Why doves are a symbol of peace

Do you know the reason why doves are a symbol of peace? If you can't give the best answer, here are suggestions for you

That’s a very interesting question. These gentle birds, that mate for life and take care of their young, were used as a peace symbol almost universally from the beginning of recorded history. The birds have always nested in areas close to developments with an unusual trust that they will be unharmed or even protected by humans. Egyptians were the first to record doves used in ceremonies to announce, to the people, the rise of a new pharaoh.

Central Asia also has a legend about two kings heading for war. One king calls for his armor and is told a dove has made a nest in his helmet. The king’s mother pleads with her son to leave the mother dove, a gentle bird associated with love, innocence, tenderness and purity, undisturbed.

The king agrees to leave the dove family and heads out to meet his enemy without protection. That might be one of the most awesome animal facts you had no idea before. The second king sees the king without armor and calls for a parley. Both kings lay down their weapons and talk. When the second king hears about the first king’s compassion for the mother dove he wonders if he has misjudged the man he thought was a tyrant. Both kings come to an agreement to seek peace for the two kingdoms instead of war. And the dove becomes known throughout the land as a bird of peace. 

In ancient Greek myth, Aphrodite, was often depicted with doves because She brought love and beauty and peace in which to enjoy the bounties of love. And the dove was the bird of Athena because it represented the renewal of life. How much do you know about tiger facts for kids ?

European superstition holds that the devil and witches can turn themselves into any bird shape except the Dove.

In Hinduism the dove is an emblem of the spirit, and the infinite capacity the spirit has for love.

Japan uses the dove with a sword as a symbol to announce the end of war. 

Some Native American cultures believe that the spirit of the recently deceased take the form of a dove. 

In America, perhaps the most well known depiction of the dove is from the bible. In the Old Testament a dove is released by Noah after the great flood to search for land. It returns with an olive branch to show that the Biblical flood has receded. The dove then symbolized deliverance and God's forgiveness. (Genesis 8:11). Take a quick look at funny pictures with captions that can help you reduce stress quickly.

These peaceful birds have woven themselves into histories of cultures all around the world through their gentle presence and fearlessness of humans. Their soulful calls and coos bring many people hope in a chaotic world.

Can pigs really digest everything but human teeth?

Can pigs really digest everything but human teeth? Reading and enjoying these below facts on pigs and the most awesome animals facts you had no idea before.

Pigs cannot digest human or animal teeth. Human bones can be digested by a pig if they have broken into small enough pieces after being chewed.

Pigs have a similar digestive system to human beings, according to everydayfactoflife. They eat both plants and animals to survive in the wild. All food eaten must be chewed extensively for a pig to properly digest it. Berries have the best nutritional content to keep a pig healthy. Domesticated pigs are descendants of the wild boar family that originated in Asia and Europe. Some species of pig have large front teeth and large tusks which they use for self defense and digging roots out of the ground. That might be one of the most awesome interesting facts ever.

Why do we have hair on our head?

That might be common question but not easy to answer: Why do we have hair on our head? If you can't give the best answer, check out this article to know interesting science facts

As with the traits of any animal, we have evolved in certain ways based on our environment and the need to adapt to that environment. The hair on our heads provides warmth for cooler seasons (since we lose approximately 25% of our body heat through our scalp). The hair on the head also provides protection from UV rays, and from minor injuries.

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Our earlier ancestors (evolutionally speaking) had much more hair on all parts of their bodies. But with technological advancements (learning to make and tend fires, finding or making shelter, etc.) we became better able to withstand our environment and the need for the excess of hair began to decrease. Those individuals who were born with less hair were just as able to survive, and therefore their subsequent generations had less hair.

Hair remained in specific locations because it served other purposes. The armpits and groin retained hair because those areas are key heat-release zones (as evidenced by the practice of using tepid compresses at these areas to reduce fever quickly). The hair in these areas serves as a lubricant for the joining points of the body and prevents chafing of the skin because of the friction of the areas rubbing together.

The scalp also may have kept hair because it helped the body retain heat, but there is also the likelihood that the hair of the scalp was seen as esthetically pleasing and therefore attracted a mate more readily.

Check out my list of fun, weird and just plain amazing fact of life I have found.

Cycads facts you had no idea about

Cycads are group of unique plants that appeared on the planet during Permian, 280 million years ago. Cycads can be found around the world. 70% of all species are native to China, Vietnam, Australia, South Africa and Mexico.

1. Certain types of cycads shed their leaves during extremely hot and dry season.
2. Some species of cycads look like palm trees, while others look like ferns at the first glance. Despite similarities in morphology, cycads, palms and ferns are not genetically related.
3. Cycads live in symbiosis (mutual beneficial relationship) with cyanobacteria which are able to fixate atmospheric nitrogen. These bacteria produce neurotoxin that can be found in various parts of the plant, including the seeds.
4. Cycads do not produce flowers. Male and female reproductive organs develop on separate plants (dioecious). Male plants produce egg-shaped cones that are usually yellow to brown in color. Female plants develop ovules and seeds on leafy structures called sporophylls.
5. Wind and beetles are in charge for the pollination. Cycads produce specific smell which attracts beetles and ensures successful pollination. Still boring? Check out our funny images to get relaxing moments in your freetime.
6. Cycads produce small seeds that are covered with yellow or reddish flesh. Even though seeds contain toxin, they are used in human diet in some parts of the world.
7. Cycads can be cultivated as houseplants. They can be propagated via seed or tissue cuttings.
8. Cycads are source of food for many animals. Larvae of certain butterflies and ants eat secretion from the leaves, cattle feeds on the leaves, while fruit bats eat seeds.
9. Cycads were used for the production of flour in the 9th century in India.
10. Certain types of cycads are known as bread trees because they contain starch which is important part of diet of indigenous people.
11. Leaves and cones of cycads are used in traditional Asian medicine.
12. Most cycads grow slowly, but they can survive over 1000 years in the wild.

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Cycads facts you had no idea about

Cycads are group of unique plants that appeared on the planet during Permian, 280 million years ago. Cycads can be found around the world. 70% of all species are native to China, Vietnam, Australia, South Africa and Mexico.

1. Certain types of cycads shed their leaves during extremely hot and dry season.
2. Some species of cycads look like palm trees, while others look like ferns at the first glance. Despite similarities in morphology, cycads, palms and ferns are not genetically related.
3. Cycads live in symbiosis (mutual beneficial relationship) with cyanobacteria which are able to fixate atmospheric nitrogen. These bacteria produce neurotoxin that can be found in various parts of the plant, including the seeds.
4. Cycads do not produce flowers. Male and female reproductive organs develop on separate plants (dioecious). Male plants produce egg-shaped cones that are usually yellow to brown in color. Female plants develop ovules and seeds on leafy structures called sporophylls.
5. Wind and beetles are in charge for the pollination. Cycads produce specific smell which attracts beetles and ensures successful pollination. Still boring? Check out our funny images to get relaxing moments in your freetime.
6. Cycads produce small seeds that are covered with yellow or reddish flesh. Even though seeds contain toxin, they are used in human diet in some parts of the world.
7. Cycads can be cultivated as houseplants. They can be propagated via seed or tissue cuttings.
8. Cycads are source of food for many animals. Larvae of certain butterflies and ants eat secretion from the leaves, cattle feeds on the leaves, while fruit bats eat seeds.
9. Cycads were used for the production of flour in the 9th century in India.
10. Certain types of cycads are known as bread trees because they contain starch which is important part of diet of indigenous people.
11. Leaves and cones of cycads are used in traditional Asian medicine.
12. Most cycads grow slowly, but they can survive over 1000 years in the wild.

If you have a keen interest in amazing science facts, keep subcribing our site to get more information about this aspect.

Weird science facts that will make you nervous

Do you know that fly larvae helps to heal wounds quicker? Enjoy our amazing science facts as below

Fly larvae helps to heal wounds quicker

Long ago, some doctors noticed soldiers that had maggots on their wounds healed quicker than those without maggots. Maggots eat the dead skin cells and bacteria. Maggot Therapy (also known as Maggot Debridement Therapy (MDT), larval therapy, larva therapy, or larvae therapy) is the intentional introduction of live, disinfected maggots or fly larvae into non-healing skin or soft tissue wounds of a human or other animal. This practice was widely used before the discovery of antibiotics, as it serves to clean the dead tissue within a wound in order to promote healing. 

Animals can naturally explode

Natural animal explosions can occur for a variety of reasons. On 2004, a buildup of gas inside a decomposing sperm whale, measuring 17 meters (56 ft.) long and weighing 50 tons, caused it to burst in Taiwan. The explosion was reported to have splattered blood and whale entrails over surrounding shop-fronts, bystanders, and cars. 

A significant population of toads in Germany and Denmark were exploding in April 2005 in an act described as a self-defence mechanism that failed, as it consisted of puffing up to look bigger while under attack by crows. 

You can still have an erection once dead

A death erection (sometimes referred to as "angel lust") is a post-mortem erection which occurs when a male individual dies vertically or face-down with the cadaver remaining in this position. During life, the pumping of blood by the heart ensures a relatively even distribution around the blood vessels of the human body. Once this mechanism has ended, only the force of gravity acts upon the blood. As with any mass, the blood settles at the lowest point of the body and causes edema or swelling to occur; the discoloration caused by this is called lividity. 

If an individual dies vertically such as in a hanging, the blood will settle in the legs and pool at the feet. The pressure will be greatest as the weight of the blood pushes down. This causes the blood vessels and tissues in the feet to engorge to their greatest elastic capacity and hold the greatest volume of blood possible. This effect occurs right up the legs although to a lesser extent than the feet and is also notable at the waist. The blood which remains in the torso attempts to move to a lower position due to gravity, and as the blood in the waist (which cannot move down due to the legs being full) causes the penis, consisting of erectile tissue, to fill with blood and expand. This is the death erection. As long as the body remains in this position the effect will continue. This is one of the most amazing facts ever.

Male seahorses can get pregnant

Seahorses reproduce in an unusual way: the male becomes pregnant. Pipefishes and seahorses are the only species in the animal kingdom to which the term "male pregnancy" has been applied. 

The male seahorse has a brood pouch in which he carries eggs deposited by the female. The mating pair entwine their tails and the female aligns a long tube called an ovipositor with the male's pouch. The eggs move through the tube into the male's pouch where he then fertilizes them. The embryos develop in ten days to six weeks, depending on species and water conditions. When the male gives birth he pumps his tail until the baby seahorses emerge. 

The male's pouch regulates salinity for the eggs, slowly increasing in the pouch to match the water outside as the eggs mature. Hatched offspring are independent of their parents. Some spend time developing among the ocean plankton. At times, the male seahorse may try to consume some of the previously released offspring. Other species (H. zosterae) immediately begin life as sea-floor inhabitants (benthos). 

A fetus can get trapped inside of its twin

Fetus in fetu (or Foetus in foetu) describes an extremely rare abnormality that involves a fetus getting trapped inside of its twin. It continues to survive as a parasite even past birth by forming an umbilical cord-like structure that leeches its twin's blood supply until it grows so large that it starts to harm the host, at which point doctors usually intervene. Invariably the parasitic fetus is anencephalic (without a brain) and lacks internal organs, and as such is unable to survive on its own, though it may have almost human (albeit underdeveloped and bizarre) features such as limbs, digits, hair, nails and teeth. Fetus in fetu is such a rare condition that only some 91 cases worldwide have ever been reported. Fetus in fetu happens very early in a twin pregnancy, when one fetus wraps around and envelops the other. The dominant fetus grows, while the fetus that would have been its twin lives on throughout the pregnancy, feeding off its host twin like a kind of parasite. Usually, both twins die before birth from the strain of sharing a placenta. Sometimes, however, the host twin survives and is delivered. 

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Top 17 mind-blowing nervous system facts

Dive in our top 17 mind-blowing and amazing facts about nervous system as following. The nervous system is a complex network of nerves and cells that carry messages to and from the brain and spinal cord to various parts of the body.

#1

Structurally, the nervous system has two components: the central nervous system and the peripheral nervous system. 

#2

The nervous system is a complex structure of nerves of neurons that transmit signals around the body to coordinate actions. It is in effect our body's electrical wiring. This might be one of the most science facts awesome that had surpprised to us.

#4

The nervous system of vertebrates (which includes humans and animals that have backbones and spinal columns) has two parts, the central nervous system (CNS) and the peripheral nervous system (PNS).

#5

The CNS includes the brain, spinal cord and retina of the eyes. The brain is protected by the skull, and the spinal cord by the skeletal vertebrae.

#6

The PNS includes all other nervous system structures that sit outside the CNS but that help connect the CNS to areas of the body.

#7

Nerves are enclosed bundles of long fibers called axons which are made up of nerve cells. There are two types of nerve cells: neurons and glial cells.

#8

Glial (or glia) cells are derived from the Greek word "glue". They are specialized cells that provide structure and support to neurons. They help hold neurons in place, supply nutrients to neurons, destroy germs, remove dead neurons, and direct axons of neurons.

#9

Some types of glial cells generate a substance called myelin that coat axons and work as electrical insulation to help them quickly and efficiently transmit signals.

#10

Neurons quickly and precisely send signals as electrochemical waves along axons to other cells. There are two types of neurons, sensory neurons and motor neurons.

#11

Sensory neurons change light, touch and sound into neural signals which are sent back to our CNS to help our body understand and react to its surroundings.

#12

Motor neurons transmit neural signals to activate muscles or glands. This is the truth, not only jokes to get relaxing moments.

#13

There are approximately 100 billion neurons in the human brain and 13.5 million neurons in the human spinal chord.

#14

The nervous system can transmit signals at speeds of 100 meters (328 feet) per second.

#15

The field of science that focuses on the study of the nervous system is called neuroscience. Neurology is the medical branch of study and treatment, while doctors and surgeons in this field are called neurologists and neurosurgeons.

#16

Nerves in our body can be vulnerable to both physical damage and damage through diseases. Damage to nerves can cause great pain, loss of feeling, or loss of muscle control.

#17

Physiatrists help rehabilitate patients with nervous system damage.