AG°Ù¼ÒÀÖÔÚÏß¹ÙÍø

New Zealand: Prehistoric giant penguin species identified from fossil found by schoolchildren

The long-legged penguin would have towered above its modern counterparts at a height of 1.4m, which "may have influenced how fast it could swim or how deep it could dive".

‘Incredible’ giant fossilised penguin found by New Zealand schoolchildren is previously unknown species 
Caption: ‘Incredible’ giant fossilised penguin found by New Zealand schoolchildren is previously unknown species
Caption:‘Incredible’ giant fossilised penguin found by New Zealand schoolchildren is previously unknown species
Must Credit: Simone Giovanardi
Must Credit: Simone Giovanardi
Image: The species has distinctly longer legs than its modern cousins. Pic: Simone Giovanardi
Why you can trust Sky News

A giant fossilised penguin discovered by schoolchildren in New Zealand in 2006 has been identified as a new species of the animal using a 3D printer.

Little did the group of schoolchildren from the Hamilton Junior Naturalist Club know, but on a field trip to the Kawhia Harbour, in New Zealand 15 years ago, they would discover some rare bones.

Immediately scientists from across the globe were corralled to identify the discovery.

‘Incredible’ giant fossilised penguin found by New Zealand schoolchildren is previously unknown species
Thirty million-year-old remains were found during field trip in 2006
CAPTION:a) Line drawing of specimen; b) photo of specimen; c) size comparison of Kairuku waewaeroa and an emperor penguin. Photograph: Journal of Vertebrate Paleontology
MUST CREDIT: Journal of Vertebrate Paleontology
Image: Scientists from across the globe were corralled to identify the fossil. Pic: Journal of Vertebrate Paleontology

Researchers from both Massey University and Bruce Museum in the US congregated at the Waikato Museum in Hamilton to analyse the fossil.

Using 3D scanning technology, palaeontologists compared the fossil with digital versions of bones from around the world. They realised they had unearthed the bones of a prehistoric giant fossilised penguin.

Dr Daniel Thomas, a senior lecturer in zoology from Massey's School of Natural and Computational Sciences, said the fossil was between 27.3 and 34.6 million years old and from a time when much of Waikato was under water.

More on New Zealand

He said: "The penguin is similar to the Kairuku giant penguins first described from Otago, but has much longer legs, which the researchers used to name the penguin 'waewaeroa' - te reo Maori for 'long legs'.

"These longer legs would have made the penguin much taller than other Kairuku species while it was walking on land; perhaps around 1.4m tall, and may have influenced how fast it could swim or how deep it could dive."

In this photo taken Tuesday June  21, 2011, an Emperor penguin is seen on Peka Peka Beach of the Kapiti Coast in New Zealand. Emperor penguins typically spend their entire lives in Antarctica and almost never make landfall near humans, with the last sighting in New Zealand being more than 44 years ago. 
PIC:AP
Image: New Zealand's emperor penguins are smaller than that of the fossilised species found. Pic: AP

Dr Thomas continued: "The fossil penguin reminds us that we share Zealandia (ancient New Zealand) with incredible animal lineages that reach deep into time, and this sharing gives us an important guardianship role."

To the delight of the Hamilton Junior Naturalists, the scientists also produced a 3D-printed replica of the fossil for them.

Fossil penguins from Zealandia are mostly known from Otago and Canterbury although discoveries have been made recently in Taranaki and Waikato.

'It could kill any creature': Researchers identify prehistoric killer whale that walked on land
'It could kill any creature': Researchers identify prehistoric killer whale that walked on land

Penguins have a fossil record which nearly dates back to when dinosaurs roamed the earth, with New Zealand holding the oldest bones.

The expedition was led by the club's fossil expert, Chris Templer.

The research was led by PHD student Simone Giovanardi, with the help of Dr Daniel Ksepka, Bruce Museum and Dr Daniel Thomas, and is published in the Journal of Vertebrate Palaeontology.