
by David Pensgard borrowing heavily from Marvin L. Lubenow's book Bones of Contention
Emphases and formatting included as an aid to reading.
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From where do
people come? |
What
or Who created the human race? There are two options on the table: Creation
by God or Evolution from lower life
forms... and ultimately from inanimate matter. |
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the many branches of science devoted to studying origins, the branch that
investigates human fossils is paleoanthropology.
The scientists who explore the fossil
evidence are called Paleoanthropologists. It is
their job to dig up, catalog, and analyze human fossils.
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a paleoanthropologists is a believer in the evolutionary perspective, then
they will claim that there is little fossil evidence available.
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But
if the paleoanthropologists is a believer in the creationist perspective,
then they will claim that there is a great deal of evidence. In fact,
there are thousands of specimens.
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| What
is going on? The basic problem is that there is very little evidence that
can be used to support the evolutionary perspective. Although this lack of
evidence has persisted for a very long time, evolutionists still work to
prove their perspective on human origins.
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This page compares the fossil finds of relevant humans and apes along with their dates (according to the evolutionary timescale; see box below).
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Dates
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There
is a difference in the way creationists and evolutionists view the age of
the Earth. Creationists believe that the Earth is relatively young, about
6,000 years. But, Evolutionists think that it is 4,500,000,000 years old.
Creationists explain this by pointing out various errors in the
application of Carbon-14 (C14) dating which, they believe, gradually
inflates ages the older specimens become.
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According to more recent
discoveries about C14,
the evolutionary timeline is severely and exponentially lengthened. Drastic changes in
concentrations of radioactive elements (cf. C14) shortly after the global flood
(c. 2300 B.C.) have made specimens appear progressively older as one proceeds backward along the
time line. This takes us back to the Tertiary/Quaternary boundary.
Beyond the
T/Q boundary, evolutionists
mistakenly view objects buried during the global flood as being gradually
buried over a period of 565 million years, from the Cambrian period to the end
of the Tertiary period.
Learn more of the problems with radiometric dating here.
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Now,
on to human evolution
and the fossil evidence.
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Until 1986, human evolution
was proposed as a gradual development in linear fashion as follows:
(Listed from oldest to youngest)
-
Australopithecus afarensis
- Homo habilis
- Homo erectus
- archaic Homo Sapiens
- Neanderthal
- Cro-Magnon
- modern Homo sapiens
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This progression has been called into question because of the evidence in the chart below. The evidence clearly threw the previous succession into disarray in 1986...
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but
evolutionists have never informed the public. Instead of doubting the possibility of human evolution, they effectively sit in silence.
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| The chart below lists fossils
along with their contemporaries and shows that all varieties of humans (genus Homo) were contemporary, that is, they lived at the same time.
Note that this data does not depend upon the
dates. These fossils were found in the same location and in the same rock layers... They must have been buried
together.
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Local
Contemporaneousness of the Various Fossil Categories
Fossils in each
row were found in the same location and in the same rock layers |
Evolutionary Date
K=1,000
M=1,000,000 |
Location |
Data given as catalog
names/numbers or as a location |
Reference |
Anatomically
Modern Man |
Neanderthal |
archaic Homo sapiens |
Homo erectus |
| 10K years ago |
Coobool Crossing, Aus. |
many moderns |
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many erectus |
1 |
| 30K |
Willandra Lakes, Aus. |
many moderns |
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WHL-50 and others |
2 |
| 50–100K |
Tabun Cave, Mount Carmel, Israel |
Skhul 5 & 6 |
remains near Skhul |
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3 |
| 80K |
Czech. |
Mladec Cave |
Sipka Cave |
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4 |
| 100K |
Klasies River, Israel |
Mixed Modern/archaic |
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Mixed Modern/archaic |
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5, 6 |
| 100K |
Krapina, Yugoslavia |
Krapina A skull |
many
Neanderthal |
Krapina D skull |
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7, 8 |
| 105K |
Skhul Cave, Israel |
Skhul 5 & 6 |
Skhul 2, 4, 7, and 9 |
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9 |
| 130K |
Omo River, Ethiopia |
Omo 1 & 3 |
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Omo 2 |
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10 |
| 130K |
Eyasi Lake, Tanzania |
Mumba Rock Shelter |
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Eyasi skull |
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11 |
| 150K |
Kabwe, Zambia |
2-3 moderns |
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Rhodesian Man skull |
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12 |
| 450K |
Arago, Tautavel, Fr. |
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Skull 21 |
Mandible 13, Innominate 44 |
13 |
| 500K |
Trinil, Java, Indonesia |
Sonde tooth, Java Man femur |
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Java Man skull cap |
14, 15 |
| 1.64M |
Koobi Fora, area 103, Kenya |
Koobi Fora footprints |
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KNM-ER 730, 737, 1808 |
16, 17 |
| 1.64M |
Koobi Fora, area 104, Kenya |
KNM-ER 813 |
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KNM-ER 3733 |
18, 19 |
| 1.64M |
Koobi Fora, Ileret area (near 103/104), Kenya |
KNM-ER 813, Koobi Fora footprints |
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KNM-ER 803, 820, 1507, 3883, WT 15000 |
16, 18, 19 |
| 1.9M |
Kobi Fora, Kenya |
KNM-ER 1470, 1481, 1590 |
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KNM-ER 3228 |
20, 21 |
Go to References
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To put it another way
(and to reference more data) we see that the range of dates assigned to all
relevant fossils makes the proposed evolutionary sequence impossible... since
all species of Australopithecine and Homo were contemporaries with modern
humans!
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All
Hominid Fossils Are Contemporaneous
This data
clearly shows that no "pre-human" has been found to actually pre-date
anatomically modern humans. Fossils possessing fully modern human morphology
have been found dating back to 4.5 million years. For example the Kanopoi arm
fragment (humerus; upper arm bone), Kenya KP 271 is dated at 4.5 mya.

(The information in this chart was compiled using Marvin L. Lubenow's book Bones
of Contention)
Keep in mind that
the dates obtained by evolutionary researchers do not take into account the
changes in radioactive elements during and after the global flood. As a result,
they are unnecessarily elongated.
None of the fossils listed above or referenced
in this chart were buried during or before the flood which occurred in about
2320 B.C.
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| How could modern humans have evolved from an Australopithecine (Lucy) if humans predated them?
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Modern human morphology is found in the oldest fossils.
- Australopithecus is clearly an ape (not human),
- Homo erectus, archaic Homo sapiens, Neanderthal, and Cro-Magnon are clearly human with morphologies that can be found
within the present human population!
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| Cranial Capacity
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Lastly, I will include data on cranial capacity. This is mostly useless data since intelligence is not directly related to cranial capacity, but since it has been used by evolutionists to fool the public into seeing a progression, I will use it to show that such a progression is not found.
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| This chart will also illustrate the clear difference between the ape genera (Australopithecus, among others) and and the Human genera (Homo).
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Distinct
Groups Seen In Cranial Comparison
This data
clearly shows that average cranial capacities for all Homo species are very
similar with the erectus being somewhat smaller and the Neanderthal being
slightly larger than the average for sapiens. The arrows fade toward the
edges to show that fewer individuals exist at these extremes while most
exist in the center.

(The information in this chart was compiled using Marvin L. Lubenow's book Bones
of Contention)
Keep in mind that
brain architecture is far more important than size when comparing
intelligence.
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| First, notice that Homo sapiens
does not have the largest average cranial capacity,,,
Neanderthal
does!
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He was
supposed to be less evolved, "primitive", yet Neanderthal exhibits expert use of tools,
along with the presence of pottery, art, architecture, and religion make this
very unlikely. Neanderthal is an extinct race of human which was contemporaneous
with modern-looking humans.
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| Next, notice that the Australopithecines are in a group
by themselves. While there may be some overlap, the differences in average
cranial capacity are dramatic. The Homo genus groups together and is clearly
distinct from the Australopithecus genus.
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| Conclusion
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Even
Richard Leaky, a
paleoanthropologist responsible for many fossil finds relevant to the issue of
human evolution, does not believe that evolutionists know very much about the
issue:
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"I think the study of early man
is a science that is just reaching its adolescence. I do not think the science
has matured. I think we are still doing a great deal of guessing... I often felt
that paleo-anthropology was more of an art than a science... the minute it
becomes a science we begin the possibility of really understanding what's going
on."
- Richard Leaky, in an AAAS interview
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| Leaky says this because his
situation is getting worse.
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You
can hear this happening in other branches of science as well, if you
listen closely.
As the dominant paradigm
(currently Evolution) starts to conflict with the evidence, it's adherents
start to say that it is "an exciting time"
in their field of study, or they might say "we're
learning so much" when they are actually fighting to keep
their theory afloat.
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| But
this should not be happening! They should be merely sorting out the
details, not rewriting the fundamental aspects of their theory!
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- In the early part of the 20th century, evolutionists
thought they knew a great deal.
- By the 1960s they believed they had it figured
out.
- But in 1986 several fossil discoveries threw their theories into disarray.
- Today, they don't know who evolved into whom... perhaps that is because no one
evolved at all?
- Watch for papers, news
article, and TV specials about human evolution. Watch how many
times they say that a new discovery "changed
everything we believed about human evolution" or that
they are working in "an exciting time".
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Recommended Resources
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Next Article:
Entropy and the Currency of Evolution
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References:
The information in this article was compiled using Marvin L. Lubenow's book Bones
of Contention; other references include:
1. Ian Tattersall, Eric Delson, and John Van Couvering, eds., Encyclopedia of
Human Evolution and Prehistory (New York: Garland Publishing, 1988), 55.
2. Tattersal et al, 65-67.
3. Rainer Grun, Christopher B. Stringer, and Henry Schwarcz, "ERS dating of
teeth from Garrod's Tabun cave collection," Journal of Human Evolution 20:3
(March 1991): 231.
4. Kenneth A. R. Kennedy, Neanderthal Man (Minneapolis: Burgess
Publishing Company, 1975), 45-46.
5. Tattersal et al., 55.
6. R. Caspari and M. H. Wolpoff, "The morphological affinities of the
Klasies River Mouth skeletal remains" (abstract), American Journal of
Physical Anthropology 81:2 (February 1990): 203.
7. N. Minugh-Purvis and J. Radovcic, "Krapina A: Neandertal or Not?"
(abstract), American Journal of Physical Anthropology Supplement 12
(1991): 132.
8. J. Radovcic and R. Caspari, "A new construction of the Krapina D skull
and a comparison with male western European Neandertals" (abstract), American
Journal of Physical Anthropology 72:2 (February 1987): 244.
9. R. S. Corruccini, "The forgotten Skhul crania and the 'neopresapiens'
theory" (abstract) American Journal of Physical Anthropology 81:2
(February 1990): 209.
10. William Howells, Evolution of the Genus Homo (Reading, Mass.:
Addison-Wesley Publishing Company, 1973), 121-22.
11. M. J. Mehlman, "Early Homo sapiens in northern Tanzania: some
evidence from Lake Eyasi basin" (abstract), American Journal of Physical
Anthropology 75:2 (February 1988): 249.
12. Kennedy, 54-55.
13. Richard G. Klein, The Human Career: Human Biological and Cultural Origins
(Chicago: University of Chicago Press, 1989), 238-39.
14. Marvin L. Lubenow, Bones of Contention (Baker Books, 1992), 86-119
15. ibidem
16. Anna K. Behrensmeyer and Leo F. Laporte, "Footprints of a Pleistocene
hominid in northern Kenya," Nature 289 (15 January 1981): 167-69.
17. Craig S. Feibel, Francis H. Brown, and Ian McDougall, "Stratigraphic
Context of Fossil Hominids From the Omo Group Deposits: Northern Turkana Basin,
Kenya and Ethiopia," American Journal of Physical Anthropology 78
(April 1989): 611, 613.
18. B. A. Wood, "Evidence on the locomotor pattern of Homo from
early Pleistocene of Kenya," Nature 251 (13 September 1974): 135-6.
19. Feibel, Brown, and McDougall, 611, 613.
20. Marvin L. Lubenow, 157-168, 247-266.
21. Feibel, Brown, and McDougall, 613.
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