Old Earth creationism is an umbrella term that includes views such as gap creationism, progressive creationism, and evolutionary creationism. It is more compatible with mainstream scientific views on physics, chemistry, geology, and the age of the Earth than young Earth creationism. Radiometric dating shows that the Earth is approximately 4.54 billion years old, and the oldest terrestrial and lunar samples are consistent with this age. Progressive creationism holds that God guides natural processes like evolution and mutation over time. Theistic evolution asserts that religious teachings about God creating the universe are compatible with evolution occurring as a natural process within that creation.
The case for_a_gaian_bottleneck_the_biology_of_habitabilitySérgio Sacani
De acordo com os astrobiólogos Charley Lineweaver e Aditya Chorpa, a vida em outros planetas provavelmente tem sido breve e tornou-se extinta rapidamente.
“O universo é provavelmente preenchido com planetas habitáveis, e muitos cientistas acreditam que esses planetas são habitados por alienígenas. O início da vida é algo frágil, por isso, nós acreditamos que ela raramente se desenvolve rápida o suficiente para sobreviver”, disse o Dr. Chopra, que é o primeiro autor de um artigo publicado na revista Astrobiology.
“A maioria dos ambientes planetários iniciais são instáveis. Para se produzir um planeta habitável, a forma de vida precisa regular os gases de efeito estuda, bem como a água e o dióxido de carbono para manter a temperatura da superfície estável”.
A cerca de 4 bilhões de anos atrás, a Terra e os outros planetas terrestres no nosso Sistema Solar podiam ter sido todos habitáveis.
In this lecture you will be introduced to Earth system science a new holisitic approach to studying the Earth as a whole system of many interacting parts.
The case for_a_gaian_bottleneck_the_biology_of_habitabilitySérgio Sacani
De acordo com os astrobiólogos Charley Lineweaver e Aditya Chorpa, a vida em outros planetas provavelmente tem sido breve e tornou-se extinta rapidamente.
“O universo é provavelmente preenchido com planetas habitáveis, e muitos cientistas acreditam que esses planetas são habitados por alienígenas. O início da vida é algo frágil, por isso, nós acreditamos que ela raramente se desenvolve rápida o suficiente para sobreviver”, disse o Dr. Chopra, que é o primeiro autor de um artigo publicado na revista Astrobiology.
“A maioria dos ambientes planetários iniciais são instáveis. Para se produzir um planeta habitável, a forma de vida precisa regular os gases de efeito estuda, bem como a água e o dióxido de carbono para manter a temperatura da superfície estável”.
A cerca de 4 bilhões de anos atrás, a Terra e os outros planetas terrestres no nosso Sistema Solar podiam ter sido todos habitáveis.
In this lecture you will be introduced to Earth system science a new holisitic approach to studying the Earth as a whole system of many interacting parts.
Page 1 1.1 IntroductIonThe average introductory geolog.docxalfred4lewis58146
Page | 1
1.1 IntroductIon
The average introductory geology student’s perception of geology normally in-
volves the memorization of rocks and discussions of natural disasters, but Geology
contains so much more. Geology is the study of our planet, which is vital to our ev-
eryday lives from the energy we use, to the growing of the food we eat, to the foun-
dations of the buildings we live in, to the materials that are used to make everyday
objects (metals and plastics). The ideal place to start this course is discussing the
methods that are used to better understand our planet, the processes that shape it,
and its history.
Science is not a set of facts to remember. Instead it is a method to discover
the world around us. You are likely already familiar with the Scientific Method,
but it is worthwhile to review the process. The first step of the scientific method
is making an observation or learning the background surrounding the question in
which you are interested. This can be done by taking classes on a subject matter
as you are doing presently in geology or by simply taking careful notes about your
surroundings. Based on your knowledge and observations, you can then make a
hypothesis, which is a testable prediction on how something works. A hypothesis
should be framed in a way that is easy to test and prove wrong. This might sound
odd, but science works to rigorously disprove a hypothesis and only those that
withstand the tests become accepted. The wonderful aspect of this definition of a
hypothesis is that the testing results in a brand new observation that can then be
used to formulate a new hypothesis. Therefore, whether the hypothesis is verified
or rejected it will lead to new information. The next step is communication to other
scientists. This allows other scientists to repeat the experiment as well as alter it in
new and unthought-of ways that can then expand on the original idea. These few
steps encompass the vast majority of the scientific method and the career of any
individual scientist. As hundreds of related observations and tested hypotheses
accumulate scientists can formulate a theory. The scientific meaning of a theory is
an explanation for a natural phenomenon that is supported by a wealth of scientific
1 Introduction to Physical GeologyBradley Deline
Page | 2
Introductory GeoloGy IntroductIon to physIcal GeoloGy
data. A theory is not yet a law because there still may be some debate on the exact
workings of the theory or the reasons why a phenomenon occurs, but there is little
debate on the existence of what is being described.
This leads us back to Geology, the scientific study of the Earth. There are as-
pects in geology that are directly testable, but others are not and geologists must
become imaginative in discovering aspects about the earth and its history that we
will never be able to directly observe. In this laboratory manual we will discuss the
materials that make up the ear.
Geologic time scale, Uniformitarianism, Catastrophic concept, Geomorphic process-agent cause and product, Hutton's concept, Davis Concept, Darwin's concept, Gilbert's concept
Page 1 1.1 IntroductIonThe average introductory geolog.docxalfred4lewis58146
Page | 1
1.1 IntroductIon
The average introductory geology student’s perception of geology normally in-
volves the memorization of rocks and discussions of natural disasters, but Geology
contains so much more. Geology is the study of our planet, which is vital to our ev-
eryday lives from the energy we use, to the growing of the food we eat, to the foun-
dations of the buildings we live in, to the materials that are used to make everyday
objects (metals and plastics). The ideal place to start this course is discussing the
methods that are used to better understand our planet, the processes that shape it,
and its history.
Science is not a set of facts to remember. Instead it is a method to discover
the world around us. You are likely already familiar with the Scientific Method,
but it is worthwhile to review the process. The first step of the scientific method
is making an observation or learning the background surrounding the question in
which you are interested. This can be done by taking classes on a subject matter
as you are doing presently in geology or by simply taking careful notes about your
surroundings. Based on your knowledge and observations, you can then make a
hypothesis, which is a testable prediction on how something works. A hypothesis
should be framed in a way that is easy to test and prove wrong. This might sound
odd, but science works to rigorously disprove a hypothesis and only those that
withstand the tests become accepted. The wonderful aspect of this definition of a
hypothesis is that the testing results in a brand new observation that can then be
used to formulate a new hypothesis. Therefore, whether the hypothesis is verified
or rejected it will lead to new information. The next step is communication to other
scientists. This allows other scientists to repeat the experiment as well as alter it in
new and unthought-of ways that can then expand on the original idea. These few
steps encompass the vast majority of the scientific method and the career of any
individual scientist. As hundreds of related observations and tested hypotheses
accumulate scientists can formulate a theory. The scientific meaning of a theory is
an explanation for a natural phenomenon that is supported by a wealth of scientific
1 Introduction to Physical GeologyBradley Deline
Page | 2
Introductory GeoloGy IntroductIon to physIcal GeoloGy
data. A theory is not yet a law because there still may be some debate on the exact
workings of the theory or the reasons why a phenomenon occurs, but there is little
debate on the existence of what is being described.
This leads us back to Geology, the scientific study of the Earth. There are as-
pects in geology that are directly testable, but others are not and geologists must
become imaginative in discovering aspects about the earth and its history that we
will never be able to directly observe. In this laboratory manual we will discuss the
materials that make up the ear.
Geologic time scale, Uniformitarianism, Catastrophic concept, Geomorphic process-agent cause and product, Hutton's concept, Davis Concept, Darwin's concept, Gilbert's concept
1. Old Earth creationism (OEC) is an umbrella term for a number of types of creationism, includinggap
creationism, progressive creationism, and evolutionary creationism.[1]
The worldview is typically more
compatible with mainstream scientific thought on the issues of physics,chemistry, geology and the age of
the Earth, in comparison to young Earth creationism.
The age of the Earth is 4.54 ± 0.05 billion years (4.54 × 109
years ± 1%).[1][2][3]
This age is based on
evidence from radiometric age dating of meteorite material and is consistent with the ages of the oldest-
known terrestrial and lunar samples. Following the scientific revolution and the development of
radiometric age dating, measurements of lead in uranium-rich minerals showed that some were in
excess of a billion years old.
Gap creationism states that life was immediately and recently created on a pre-existing old Earth.
Progressive creationism is the religious belief that God allows certain natural process (such as gene
mutation and natural selection) to affect the development of life, but has also directly intervened at key
moments in life’s history to guide those processes or, in some views, create new species altogether
(often to replenish the earth).
Theistic evolution or evolutionary creation is a concept that asserts that classical religious
teachings about God are compatible with the modern scientific understanding about biological evolution.
In short, theistic evolutionists believe that there is a God, that God isthe creator of the material universe
and (by consequence) all life within, and that biological evolution is simply a natural process within that
creation. Evolution, according to this view, is simply a tool that God employed to develop human life.
According to the American Scientific Affiliation: