Tags: Bats

NATURE Says Mammals Developed 3D Neural Compass to Better Navigate Terrain

ENVIRONMENT & CLIMATE Ever wonder how you could lose your way on the freeway, and still find your destination without Google Maps or MapQuest as an aid? Or how a dog with an attention span of only mere minutes can recall the path least travelled, and find its way home, in spite of the baffling sounds and smells around it? Well as it so happens, researchers from the Weizmann Institute of Science in Israel believe that new research reveals that mammals have developed an internal compass that guides our way. And it’s not just dogs and humans that have evolved the nifty trick deep within the brain.

While Some Researchers Find Brains Who can Navigate, Others Just Can’t Find Theirs

News early this morning broke courtesy of a study in the journal Nature, where researchers finally discovered how brains intrinsically can navigate the body, by using what they call a “3-D neural compass”. The study conducted at the Weizmann Institute of Science in Israel investigated the Egyptian fruit bat and revealed a toroidal shaped grouping of neural cells within the brain that helped the bats differentiate their orientation and the place in a 3-dimensional field.

Just Because Bats Are Blind Doesn’t Mean They Can’t Compete

As species that primarily navigate with their ears and not their eyes, bats are fairly amazing creatures. Their abilities to track predators, prey and hear sounds far beyond what humans can hear, makes these echolocators quite impressive specimens. But new research reveals that their sonar signals may have an additional function as well -- to jam up competitors, and steal their prey.
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