The scientific evidence points us away from the theory of long ages for our planet's existence. That evidence indicates that our planet is only a few thousand years old. Here are scientific facts to prove it. This is science vs. evolution—a Creation-Evolution Encyclopedia, brought to you by Creation Science Facts.
CONTENT: Age of the Earth: 2
7: Evidence from the Globe: 2 scientific facts
8: Evidence from beneath the Earth's Surface: 9 scientific facts
9: Evidence from on the Earth's Surface: 2 scientific facts
10: Evidence from the Oceans: 6 scientific facts
11: Evidence from Living Things: 2 scientific facts
12: Evidence from Civilization: 8 scientific facts
Page numbers without book references refer to the book,
AGE OF THE EARTH, from which these facts are summarized. An asterisk
( * ) by a name indicates that person is not known to be a creationist. Of over
4,000 quotations in the set of books this Encyclopedia
is based on
, only 164 statements are by creationists.
You will have a better understanding of the following if you will also read an article written by Dr. Jonathon Sarfati entitled "How Old is the Earth?"
1: Earth rotation. Because of solar and lunar gravitational drag forces, the spin of the earth (now about 1,000 mph [1,609 kmph]) is gradually slowing down. If our world were billions of years old, it would already have stopped turning. Or, calculating differently, a billion years ago our planet would have been spinning so fast—it would have become a pancake. So, either way, our earth cannot be more than a few thousand years old.—p. 21.
2: Magnetic field decay. Earth's magnetic field is slowly, relentlessly lessening. Even 7,000 years ago, the earth would have had a magnetic field 32 times stronger than it is now. Only 20,000 years ago, enough heat would have been generated to liquefy the planet. Therefore, the earth cannot be over 6,000 or 7,000 years old. This is an important matter, affects the entire planet, and has been measured for over 150 years.—pp. 21-23.
1: Escaping natural gas. Oil and gas are usually located in a porous and permeable rock like sandstone or limestone. Fluids and gas can easily travel through the containing rock, but more slowly pass out through the impermeable rock cap. The rate of gas escapement has been found to be far too rapid to agree with long ages. If the theory were true, all the natural gas would now be escaped.—p. 23.
2: Oil pressure. When drillers first penetrate into oil, there is a "gusher." This is caused by high pressure in the oil vein. Analysis of surrounding rock permeability reveals that any pressure within the oil bed should have bled off within a few thousand years, but it has not happened. These deep rock formations and their entrapped oil cannot be older than 7,000 to 10,000 years.—pp. 23, 26.
3: Oil seepage. If much oil seepage had occurred from out of the ocean floors, all the oil in offshore wells would be gone if the earth were 20,000 years old.—p. 26.
4: Lack of anciently destroyed reservoirs. All the oil in the world must have been placed there in relatively recent times. If long ages had elapsed, the oil reservoirs would be gone, and we would only find the cavities where they had been. But such locations are never found.—p. 26.
5: Molten earth. Deep within the earth, the rock is molten; but, if the earth were billions of years old, long ages ago our planet would have cooled far more than it now has.—p. 26.
6: Volcanic eruptions. There are many extinct volcanoes, but evidence indicates that volcanic activity has only continued a relatively short time since the world began. Otherwise, there would be far more lava than now exists.—pp. 26-27.
7: Zircon / lead ratios. Lead gradually leaks out of radioactive zircon crystals, and does so more rapidly at high temperatures. Yet very little lead has escaped from zircon found deep in the earth at temperatures above 313oC [595.4oF]. This points strongly to a young earth.—p. 27.
8: Zircon / helium ratios. Helium is a gas and can diffuse out of crystals much more rapidly than many other elements, including lead. Since heat increases chemical activity, there should be no helium left in the zircon in that same deep hole. Yet amazingly little helium has escaped. Therefore the world must be very young.—p. 27.
9: Soil-water ratio. The earth is still in the partially soaked condition it became at the time of the Flood. This indicates that the Flood occurred only a few thousand years ago.—p. 27.
1: Topsoil. It has been calculated that 300 to 1,000 years is required to build one inch [2.54 cm] of topsoil. Yet the average depth of topsoil is about eight inches. On this basis, the earth could only be a few thousand years old.—p. 27.
2: Niagara Falls. Erosion of Niagara Falls is about 3.5 feet [106.68 cm] per year. Since the length of the gorge is about 7 miles, the age of the falls would normally be about 5,000 to 10,000 years at the most. However, the Flood would have greatly accelerated that erosion.—p. 27.
1: River deltas. The Mississippi River dumps 300 million cubic yards [229 million cm] of mud into the Gulf of Mexico each year—continually enlarging the delta area. Yet the Mississippi delta is not large. Calculations reveal it has only been forming for the past 4,000 years (4,620 years, to be exact). If the world were 120,000 years old, that delta would extend all the way to the North Pole.—pp. 27-28.
2: Sea ooze. Soft mud from dead plants and animal life form on the floor of the oceans, at the rate of about one inch (2.54 cm) every 1,000 to 5,000 years. The depth of ooze indicates the earth is quite young.—p. 28.
3: Erosion in the ocean. We do not find the erosion in the ocean floors which ought to be there if the world were millions or billions of years old. There are ragged cliffs and steep mountains. Indeed, the continents should have eroded into the oceans by now.—p. 28.
4: Thickness of ocean sediments. If the earth were billions of years old, the ocean floor would be covered by sediments from land, measuring 60 to 100 miles [96.5 to 160.9 km] thick, and all the continents would be eroded away. Instead, we only find a few thousand feet of sediment. Based on known yearly sediment deposition, calculations yield only a few thousand years for our planet.—pp. 28-29.
5: Ocean concentrations. We have a good estimate of the amount of various elements and salts in the ocean, and the amount being added each year. On this basis, our world is fairly young. For example, the age of the earth, based on nitrate analysis, would be 13,000 years.—p. 29.
6: Growth of coral. Coral growth rates indicate the earth is quite young. No known coral formation is older than 3,500 years.—p. 29.
1: Tree rings. Sequoias are never older than 4,000 years, yet are the oldest living thing in our world. Bristlecone pines are said to be older (over 4,000 years); however, it is now known that some years they produce a double tree ring. Therefore, the sequoias remain the oldest. Only man or flood can destroy the sequoia. It appears that climatic conditions, prior to 600 B.C., were erratic and produced difficult conditions, enabling tree-ring counts to provide longer ages than actually occurred.—pp. 29-30.
2: Mutation load. Calculations based on genetic load (the gradually increasing negative effect of mutation on living organisms) indicate that life forms could not have continued more than several thousand years,—and still be as free from mutational defects as they now are. (The deteriorated atmosphere after the Flood, with the consequent increase of solar radiation, probably increased this genetic load.)—p. 30.
1: Historical records. If mankind had been living on earth for millions of years, we should find records extending back at least 500,000 years. (Evolutionists claim that man has been here for a million years.) But, instead, records only go back to about 2000-3500 B.C. When writing began, it was fully developed. The earliest dates are Egyptian (Manetho's king lists), but should be lowered for several reasons. Well-authenticated Egyptian dates only go back to 1600 B.C.—pp. 30-31.
2: Early Biblical records. Bible records carry us back to a Creation date of approximately 4000 B.C., with a Flood date of about 2348 B.C. Scientific facts point us toward the same dates.—pp. 31-32.
3: Astronomical records. Prior to 2250 B.C., we have not one record of a solar eclipse ever having been seen by people! Because it is totally accurate, that earliest recorded astronomical event is a significant date. It comes only about a hundred years after the Flood. We have reason to believe the sky was darkened with volcanic eruptions for years after the Flood ended.—p. 32.
4: Writing. The oldest writing (pictographic Sumerian) is dated at about 3500 B.C. The earliest Western script (Proto-Sinaitic) somewhat before 1550 B.C.—p. 32.
5: Civilizations. No really verified archaeological datings predate the period of about 3000 B.C. More ancient dates come from radiocarbon dating, which, prior to about 600 B.C., is known to be much more inaccurate. In every instance, our earliest aspects of civilization (crops, animal husbandry, metallurgy, building, cities, etc.) go back to the Near East. This agrees with the Bible record (Genesis 8:4).—p. 32.
6: Languages. Records of ancient languages never go back beyond 3000 B.C.; yet, beginning in the Near East, there are language families which have spread all over the world since then.—pp. 32-33.
7: Population statistics. Estimates, based on population changes, indicate that, about the year 3300 B.C., there was only one family.—p. 33.
8: Facts vs. theories. Evolutionary estimates of the age of the earth have constantly changed and lengthened with the passing of time (it currently stands at 5 billion years). But the scientific evidence remains constant and, as new authentic evidence emerges, it only fastens down the dates even more firmly. It all points to a beginning for our planet about 6,000 years ago. Some may see it as 7,000 to 10,000 years, but the evidence points most distinctly toward a date of about 4,000 B.C. for the origin of our planet. The evidence for an early earth is not only solid, it is scientific.—pp. 34-35.
FOR MORE INFORMATION: Next topic in this series: How Far Back Do the Records Go?