Beneath the Sand
Beneath Qatar's warm coastal sands, around 80–100 hawksbill turtle eggs rest in a hidden nest about 40–60 cm deep. For nearly two months (40–60 days), the eggs incubate in layers of sand that trap heat and moisture, creating a delicate balance for life to grow. Sunlight, air temperature, and even the colour of the sand change how warm the nest becomes. If it gets too hot, development slows or stops; too cool, and the embryos may not grow well.
In Qatar, beach sands can reach 28–32 °C, among the warmest nesting conditions anywhere in the world. Through this interactive test how different beach conditions, shade, tide level and heat affect the temperature inside a hawksbill nest and see how even small changes in the environment shape what happens beneath the sand.
Frenzy to Sea
After about two months under the warm sand, tiny Hawksbill hatchlings begin to move.
Working together, they dig their way to the surface until the sand starts to shake. When night falls and the beach cools, the hatchlings burst out and race toward the sea. Their journey across the beach is very important.
It helps them remember this place so they can return here as adults to lay their own eggs. Each hatchling carries a small yolk sac inside its body that gives it energy for the long crawl and first swim. On the way to the water, they face many challenges. Crabs, birds, and bright lights can all confuse or catch them.
Only a few will make it to the waves. When at sea, sea turtle hatchlings go through a phase called "frenzy" during which they swim in the seawater virtually nonstop.
Hawksbill in the Sea
This section explores the reef and the life it supports. Through the Hawksbill’s journey, it reveals how sea turtles and other marine creatures depend on healthy underwater habitats.