Jun
7
The Miracle of Talking Birds
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Harun Yahya asked:
Every species on earth? been generated with the miraculous and entitlements? wonderful. Even in a single living species, we can find abundant proof of the magnificent creation? s? of God '. According to a verse of? of? of Qur?: There? creature that moves upon the earth or flying creature, flying on their wings, which are not community? just like? of? of yourselves? we have not omitted anything from? of? the Book? then that will meet their Lord. (? Of? Of Qur?, 6:38) this verse draws our attention to the birds, all living creatures, are worthy of special consideration and observation. There are approximately ten thousand different species of birds, many of which have characteristics miraculous. Wherever we live, we can meet many of these creatures and can admire the different functions of each variety?. Perform countless examples of proof of creation, with their aesthetic appearance, their perfect flight mechanisms, their expertise on the expansion, to them? difabbricazione their behavior and self-sacrificing. Meanwhile, other species of birds have generated an attitude with special focus on the formation of social groups. Many variety? live together as a community?, warn one another of danger, work collectively to find food and shelter and make the various sacrifices to help out in any number of ways. (For details, see Harun Yahya, devotion among animals: Revealing the work of god). As stated in god? of? of Qur?, these creatures are capable of introducing their own form of communication and making meaning that the cooperative features inspired by birds in their God.Some to distinguish from their top intelligence and special talents. These species are defined as a bird that can imitate sounds, including parrots, birds singing and hummingbird?. Many of us have heard about, seen on television or even personally witnessed on these skills? of? of? the birds? to communicate. However, we can not consider what a great miracle it? These creatures can imitate in this way, or the perfection of the sense in which the god has generated. This is? of? the creatures? what? hatched with their capacity? to communicate or imitate sounds? one of the wonders of creation and, at the same time invalid claims of evolutionary theory. The special design that allows the birds to produce SoundTalking, or even the imitation of the sound, non? just something easy and the closing of the mouth, as some people believe. A complex system? required so that? This action takes place and all parts of this system must be synchronized in the state of perfect operation. The birds with a talent for Mimicry healthy enjoy all these requirements and show them? meaning in overtime. Some of these species have a talent rarely found in any other creature except humans. The best example of this? parrots, which can imitate, as well as human speech, a wide range of sounds that even? duplicate? the convincingly? of? t of? Can? in human beings for example, as creaking of a door, protection that are removed from a bottle, a ringing phone, or an air that? tax. This talent to imitate, observable in parrots and some other species dell'uccello not? one rating? who can purchase by coincidence. So that? all living creatures imitate a sound that was heard, it must have complex structures physiological gi? on the spot. Especially in the case of birds that can closely imitate the human voice in terms of tone, expression and effort, these structures must be very specialized. So that? A bird plays a word or a melody that was heard, it must be a natural fit. The effect on the hearing must function perfectly and should be able to store the information received from the senses and the capacity? conceptualize its meaning in their own terms. People? surprised the first time feel that a parrot says? of? of? hello! il? of? of? when the phone rings, the calls? of? of? what? it? il? of? of? When the bell rings, or somebody who accepts by name. But even if? s? of it? a success so that amazing? a bird even say a word, much elasticit? of? t of? the don? actually it due consideration. Over time, they may even come to see it as normal and routine. Not only the bird sees and recognizes the approach of the person; il? s? of what? pi?, the bird can react to a person who knows. It? of? the remembers? and words of that? of? of reproduces? is associated with that person. There? ? evidence that the bird has a precise memory. If we consider that some species of birds seem to understand the questions we asked and to answer seemingly logical, publishing becomes even more? complex. An important example of this? a gray parrot trained by the name of Alex. When? s? the he? presented with (? increased) piece of red paper and asked to? of? of? What color? ? of? of? responds to the bird? 1A of? of? rose. of? of? possessing such talents? a great wonder of creation, since the birds and other animals do not have the free will and reason and not leave the characteristics of human thought, the capacity? to make conscious decisions and determination to take them out. The capacity? and communicate and imitate sounds? God taught by a certain species of birds. These creatures do not communicate because of their own rational thought or consciousness, but with the inspiration? s? of God '. In one verse of? of? of Qur?, the god who carries? supreme above all creatures living? of? of? of? of? ? there? creature that does not take from? of? of? of? the forelock? (? Of? Of Qur?, 11:56) all of the wonderful bird that can imitate the sounds are just exposure of the god test equip so we can witness the magnificence of his creation. The formation of natural sound in BirdsYou could assume that so that a parrot can imitate? human? the voice? to use? s? the person? the same words, and efforts? which of these? the pronunciation? must have a larynx that the structure? similar to a? S. of? the human?. However, the structure of the human larynx bears no resemblance to these physical structures? of? the creatures?. The larynx, the vocal cords, the tongue, lips, palate and teeth that the use of human beings in the speech? completely different in birds and some do not exist at all. But even if all the birds lack these structures, yet these species can reproduce phrases spoken by? of? of humans? and in the same tone. If we consider that a person without a tongue can not speak or we lose our voice if the vocal cords are damaged, the? s? of it? also worth considering that the parrots, budgerigars and the mynahs, members of the crow family, has completely different physical characteristics but allow them to communicate as human beings. There are other differences between the systems that human beings and the birds use to produce vocal sounds. We produce most of the sounds expelling air from the lungs through the larynx. The different sounds are generated, depending on the degree of vibration of vocal cords. The position of the tongue and lips and the flow of air through the mouth or cavitation? Nasal are just some of many other factors affecting the origin of the sound. The pharynx, found in humans, leave the tab to divide the vocal tract above the larynx in two Cavit? with their own distinct resonance. Where these resonances occur, the traits of frequencies (or number of vibrations) from vocal cords are amplified. Formant (from the Latin form: To shape, or form)? the resonant frequency of the vocal tract, the natural figure assumes that the air passage in the speech. When you make a consonant, for example, this has an effect on the vocal formant nearby alzantesi or lower formant as the sound of voice gets pi? Close to corsonant. Experiments have shown that two formant is enough to differentiate the sounds of speech from any other.2Birds did not like a larynx? s? the human ', but have a special voice, known as the Syrinx, which allows them to produce sounds. In birds, the air from the lungs through the body. In a sense, of the Syrinx? s? the bird? ? the equivalent of our human larynx. One of the main differences? that in humans, our vocal cords? positioned pi? near the trachea. So far, the fact that the Syrinx? s? the bird? ? deep within the body has prevented scientists from obtaining a complete answer as to how the birds produce sound. Scientists have filmed birds using infrared and x-rays are the cameras and have carried out studies of their song and speech by means of fiber-optic microscopes inserted in their gorges. But we can not yet explain the physical process through which the birds produce the song and imitate sounds. Inside ******? s? the bird?, the organ voice? as an instrument branched, located where its voice box meets the two bronchial tubes. As indicated above in the image, a branch of Syrinx opens in a bronco and second in the class, and one or the other one of these two bronchi pu? produce the sound. Some birds can be used simultaneously or both sides of the body of their voice, or one of two independent and, by this means, pu? produce two separate tones of the same frequency, at the same time. They can sing a high note with one hand while producing a low note with each other. And from? s of that? the bird? the organ voice? located at the juncture of the two bronchial tubes, can it? produce the sound from two different sources. There? even allows the bird to produce simultaneously two different notes and even singing a duet with. To a large extent, the sounds produced here later joined, giving birds to the potential for creating rich melodies. While use only about 2% of humans inhaling air to produce sound, the birds have the capacity? to use it all. Syrinx 3The him? placed in a bag inside the clavicle in a lengthening? s? the bird?. The membrane that covers this bag? that is sensitive to air from the lungs and related elasticit? and complexity? membrane are factors that determine the quality? sounds. The quality? Sound also? influenced by the length of the wind
DUSTY
Every species on earth? been generated with the miraculous and entitlements? wonderful. Even in a single living species, we can find abundant proof of the magnificent creation? s? of God '. According to a verse of? of? of Qur?: There? creature that moves upon the earth or flying creature, flying on their wings, which are not community? just like? of? of yourselves? we have not omitted anything from? of? the Book? then that will meet their Lord. (? Of? Of Qur?, 6:38) this verse draws our attention to the birds, all living creatures, are worthy of special consideration and observation. There are approximately ten thousand different species of birds, many of which have characteristics miraculous. Wherever we live, we can meet many of these creatures and can admire the different functions of each variety?. Perform countless examples of proof of creation, with their aesthetic appearance, their perfect flight mechanisms, their expertise on the expansion, to them? difabbricazione their behavior and self-sacrificing. Meanwhile, other species of birds have generated an attitude with special focus on the formation of social groups. Many variety? live together as a community?, warn one another of danger, work collectively to find food and shelter and make the various sacrifices to help out in any number of ways. (For details, see Harun Yahya, devotion among animals: Revealing the work of god). As stated in god? of? of Qur?, these creatures are capable of introducing their own form of communication and making meaning that the cooperative features inspired by birds in their God.Some to distinguish from their top intelligence and special talents. These species are defined as a bird that can imitate sounds, including parrots, birds singing and hummingbird?. Many of us have heard about, seen on television or even personally witnessed on these skills? of? of? the birds? to communicate. However, we can not consider what a great miracle it? These creatures can imitate in this way, or the perfection of the sense in which the god has generated. This is? of? the creatures? what? hatched with their capacity? to communicate or imitate sounds? one of the wonders of creation and, at the same time invalid claims of evolutionary theory. The special design that allows the birds to produce SoundTalking, or even the imitation of the sound, non? just something easy and the closing of the mouth, as some people believe. A complex system? required so that? This action takes place and all parts of this system must be synchronized in the state of perfect operation. The birds with a talent for Mimicry healthy enjoy all these requirements and show them? meaning in overtime. Some of these species have a talent rarely found in any other creature except humans. The best example of this? parrots, which can imitate, as well as human speech, a wide range of sounds that even? duplicate? the convincingly? of? t of? Can? in human beings for example, as creaking of a door, protection that are removed from a bottle, a ringing phone, or an air that? tax. This talent to imitate, observable in parrots and some other species dell'uccello not? one rating? who can purchase by coincidence. So that? all living creatures imitate a sound that was heard, it must have complex structures physiological gi? on the spot. Especially in the case of birds that can closely imitate the human voice in terms of tone, expression and effort, these structures must be very specialized. So that? A bird plays a word or a melody that was heard, it must be a natural fit. The effect on the hearing must function perfectly and should be able to store the information received from the senses and the capacity? conceptualize its meaning in their own terms. People? surprised the first time feel that a parrot says? of? of? hello! il? of? of? when the phone rings, the calls? of? of? what? it? il? of? of? When the bell rings, or somebody who accepts by name. But even if? s? of it? a success so that amazing? a bird even say a word, much elasticit? of? t of? the don? actually it due consideration. Over time, they may even come to see it as normal and routine. Not only the bird sees and recognizes the approach of the person; il? s? of what? pi?, the bird can react to a person who knows. It? of? the remembers? and words of that? of? of reproduces? is associated with that person. There? ? evidence that the bird has a precise memory. If we consider that some species of birds seem to understand the questions we asked and to answer seemingly logical, publishing becomes even more? complex. An important example of this? a gray parrot trained by the name of Alex. When? s? the he? presented with (? increased) piece of red paper and asked to? of? of? What color? ? of? of? responds to the bird? 1A of? of? rose. of? of? possessing such talents? a great wonder of creation, since the birds and other animals do not have the free will and reason and not leave the characteristics of human thought, the capacity? to make conscious decisions and determination to take them out. The capacity? and communicate and imitate sounds? God taught by a certain species of birds. These creatures do not communicate because of their own rational thought or consciousness, but with the inspiration? s? of God '. In one verse of? of? of Qur?, the god who carries? supreme above all creatures living? of? of? of? of? ? there? creature that does not take from? of? of? of? the forelock? (? Of? Of Qur?, 11:56) all of the wonderful bird that can imitate the sounds are just exposure of the god test equip so we can witness the magnificence of his creation. The formation of natural sound in BirdsYou could assume that so that a parrot can imitate? human? the voice? to use? s? the person? the same words, and efforts? which of these? the pronunciation? must have a larynx that the structure? similar to a? S. of? the human?. However, the structure of the human larynx bears no resemblance to these physical structures? of? the creatures?. The larynx, the vocal cords, the tongue, lips, palate and teeth that the use of human beings in the speech? completely different in birds and some do not exist at all. But even if all the birds lack these structures, yet these species can reproduce phrases spoken by? of? of humans? and in the same tone. If we consider that a person without a tongue can not speak or we lose our voice if the vocal cords are damaged, the? s? of it? also worth considering that the parrots, budgerigars and the mynahs, members of the crow family, has completely different physical characteristics but allow them to communicate as human beings. There are other differences between the systems that human beings and the birds use to produce vocal sounds. We produce most of the sounds expelling air from the lungs through the larynx. The different sounds are generated, depending on the degree of vibration of vocal cords. The position of the tongue and lips and the flow of air through the mouth or cavitation? Nasal are just some of many other factors affecting the origin of the sound. The pharynx, found in humans, leave the tab to divide the vocal tract above the larynx in two Cavit? with their own distinct resonance. Where these resonances occur, the traits of frequencies (or number of vibrations) from vocal cords are amplified. Formant (from the Latin form: To shape, or form)? the resonant frequency of the vocal tract, the natural figure assumes that the air passage in the speech. When you make a consonant, for example, this has an effect on the vocal formant nearby alzantesi or lower formant as the sound of voice gets pi? Close to corsonant. Experiments have shown that two formant is enough to differentiate the sounds of speech from any other.2Birds did not like a larynx? s? the human ', but have a special voice, known as the Syrinx, which allows them to produce sounds. In birds, the air from the lungs through the body. In a sense, of the Syrinx? s? the bird? ? the equivalent of our human larynx. One of the main differences? that in humans, our vocal cords? positioned pi? near the trachea. So far, the fact that the Syrinx? s? the bird? ? deep within the body has prevented scientists from obtaining a complete answer as to how the birds produce sound. Scientists have filmed birds using infrared and x-rays are the cameras and have carried out studies of their song and speech by means of fiber-optic microscopes inserted in their gorges. But we can not yet explain the physical process through which the birds produce the song and imitate sounds. Inside ******? s? the bird?, the organ voice? as an instrument branched, located where its voice box meets the two bronchial tubes. As indicated above in the image, a branch of Syrinx opens in a bronco and second in the class, and one or the other one of these two bronchi pu? produce the sound. Some birds can be used simultaneously or both sides of the body of their voice, or one of two independent and, by this means, pu? produce two separate tones of the same frequency, at the same time. They can sing a high note with one hand while producing a low note with each other. And from? s of that? the bird? the organ voice? located at the juncture of the two bronchial tubes, can it? produce the sound from two different sources. There? even allows the bird to produce simultaneously two different notes and even singing a duet with. To a large extent, the sounds produced here later joined, giving birds to the potential for creating rich melodies. While use only about 2% of humans inhaling air to produce sound, the birds have the capacity? to use it all. Syrinx 3The him? placed in a bag inside the clavicle in a lengthening? s? the bird?. The membrane that covers this bag? that is sensitive to air from the lungs and related elasticit? and complexity? membrane are factors that determine the quality? sounds. The quality? Sound also? influenced by the length of the wind
DUSTY