Why Vultures are Not Affected By Eating Rotten Carcasses

If humans were made to consume rotten food, we would definitely fall sick. Even if our food loses some of it's freshness, we could get digestion problems. Most of us suffer problems of food poisoning by eating stale foods, or foods left open for a long time. Not just humans but many animal fall prey to food poisoning. On the other hand, vultures are seen striving on decaying meat and rotten carcasses. And this is what we wonder - how can vultures eat rotten carcasses and still remain unaffected?

First of all, as we know a vulture is a scavenger and eats dead and rotten meat. They contribute tremendously to maintain the balance in the ecosystem by playing this role. It is said that they have this super ability of smelling a rotten carcass from far distances. And they can survive feeding on dead meat. The stomach acid of the vulture is significantly stronger and corrosive - to an extent that it can burn away almost anything. Even the harmful bacteria and other dangerous microbes present inside the rotting meat could be easily destroyed by the stronger stomach of a vulture. Hence even if a vulture feeds on a rotting carcasses which has been badly infected with these dangerous bacteria, the stomach acid would make it a point to kill the bacteria and make the meat safe enough for the vultures to survive on. 

Amazing Facts About Bats

Bats are the second largest mammal after rodents with almost 1000 species found all around the world. Most of the bats are nocturnal and could be found hanging upside down on trees, mountain cliffs or caves roosting during day. After roosting, a bat bird starts flying from its resting place in search of food. Bats roost a lot during day time and between bots of feeding during night.

Echolocation

During nights bats find their food either by sight or scent by using sound waves. This process is called echolocation. A microbat burst high frequency sound to find prey in the dark. This high frequency sound bounces off the prey such as a moth or a rat and thus the bat pinpoints the location of its food; by listening to the returning echo of their sound. Fishing bats too use echolocation to detect fish below the water surface.

Types of Bats

Bats species are divided into two groups - Megachiroptera or megabats and Microchiroptera or microbats.

Megabats

A Malaysian Flying Fox is a large fruit bat

Fruit bats fall under the category of megachiroptera or megabats. Fruit bats are also known as flying foxes and are found in tropical and subtropical parts of the continents of Asia, Africa and Australia. Most of the megabats eat fruits but few species are known to eat flowers, insects, pollen etc. The fruit bats prefer living in tropical belt due to abundant food supply. Megabats lack a tail unlike most species of microbats.

Microbats

Microbats are often mislead with the term insect-eating bats but they also feed on fruits, meat, fish, pollen as well as blood. These bats are found in tropical as well as temperate regions. Microbats are often known to roost in tree holes. Large microbats such as  False Vampire bats eat mice, rats and frogs.

20 Amazing Facts about Bats

1. Bats are the only mammals that can fly.

2. Bats find their food either by sight or scent by using sound waves which is a process called echolocation.

3. A bat's wing consists of an elastic membrane that is stretched between the elongated fingers of its front limbs and back of its hind limbs.

4. Btas have a clawed thumb on the edge of each wing.

5. Bats could get killed by frost and hence they hibernate in cold places where they would be protected by frost.

6. The place where a bat roosts is known as hibernaculum. This place has to be damp so that bats do not dry out. Perfect locations for roosting includes caves, tree holes, loft spaces etc.

7. Insect eating bats have large ears which are essential for echolocation.

8. In a long-eared bat, ears are almost as long as bat's head and body combined.

9. A horseshoe bat catches prey by emitting sounds through their noses.

10. Epauletted fruit bats have large eyes and nose.

11. Vampire bats feed on the blood of mammals or small birds. They make a wound on the ear or ankle of the prey with help of their razor like incisor teeth.

12. Smaller bats such as pipistrelles catch tiny gnats and mosquitoes.

13. Large bats such as noctules feed on cockchafers and dung beetles.

A Bumblebee bat is also known as Kitti's hog-nosed bat

14. Fruit bats squash ripe fruits against ridges on the roof of their mouth.. They then spit out the rind and large seeds.

15. Some species of bats are in danger of extinction due to greatest threats to their survival which  include destruction of habitat, pesticide and human vandalism.

16. Some animals that prey on bats include Mongrove rat snake, bat hawks, owls and cats.


17. The largest bat known is the Malaysian Flying Fox which can have a wingspan of up to 5 to 6 feet.

18. The smallest bat is known to be a Bumblebee bat which weighs only about 2 grams and is 30 mm long.

19. During sleeping, the toes of the bat have special locking mechanism which prevents fall when hanging upside down.

20. Like any other mammal, a female bat carries her young inside her womb until birth. 

How Scorpions Can Survive Without Eating

Scorpions can face adverse situations and at times survive for months without food. Scorpions eat insects as food. When such situation occur, scorpions slow down their metabolism to one-third of its normal scale. With this routine they are able to use very little oxygen and can survive on just one insect a year.

This doesn't mean the scorpion can't spring up quickly enough in action on sight of it's food given hos low metabolism. Well no!! that's not the case. It still can hunt with the same zing as in normal circumstances. 

Why Cats Can Drink Sea Water

Wonder how cats can drink sea water!! Kidneys of cats are capable enough to re-hydrate even after drinking sea water. The cat's kidney efficiently expel salt from the sea water it drunk and make it potable. This allows the cat to survive in adverse conditions.