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Basic
Worldview:
103
Science, the Bible, and Creation
Origins
Debate: Figures
and Illustrations
Main
Article Sections

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Origins - Section One
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Origins - Section Two
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Origins - Section Three
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Origins - Section Four
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Origins - Section Five
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List of Evidences
Gene Pool Figures 1-6

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Gene Pool Figure 1
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Gene Pool Figure 2
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Gene Pool Figure 3
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Gene Pool Figure 4
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Gene Pool Figure 5
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Gene Pool Figure 6

NOTE: This series of illustrations highlights
the critical area of disagreement between creationism and
evolution - whether kinds of organisms can only reproduce
after their kind or if new kinds of organisms emerge from
different kinds of organisms.
Defining the Boundaries of Kinds Figure
1

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Defining the Boundaries of Kinds Figure 1

NOTE: This illustration depicts the
creationist model of "kinds" of organisms in respect to genetic
potential and variation (speciation). The center of the diagram
represents the kind as it was originally created. It is highly
heterozygous possessing a high degree of genetic variation.
Moving towards the edge of the diagram represents a lessening
of genetic potential in specific populations as natural selection
(through factors like geographic isolation) cause specific
populations of the kind to become more and more homozygous.
The result is the emergence of different varieties of the
kind as produced by limited genetic potential within each
specific population. This may, in some cases, eventually result
in a potential loss of ability to interbreed with some or
all of the rest of the kind.
Gaps in the Fossil Record Figure 1

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Gaps in the Fossil Record Figure 1

NOTE: This illustration depicts that
contrary to the theory of evolution, kinds of organisms do
not evolve over time into new organisms. Instead, each kind
of organism appears abruptly in the fossil record and then
remains unchanged for as long as the fossil record of that
species lasts.
Britannica Encyclopedia - Table 4: Geologic
Time Scale

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Britannica Geologic Column Figure 1

NOTE: This table from Britannica Encyclopedia
depicts the different eons, eras, periods, epochs, and ages
of the geologic column. (From Encyclopaedia Britannica
2004 Deluxe Edition, article: "Dating, General considerations,
Correlation, Geologic column and its associated time scale.")
Misperceptions of Dating Methods

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Misperceptions of Dating Methods Figure 1
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Misperceptions of Dating Methods Figure 2
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Misperceptions of Dating Methods Figure 3
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Misperceptions of Dating Methods Figure 4
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Misperceptions of Dating Methods Figure 5
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Misperceptions of Dating Methods Figure 6
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Misperceptions of Dating Methods Figure 7
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Misperceptions of Dating Methods Figure 8

NOTE: This series of illustrations depicts
the common misconceptions and over-simplifications that exist
regarding radiometric dating, relative dating, and the geologic
column.
Dating Facts Figure 1

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Dating Facts Figure 1

NOTE: This image lists some of the key
facts and complications regarding dating processes, which
most people are probably not aware of.
Dating Procedures Figures 1-13

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Dating Procedures Figure 1
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Dating Procedures Figure 2
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Dating Procedures Figure 3
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Dating Procedures Figure 4
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Dating Procedures Figure 5
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Dating Procedures Figure 6
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Dating Procedures Figure 7
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Dating Procedures Figure 8
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Dating Procedures Figure 9
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Dating Procedures Figure 10
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Dating Procedures Figure 11
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Dating Procedures Figure 12
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Dating Procedures Figure 13

NOTE: This series of illustrations corrects
the false perceptions about dating methods by accurately explaning
how radiometric dating and relative dating actually work and
how the geologic column is actually created. Emphasis is placed
on the circular reasoning and critical assumptions that are
key to producing the long timeframe necessary for the theory
of evolution.
Isotope Dating Chart Figure

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Isotope Dating Chart Figure

NOTE: Dating methods can be categorized
according to those methods that use isotopes of long half-lives
to date igneous and metamorphic rock and those methods that
use isotopes of short half-lives to date sedimentary rock.
This chart depicts those resulting categories of isotope pairs,
the timescales they are applied to, and the types of items
that they are used to date.
Cosmology Figure 1

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Cosmology Figure 1

NOTE: This illustration depicts that
galaxies are arranged around the Milky Way at evenly-spaced
concentric shells indicating that we are near the center of
the universe.
Cosmology Figures 2a-2d

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Cosmology Figure 2a
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Cosmology Figure 2b
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Cosmology Figure 2c
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Cosmology Figure 2d

NOTE: This series of illustrations depicts
that a universe, which is only partially filled with matter,
will have a gravity well resulting in an enormous time dilation
occuring near the center of the universe.
Cosmology Figures 3a-3f

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Cosmology Figure 3a
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Cosmology Figure 3b
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Cosmology Figure 3c
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Cosmology Figure 3d
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Cosmology Figure 3e
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Cosmology Figure 3f
NOTE:
This series of illustrations depicts that the quantization
of redshifts from Earth is a unique phenomenon that can only
occur at a single location in the universe. These observations
are incompatible with the Big Bang model's assumption that
the universe is homogeneous.
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