Bats hunt using echolocation, in which they send and receive high frequency sounds to locate prey. When bats hear the sounds of
others, they typically begin hunting in the same area. As the number of bats hunting in the area increases, individuals become more successful at locating and capturing prey. Some populations of bats live in areas with high levels of noise pollution, such as near heavily trafficked bridges. How might the hunting behavior of bats be affected by such an environment?
The hunting behaviors of bats are affected by noisy environments because the bats' hunting methods will change to adapt to their noisy surroundings.
In an environment where there is much noise pollution, bats could be affected very negatively, causing the sounds of their prey to become hard to hear or to detect through the sounds of the city. This could lead to one of two things: A decrease in the bat population, or a development of a new hunting technique with in the population, leading to many possibilities with in the genetic gene pool. Studies have been made concerning bats in areas with high levels of noise pollution, and rather than the decline of bats in the population, a new hunting method was developed instead. Bats normally rely on the sound of their prey, as well as their echolocation. In the studies however, scientists found that the bats would begin to rely solely on echolocation, and not a mix of echolocation <u>and</u> the sounds of their prey, <u>just</u> echolocation. This helps the bats to adjust to their noisy environments so that they can better find their prey.
The cell cycle or cell-division cycle is the series of events that take place in a cell leading to its division and duplication of its DNA (DNA replication) to produce two daughter cells.
Gram positive bacteria have cell walls composed of thick layers of peptidoglycan. Gram positive cells stain purple when subjected to a Gram stain procedure. Gram negative bacteria have cell walls with a thin layer of peptidoglycan.
