NewsPoint
Aug 6, 2024
Flying squirrels utilize a membrane called the patagium, extending from their wrists to their ankles, allowing them to glide between trees. Their gliding ability helps them escape predators and move efficiently in search of food.
Image Source: Times
These fish have elongated, wing-like pectoral fins that enable them to leap out of the water and glide through the air for short distances. This behavior is believed to be a strategy to evade underwater predators.
Image Source: Times
Also known as the flying lemur, the colugo has a large membrane connecting its limbs and tail, which it uses to glide between trees. This extensive wing-like structure makes it an exceptional glider in Southeast Asian forests.
Image Source: Times
The paradise tree snake has expanded ribs and a flattened body that allows it to glide gracefully between trees. Its unique gliding ability aids in hunting and escaping predators in its forest habitat.
Image Source: Times
The flying dragon, or Draco lizard, uses elongated ribs to extend a flap of skin, creating a wing-like structure. This adaptation helps it glide between trees and access food sources in its Southeast Asian forest environment.
Image Source: Times
The gliding frog has webbed toes and a membrane between its limbs that enable it to glide from tree to tree. This adaptation helps it avoid predators and move efficiently through its arboreal habitat.
Image Source: Times
Sugar gliders possess a membrane called the patagium, similar to the flying squirrel, stretching from their wrists to ankles. This membrane allows them to glide over short distances in search of food and mates.
Image Source: Times
Certain tropical ants have evolved wingless gliding abilities, using their body shape and behavior to maneuver through the air. This adaptation helps them disperse and colonize new areas efficiently.
Image Source: Times
Some spiders use a technique called ballooning, where they release silk threads to catch the wind and glide through the air. This method helps them travel long distances and find new habitats.
Image Source: Times
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