Well, better as front-faces, the capability to focus on a point in front, since a 3D vision is essential for a predator, to be able to accurately calculate distances.
Insects and arthropods often combine side and frontal vision, if they are predators, obtaining a vision in practically 360º, for example dragonflies and also jumping spiders or hunters, these usually have two large eyes in front and 6 smaller side eyes. Chameleons solve this with eyes that can move independently, only focusing on the front before the attack. In small animals a wide field of vision is necessary, even if they are predators, since they themselves appear on the menu of others.
Hm, in small animals my previous point of a 2D vs 3D space is also valid. Large land prey animals “only” have to look from side to side to spot predators. Small animals have to look in all 3 dimensions, like sharks
Wrong, all birds of prey have front-facing eyes, not only owls
Haha, I’m not a bird person and didn’t bother to look it up. Thanks for the correction!
Although they still don’t look fully front-facing like e.g. in cats, right?
Well, better as front-faces, the capability to focus on a point in front, since a 3D vision is essential for a predator, to be able to accurately calculate distances. Insects and arthropods often combine side and frontal vision, if they are predators, obtaining a vision in practically 360º, for example dragonflies and also jumping spiders or hunters, these usually have two large eyes in front and 6 smaller side eyes. Chameleons solve this with eyes that can move independently, only focusing on the front before the attack. In small animals a wide field of vision is necessary, even if they are predators, since they themselves appear on the menu of others.
Hm, in small animals my previous point of a 2D vs 3D space is also valid. Large land prey animals “only” have to look from side to side to spot predators. Small animals have to look in all 3 dimensions, like sharks
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