When it's cold, we, as warm-blooded (endothermic), animals ... source of food for the mites that feed on the penguins' dead skin cells, but also a warm environment. However, some Antarctic mites ...

Antarctic krill not only react to external environmental influences such as light or food. They also use their internal ...

Bacteria and other single-celled microorganisms in the seas around Antarctica ... than all the marine animals combined. Climate change-induced shifts in the microbial food web of the Southern ...

Today, it supports scientists from dozens of universities, researching things like how krill — a critical food source for Antarctic wildlife — are becoming more scarce. It's creating ripple ...

Armed with lab equipment and two months of food and clothes, around 60 researchers boarded the RSV Nuyina icebreaker ship for its first scientific voyage in March. They are taking part in the Denman ...

When it's cold, we, as warm-blooded (endothermic ), animals ... source of food for the mites that feed on the penguins' dead skin cells, but also a warm environment. However, some Antarctic ...

This allows the animal to undergo supercooling without freezing. Some generate antifreeze proteins that stop ice crystals from forming in their tissue. However, some Antarctic mites, which don't ...

When it’s cold, we, as warm-blooded (endothermic), animals simply ... are common in the Antarctic – there are hundreds of species. Some even live in the nasal cavities of penguins. Penguin noses ...