DNA – Proof of Noah’s Flood

Thus we do not know the numeric age of any given layer. The civilizations that deposited the trash had a culture and industrial capabilities that evolved through time. The oldest inhabitants used primitive stone tools, later inhabitants used cups made of ceramics, even later inhabitants eventually used tin cans and then changed to Aluminum cans, and then they developed a technology that used computers. This shows that society has evolved over the years. Similar cultures must have existed in both areas and lived at the same time. Thus we can make correlations between the layers found at the different sites by reasoning that layers containing similar distinctive discarded items artifacts were deposited during the same time period. Because the Ceramic Cups layer is found at the Tulane site, but not at the Zoo site, the civilization that produced the Ceramic cups probably did not live in the Zoo area. Thus, we can recognize a break in the depositional sequence at the Zoo site. The surface marking the break in deposition would be called an unconformity in geologic terms, and represents time missing from the depositional record.

Social Science History: Time line for the history of society, science and social science

Mineralogy As a discipline, mineralogy has had close historical ties with geology. Minerals as basic constituents of rocks and ore deposits are obviously an integral aspect of geology. The problems and techniques of mineralogy, however, are distinct in many respects from those of the rest of geology, with the result that mineralogy has grown to be a large, complex discipline in itself. Nepheline greasy light gray , sodalite blue , cancrinite yellow , feldspar white , and ferromagnesian minerals black in an alkalic syenite from Litchfield, Maine, U.

About 3, distinct mineral species are recognized, but relatively few are important in the kinds of rocks that are abundant in the outer part of the Earth.

A time line from before writing began to the present, linked to Andrew Roberts’ book Social Science History and to other resources.

Genetic evidence for the Flood – a human population bottleneck matching Noah’s Flood Genesis – is glaringly obvious when our DNA is examined truthfully and logically. Plus going back further – the genetic proof for the first humans, Adam and Eve. Introduction There’s an old B-grade psychological horror film where a babysitter, babysitting at the client’s home late at night, continually receives threatening calls from a stalker on the house phone.

She calls the police who promise to trace the call if she keeps the caller on the phone line long enough. She’s extremely frightened and arms herself, and then receives a final call from the madman. Please read on, and decide for yourself if there’s a call to your conscience from your very own hereditary blueprint. So the Y chromosome is passed on only from father to son. Mitochondria — these are little compartments inside each of our cells which house the components to produce the cell’s energy.

Since only the mitochondria contained in the fertilized egg are used at conception, mtDNA is only inherited from the mother. Males are therefore dead-ends for mtDNA. When DNA which contains the sex chromosomes and mtDNA are passed down to offspring, mutations copying errors can and do occur. There is very good evidence to support this. Genesis states that eight people were on the Ark:

Geologic time scale

Slatt Show more https: However, the lengthy formative processes for hydrocarbon reservoirs can be understood, and this understanding is important for proper knowledge of why a reservoir is configured the way it is. The geologic time scale is divided into a series of time intervals that are based on significant events in the geologic record.

Various temporal names applied to rock units commonly are used and must be recognized by people studying reservoirs. For a simple example, a Cretaceous reservoir rock was not deposited at the same time as a Devonian reservoir rock.

Discover how geologists study the layers in sedimentary rock to establish relative age. Learn how inclusions and unconformities can tell us stories about the geologic past.

Early history[ edit ] In Ancient Greece , Aristotle BCE observed that fossils of seashells in rocks resembled those found on beaches — he inferred that the fossils in rocks were formed by living animals, and he reasoned that the positions of land and sea had changed over long periods of time. Leonardo da Vinci — concurred with Aristotle’s interpretation that fossils represented the remains of ancient life. Steno argued that rock layers or strata were laid down in succession, and that each represents a “slice” of time.

He also formulated the law of superposition, which states that any given stratum is probably older than those above it and younger than those below it. While Steno’s principles were simple, applying them proved challenging. Steno’s ideas also lead to other important concepts geologists use today, such as relative dating. Over the course of the 18th century geologists realized that: Sequences of strata often become eroded, distorted, tilted, or even inverted after deposition Strata laid down at the same time in different areas could have entirely different appearances The strata of any given area represented only part of Earth’s long history The Neptunist theories popular at this time expounded by Abraham Werner — in the late 18th century proposed that all rocks had precipitated out of a single enormous flood.

John McPhee asserts that “as things appear from the perspective of the 20th century, James Hutton in those readings became the founder of modern geology”. This theory, known as ” Plutonism “, stood in contrast to the “Neptunist” flood-oriented theory. Formulation of geologic time scale[ edit ] The first serious attempts to formulate a geologic time scale that could be applied anywhere on Earth were made in the late 18th century.

High School Earth Science/Geologic Time Scale

Richard Cowen’s Chapter Eight: Leaving the Water – images – curent page , , to , , years ago Eurypterids, otherwise known as sea scorpions. Wikipedia Late Ordovician survivals and extinctions: There were no land animals and extinctions were confined to water life.

Learn how scientists determine the ages of rocks and fossils. We’ll explore both relative and numerical dating on our quest to understand the process of geological dating.

Early history[ edit ] In Ancient Greece , Aristotle BCE observed that fossils of seashells in rocks resembled those found on beaches — he inferred that the fossils in rocks were formed by living animals, and he reasoned that the positions of land and sea had changed over long periods of time. Leonardo da Vinci — concurred with Aristotle’s interpretation that fossils represented the remains of ancient life.

Steno argued that rock layers or strata were laid down in succession, and that each represents a “slice” of time. He also formulated the law of superposition, which states that any given stratum is probably older than those above it and younger than those below it. While Steno’s principles were simple, applying them proved challenging. Over the course of the 18th century geologists realized that: Sequences of strata often become eroded, distorted, tilted, or even inverted after deposition Strata laid down at the same time in different areas could have entirely different appearances The strata of any given area represented only part of Earth’s long history The Neptunist theories popular at this time expounded by Abraham Werner — in the late 18th century proposed that all rocks had precipitated out of a single enormous flood.

It has been said[ by whom? This theory, known as ” Plutonism", stood in contrast to the"Neptunist” flood-oriented theory. Formulation of geologic time scale[ edit ] The first serious attempts to formulate a geologic time scale that could be applied anywhere on Earth were made in the late 18th century. The most influential of those early attempts championed by Werner , among others divided the rocks of Earth’s crust into four types: Primary, Secondary, Tertiary, and Quaternary.

Each type of rock, according to the theory, formed during a specific period in Earth history.

What is Temperature?

The first two-thirds of this essay deals with the rock formations of the Grand Canyon — what they are, and how and when they formed. This should be educational and understandable to readers without a science background. This essay is long.

Mission: To help answer questions about the Bible as it relates to science and earth history and vice versa. If the God of the Bible created the world we live in, then the Bible and our scientific findings should be in perfect agreement. Such is the premise of this website.

Increasing temperature will increase molecular speed. An object with less massive molecules will have higher molecular speed at the same temperature. When kinetic temperature applies, two objects with the same average translational kinetic energy will have the same temperature. An important idea related to temperature is the fact that a collision between a molecule with high kinetic energy and one with low kinetic energy will transfer energy to the molecule of lower kinetic energy.

Part of the idea of temperature is that for two collections of the same type of molecules that are in contact with each other, the collection with higher average kinetic energy will transfer energy to the collection with lower average kinetic energy. We would say that the collection with higher kinetic energy has a higher temperature, and that net energy transfer will be from the higher temperature collection to the lower temperature collection, and not vice versa. Clearly, temperature has to do with the kinetic energy of the molecules, and if the molecules act like independent point masses, then we could define temperature in terms of the average translational kinetic energy of the molecules, the so-called ” kinetic temperature “.

The average kinetic energy of the molecules of an object is an important part of the concept of temperature and provides some useful intuition about what temperature is. If all matter just consisted of independently moving point masses that just experienced elastic collisions with each other, that would be an adequate picture of temperature. Internal or coordinated motions of molecules complicate the picture of temperature.

Molecules for materials other than monoatomic noble gases like helium have the possibility of energy other than the translational kinetic energy of point masses.

Welcome to DEC

Contact Geology and the Bible: To help answer questions about the Bible as it relates to science and earth history and vice versa. Such is the premise of this website. While we cannot know all the answers, we will here seek to bridge the often troubling gap between the Bible and geology. Fossil brachiopod and crinoid stems in a shale in the Appalachian Basin.

The rugged beauty of the Badlands draws visitors from around the world. These striking geologic deposits contain one of the world’s richest fossil beds. Ancient mammals such as the rhino, horse, and saber-toothed cat once roamed here. The park’s , acres protect an expanse of mixed-grass.

The western hemisphere is dominated by the Tharsis region red and brown. Tall volcanoes appear white. Valles Marineris blue is the long gash-like feature to the right. The Elysium province is at the upper right edge. Areas north of the dichotomy boundary appear as shades of blue on both maps. The northern and southern hemispheres of Mars are strikingly different from each other in topography and physiography.

This dichotomy is a fundamental global geologic feature of the planet. Simply stated, the northern part of the planet is an enormous topographic depression. In contrast, the lowlands north of the dichotomy boundary have few large craters, are very smooth and flat, and have other features indicating that extensive resurfacing has occurred since the southern highlands formed.

The third distinction between the two hemispheres is in crustal thickness. The origin and age of the hemispheric dichotomy are still debated.

Public Laws

General considerations Distinctions between relative-age and absolute-age measurements Local relationships on a single outcrop or archaeological site can often be interpreted to deduce the sequence in which the materials were assembled. This then can be used to deduce the sequence of events and processes that took place or the history of that brief period of time as recorded in the rocks or soil.

For example, the presence of recycled bricks at an archaeological site indicates the sequence in which the structures were built. Similarly, in geology, if distinctive granitic pebbles can be found in the sediment beside a similar granitic body, it can be inferred that the granite, after cooling, had been uplifted and eroded and therefore was not injected into the adjacent rock sequence.

Although with clever detective work many complex time sequences or relative ages can be deduced, the ability to show that objects at two separated sites were formed at the same time requires additional information.

How Science Figured Out the Age of Earth. For centuries scholars sought to determine Earth’s age, but the answer had to wait for careful geologic observation, isotopic analyses of the elements.

However, much has happened since it went up, including the Blogger outage. Scroll down for a report on that. More new posts will be added below this one. The essay below is the conclusion of the ninth part in a series by Takuan Seiyo. See the list at the bottom of this post for links to the previous installments. Their main endeavor has been to enforce their compulsory e. K and discretionary e. Nor the evils of the worldwide Islamic Inquisition which — not in the 16th century but now, in the 21st, condemns Muslim apostates to barbaric execution.

Relative Dating of Rock Layers


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