Animals with 3D vision have the ability to perceive depth and accurately judge distances, which is crucial for activities like hunting, navigation, and avoiding obstacles. This visual perception is known as stereopsis, and it provides animals with a crucial advantage in the wild. One of the most well-known animals with 3D vision is the hawk. Hawks have forward-facing eyes that provide them with overlapping fields of view, allowing them to accurately judge the distance of their prey when hunting. This ability gives hawks a significant advantage when hunting small mammals and birds, as they can accurately pinpoint their target from a distance. In addition to hawks, other birds of prey, such as eagles and owls, also possess 3D vision, which aids them in their predatory activities. Cats are another example of animals with 3D vision. Their eyes are positioned in a way that allows for excellent depth perception, which is crucial for accurately pouncing on their prey. This 3D vision gives cats the ability to gauge the distance from their target and make precise leaps. Furthermore, many species of primates, including humans, possess stereoscopic vision, which allows for the accurate judgment of depth and distance. This is essential for activities such as climbing and navigating through dense foliage. In the ocean, some marine animals, such as sharks and rays, also have 3D vision. Their forward-facing eyes provide them with depth perception, allowing them to accurately judge the distance of their prey and maneuver through the underwater environment with precision. The ability to accurately perceive depth and distance is crucial for animals in their natural habitats. It aids in hunting, evading predators, and navigating complex terrains. Overall, 3D vision plays a significant role in the lives of many animals, giving them a crucial advantage in their daily activities.