Keeping warm: Coordinated movements in a penguin huddle

To survive temperatures below -50 C and gale-force winds above 180 km/h during the Antarctic winter, Emperor penguins form tightly packed huddles and, as has recently been discovered – the penguins actually coordinate ...

Warming Antarctic seas likely to impact on krill habitats

Antarctic krill are usually less than 6 cm in length but their size belies the major role they play in sustaining much of the life in the Southern Ocean. They are the primary food source for many species of whales, seals, ...

Klekowskii penguin takes size title away from emperor

A new fossil discovery of bones makes the 90-pound emperor penguin, thought to be the largest of all penguins, rather puny. Penguin-watching has become all the more fascinating in light of new observations from researchers ...

Antarctica's wildlife in a changing climate

Despite being one of the coldest, most inhospitable places on Earth, Antarctica hosts a wealth of biodiversity, and its remoteness and extreme climate have lent a certain amount of protection to the many species that call ...

Study reveals climate change impact on Antarctic penguins

Antarctic penguins have been on the forefront of climate change, experiencing massive changes to their natural habitat as the world's temperatures and human activity in the region have increased. Now, new research has revealed ...

Emperor penguins perish as ice melts to new lows: Study

Colonies of emperor penguin chicks were wiped out last year as global warming eroded their icy homes, a study published Thursday found, despite the birds' attempts to adapt to the shrinking landscape.

New study reveals what penguins eat

The longest and most comprehensive study to date of what penguins eat is published this month. The study, published in the journal Marine Biology, examines the diets of gentoo penguins (Pygoscelis papua) at Bird Island, South ...

Traffic jams lend insight into emperor penguin huddle

Emperor penguins maintain the tight huddle that protects them from the harsh conditions of an Antarctic winter with stop-and-go movements like cars in a traffic jam, a new study has shown.

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