Bats really stand out in the animal world. They are the only mammals that can fly, and they live much of their lives hanging upside down. Most species are only active at night, dusk and dawn, spending their days in dark caves. Many bats have developed adaptations that let them find their way (and their prey) in complete darkness. Bats are also well-known for sucking blood, though in actuality, there are only a few specific species that feed this way. Unfortunately, these tales have given bats a notorious, sinister reputation, while in actuality, Titan Rise Male Enhancement most bat species are harmless. In this article, we'll sort out the facts from the myths and see how bats do the amazing things they do. We'll also look at the many ways in which bats help humans and find out what could happen if these animals aren't preserved. There are more than 1,000 bat species in the world, making them one of the most prevalent orders of mammals.

In fact, more than a quarter of the total number of mammal species are species of bat. Megachiroptera (also called flying foxes or fruit bats) - These bats, which are found primarily in Africa, Asia and Australia, are characterized by a long muzzle. Most megachiroptera species are , feeding on fruit and pollen. Microchiroptera - These bats are generally smaller than megachiroptera bats, and most have pushed-in snouts, like a pug-nosed dog. These bats, which are found all around the world, are typically carnivores. Most feed primarily on insects. Bats vary considerably in size and appearance. The smallest bat, the bumble-bee bat, has a wingspan of about 6 inches (15 cm), while the largest bat, the Malayan flying fox, can have a wingspan as wide as 6 feet (1.8 m). Apart from their leathery wings, megachiroptera bats look a lot like other mammals, with large eyes, small ears and extended snouts. Most microchiroptera species, on the other hand, have a completely unique facial appearance, with wide, extended ears and peculiarly shaped nostrils.

These odd features help the bats get around in the dark, as we'll see later. Like a lemur or squirrel, this animal would leap through the air from branch to branch. Some individual members of this species were born with more skin extending between their arms and body, which gave them just a little bit more lift as they leaped through the air (some modern lemurs and squirrels have developed this same sort of physiology). The individual bats with this mutation had slightly greater mobility than others in the species and so were more likely to thrive and reproduce. In this way, nature selected for wider and wider skin membranes over time, eventually leading to fully functional wings. The rigid bird wing is more efficient at providing lift, but the flexible bat wing allows for greater maneuverability. Bats can position their wings into different shapes, changing the degree and direction of lift very quickly.