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They found that through random and direct navigation, such as in a writing project, bats retain a memory of the places and routes they travel. The experiments also showed that bats also knew their location in the future.
“We have neurons that always shoot, but they represent different parts of the main pathway,” says Dotson. “Then it represents the past, present and future, not the present.”
Being able to know how to spend time with natural GPS is one of the biggest survival tools, helping them find food and avoid predators.
Varieties can compare the significance of past, future, and future experiences in a variety of ways, the research notes. In the event that “monkeys jump between tree branches or people are driving or sloping downhill,” for example, future information may be very important for survival.
“The bat has to be prepared locally in time, and in the future, to succeed in the hunt,” says Melville Wohlgemuth, a researcher at the Batlab University of Arizona. “These are the brain processes that are important in our lives, too.”
Biomedical research has become the hallmark of scientific science, and studying the hippocampus of bats can provide scientists with insight into how certain diseases affect our brain.
For example, learning more about bats can change our perception of Alzheimer’s disease – a brain disorder that gradually destroys function and memory. Alzheimer’s patients have difficulty navigating new routes or new locations, even if they have experienced them several times.
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