Humboldt Penguin Chicks Stick Together at Paradise Park
July 16, 2015
Staff at Paradise Park, in Hayle, Cornwall, UK, are delighted to have baby Humboldt Penguin chicks.
Curator David Woolcock said, “These two wonderful little characters are proving very popular with visitors. They are now ten weeks old and have been given the Peruvian names Miski and Aurora.”
David continued, “They eat around 200g of fresh fish a day and are being hand-reared, as the eggs were laid outside the nesting caves and not protected from weather or disturbance.”
“Another younger chick, called Poppy, was not putting on enough weight when she was with her parents, so the decision was taken to hand-rear her as well. One other chick is being successfully reared by its parents in the nest.”
When chicks are in the nest they have fluffy grey down feathers. It takes about three months for them to leave their nests, and by this time they have developed the waterproof plumage they need for swimming. Juveniles are grey and white, only developing the distinctive black and white penguin plumage at a year old. The pattern of dark speckles, on their lower chest, is unique to each individual penguin.
Miski and Aurora are now being introduced to the Humboldt Penguin group at Paradise Park, and they are making regular appearances at the twice daily feeding times.
The Humboldt Penguin is native to South America and breeds in coastal Chile and Peru. Its nearest relatives are the African Penguin, the Magellanic Penguin, and the Galapagos Penguin. Its name is derived from the cold water current it swims in, which is named after explorer Alexander von Humboldt.
Humboldt Penguins are medium sized, growing to 22 to 28 inches (56 to 70 cm) long and a weight of 8 to 13 lbs (3.6 to 5.9 kg).
They are currently classified as “Vulnerable” on the IUCN Red List of Threatened and Endangered Species. Their declining population is due to several factors: over-fishing, climate change, and ocean acidification. The Humboldt Penguin population is also losing numbers due to habitat destruction.