Mega Meteor Impacts - Researchers have found dozens of meteor-impact craters that are so large they would have profoundly affected the earth's climate. One crater in Northern Canada is around 60 miles wide. A giant meteor that struck the Mexican Yucatan Peninsula is blamed for causing one of the largest mass extinctions of dinosaurs. It's inconceivable that the biblical writers could have missed reporting an event that would have blanketed the globe with a choking blizzard of ash.
Super Volcanoes - Several of the earth's volcanoes periodically have erupted with a force so massive in scale, they would dwarf any eruption that modern man has ever witnessed. The Toba Caldera on the island of Sumatra once exploded with a force that released a volume of ash 3,000 times greater than the amount produced by the 1980 Mount St. Helen's eruption. Core samples taken 2,000 miles away from Toba have measured ash layers as deep as 36 inches. Yellowstone National Park in Wyoming is the home of one of these super volcanoes. If it were to erupt, much of North America would be devastated by the blast.
Mount Everest - Ages ago, the Eurasian and Indian continents collided spectacularly to form the Himalayan mountain range. Geological movement continues to take place today as India is gradually pushed beneath China and Nepal at a rate of about 3 inches per year. Going by the current rate of upwelling, it has taken Mount Everest at least 100,000 years to rise to its 29,035-foot elevation. Before the great collision, the bedrock that makes up the Himalayan range was once at the bottom of the Indian Ocean. The top 1,500 feet of Mount Everest is comprised of limestone. This type of rock is slowly formed by the deposition and consolidation of the skeletons of marine invertebrates. Because these creatures are minuscule, it would take a very long time to accumulate these limestone layers.
Coral Reefs -Coral is made up of the skeletons and calcium deposits of tiny animals that live in warm, shallow seas. It takes an estimated 100 years to produce a few centimeters of coral growth. One coral atoll has been measured at 3,900 feet in depth.
Light and Cosmic Events - The sun is one of countless numbers of stars in the Milky Way. Our little galaxy is over 100,000 light years across. This means that light from some stars in our galaxy has taken many tens of thousands of years to reach earth. A common explanation for our ability to see stars that are millions of light years away is that God created the light from these distant stars already in transit. The problem with the light-in-motion claim is that as light travels through the universe, forces it encounters alter its properties, giving us a travel log of its journey. Many of the cosmic events we see in the universe take millions of years to occur. It doesn't seem logical for God to have constructed such a multifaceted, elaborate hoax.
Bristlecone Pine Trees - The annual growth rings of trees are among the most reliable measures of time. Some Bristlecone pine trees in the White-Inyo mountain range of California date back beyond 6000 BC.
Algae Growth Cycle - During the springtime, tiny, one-celled algae bloom in Lake Suigetsu, Japan. They die and sink to the bottom of the lake, where they create a thin, white layer. During the rest of the year, dark clay sediments settle to the bottom. The results are alternating dark and light annual layers -- much like the annual growth rings on a tree. Scientists have counted about 45,000 layers.
Moon Dust - Measurements by sensors attached to satellites show that space dust accumulates on the moon at the rate of about 2 nanograms per square centimeter each year. (A nanogram is one thousandth of a millionth of a gram.) This rate would require 4.5 billion years to reach a depth of 1.5 inches, which is approximately the depth experienced by the astronauts who walked on the moon.
Cosmic Rays - The Los Alamos National Laboratory has developed a method of measuring the length of time that surface rocks have been exposed to cosmic rays. Cosmic rays stream into the atmosphere from all directions in outer space and break neutrons free when they collide with air molecules. When these neutrons hit rocks on the ground, they sometimes react with a tiny number of mineral atoms that create radioactive isotopes. At sea level, a few hundred modified atoms are created each year in a gram of quartz near the surface of the ground. New measuring techniques can detect very small numbers of these atoms and thus estimate the number of years that the rocks have been exposed. Scientists have found ages of about 8,500 years for "recent" glacial moraines in Newfoundland and 830,000 years for extinct volcanoes in Nevada.
Radioactive Decay -The "nuclide" argument is one of the best proofs of an old earth. Nuclides are forms of matter that are radioactive. Each nuclide decays into another form of matter at a certain rate. After an interval of time equal to its half-life, only half of the original material is left. Scientists have found that every nuclide with a half-life of over 80 million years can be found naturally occurring on earth. All nuclides with a half-life under 80 million years do not exist naturally at detectable levels.
Ice Ages - In North America, more than 20 glacial advances and retreats have occurred during the last 2 million years. It takes a foot of snowfall to produce an inch of glacial ice. Since some of the ice is thousands of feet thick, it takes centuries of snow to produce each ice age event. These glaciers would have had to move across the land like freight trains to fit into the 6,000-year model.
Hawaiian Island Chain - If we could remove all of the water in the Pacific Ocean, we would find that the Hawaiian Islands are peaks on a 10,000-foot-high ridge that extends 3,000 miles to the northwest. The Hawaiian chain gets progressively older and becomes more eroded farther beyond the volcanically active region of the "Big Island" of Hawaii. All three factors - the movement of the ocean crust, the building of volcanic islands, and the erosion - are time-consuming geological processes.
Seating capacity - A lot of creationists try to defend the narrow timeline of the young earth view by arguing that Noah brought all the animals that ever existed onto the ark with him. They fail to realize that many of these prehistoric creatures were huge; some beasts weighed as much as 100 tons. However, getting all those bulky dinosaurs onto the ark would have been the least of Noah's problems. Scientists estimate that a total of 10 million species have existed on the earth. Because Noah never could have crammed that many animals into the ark, when the rains came, it would appear that most of them were left standing at the dock. It is interesting to note that scientists have calculated that Noah could have fit all of the 16,000 species of land animals currently living on the earth into the ark.
Coal - The Great Flood is frequently cited as the instantaneous creator of many fossil records. Geologists tell us that coal took millions of years to build up, and creationists point to the Flood as the source. The claim is made that when the Flood transpired, it buried all the earth's vegetation, creating the coal we mine today. The problem with this theory is that the available amount of plant material could not account for coal layers that are hundreds of feet thick. It would have taken several feet of organic material like ferns, grasses, and a few bugs just to produce a few inches of coal.
Salt Deposits - In the state of Utah, there is a huge, underground deposit of salt created by the continual evaporation of a shallow sea that once covered the land. The dome is nearly 5,000 feet deep and it was pushed to the surface by volcanic forces. Noah's flood cannot account for such a vast quantity of salt being deposited in a compact location and in such short stretch of time. A steady stream of water over millions of years is the only plausible solution.
Grand Canyon I - Young earth proponents like to disprove popular belief that the Grand Canyon is the result of millions of years of erosion by saying the Great Flood carved out the steep canyon walls in a few days. There are several problems with this simple explanation for the formation of the Grand Canyon. The Canyon is not the product of flooding. It was formed by the uplifting of a plateau by mountain-building events. The narrow inner gorge of the Grand Canyon and its many tributaries are the antithesis of the erosion that would be found as part of a broad floodplain.
Grand Canyon II - The Grand Canyon example is a two-parter in order to also account for all those thousands of layers of sedimentary rock that give the Grand Canyon its beauty. Creationists often say the Great Flood laid down the layers and in its aftermath, the receding waters dug out the gorge. One of the more prominent formations in the Grand Canyon is the Coconino Sandstone. This layer is found only a few hundred feet below the rim. Geologists have described this sandstone as originating from an ancient desert. Remnants of sand dunes can be seen in many outcrops of the formation in a phenomenon called cross bedding. Many footprints in this sandstone have been recognized as those of lizards scurrying across the desert. It's ridiculous to think there could be a sandy desert formation wedged between a series of layers that were all formed by the same flood event.
Originally Posted by M16
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