Do Manganese Nodules Require Millions of Years to Form? No. According to this World Almanac documentary and marine geologist John Yates, they've been found formed around beer cans.
-Pastor Bob Enyart
Denver Bible Church & KGOV.com
Transcript from the Universe Beneath the Sea World Almanac video:
Just wanted to share this typical experience with you. What evidence did they have that these form over millions of years? I guess they had none. Evolutionists make this claim as a matter of habit. And then, if they don't happen to find a specimen forming on a Michelob (or a stalactite growing on an AiG cap), then we creationists have an especially difficult time proving to those with an open mind that the claim of millions is nothing more than knee-jerk bias. -Bob
2011 UPDATE II: See more at creation.com (search for manganese) and in the print edition of the Journal of Creation (see Table of Contents from edition published in Dec. 2010).
[2011 UPDATE: To discredit this report, atheists and evolutionists below unreasonably doubted and even denied the existence of Dr. Yates. In the meantime, thanks to the ongoing work of Google Books, you can find online a chapter Yates wrote on Deep-Sea Polymetallic Sulphide Deposits in a 2002 text by academic publisher Routledge: Advances in the Science and Technology of Ocean Management.]
At the Enyart household, we watched a documentary on mining the oceans in which a marine geologist stated that manganese nodules, millions of which liter the ocean floor, take five to fifteen million years to form to grapefruit size. I paused the video, and said to my kids something like: “That’s not true! The Bible teaches that the earth is young, so we know that they must form quickly. And besides, if it took millions of years, then very few would be visible, they’d be buried by deposits.” The first two entries (that’s all I checked) of a Google search on the three words, manganese nodules formation, yielded the same claims: The Wikipedia entry stated, “Nodule growth is one of the slowest of all geological phenomena – in the order of a centimeter over several million years.” And a Texas A&M Marine Sciences technical slide presentation stated, “They grow very slowly (mm/million years) and can be tens of millions of years old.” Thankfully, we continued to watch the video and heard another geologist state that some manganese nodules “were actually [formed] around beer cans, which obviously are not millions of years old.” My kids are not old enough to drink beer, but they are old enough to be suspicious of the evolutionary bias that produces knee-jerk claims of old age.-Pastor Bob Enyart
Denver Bible Church & KGOV.com
Transcript from the Universe Beneath the Sea World Almanac video:
Narrator: In 1872, the British ship HMS Challenger set out on a four-year voyage of exploration. One of the discoveries made by scientists aboard the Challenger was the existence of large numbers of irregular balls of manganese littering the Pacific sea bed. They lie in densely packed areas, covering millions of square miles. This picture of the pacific sea bed taken by a camera dragged beneath a survey ship, shows how densely the nodules are packed. Trillions of these potato-sized rock lumps lie hidden in the icy darkness. Analysis of the nodules reveal them to be a storehouse of rare metals, manganese, cobalt, copper, and nickel, as well as lesser amounts of dozens of other uncommon elements. In theory, they were an unclaimed natural resource, worth billions of dollars: they were black pearls! Scientists analyzed them for details of how they were formed, theorizing that minerals were precipitating out of the water, and forming layers around a nucleus.
James Hein, Marine Geologist: The manganese nodules form on the deep sea floor in 4,000 to 6,000 meters water depth. The manganese and the iron oxides nucleate around a central core; and the central core can be either a rock fragment, it can be a shark’s tooth, it can be a whale ear bone, it can be a fragment of an older manganese nodule. And manganese oxides accrete in circular layers around the nucleus. And it takes about five, ten, fifteen million years to form a nodule about this size [grapefruit-sized]. Typical deep-sea manganese nodules are more this size [displaying smaller nodules], they’re in the range of about one centimeter to four centimeters.
Narrator: However, there are many unanswered questions about manganese nodules. Even their age has recently been called into question.
John Yates, Marine Geologist: Later discoveries of manganese nodules found that some of the concretions were actually [formed] around beer cans, which obviously are not millions of years old. So, there was a dichotomy. The nodules appeared to grow at different rates, depending on the supply of minerals. There was also a link established between the formation of manganese nodules, and the level of activity in the plankton in the ocean above. In fact, the link appeared to be that the tritus, from the plankton, actually contributed to the formation of the nodules.
Universe Beneath the Sea: The Next Frontier, 1999, World Almanac Video, WorldAlmanacVideo.com, Beverly Hills CA 90211; about halfway into the 50 minute video
James Hein, Marine Geologist: The manganese nodules form on the deep sea floor in 4,000 to 6,000 meters water depth. The manganese and the iron oxides nucleate around a central core; and the central core can be either a rock fragment, it can be a shark’s tooth, it can be a whale ear bone, it can be a fragment of an older manganese nodule. And manganese oxides accrete in circular layers around the nucleus. And it takes about five, ten, fifteen million years to form a nodule about this size [grapefruit-sized]. Typical deep-sea manganese nodules are more this size [displaying smaller nodules], they’re in the range of about one centimeter to four centimeters.
Narrator: However, there are many unanswered questions about manganese nodules. Even their age has recently been called into question.
John Yates, Marine Geologist: Later discoveries of manganese nodules found that some of the concretions were actually [formed] around beer cans, which obviously are not millions of years old. So, there was a dichotomy. The nodules appeared to grow at different rates, depending on the supply of minerals. There was also a link established between the formation of manganese nodules, and the level of activity in the plankton in the ocean above. In fact, the link appeared to be that the tritus, from the plankton, actually contributed to the formation of the nodules.
Universe Beneath the Sea: The Next Frontier, 1999, World Almanac Video, WorldAlmanacVideo.com, Beverly Hills CA 90211; about halfway into the 50 minute video
Just wanted to share this typical experience with you. What evidence did they have that these form over millions of years? I guess they had none. Evolutionists make this claim as a matter of habit. And then, if they don't happen to find a specimen forming on a Michelob (or a stalactite growing on an AiG cap), then we creationists have an especially difficult time proving to those with an open mind that the claim of millions is nothing more than knee-jerk bias. -Bob
2011 UPDATE II: See more at creation.com (search for manganese) and in the print edition of the Journal of Creation (see Table of Contents from edition published in Dec. 2010).
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