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Line 34: − # All [[carbon dating]] of water supplies, even the most ancient and the deepest underground reservoirs, result in relatively young ages,<ref>http://www.betalabservices.com/PDF/Geyh.pdf</ref> and no water has been found suggesting an Old Earth.
Counterexamples to an Old Earth (view source)
Revision as of 03:04, June 15, 2011
, 03:04, June 15, 2011Removed #11 (carbon dating) - see talk page
# Levels of contamination in water are rising, as water proceeds through the [[water cycle]] it becomes progressively more contaminated. If earth (and life) had existed for billions of years, a limit would have long been reached where water (essential to life) was too contaminated for life to continue.[[Image:Stratigraphy_of_the_Grand_Canyon.png|right|thumb|300px|The Nonconformity is readily apparent in the [[Grand Canyon]] where foliage and ground cover do not obscure the rock face.]]
# Levels of contamination in water are rising, as water proceeds through the [[water cycle]] it becomes progressively more contaminated. If earth (and life) had existed for billions of years, a limit would have long been reached where water (essential to life) was too contaminated for life to continue.[[Image:Stratigraphy_of_the_Grand_Canyon.png|right|thumb|300px|The Nonconformity is readily apparent in the [[Grand Canyon]] where foliage and ground cover do not obscure the rock face.]]
# [[Paraconformity]] and unconformity such as that seen at the [[Grand Canyon]] disprove the [[uniformitarianism (science)|uniformitarian]] view of earth history.
# [[Paraconformity]] and unconformity such as that seen at the [[Grand Canyon]] disprove the [[uniformitarianism (science)|uniformitarian]] view of earth history.
# The ratio of strontium isotopes in seawater, which should change due to long-term erosion, has varied by only 0.35% throughout history. In fact, its value today is exactly the same as in the oldest samples, which are claimed to be from 500 million years ago.
# The ratio of strontium isotopes in seawater, which should change due to long-term erosion, has varied by only 0.35% throughout history. In fact, its value today is exactly the same as in the oldest samples, which are claimed to be from 500 million years ago.
# The interior of the earth is heated by decay of radioactive isotopes, which could not possibly still be persisting in sufficient quantities after 5 billion, or even half a billion, years.
# The interior of the earth is heated by decay of radioactive isotopes, which could not possibly still be persisting in sufficient quantities after 5 billion, or even half a billion, years.