds.
Traces of Diversity
Every litre of seawater is full of genetic material from all kinds of different organisms. Biologist Silke Laakmann and her team are pioneering techniques that use these DNA traces to determine the biodiversity of marine communities.
Science Communication – Bridging the Gap Between Scientific Research and Policy Implementation
My summer spent at the Helmholtz Institute of Functional and Marine Biodiversity (HIFMB) has broadened my horizons and strengthened my research skills. The HIFMB allowed me to explore new areas of research and further develop my interests in advancing how we communicate complex scientific topics to the public.
Krill Faecal Pellets are More Efficiently Exported to Depth Than Salp Pellets
The Southern Ocean is one of the most important oceanic regions for uptake and storage of carbon dioxide (CO2) from the atmosphere. This uptake of CO2 is driven by faecal pellets produced by Antarctic krill (Euphausia superba) and salps (Salpa thompsoni), krill and salp poo, the most important macrozooplankton grazers in the Southern Ocean. Even …