EVOLUTION: THE THEORY BUILT ON SHIFTING SAND!
THE ONLY THING THAT HAS EVER EVOLVED ARE THE
CONTINUALLY CHANGING THEORIES ABOUT EVOLUTION!
THE ONLY THING THAT HAS EVER EVOLVED ARE THE
CONTINUALLY CHANGING THEORIES ABOUT EVOLUTION!
EVOLUTIONISTS PUSH ANOTHER FRAUD!
NOW THEY SAY THIS IS YOUR ANCESTOR!
NOW THEY SAY THIS IS YOUR ANCESTOR!
EVOLUTION: TOOL OF ANTI-CHRIST
1 John 4:3 (King James Version) And every spirit that confesseth not that Jesus Christ is come in the flesh is not of God:
and this is that spirit of antichrist, whereof ye have heard that it should come; and even now already is it in the world.
1 john 2:22 Who is the liar? It is the man who denies that Jesus is the Christ. Such a man is the antichrist—he denies the Father and the Son.
THE GOAL IS TO DECEIVE YOU ABOUT YOUR PAST AND YOUR FUTURE!
1 John 4:3 (King James Version) And every spirit that confesseth not that Jesus Christ is come in the flesh is not of God:
and this is that spirit of antichrist, whereof ye have heard that it should come; and even now already is it in the world.
1 john 2:22 Who is the liar? It is the man who denies that Jesus is the Christ. Such a man is the antichrist—he denies the Father and the Son.
THE GOAL IS TO DECEIVE YOU ABOUT YOUR PAST AND YOUR FUTURE!
ABSOLUTE PROOF EVOLUTION COULD NOT HAVE
HAPPENED: THIS ARM COULD NOT BE SUPPORTED BY
THESE MUSCLES, TENDONS, LIGAMENTS AND NERVES!
SOFT TISSUE IS THE DEATH BLOW TO EVOLUTION
HAPPENED: THIS ARM COULD NOT BE SUPPORTED BY
THESE MUSCLES, TENDONS, LIGAMENTS AND NERVES!
SOFT TISSUE IS THE DEATH BLOW TO EVOLUTION
the human hallux(big toe) makes walking possible. this
creature could NOT have been bi-pedal. why not?
because the weight and size of the muscle of the hallux
is not compatible! 9.4% + 1.5 is the percent ration of the
weight to the total weight!
creature could NOT have been bi-pedal. why not?
because the weight and size of the muscle of the hallux
is not compatible! 9.4% + 1.5 is the percent ration of the
weight to the total weight!
Oldest "Human" Skeleton Found--Disproves "Missing Link"
October 1, 2009--In 1994 a research team led by Tim White of the University of
California, Berkeley; Berhane Asfaw, former director of the National Museum of
Ethiopia; and Giday WoldeGabriel of the Los Alamos National Laboratory announced the
discovery of the first fossils of a new human ancestor, Ardipithecus ramidus. The
researchers presented tantalizing evidence that the species was a biped living in
woodland conditions more than a million years before the famous "Lucy" fossil of the
species Australopithecus afarensis.
The research, to be published in an October 2, 2009, special issue of the journal
Science, reveals that our earliest ancestors underwent a previously unknown phase of
evolution, shedding new light on the nature of the last common ancestor of
chimpanzees and humans.
An artist's reconstruction of the face of Ardipithecus ramidus was made possible by a
digital reconstruction of skull parts from two individuals. The face of "Ardi" did not
project as much as those of modern apes, but was not as flat and massive as the later
australopithecines. Researchers who studied the species suggest this difference is
related to the small size of the species' incisor teeth compared to those of chimps.
Based on the relatively small size of its brow ridge and canine teeth, scientists
"suggest," this fossil is of a female.
October 1, 2009--In 1994 a research team led by Tim White of the University of
California, Berkeley; Berhane Asfaw, former director of the National Museum of
Ethiopia; and Giday WoldeGabriel of the Los Alamos National Laboratory announced the
discovery of the first fossils of a new human ancestor, Ardipithecus ramidus. The
researchers presented tantalizing evidence that the species was a biped living in
woodland conditions more than a million years before the famous "Lucy" fossil of the
species Australopithecus afarensis.
The research, to be published in an October 2, 2009, special issue of the journal
Science, reveals that our earliest ancestors underwent a previously unknown phase of
evolution, shedding new light on the nature of the last common ancestor of
chimpanzees and humans.
An artist's reconstruction of the face of Ardipithecus ramidus was made possible by a
digital reconstruction of skull parts from two individuals. The face of "Ardi" did not
project as much as those of modern apes, but was not as flat and massive as the later
australopithecines. Researchers who studied the species suggest this difference is
related to the small size of the species' incisor teeth compared to those of chimps.
Based on the relatively small size of its brow ridge and canine teeth, scientists
"suggest," this fossil is of a female.
DID YOU CATCH IT? THIS IS AN ARTIST'S DRAWING, PUT
TOGETHER BY SKULL PARTS FROM TWO HUMAN SKULL PARTS!
TOGETHER BY SKULL PARTS FROM TWO HUMAN SKULL PARTS!
"An artist's reconstruction of the face of Ardipithecus ramidus was made
possible by a digital reconstruction of skull parts from two individuals"
possible by a digital reconstruction of skull parts from two individuals"
Radiometric dating of two layers of volcanic ash that tightly sandwiched the
fossil deposits revealed that Ardi lived 4.4 million years ago.
(they "only dated the VOLCANIC ASH!"
odds are this is an orangutan caught in a vocanic explosion!")
fossil deposits revealed that Ardi lived 4.4 million years ago.
(they "only dated the VOLCANIC ASH!"
odds are this is an orangutan caught in a vocanic explosion!")
for 50 years scientists have shoved this garbage on our children, so far there have been seven major "missing links" since darwin
For the 200th anniversary of Charles Darwin's birth (February 12,
2009), National Geographic News asked leading scientists for
their picks of the most important fossils that show evolution in
action—seven of which are presented here, starting with this
"fishapod."
Tiktaalik: The "Fishapod"
Discovered in Arctic Canada in 2004, 375 million-year-old Tiktaalik
had not only gills and scales but traits of a tetrapod (four-legged land
animal), including limblike fins, ribs, a flexible neck, and a croc-
shaped head.
Why it matters: Tiktaalik is seen as evidence of the period when our
aquatic ancestors began moving ashore—along with other fins-to-
limbs fossils, such as Acanthostega (Acanthostega picture), the most
primitive known tetrapod.
Early Darwin supporters speculated that such fishes had given rise to
amphibians. "Acanthostega and Tiktaalik have taken this to a new
level," said geologist Donald Prothero, of Occidental College in Los
Angeles.
The discoveries of these and other "missing link" species have helped
dispel what Darwin called perhaps "the most obvious and gravest
objection which can be urged against my theory" of evolution--the
former lack of transitional fossil species.
2009), National Geographic News asked leading scientists for
their picks of the most important fossils that show evolution in
action—seven of which are presented here, starting with this
"fishapod."
Tiktaalik: The "Fishapod"
Discovered in Arctic Canada in 2004, 375 million-year-old Tiktaalik
had not only gills and scales but traits of a tetrapod (four-legged land
animal), including limblike fins, ribs, a flexible neck, and a croc-
shaped head.
Why it matters: Tiktaalik is seen as evidence of the period when our
aquatic ancestors began moving ashore—along with other fins-to-
limbs fossils, such as Acanthostega (Acanthostega picture), the most
primitive known tetrapod.
Early Darwin supporters speculated that such fishes had given rise to
amphibians. "Acanthostega and Tiktaalik have taken this to a new
level," said geologist Donald Prothero, of Occidental College in Los
Angeles.
The discoveries of these and other "missing link" species have helped
dispel what Darwin called perhaps "the most obvious and gravest
objection which can be urged against my theory" of evolution--the
former lack of transitional fossil species.
Archaeopteryx: The First Bird
First found in Germany in 1861, the 150- to 145-million-
year-old Archaeopteryx fossils bear impressions of flight
feathers on their limbs and tails.
Why it matters: This earliest known flying bird (illustrated
here between a pigeon and an Ornitholestes dinosaur) was
discovered within two years of the publication of On the
Origin of Species, fulfilling Darwin's prediction of fossil
creatures that would link major species groups—in this case,
dinosaurs and birds.
Luis Chiappe, director of the Dinosaur Institute at the
Natural History Museum of Los Angeles County, says this
classic missing link shares features with both meat-eating
dinosaurs—in the wrist, snout, tail, and pelvis—and birds,
"such as asymmetrical, vaned feathers and very long,
feathered wings."
First found in Germany in 1861, the 150- to 145-million-
year-old Archaeopteryx fossils bear impressions of flight
feathers on their limbs and tails.
Why it matters: This earliest known flying bird (illustrated
here between a pigeon and an Ornitholestes dinosaur) was
discovered within two years of the publication of On the
Origin of Species, fulfilling Darwin's prediction of fossil
creatures that would link major species groups—in this case,
dinosaurs and birds.
Luis Chiappe, director of the Dinosaur Institute at the
Natural History Museum of Los Angeles County, says this
classic missing link shares features with both meat-eating
dinosaurs—in the wrist, snout, tail, and pelvis—and birds,
"such as asymmetrical, vaned feathers and very long,
feathered wings."
Amphistium: The Halfway Flatfish
Revealed in 2008, this 50-million-year-old fossil flatfish's
eyes are not quite on opposite sides of its body but not
quite in their modern asymmetrical arrangement, both
on one side of the body (modern-flatfish picture). (See
"Odd Fish Find Contradicts Intelligent-Design Argument"
[July 9, 2008].)
Why it matters: The lack of transitional flatfish fossils—
showing the eyes slowly "migrating" over generations—
has been used to refute Darwin's theory of evolution. But
"Amphistium and [fellow fossil flatfish] Heteronectes
show that, whatever the selective pressures might have
been, the asymmetrical flatfish head did evolve
gradually," said Per Ahlberg, an evolutionary biologist at
Uppsala University in Sweden.
Revealed in 2008, this 50-million-year-old fossil flatfish's
eyes are not quite on opposite sides of its body but not
quite in their modern asymmetrical arrangement, both
on one side of the body (modern-flatfish picture). (See
"Odd Fish Find Contradicts Intelligent-Design Argument"
[July 9, 2008].)
Why it matters: The lack of transitional flatfish fossils—
showing the eyes slowly "migrating" over generations—
has been used to refute Darwin's theory of evolution. But
"Amphistium and [fellow fossil flatfish] Heteronectes
show that, whatever the selective pressures might have
been, the asymmetrical flatfish head did evolve
gradually," said Per Ahlberg, an evolutionary biologist at
Uppsala University in Sweden.
Ambulocetus: The Walking Whale
Discovered in Pakistan in 1992, the fossil skeleton of 50-million-
year-old Ambulocetus ("walking whale") suggests it was able to
walk on four legs—on land and in the water.
Why it matters: Explaining the leap from land mammals to whales
was another evolutionary headache for Darwin, who proposed
bears as possible whale ancestors. Recently unearthed fossils
trace whales to a doglike predecessor of hoofed plant-eaters, and
genetic analysis has identified hippos as whales' closest living
relatives.
Fossil expert Donald Prothero of Occidental College says
Ambulocetus is the "most complete, best studied, and clearest
case of something with a whale's head, the beginnings of an
aquatic lifestyle with webbed hands and feet, but still fully
quadrupedal."
Discovered in Pakistan in 1992, the fossil skeleton of 50-million-
year-old Ambulocetus ("walking whale") suggests it was able to
walk on four legs—on land and in the water.
Why it matters: Explaining the leap from land mammals to whales
was another evolutionary headache for Darwin, who proposed
bears as possible whale ancestors. Recently unearthed fossils
trace whales to a doglike predecessor of hoofed plant-eaters, and
genetic analysis has identified hippos as whales' closest living
relatives.
Fossil expert Donald Prothero of Occidental College says
Ambulocetus is the "most complete, best studied, and clearest
case of something with a whale's head, the beginnings of an
aquatic lifestyle with webbed hands and feet, but still fully
quadrupedal."
Homo Ergaster: The "Turkana Boy" Species
Homo ergaster (shown in a museum display) was a small-brained but
tall human species with body proportions similar to our own. Known
largely from a 1.6-million-year-old fossil of a child found in 1984 near
Lake Turkana, Kenya, the species is often called simply Turkana Boy.
Why it matters: Darwin hardly dared mention human evolution in On
the Origin of Species. But the then shocking implication of his theory
was obvious. Since the discovery of Java Man, the original "missing
link," in the 1890s, the human family tree has grown rich with fossil
evidence of species linking us to ancient apes.
Fred Spoor of University College London said that, whereas fossils of
our earliest human ancestors "can very much be seen as apes who
adopted a bipedal gait," Turkana Boy "is a true intermediate between
modern humans and other primates."
Homo ergaster (shown in a museum display) was a small-brained but
tall human species with body proportions similar to our own. Known
largely from a 1.6-million-year-old fossil of a child found in 1984 near
Lake Turkana, Kenya, the species is often called simply Turkana Boy.
Why it matters: Darwin hardly dared mention human evolution in On
the Origin of Species. But the then shocking implication of his theory
was obvious. Since the discovery of Java Man, the original "missing
link," in the 1890s, the human family tree has grown rich with fossil
evidence of species linking us to ancient apes.
Fred Spoor of University College London said that, whereas fossils of
our earliest human ancestors "can very much be seen as apes who
adopted a bipedal gait," Turkana Boy "is a true intermediate between
modern humans and other primates."
Hyracotherium/Eohippus: The Dawn Horse
Known today as Hyracotherium ("hyrax-like beast"), Eohippus
("dawn horse") was the original name of the first complete skeleton
of this primitive, foxlike horse, discovered in the southern U.S. in
1867.
Why it matters: When Darwin went public with his theory of
evolution, there was no hard evidence to show how an existing
animal had evolved from prehistoric species—until
Hyracotherium, kicked off a series of fossil discoveries depicting
the evolution of horses over 55 million years.
Paul Sereno of the University of Chicago says
Hyracotherium/Eohippus is up there historically with
Archaeopteryx. The paleontologist named Eoraptor—the small
transitional dinosaur at the root of the dinosaur family tree—with
Eohippus in mind.
Known today as Hyracotherium ("hyrax-like beast"), Eohippus
("dawn horse") was the original name of the first complete skeleton
of this primitive, foxlike horse, discovered in the southern U.S. in
1867.
Why it matters: When Darwin went public with his theory of
evolution, there was no hard evidence to show how an existing
animal had evolved from prehistoric species—until
Hyracotherium, kicked off a series of fossil discoveries depicting
the evolution of horses over 55 million years.
Paul Sereno of the University of Chicago says
Hyracotherium/Eohippus is up there historically with
Archaeopteryx. The paleontologist named Eoraptor—the small
transitional dinosaur at the root of the dinosaur family tree—with
Eohippus in mind.
Thrinaxodon: The Emerging Mammal
Identified from fossils in South Africa and Antarctica,
this archaic proto-mammal emerged on a reptile-ruled
Earth some 245 million years ago.
Why it matters: An almost perfect intermediate between
mammals and reptiles, Thrinaxodon has played a key
role in unveiling the evolution of mammals. Descended
from a reptile group called cynodonts, Thrinaxodon was
a cat-size burrower that had scales and laid eggs. But,
like mammals, it had whiskers, warm blood, and, scientist
suspect, a fur coat.
"Thrinaxodon shows mammal-like features beginning to
kick in," said paleontologist Paul Barrett of the Natural
History Museum in London. "The origin of mammals is
exceptionally well understood, and there is a whole
series of fossils forming a nice transformation series that
shows how mammals evolved a bit at a time."
Identified from fossils in South Africa and Antarctica,
this archaic proto-mammal emerged on a reptile-ruled
Earth some 245 million years ago.
Why it matters: An almost perfect intermediate between
mammals and reptiles, Thrinaxodon has played a key
role in unveiling the evolution of mammals. Descended
from a reptile group called cynodonts, Thrinaxodon was
a cat-size burrower that had scales and laid eggs. But,
like mammals, it had whiskers, warm blood, and, scientist
suspect, a fur coat.
"Thrinaxodon shows mammal-like features beginning to
kick in," said paleontologist Paul Barrett of the Natural
History Museum in London. "The origin of mammals is
exceptionally well understood, and there is a whole
series of fossils forming a nice transformation series that
shows how mammals evolved a bit at a time."
| ANSWERS TO EVOLUTION |
BIG BANG AND SCOFFERS
SCIENCE FALSELY CALLED
EMPEROR'S CLOTHES