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woodpecker tongue evolution

January 18, 2021 by  
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By hammering on a steel chisel, men can cut into trees like the woodpecker does with his bill. To insinuate that evolution was a non-factor is an outright lie. Evolutionists call it an “adaptation” which means it just happened that way because woodpeckers wanted to eat beetle larvae way inside trees–and were willing to wait a million years or so for their tongues to grow long enough to reach them. Neither would the bug location mechanism been of any value without a tongue long enough to reach the grub. Often extending five times farther than the beak itself, the tongue is so thin that it can reach into ants’ nests in trees. To clarify, I reached out to a local expert at Columbia University, Dr. Walter Bock, who informed me that “The tongue of woodpeckers and its musculature is clearly the same as that in other birds. Next, consider the woodpecker’s tongue. Evolutionists, however, have faith that mutations have gradually made biologists out of bacteria, or Adam from an amoeba. They believe that over millions of years, natural selection has selected the organisms with mutations that add a little to the creature's ability to survive and leave offspring, while those with harmful mutations die. The mutation scenario, however, could never have evolved a normal bird's tongue into woodpecker's tongue. Currently there are somewhere around 200 kinds of woodpeckers. Evolutionists surmise that the woodpecker must have evolved from some other bird with a normal tongue that went straight out of the beak. There are over 200 species of woodpecker in the world, with most of these belonging to the Picinae subfamily. Adding two joints and an inch in length, for example, would have added no survival advantage at all as long as it was growing in the wrong direction. This additional structure helps reduce the natural wear and tear of their beaks generated from the friction with the wood. 4. Otherwise, as the tongue moved farther back, less and less of the tongue would have even reached the end of the beak, much less extended out of it. Woodpeckers are the first example of adaptive evolution by Natural Selection mentioned by Darwin who commented that their' feet, tail, beak and tongue' are ‘so admirably adapted to catch insects under the bark of trees’. The toe structure and associated arrangement of tendons and leg muscles form a functional complex of features enabling the woodpecker to climb tree trunks and to maintain its position while pecking the tree." Both the forward and the backward evolutionary scenario lead to absurdities and to elimination by natural selection. Each side of its split tongue is wrapped around the back of its head under the skin when not in use. Woodpeckers' hyoid bones act as additional support structures. Did you know that a woodpeckers tongue is . In the woodpecker, however, the fact that the tongue starts out backward and circles around behind the head is exceptional! The woodpecker's beak is unlike that of other birds. woodpecker's head 1.tongue 2.hyoid 3.root 1.The tongue divides into two. The fact that more or less coordinated mutations would have been necessary makes this whole story much less likely. The woodpecker is an example of such an animal. Dr. Sunderland, the owner of the skull in the picture, writes, "The woodpecker's skull has been more effective in convincing scientists of the inadequacies of the evolution theory than perhaps any book in the author's library. by Thomas F. Heinze, Answers to my Evolutionist The unusual tongue wraps around the back of … When I was around four living in America I loved to make my parents laugh by mimicking Woody Woodpecker which was a popular character at the time. In short, they support their bodies on three points: the claws of each foot and the hard tail. (Figure 26) When the tongue … The more you magnify man-made objects, the cruder they look, but the more you magnify God-made objects, the more precise and intricate they appear." 4. Its first inch or so was moving foreword, not backward! This design detail no doubt gives greater accuracy as the woodpecker guides its tongue toward a target grub. Because almost all mutations are harmful. For storage, the tongue is curled around the back of the head between the skull and skin. The woodpecker’s tongue is even more amazing than the headache-proof crash helmet it wears. If the woodpecker's tongue were not designed, but had formed by chance mutations, only the first mutations which moved its tongue into its right nostril and pointed it backward could have happened. If, on the other hand, moving forward put more of the tongue out of the beak and increased its chance of survival, then moving backward would have decreased its chance of survival. Once a tunnel is found, the woodpecker chisels out wood until it makes an opening into the tunnel. The tongue of woodpeckers is even longer than its body, which is actually the longest one that can be found in the bird world. Glue on the tongue would starve the bird after its first meal if the tongue got stuck inside the mouth. To eat the insect that exists in the tree, the woodpecker has a tongue very long in which it can insert it also in a thin space. A woodpecker tongue goes around all the way around his head and comes right on top of … When the hole is drilled, the woodpecker uses its extremely long tongue (6 inches or 2.34 cm) to reach inside to get the insects. and come back into the hollow between the two halves of the beak? They flap their wings and rise up, and once they gain some speed they close their wings flying in a wavelike pattern, so you can follow them with your eyes and see what tree they land on. For example, the European Green woodpecker’s tongue goes down the throat, out the back of the neck around the back of the skull beneath the skin, and over the top between the eyes, terminating usually just below the eye socket. They are born with shorter tongues and with time, their hyoid horns grow up to the top of the head, forward, and into the nasal cavity. Their beaks also have developed an extra protective layer made up of bones and tissues. Can evolution explain all of these characteristics? In the top view, the horns of the hyoid extend from near the right nostril across the top of the skull. This would, of course requited two completely different types of mutations which were more or less perfectly coordinated: The mutations which moved the root around the head, would have to have been coordinated with those which increased the length of the tongue. Woodpeckers also have a bone embedded in their tongue that helps to extract insects from the trees. (e.g., woodpeckers and hummingbirds) the horns curve around the skull terminating at the front ... For example, in woodpeckers that extend their tongue the most, it can be anchored at the left nostril or encircle the right eye. There are 9 species from the subfamily in Japan: they’re well-known birds, as some species can be seen in cities. The ability to excavate allows woodpeckers to obtain tree sap, an important source of food for some species. When woodpeckers search for food or bore holes to make their nests, they peck trees without rhythm and not very loudly, but during breeding season they drum regularly to announce their territory. The beak is flexible, almost straight with a thick base, and the lower beak is shorter than the upper. Otherwise they get more and more dull until they are unusable. If you see someone knocking down a building with a crane equipped with a wrecking ball, you don't assume that all of the world's buildings were constructed by cranes with wrecking balls. After a normal bird's tongue had turned around and started growing under the skin toward the back of its head, the tongue would have been completely useless until it had completed the entire circle. and attach their sheath there, 2 circle behind the head and neck 3, The information is laid out simply and in a beautifully visual presentation. Imagine trying to drill into a hardy tree trunk. There are five bones, thin and flexible In this way, according to the story, each little movement was favored by natural selection because the tongues length increased, and the longer the tongue was, the farther it could stretch out into the passageways the grubs had dug in the tree trunks. This is all thanks to their distinctive shape which allows them to perch vertically on tree trunks. After that it would have starved to death. What good would the stiff tail feathers, the specialized toe structure, the grub detector and the grub puller have been even with the wrap around tongue and the shock absorber if after drilling a few holes the beak had gotten dull and wouldn't cut any more? In fact, the woodpecker’s tongue is as long as half their body. The ability to peck a hole wouldn’t help if the bird didn’t have a tongue long enough to reach inside. Just between you and me, I have to get God into the act too sometimes. Evolutionists state that the woodpecker's tongue started out rooted back in the throat, just like other birds because they claim that it evolved from some ordinary bird. Only the last step in the evolution of the woodpecker's tongue, when it came back out of the front of the beak again would have had survival value. The birds whose tongue evolution stopped half way and jammed the root back into the bill through the nostril would have been eliminated. The only way the tongue's root could get to where it could exit from the side of the beak was to move foreword from its spot in the back of the throat. Then it worms its tongue into the tunnel to try to locate the grub. Furthermore, the base of the long tongue is on the back side of the bird’s head: the bone at the base of the tongue wraps around the skull curving from the jaw to back of the skull to the crown, then to the front of the head and ending at the nasal cavity, functioning almost like a seatbelt. Unfortunately, for many the evolutionary faith is a part of a total religious structure into which everything must be jammed whether it fits or not. The woodpecker's tongue gives strong evidence of being the product of intelligent design and creation, rather than of evolution. Since even a simple organ like a tongue is made up of many many proteins, nerve cells, blood vessels, etc. The woodpecker snakes his tongue in and out of his beak like a snake's tongue. If all of the above systems came into place in an ordinary bird, the impact with the tree would kill it; something like taking driving a steel chisel into a tree with the end of your nose. with tiny joints.1 What made them exit through the right nostril (Encyclopedia Britannica CD 98, "Birds: Major Bird Orders: Piciformes, Form and Function"). This is an elongated version of tongue of others species of birds. Circling around behind the head and neck under the loose skin gives the tongue enough extra length so it can shoot out about six inches into Mr. grub's burrow inside a tree trunk! The only way the tongue's root could get to where it could exit from the side of the beak was to move foreword from its spot in the back of the throat. Having hammered a hole into the wood, the prey is extracted by use of a long, barbed tongue. It … If you got a cluster of a thousand mutations, and one of them was helpful, hundreds of them would cause genetic diseases, that would wipe out the organism. If there is any animal that breaks the rules of evolution in such a way that it could not possibly have evolved, then it would need God as its Creator. Had it survived the first blow, it would probably have quit trying. The tongue of some woodpeckers does not come from its throat up into its mouth like other creatures. With its tongue the woodpecker skewers the grub and draws it out of the trunk. Why jump to the conclusion that if mutations cause diabetes, they must also have formed the pancreas, the liver, the fish, the monkey and us? Evolutionists tell us that an organ which goes unused for generation after generation will be eliminated, even if the animals continue to live. In humans, the horseshoe-shaped hyoid is an attachment site for certain throat and tongue muscles. The woodpecker’s split tongue is attached to its right nostril. Learn about their one-of-a-kind tongue and shock absorbent skulls! In this species, part of the supporting structure of the tongue the hyoid apparatus) encircles the skull in the adult, ending up at the right nostril. It is OK to believe that things were caused by mutations when there is good evidence leads to this conclusion. The bodies of woodpeckers structurally produce strong blows and moderate and diffuse the shocks delivered. The woodpecker’s split tongue is attached to its right nostril. Japanese Pygmy Woodpeckers and Japanese Green Woodpeckers can be seen in city parks as well as in golf courses. '", Another scientist, while examining the woodpecker's tongue bones under a microscope commented, "It is very easy to tell the difference between man-made and God-made objects. The woodpecker certainly could not have survived any evolutionary plans that man could come up with. Who Designed Woodpeckers? They climb up trees, hunt for insect grubs and such hiding inside trees, and have nests in holes they bore in tree trunks. Therefore, this kind of mutations would never have been preserved. What were these strange bones? This apparently delivers the same impact as a human would get by repeatedly striking a wall at a speed of about 25 kilometers per hour. Tongue that curls. The sound and pattern varies by species, but what can be said about all of them is they strike a tree at a high speed in one spot with their beaks. The unique complex tongue of the woodpecker is extended by a complex system which includes a very long hyoid (tongue-base) extensible bone- sheathed muscle apparatus which help to control the protrusion and retraction of the tongue. As he examined the skeleton, he noticed a very strange thing: Small flexible bones exited from the woodpecker's right nostril, circled around behind its head and neck, and went into its beak on the other side of its head. 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