Plush Toy Sea Turtle 23cm
R 450.00
Product Details
Want to spoil a loved one? Then this cute Plush Toy is the perfect gift to build your wildlife collection or to cuddle with. Wildlife toys are made from soft plush recycled fabric tested to EN71 standards with PVC parts.
Did you know?
- Turtles don't have teeth. They use their beak-like mouth to grasp their food. This beak is made of keratin (the same stuff your fingernails are made of).
- Turtle shells are made of over 50 bones fused together - so they're literally wearing their bones on the outside. They also have light, spongy bones that help them float.
- The first few years of a marine turtle’s life are known as the ‘lost years’. That’s because the time between when the hatchlings emerge until they return to coastal shallow waters to forage is incredibly difficult to study. The lost years they spend at sea – which can be up to 20 years – largely remain a mystery to us.
- Marine turtle species vary greatly in size. The smallest, Kemp’s ridley, measure around 70cm long and weigh up to 40kg, whilst the leatherback can reach up to 180cm long and weigh 500kg. That’s over 10 times heavier!
- It's estimated that only around 1 in 1,000 marine turtle hatchlings make it to adulthood. This is down to the long time it takes for them to reach maturity and the many dangers faced by hatchlings and juveniles – from predators to marine plastics.
- Turtles may sometimes look as if they're crying - but they're actually getting rid of excess salt (from swallowing salty seawater) through a 'salt excretion gland' near the corner of their eye. The salt excreted from this gland can have a salt concentration twice that of seawater.
- Marine turtles can migrate incredibly long distances – the longest known record is for a female leatherback who swam nearly 13,000 miles over 647 days from Indonesia to the west coast of America. That’s over 40kms a day.
- Females return to the same beach they hatched on, to lay their own eggs and bury them in sand ‘nests’. Marine turtles’ amazing ability to navigate comes from their sensitivity to the Earth's magnetic fields.