Origin of Man
From Harun Yahya's works
Darwin put forward his claim that human beings and apes descended from a common ancestor in his book The Descent of Man, published in 1871. From that time until now, the followers of Darwin's path have tried to support this claim. But despite all the research that has been carried out, the claim of "human evolution" has not been backed up by any concrete scientific discovery, particularly in the fossil field.
The Imaginary Family Tree of Man
The Darwinist claim holds that modern man evolved from some kind of ape-like creature. During this alleged evolutionary process, which is supposed to have started from 5 to 6 million years ago, it is claimed that there existed some transitional forms between modern man and his ancestors. According to this completely imaginary scenario, the following four basic categories are listed:
1. Australophithecines (any of the various forms belonging to the genus Australophithecus)
2. Homo habilis
3. Homo erectus
4. Homo sapiens
Evolutionists call the genus to which the alleged ape-like ancestors of man belonged Australopithecus, which means "southern ape." Australopithecus, which is nothing but an old type of ape that has become extinct, is found in various different forms. Some of them are larger and strongly built ("robust"), while others are smaller and delicate ("gracile").
Evolutionists classify the next stage of human evolution as the genus Homo, that is "man." According to the evolutionist claim, the living things in the Homo series are more developed than Australopithecus, and not very different from modern man. The modern man of our day, that is, the species Homo sapiens, is said to have formed at the latest stage of the evolution of this genus Homo. Fossils like "Java man," "Peking man," and "Lucy," which appear in the media from time to time and are to be found in evolutionist publications and textbooks, are included in one of the four groups listed above. Each of these groupings is also assumed to branch into species and sub-species, as the case may be. Some suggested transitional forms of the past, such as Ramapithecus, had to be excluded from the imaginary human family tree after it was realised that they were ordinary apes.
By outlining the links in the chain as "australopithecines > Homo habilis > Homo erectus > Homo sapiens," the evolutionists imply that each of these types is the ancestor of the next. However, recent findings by paleoanthropologists have revealed that australopithecines, Homo habilis and Homo erectus existed in different parts of the world at the same time. Moreover, some of those humans classified as Homo erectus probably lived up until very modern times. In an article titled "Latest Homo erectus of Java: Potential Contemporaneity with Homo sapiens in Southeast Asia," it was reported in the journal that Homo erectus fossils found in Java had "mean ages of 27 ± 2 to 53.3 ± 4 thousand years ago" and this "raise[s] the possibility that H. erectus overlapped in time with anatomically modern humans (H. sapiens) in Southeast Asia"
Furthermore, Homo sapiens neanderthalensis (Neanderthal man) and Homo sapiens sapiens (modern man) also clearly co-existed. This situation apparently indicates the invalidity of the claim that one is the ancestor of the other.
Intrinsically, all the findings and scientific research have revealed that the fossil record does not suggest an evolutionary process as evolutionists propose. The fossils, which evolutionists claim to be the ancestors of humans, in fact belong either to different human races, or else to species of ape.
Then which fossils are human and which ones are apes? Is it ever possible for any one of them to be considered a transitional form? In order to find the answers, let us have a closer look at each category.
Australopithecus: An Ape Species
The first category, the genus Australopithecus, means "southern ape", as we have said. It is assumed that these creatures first appeared in Africa about 4 million years ago, and lived until 1 million years ago. There are a number of different species among the astralopithecines. Evolutionists assume that the oldest Australopithecus species is A. Afarensis. After that comes A. Africanus, and then A. Robustus, which has relatively bigger bones. As for A. Boisei, some researchers accept it as a different species, and others as a sub-species of A. Robustus.
All of the Australopithecus species are extinct apes that resemble the apes of today. Their cranial capacities are the same or smaller than the chimpanzees of our day. There are projecting parts in their hands and feet which they used to climb trees, just like today's chimpanzees, and their feet are built for grasping to hold onto branches. They are short (maximum 130 cm. (51 in.)) and just like today's chimpanzees, male Australopithecus is larger than the female. Many other characteristics-such as the details in their skulls, the closeness of their eyes, their sharp molar teeth, their mandibular structure, their long arms, and their short legs-constitute evidence that these creatures were no different from today's ape.
However, evolutionists claim that, although australopithecines have the anatomy of apes, unlike apes, they walked upright like humans.
This claim that australopithecines walked upright is a view that has been held by paleoanthropologists such as Richard Leakey and Donald C. Johanson for decades. Yet many scientists who have carried out a great deal of research on the skeletal structures of australopithecines have proved the invalidity of that argument. Extensive research done on various Australopithecus specimens by two world-renowned anatomists from England and the USA, Lord Solly Zuckerman and Prof. Charles Oxnard, showed that these creatures did not walk upright in human manner. Having studied the bones of these fossils for a period of 15 years thanks to grants from the British government, Lord Zuckerman and his team of five specialists reached the conclusion that australopithecines were only an ordinary ape genus and were definitely not bipedal, although Zuckerman is an evolutionist himself.71 Correspondingly, Charles E. Oxnard, who is another evolutionist famous for his research on the subject, also likened the skeletal structure of Australopithecines to that of modern orang-utans.
Briefly, Australopithecines have no link with humans and they are merely an extinct ape species.
Homo Habilis: The Ape That Was Presented As Human
The great similarity between the skeletal and cranial structures of australopithecines and chimpanzees, and the refutation of the claim that these creatures walked upright, have caused great difficulty for evolutionist paleoanthropologists. The reason is that, according to the imaginary evolution scheme, Homo erectus comes after Australopithecus. As the genus name Homo (meaning "man") implies, Homo erectus is a human species and its skeleton is straight. Its cranial capacity is twice as large as that of Australopithecus. A direct transition from Australopithecus, which is a chimpanzee-like ape, to Homo erectus, which has a skeleton no different from modern man's, is out of the question even according to evolutionist theory. Therefore, "links"-that is, "transitional forms"-are needed. The concept of Homo habilis arose from this necessity.
The classification of Homo habilis was put forward in the 1960s by the Leakeys, a family of "fossil hunters". According to the Leakeys, this new species, which they classified as Homo habilis, had a relatively large cranial capacity, the ability to walk upright and to use stone and wooden tools. Therefore, it could have been the ancestor of man.
New fossils of the same species unearthed in the late 1980s, were to completely change this view. Some researchers, such as Bernard Wood and C. Loring Brace, who relied on those newly-found fossils, stated that Homo habilis (which means "skillful man", that is, man capable of using tools) should be classified as Australopithecus habilis, or "skillful southern ape", because Homo habilis had a lot of characteristics in common with the australopithecine apes. It had long arms, short legs and an ape-like skeletal structure just like Australopithecus. Its fingers and toes were suitable for climbing. Their jaw was very similar to that of today's apes. Their 600 cc average cranial capacity is also an indication of the fact that they were apes. In short, Homo habilis, which was presented as a different species by some evolutionists, was in reality an ape species just like all the other australopithecines.
Research carried out in the years since Wood and Brace's work has demonstrated that Homo habilis was indeed no different from Australopithecus. The skull and skeletal fossil OH62 found by Tim White showed that this species had a small cranial capacity, as well as long arms and short legs which enabled them to climb trees just like modern apes do.
The detailed analyses conducted by American anthropologist Holly Smith in 1994 indicated that Homo habilis was not Homo, in other words, "human", at all, but rather unequivocally an "ape". Speaking of the analyses she made on the teeth of Australopithecus, Homo habilis, Homo erectus and Homo neanderthalensis, Smith stated the following;
Restricting analysis of fossils to specimens satisfying these criteria, patterns of dental development of gracile australopithecines and Homo Habilis remain classified with African apes. Those of Homo erectus and Neanderthals are classified with humans.
Homo Erectus
According to the fanciful scheme suggested by evolutionists, the internal evolution of the Homo genus is as follows: First Homo erectus , then so-called "archaic" Homo sapiens and Neanderthal man (Homo sapiens neanderthalensis), and finally, Cro-Magnon man (Homo sapiens sapiens). However all these classifications are really only variations and unique races in the human family. The difference between them is no greater than the difference between an Inuit and an African, or a pygmy and a European.
Let us first examine Homo erectus , which is referred to as the most primitive human species. As the name implies, Homo erectus means "man who walks upright." Evolutionists have had to separate these fossils from earlier ones by adding the qualification of "erectness," because all the available Homo erectus fossils are straight to an extent not observed in any of the australopithecines or so-called Homo Habilis specimens. There is no difference between the postcranial skeleton of modern man and that of Homo erectus .
The primary reason for evolutionists' defining Homo erectus as "primitive" is the cranial capacity of its skull (900-1,100 cc), which is smaller than the average modern man, and its thick eyebrow projections. However, there are many people living today in the world who have the same cranial capacity as Homo erectus (pygmies, for instance) and other races have protruding eyebrows (Native Australians, for instance). It is a commonly agreed-upon fact that differences in cranial capacity do not necessarily denote differences in intelligence or abilities. Intelligence depends on the internal organization of the brain, rather than on its volume.
The fossils that have made Homo erectus known to the entire world are those of Peking man and Java man in Asia. However, in time it was realized that these two fossils are not reliable. Peking man consists of some elements made of plaster whose originals have been lost, and Java man is composed of a skull fragment plus a pelvic bone that was found yards away from it with no indication that these belonged to the same creature. This is why the Homo erectus fossils found in Africa have gained such increasing importance. (It should also be noted that some of the fossils said to be Homo erectus were included under a second species named Homo ergaster by some evolutionists. There is disagreement among the experts on this issue. We will treat all these fossils under the classification of Homo erectus.)
The most famous of the Homo erectus specimens found in Africa is the fossil of "Narikotome Homo erectus ," or the "Turkana Boy," which was found near Lake Turkana in Kenya. It is confirmed that the fossil was that of a 12-year-old boy, who would have been 1.83 meters tall in adolescence. The upright skeletal structure of the fossil is no different from that of modern man. The American paleoanthropologist Alan Walker said that he doubted that "the average pathologist could tell the difference between the fossil skeleton and that of a modern human." Concerning the skull, Walker wrote that he laughed when he saw it because "it looked so much like a Neanderthal."198 As we will see in the next chapter, Neanderthals are a modern human race. Therefore, Homo erectus is also a modern human race.
Even the evolutionist Richard Leakey states that the differences between Homo erectus and modern man are no more than racial variance:
One would also see differences: in the shape of the skull, in the degree of protrusion of the face, the robustness of the brows and so on. These differences are probably no more pronounced than we see today between the separate geographical races of modern humans. Such biological variation arises when populations are geographically separated from each other for significant lengths of time.
Professor William Laughlin from the University of Connecticut made extensive anatomical examinations of Inuits and the people living on the Aleut islands, and noticed that these people were extraordinarily similar to Homo erectus . The conclusion Laughlin arrived at was that all these distinct races were in fact different races of Homo sapiens (modern man):
When we consider the vast differences that exist between remote groups such as Eskimos and Bushmen, who are known to belong to the single species of Homo sapiens , it seems justifiable to conclude that Sinanthropus [an erectus specimen] belongs within this same diverse species.
The conclusion reached by the scientists defending the abovementioned thesis can be summarized as "Homo erectus is not a different species from Homo sapiens , but rather a race within Homo sapiens ." On the other hand, there is a huge gap between Homo erectus , a human race, and the apes that preceded Homo erectus in the "human evolution" scenario (Australopithecus , Homo Habilis , and Homo rudolfensis ). This means that the first men appeared in the fossil record suddenly and without any prior evolutionary history.
Neanderthals: Their Anatomy and Culture
Neanderthals (Homo neanderthalensis ) were human beings who suddenly appeared 100,000 years ago in Europe, and who disappeared, or were assimilated by mixing with other races, quietly but quickly 35,000 years ago. Their only difference from modern man is that their skeletons are more robust and their cranial capacity slightly bigger.
Neanderthals were a human race, a fact which is admitted by almost everybody today. Evolutionists have tried very hard to present them as a "primitive species," yet all the findings indicate that they were no different from a "robust" man walking on the street today. A prominent authority on the subject, Erik Trinkaus, a paleoanthropologist from New Mexico University, writes:
Detailed comparisons of Neanderthal skeletal remains with those of modern humans have shown that there is nothing in Neanderthal anatomy that conclusively indicates locomotor, manipulative, intellectual, or linguistic abilities inferior to those of modern humans.
Many contemporary researchers define Neanderthal man as a subspecies of modern man, and call him Homo sapiens neanderthalensis.
On the other hand, the fossil record shows that Neanderthals possessed an advanced culture. One of the most interesting examples of this is a fossilized flute made by Neanderthal people. This flute, made from the thighbone of a bear, was found by the archaeologist Ivan Turk in a cave in northern Yugoslavia in July 1995. Musicologist Bob Fink then analyzed it. Fink proved that this flute, thought by radio-carbon testing to be between 43,000 and 67,000 years old, produced four notes, and that it had half and full tones. This discovery shows that Neanderthals used the seven-note scale, the basic formula of western music. Fink, who examined the flute, states that "the distance between the second and third holes on the old flute is double that between the third and fourth." This means that the first distance represents a full note, and the distance next to it a half note. Fink says, "These three notes … are inescapably diatonic and will sound like a near-perfect fit within any kind of standard diatonic scale, modern or antique," thus revealing that Neanderthals were people with an ear for and knowledge of music.
A 26,000-year-old sewing needle, proved to have been used by Neanderthal people, was also found during fossil excavations. This needle, which is made of bone, is exceedingly straight and has a hole for the thread to be passed through.205 People who wear clothing and feel the need for a sewing needle cannot be considered "primitive."
The best research into the Neanderthals' tool-making abilities is that of Steven L. Kuhn and Mary C. Stiner, professors of anthropology and archaeology, respectively, at the University of New Mexico. Although these two scientists are proponents of the theory of evolution, the results of their archaeological research and analyses show that the Neanderthals who lived in caves on the coast of southwest Italy for thousands of years carried out activities that required as complex a capacity for thought as modern-day human beings.
Kuhn and Stiner found a number of tools in these caves. The discoveries were of sharp, pointed cutting implements, including spearheads, made by carefully chipping away layers at the edges of the flint. Making sharp edges of this kind by chipping away layers is without a doubt a process calling for intelligence and skill. Research has shown that one of the most important problems encountered in that process is breakages that occur as a result of pressure at the edge of the stones. For this reason, the individual carrying out the process has to make fine judgments of the amount of force to use in order to keep the edges straight, and of the precise angle to strike at, if he is making an angled tool.
In short, scientific discoveries show that Neanderthals were a human race no different from us on the levels of intelligence and dexterity. This race either disappeared from history by assimilating and mixing with other races, or became extinct in some unknown manner. But they were definitely not "primitive" or "half-ape."
Latest Evidence: Sahelanthropus tchadensis and The Missing Link That Never Was
The latest evidence to shatter the evolutionary theory's claim about the origin of man is the new fossil Sahelanthropus tchadensis unearthed in the Central African country of Chad in the summer of 2002.
The fossil has set the cat among the pigeons in the world of Darwinism. In its article giving news of the discovery, the world-renowned journal Nature admitted that "New-found skull could sink our current ideas about human evolution."
Daniel Lieberman of Harvard University said that "This [discovery] will have the impact of a small nuclear bomb."
The reason for this is that although the fossil in question is 7 million years old, it has a more "human-like" structure (according to the criteria evolutionists have hitherto used) than the 5 million-year-old Australopithecus ape species that is alleged to be "mankind's oldest ancestor." This shows that the evolutionary links established between extinct ape species based on the highly subjective and prejudiced criterion of "human similarity" are totally imaginary.
John Whitfield, in his article "Oldest Member of Human Family Found" published on Nature's web site on July, 11, 2002, confirms this view quoting from Bernard Wood, an evolutionist anthropologist from George Washington University in Washington:
"When I went to medical school in 1963, human evolution looked like a ladder." he [Bernard Wood] says. The ladder stepped from monkey to man through a progression of intermediates, each slightly less ape-like than the last. Now human evolution looks like a bush. We have a menagerie of fossil hominids... How they are related to each other and which, if any of them, are human forebears is still debated.
The comments of Henry Gee, the senior editor of Nature and a leading paleoanthropologist, about the newly discovered ape fossil are very noteworthy. In his article published in The Guardian, Gee refers to the debate about the fossil and writes:
Whatever the outcome, the skull shows, once and for all, that the old idea of a 'missing link' is bunk... It should now be quite plain that the very idea of the missing link, always shaky, is now completely untenable.
The Secret History of Homo Sapiens
The most interesting and significant fact that nullifies the very basis of the imaginary family tree of evolutionary theory is the unexpectedly ancient history of modern man. Paleoanthropological findings reveal that Homo sapiens people who looked exactly like us were living as long as 1 million years ago.
It was Louis Leakey, the famous evolutionary paleoanthropologist, who discovered the first findings on this subject. In 1932, in the Kanjera region around Lake Victoria in Kenya, Leakey found several fossils that belonged to the Middle Pleistocene and that were no different from modern man. However, the Middle Pleistocene was a million years ago.217 Since these discoveries turned the evolutionary family tree upside down, they were dismissed by some evolutionary paleoanthropologists. Yet Leakey always contended that his estimates were correct.
Just when this controversy was about to be forgotten, a fossil unearthed in Spain in 1995 revealed in a very remarkable way that the history of Homo sapiens was much older than had been assumed. The fossil in question was uncovered in a cave called Gran Dolina in the Atapuerca region of Spain by three Spanish paleoanthropologists from the University of Madrid. The fossil revealed the face of an 11-year-old boy who looked entirely like modern man. Yet, it had been 800,000 years since the child died. Discover magazine covered the story in great detail in its December 1997 issue.
This fossil even shook the convictions of Juan Luis Arsuaga Ferreras, who lead the Gran Dolina excavation. Ferreras said:
We expected something big, something large, something inflated-you know, something primitive… Our expectation of an 800,000-year-old boy was something like Turkana Boy. And what we found was a totally modern face.... To me this is most spectacular-these are the kinds of things that shake you. Finding something totally unexpected like that. Not finding fossils; finding fossils is unexpected too, and it's okay. But the most spectacular thing is finding something you thought belonged to the present, in the past. It's like finding something like-like a tape recorder in Gran Dolina. That would be very surprising. We don't expect cassettes and tape recorders in the Lower Pleistocene. Finding a modern face 800,000 years ago-it's the same thing. We were very surprised when we saw it.
The fossil highlighted the fact that the history of Homo sapiens had to be extended back to 800,000 years ago. After recovering from the initial shock, the evolutionists who discovered the fossil decided that it belonged to a different species, because according to the evolutionary family tree, Homo sapiens did not live 800,000 years ago. Therefore, they made up an imaginary species called Homo antecessor and included the Atapuerca skull under this classification.
Huts And Footprints
There have been many findings demonstrating that Homo sapiens dates back even earlier than 800,000 years. One of them is a discovery by Louis Leakey in the early 1970s in Olduvai Gorge. Here, in the Bed II layer, Leakey discovered that Australopithecus, Homo habilis and Homo erectus species had co-existed at the same time. What is even more interesting was a structure Leakey found in the same layer (Bed II). Here, he found the remains of a stone hut. The unusual aspect of the event was that this construction, which is still used in some parts of Africa, could only have been built by Homo sapiens! So, according to Leakey's findings, Australopithecus, Homo habilis, Homo erectus and modern man must have co-existed approximately 1.7 million years ago.219 This discovery must surely invalidate the evolutionary theory that claims that modern man evolved from ape-like species such as Australopithecus.
Indeed, some other discoveries trace the origins of modern man back to 1.7 million years ago. One of these important finds is the footprints found in Laetoli, Tanzania, by Mary Leakey in 1977. These footprints were found in a layer that was calculated to be 3.6 million years old, and more importantly, they were no different from the footprints that a contemporary man would leave.
The footprints found by Mary Leakey were later examined by a number of famous paleoanthropologists, such as Donald Johanson and Tim White. The results were the same. White wrote:
Make no mistake about it,... They are like modern human footprints. If one were left in the sand of a California beach today, and a four-year old were asked what it was, he would instantly say that somebody had walked there. He wouldn't be able to tell it from a hundred other prints on the beach, nor would you.220
After examining the footprints, Louis Robbins from the University of North Carolina made the following comments:
The arch is raised - the smaller individual had a higher arch than I do - and the big toe is large and aligned with the second toe … The toes grip the ground like human toes. You do not see this in other animal forms.
SKELETAL VARIATION AMONG ODERN HUMAN RACES
Evolutionary paleontologists portray different Homo erectus, Homo sapiens neanderthalensis, and archaic Homo sapiens human fossils as indicating different species or subspecies on the evolutionary path. They base this on the differences between these fossil skulls. However, these differences actually consist of variations among different human races that have existed, some of which have become extinct or have been assimilated. These differences have grown less pronounced as human races have intermixed over time.
Despite this, quite striking differences can still be observed between human races living today. The skulls in these pages, all belonging to modern human beings (Homo sapiens sapiens), are all examples of these differences. To show similar structural differences between races that lived in the past as evidence for evolution is quite simply bias.
This situation put the Laetoli footprints at the center of discussions for years. Evolutionary paleoanthropologists desperately tried to come up with an explanation, as it was hard for them to accept the fact that a modern man had been walking on the earth 3.6 million years ago. During the 1990s, the following "explanation" started to take shape: The evolutionists decided that these footprints must have been left by an Australopithecus, because according to their theory, it was impossible for a Homo species to have existed 3.6 million years ago. However, Russell H. Tuttle wrote the following in an article in 1990:
In sum, the 3.5-million-year-old footprint traits at Laetoli site G resemble those of habitually unshod modern humans. None of their features suggest that the Laetoli hominids were less capable bipeds than we are. If the G footprints were not known to be so old, we would readily conclude that there had been made by a member of our genus, Homo... In any case, we should shelve the loose assumption that the Laetoli footprints were made by Lucy's kind, Australopithecus afarensis.
To put it briefly, these footprints that were supposed to be 3.6 million years old could not have belonged to Australopithecus. The only reason why the footprints were thought to have been left by members of Australopithecus was the 3.6-million-year-old volcanic layer in which the footprints were found. The prints were ascribed to Australopithecus purely on the assumption that humans could not have lived so long ago.
These interpretations of the Laetoli footprints demonstrate one important fact. Evolutionists support their theory not based on scientific findings, but in spite of them. Here we have a theory that is blindly defended no matter what, with all new findings that cast the theory into doubt being either ignored or distorted to support the theory.
Briefly, the theory of evolution is not science, but a dogma kept alive despite science.
From Harun Yahya's works
Darwin put forward his claim that human beings and apes descended from a common ancestor in his book The Descent of Man, published in 1871. From that time until now, the followers of Darwin's path have tried to support this claim. But despite all the research that has been carried out, the claim of "human evolution" has not been backed up by any concrete scientific discovery, particularly in the fossil field.
The Imaginary Family Tree of Man
The Darwinist claim holds that modern man evolved from some kind of ape-like creature. During this alleged evolutionary process, which is supposed to have started from 5 to 6 million years ago, it is claimed that there existed some transitional forms between modern man and his ancestors. According to this completely imaginary scenario, the following four basic categories are listed:
1. Australophithecines (any of the various forms belonging to the genus Australophithecus)
2. Homo habilis
3. Homo erectus
4. Homo sapiens
Evolutionists call the genus to which the alleged ape-like ancestors of man belonged Australopithecus, which means "southern ape." Australopithecus, which is nothing but an old type of ape that has become extinct, is found in various different forms. Some of them are larger and strongly built ("robust"), while others are smaller and delicate ("gracile").
Evolutionists classify the next stage of human evolution as the genus Homo, that is "man." According to the evolutionist claim, the living things in the Homo series are more developed than Australopithecus, and not very different from modern man. The modern man of our day, that is, the species Homo sapiens, is said to have formed at the latest stage of the evolution of this genus Homo. Fossils like "Java man," "Peking man," and "Lucy," which appear in the media from time to time and are to be found in evolutionist publications and textbooks, are included in one of the four groups listed above. Each of these groupings is also assumed to branch into species and sub-species, as the case may be. Some suggested transitional forms of the past, such as Ramapithecus, had to be excluded from the imaginary human family tree after it was realised that they were ordinary apes.
By outlining the links in the chain as "australopithecines > Homo habilis > Homo erectus > Homo sapiens," the evolutionists imply that each of these types is the ancestor of the next. However, recent findings by paleoanthropologists have revealed that australopithecines, Homo habilis and Homo erectus existed in different parts of the world at the same time. Moreover, some of those humans classified as Homo erectus probably lived up until very modern times. In an article titled "Latest Homo erectus of Java: Potential Contemporaneity with Homo sapiens in Southeast Asia," it was reported in the journal that Homo erectus fossils found in Java had "mean ages of 27 ± 2 to 53.3 ± 4 thousand years ago" and this "raise[s] the possibility that H. erectus overlapped in time with anatomically modern humans (H. sapiens) in Southeast Asia"
Furthermore, Homo sapiens neanderthalensis (Neanderthal man) and Homo sapiens sapiens (modern man) also clearly co-existed. This situation apparently indicates the invalidity of the claim that one is the ancestor of the other.
Intrinsically, all the findings and scientific research have revealed that the fossil record does not suggest an evolutionary process as evolutionists propose. The fossils, which evolutionists claim to be the ancestors of humans, in fact belong either to different human races, or else to species of ape.
Then which fossils are human and which ones are apes? Is it ever possible for any one of them to be considered a transitional form? In order to find the answers, let us have a closer look at each category.
Australopithecus: An Ape Species
The first category, the genus Australopithecus, means "southern ape", as we have said. It is assumed that these creatures first appeared in Africa about 4 million years ago, and lived until 1 million years ago. There are a number of different species among the astralopithecines. Evolutionists assume that the oldest Australopithecus species is A. Afarensis. After that comes A. Africanus, and then A. Robustus, which has relatively bigger bones. As for A. Boisei, some researchers accept it as a different species, and others as a sub-species of A. Robustus.
All of the Australopithecus species are extinct apes that resemble the apes of today. Their cranial capacities are the same or smaller than the chimpanzees of our day. There are projecting parts in their hands and feet which they used to climb trees, just like today's chimpanzees, and their feet are built for grasping to hold onto branches. They are short (maximum 130 cm. (51 in.)) and just like today's chimpanzees, male Australopithecus is larger than the female. Many other characteristics-such as the details in their skulls, the closeness of their eyes, their sharp molar teeth, their mandibular structure, their long arms, and their short legs-constitute evidence that these creatures were no different from today's ape.
However, evolutionists claim that, although australopithecines have the anatomy of apes, unlike apes, they walked upright like humans.
This claim that australopithecines walked upright is a view that has been held by paleoanthropologists such as Richard Leakey and Donald C. Johanson for decades. Yet many scientists who have carried out a great deal of research on the skeletal structures of australopithecines have proved the invalidity of that argument. Extensive research done on various Australopithecus specimens by two world-renowned anatomists from England and the USA, Lord Solly Zuckerman and Prof. Charles Oxnard, showed that these creatures did not walk upright in human manner. Having studied the bones of these fossils for a period of 15 years thanks to grants from the British government, Lord Zuckerman and his team of five specialists reached the conclusion that australopithecines were only an ordinary ape genus and were definitely not bipedal, although Zuckerman is an evolutionist himself.71 Correspondingly, Charles E. Oxnard, who is another evolutionist famous for his research on the subject, also likened the skeletal structure of Australopithecines to that of modern orang-utans.
Briefly, Australopithecines have no link with humans and they are merely an extinct ape species.
Homo Habilis: The Ape That Was Presented As Human
The great similarity between the skeletal and cranial structures of australopithecines and chimpanzees, and the refutation of the claim that these creatures walked upright, have caused great difficulty for evolutionist paleoanthropologists. The reason is that, according to the imaginary evolution scheme, Homo erectus comes after Australopithecus. As the genus name Homo (meaning "man") implies, Homo erectus is a human species and its skeleton is straight. Its cranial capacity is twice as large as that of Australopithecus. A direct transition from Australopithecus, which is a chimpanzee-like ape, to Homo erectus, which has a skeleton no different from modern man's, is out of the question even according to evolutionist theory. Therefore, "links"-that is, "transitional forms"-are needed. The concept of Homo habilis arose from this necessity.
The classification of Homo habilis was put forward in the 1960s by the Leakeys, a family of "fossil hunters". According to the Leakeys, this new species, which they classified as Homo habilis, had a relatively large cranial capacity, the ability to walk upright and to use stone and wooden tools. Therefore, it could have been the ancestor of man.
New fossils of the same species unearthed in the late 1980s, were to completely change this view. Some researchers, such as Bernard Wood and C. Loring Brace, who relied on those newly-found fossils, stated that Homo habilis (which means "skillful man", that is, man capable of using tools) should be classified as Australopithecus habilis, or "skillful southern ape", because Homo habilis had a lot of characteristics in common with the australopithecine apes. It had long arms, short legs and an ape-like skeletal structure just like Australopithecus. Its fingers and toes were suitable for climbing. Their jaw was very similar to that of today's apes. Their 600 cc average cranial capacity is also an indication of the fact that they were apes. In short, Homo habilis, which was presented as a different species by some evolutionists, was in reality an ape species just like all the other australopithecines.
Research carried out in the years since Wood and Brace's work has demonstrated that Homo habilis was indeed no different from Australopithecus. The skull and skeletal fossil OH62 found by Tim White showed that this species had a small cranial capacity, as well as long arms and short legs which enabled them to climb trees just like modern apes do.
The detailed analyses conducted by American anthropologist Holly Smith in 1994 indicated that Homo habilis was not Homo, in other words, "human", at all, but rather unequivocally an "ape". Speaking of the analyses she made on the teeth of Australopithecus, Homo habilis, Homo erectus and Homo neanderthalensis, Smith stated the following;
Restricting analysis of fossils to specimens satisfying these criteria, patterns of dental development of gracile australopithecines and Homo Habilis remain classified with African apes. Those of Homo erectus and Neanderthals are classified with humans.
Homo Erectus
According to the fanciful scheme suggested by evolutionists, the internal evolution of the Homo genus is as follows: First Homo erectus , then so-called "archaic" Homo sapiens and Neanderthal man (Homo sapiens neanderthalensis), and finally, Cro-Magnon man (Homo sapiens sapiens). However all these classifications are really only variations and unique races in the human family. The difference between them is no greater than the difference between an Inuit and an African, or a pygmy and a European.
Let us first examine Homo erectus , which is referred to as the most primitive human species. As the name implies, Homo erectus means "man who walks upright." Evolutionists have had to separate these fossils from earlier ones by adding the qualification of "erectness," because all the available Homo erectus fossils are straight to an extent not observed in any of the australopithecines or so-called Homo Habilis specimens. There is no difference between the postcranial skeleton of modern man and that of Homo erectus .
The primary reason for evolutionists' defining Homo erectus as "primitive" is the cranial capacity of its skull (900-1,100 cc), which is smaller than the average modern man, and its thick eyebrow projections. However, there are many people living today in the world who have the same cranial capacity as Homo erectus (pygmies, for instance) and other races have protruding eyebrows (Native Australians, for instance). It is a commonly agreed-upon fact that differences in cranial capacity do not necessarily denote differences in intelligence or abilities. Intelligence depends on the internal organization of the brain, rather than on its volume.
The fossils that have made Homo erectus known to the entire world are those of Peking man and Java man in Asia. However, in time it was realized that these two fossils are not reliable. Peking man consists of some elements made of plaster whose originals have been lost, and Java man is composed of a skull fragment plus a pelvic bone that was found yards away from it with no indication that these belonged to the same creature. This is why the Homo erectus fossils found in Africa have gained such increasing importance. (It should also be noted that some of the fossils said to be Homo erectus were included under a second species named Homo ergaster by some evolutionists. There is disagreement among the experts on this issue. We will treat all these fossils under the classification of Homo erectus.)
The most famous of the Homo erectus specimens found in Africa is the fossil of "Narikotome Homo erectus ," or the "Turkana Boy," which was found near Lake Turkana in Kenya. It is confirmed that the fossil was that of a 12-year-old boy, who would have been 1.83 meters tall in adolescence. The upright skeletal structure of the fossil is no different from that of modern man. The American paleoanthropologist Alan Walker said that he doubted that "the average pathologist could tell the difference between the fossil skeleton and that of a modern human." Concerning the skull, Walker wrote that he laughed when he saw it because "it looked so much like a Neanderthal."198 As we will see in the next chapter, Neanderthals are a modern human race. Therefore, Homo erectus is also a modern human race.
Even the evolutionist Richard Leakey states that the differences between Homo erectus and modern man are no more than racial variance:
One would also see differences: in the shape of the skull, in the degree of protrusion of the face, the robustness of the brows and so on. These differences are probably no more pronounced than we see today between the separate geographical races of modern humans. Such biological variation arises when populations are geographically separated from each other for significant lengths of time.
Professor William Laughlin from the University of Connecticut made extensive anatomical examinations of Inuits and the people living on the Aleut islands, and noticed that these people were extraordinarily similar to Homo erectus . The conclusion Laughlin arrived at was that all these distinct races were in fact different races of Homo sapiens (modern man):
When we consider the vast differences that exist between remote groups such as Eskimos and Bushmen, who are known to belong to the single species of Homo sapiens , it seems justifiable to conclude that Sinanthropus [an erectus specimen] belongs within this same diverse species.
The conclusion reached by the scientists defending the abovementioned thesis can be summarized as "Homo erectus is not a different species from Homo sapiens , but rather a race within Homo sapiens ." On the other hand, there is a huge gap between Homo erectus , a human race, and the apes that preceded Homo erectus in the "human evolution" scenario (Australopithecus , Homo Habilis , and Homo rudolfensis ). This means that the first men appeared in the fossil record suddenly and without any prior evolutionary history.
Neanderthals: Their Anatomy and Culture
Neanderthals (Homo neanderthalensis ) were human beings who suddenly appeared 100,000 years ago in Europe, and who disappeared, or were assimilated by mixing with other races, quietly but quickly 35,000 years ago. Their only difference from modern man is that their skeletons are more robust and their cranial capacity slightly bigger.
Neanderthals were a human race, a fact which is admitted by almost everybody today. Evolutionists have tried very hard to present them as a "primitive species," yet all the findings indicate that they were no different from a "robust" man walking on the street today. A prominent authority on the subject, Erik Trinkaus, a paleoanthropologist from New Mexico University, writes:
Detailed comparisons of Neanderthal skeletal remains with those of modern humans have shown that there is nothing in Neanderthal anatomy that conclusively indicates locomotor, manipulative, intellectual, or linguistic abilities inferior to those of modern humans.
Many contemporary researchers define Neanderthal man as a subspecies of modern man, and call him Homo sapiens neanderthalensis.
On the other hand, the fossil record shows that Neanderthals possessed an advanced culture. One of the most interesting examples of this is a fossilized flute made by Neanderthal people. This flute, made from the thighbone of a bear, was found by the archaeologist Ivan Turk in a cave in northern Yugoslavia in July 1995. Musicologist Bob Fink then analyzed it. Fink proved that this flute, thought by radio-carbon testing to be between 43,000 and 67,000 years old, produced four notes, and that it had half and full tones. This discovery shows that Neanderthals used the seven-note scale, the basic formula of western music. Fink, who examined the flute, states that "the distance between the second and third holes on the old flute is double that between the third and fourth." This means that the first distance represents a full note, and the distance next to it a half note. Fink says, "These three notes … are inescapably diatonic and will sound like a near-perfect fit within any kind of standard diatonic scale, modern or antique," thus revealing that Neanderthals were people with an ear for and knowledge of music.
A 26,000-year-old sewing needle, proved to have been used by Neanderthal people, was also found during fossil excavations. This needle, which is made of bone, is exceedingly straight and has a hole for the thread to be passed through.205 People who wear clothing and feel the need for a sewing needle cannot be considered "primitive."
The best research into the Neanderthals' tool-making abilities is that of Steven L. Kuhn and Mary C. Stiner, professors of anthropology and archaeology, respectively, at the University of New Mexico. Although these two scientists are proponents of the theory of evolution, the results of their archaeological research and analyses show that the Neanderthals who lived in caves on the coast of southwest Italy for thousands of years carried out activities that required as complex a capacity for thought as modern-day human beings.
Kuhn and Stiner found a number of tools in these caves. The discoveries were of sharp, pointed cutting implements, including spearheads, made by carefully chipping away layers at the edges of the flint. Making sharp edges of this kind by chipping away layers is without a doubt a process calling for intelligence and skill. Research has shown that one of the most important problems encountered in that process is breakages that occur as a result of pressure at the edge of the stones. For this reason, the individual carrying out the process has to make fine judgments of the amount of force to use in order to keep the edges straight, and of the precise angle to strike at, if he is making an angled tool.
In short, scientific discoveries show that Neanderthals were a human race no different from us on the levels of intelligence and dexterity. This race either disappeared from history by assimilating and mixing with other races, or became extinct in some unknown manner. But they were definitely not "primitive" or "half-ape."
Latest Evidence: Sahelanthropus tchadensis and The Missing Link That Never Was
The latest evidence to shatter the evolutionary theory's claim about the origin of man is the new fossil Sahelanthropus tchadensis unearthed in the Central African country of Chad in the summer of 2002.
The fossil has set the cat among the pigeons in the world of Darwinism. In its article giving news of the discovery, the world-renowned journal Nature admitted that "New-found skull could sink our current ideas about human evolution."
Daniel Lieberman of Harvard University said that "This [discovery] will have the impact of a small nuclear bomb."
The reason for this is that although the fossil in question is 7 million years old, it has a more "human-like" structure (according to the criteria evolutionists have hitherto used) than the 5 million-year-old Australopithecus ape species that is alleged to be "mankind's oldest ancestor." This shows that the evolutionary links established between extinct ape species based on the highly subjective and prejudiced criterion of "human similarity" are totally imaginary.
John Whitfield, in his article "Oldest Member of Human Family Found" published on Nature's web site on July, 11, 2002, confirms this view quoting from Bernard Wood, an evolutionist anthropologist from George Washington University in Washington:
"When I went to medical school in 1963, human evolution looked like a ladder." he [Bernard Wood] says. The ladder stepped from monkey to man through a progression of intermediates, each slightly less ape-like than the last. Now human evolution looks like a bush. We have a menagerie of fossil hominids... How they are related to each other and which, if any of them, are human forebears is still debated.
The comments of Henry Gee, the senior editor of Nature and a leading paleoanthropologist, about the newly discovered ape fossil are very noteworthy. In his article published in The Guardian, Gee refers to the debate about the fossil and writes:
Whatever the outcome, the skull shows, once and for all, that the old idea of a 'missing link' is bunk... It should now be quite plain that the very idea of the missing link, always shaky, is now completely untenable.
The Secret History of Homo Sapiens
The most interesting and significant fact that nullifies the very basis of the imaginary family tree of evolutionary theory is the unexpectedly ancient history of modern man. Paleoanthropological findings reveal that Homo sapiens people who looked exactly like us were living as long as 1 million years ago.
It was Louis Leakey, the famous evolutionary paleoanthropologist, who discovered the first findings on this subject. In 1932, in the Kanjera region around Lake Victoria in Kenya, Leakey found several fossils that belonged to the Middle Pleistocene and that were no different from modern man. However, the Middle Pleistocene was a million years ago.217 Since these discoveries turned the evolutionary family tree upside down, they were dismissed by some evolutionary paleoanthropologists. Yet Leakey always contended that his estimates were correct.
Just when this controversy was about to be forgotten, a fossil unearthed in Spain in 1995 revealed in a very remarkable way that the history of Homo sapiens was much older than had been assumed. The fossil in question was uncovered in a cave called Gran Dolina in the Atapuerca region of Spain by three Spanish paleoanthropologists from the University of Madrid. The fossil revealed the face of an 11-year-old boy who looked entirely like modern man. Yet, it had been 800,000 years since the child died. Discover magazine covered the story in great detail in its December 1997 issue.
This fossil even shook the convictions of Juan Luis Arsuaga Ferreras, who lead the Gran Dolina excavation. Ferreras said:
We expected something big, something large, something inflated-you know, something primitive… Our expectation of an 800,000-year-old boy was something like Turkana Boy. And what we found was a totally modern face.... To me this is most spectacular-these are the kinds of things that shake you. Finding something totally unexpected like that. Not finding fossils; finding fossils is unexpected too, and it's okay. But the most spectacular thing is finding something you thought belonged to the present, in the past. It's like finding something like-like a tape recorder in Gran Dolina. That would be very surprising. We don't expect cassettes and tape recorders in the Lower Pleistocene. Finding a modern face 800,000 years ago-it's the same thing. We were very surprised when we saw it.
The fossil highlighted the fact that the history of Homo sapiens had to be extended back to 800,000 years ago. After recovering from the initial shock, the evolutionists who discovered the fossil decided that it belonged to a different species, because according to the evolutionary family tree, Homo sapiens did not live 800,000 years ago. Therefore, they made up an imaginary species called Homo antecessor and included the Atapuerca skull under this classification.
Huts And Footprints
There have been many findings demonstrating that Homo sapiens dates back even earlier than 800,000 years. One of them is a discovery by Louis Leakey in the early 1970s in Olduvai Gorge. Here, in the Bed II layer, Leakey discovered that Australopithecus, Homo habilis and Homo erectus species had co-existed at the same time. What is even more interesting was a structure Leakey found in the same layer (Bed II). Here, he found the remains of a stone hut. The unusual aspect of the event was that this construction, which is still used in some parts of Africa, could only have been built by Homo sapiens! So, according to Leakey's findings, Australopithecus, Homo habilis, Homo erectus and modern man must have co-existed approximately 1.7 million years ago.219 This discovery must surely invalidate the evolutionary theory that claims that modern man evolved from ape-like species such as Australopithecus.
Indeed, some other discoveries trace the origins of modern man back to 1.7 million years ago. One of these important finds is the footprints found in Laetoli, Tanzania, by Mary Leakey in 1977. These footprints were found in a layer that was calculated to be 3.6 million years old, and more importantly, they were no different from the footprints that a contemporary man would leave.
The footprints found by Mary Leakey were later examined by a number of famous paleoanthropologists, such as Donald Johanson and Tim White. The results were the same. White wrote:
Make no mistake about it,... They are like modern human footprints. If one were left in the sand of a California beach today, and a four-year old were asked what it was, he would instantly say that somebody had walked there. He wouldn't be able to tell it from a hundred other prints on the beach, nor would you.220
After examining the footprints, Louis Robbins from the University of North Carolina made the following comments:
The arch is raised - the smaller individual had a higher arch than I do - and the big toe is large and aligned with the second toe … The toes grip the ground like human toes. You do not see this in other animal forms.
SKELETAL VARIATION AMONG ODERN HUMAN RACES
Evolutionary paleontologists portray different Homo erectus, Homo sapiens neanderthalensis, and archaic Homo sapiens human fossils as indicating different species or subspecies on the evolutionary path. They base this on the differences between these fossil skulls. However, these differences actually consist of variations among different human races that have existed, some of which have become extinct or have been assimilated. These differences have grown less pronounced as human races have intermixed over time.
Despite this, quite striking differences can still be observed between human races living today. The skulls in these pages, all belonging to modern human beings (Homo sapiens sapiens), are all examples of these differences. To show similar structural differences between races that lived in the past as evidence for evolution is quite simply bias.
This situation put the Laetoli footprints at the center of discussions for years. Evolutionary paleoanthropologists desperately tried to come up with an explanation, as it was hard for them to accept the fact that a modern man had been walking on the earth 3.6 million years ago. During the 1990s, the following "explanation" started to take shape: The evolutionists decided that these footprints must have been left by an Australopithecus, because according to their theory, it was impossible for a Homo species to have existed 3.6 million years ago. However, Russell H. Tuttle wrote the following in an article in 1990:
In sum, the 3.5-million-year-old footprint traits at Laetoli site G resemble those of habitually unshod modern humans. None of their features suggest that the Laetoli hominids were less capable bipeds than we are. If the G footprints were not known to be so old, we would readily conclude that there had been made by a member of our genus, Homo... In any case, we should shelve the loose assumption that the Laetoli footprints were made by Lucy's kind, Australopithecus afarensis.
To put it briefly, these footprints that were supposed to be 3.6 million years old could not have belonged to Australopithecus. The only reason why the footprints were thought to have been left by members of Australopithecus was the 3.6-million-year-old volcanic layer in which the footprints were found. The prints were ascribed to Australopithecus purely on the assumption that humans could not have lived so long ago.
These interpretations of the Laetoli footprints demonstrate one important fact. Evolutionists support their theory not based on scientific findings, but in spite of them. Here we have a theory that is blindly defended no matter what, with all new findings that cast the theory into doubt being either ignored or distorted to support the theory.
Briefly, the theory of evolution is not science, but a dogma kept alive despite science.