Carbon dating megalodon tooth found


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carbon dating megalodon tooth




The breaking found a Megalodon hire. In the Detachable Jack for Us sell, the Pleistocene is very into four stages, opposite the Tarantian, Nigerian, Calabrian and Gelasian and they were all copied in Britain. Bugs in the area have forgotten reported seeing quickly genuine saves.


Good question considering people are still finding Megalodon teeth on carbon dating proves all those teeth are too Megalodon sharks still exist. So here are some condensed facts about this mighty shark. A giant tooth believed to be that of a Megalodon Shark has been found in a Croatian river. Fossil remains suggest that this giant shark reached maximum length.

Carbon dating testing was used on a Megalodon tooth and only Carboh back to 10, years ago. Carbon dating gives crazy results beyond its intended time frame. A show on Megalodon would have been awesome, because Megalodon was fucking awesome. I think this is programming down to the lowest common denominator. Would an actual documentary on an extinct superpredator have done as well as the crock of shit that they presented? Discovery, on the other hand, seems relatively convinced that they need to lie to us, feed us crap about government conspiracies and giant sharks still being alive, and then spill the beans about their lies in the most un-noticeable way possible.

The show was deceptive, poorly acted and was transparently fake to me, but was it to everyone that watched? Gottfried, Leonard J. Compagno, and S.

Compagno, and S. By the s, a Mrs T. As for the lakers noted by him, constantly I have no knowledge of where they simply use.

Moreover, ,egalodon is believed that the fins of the megalodon were proportional to its larger size, and hence were bigger than those of the great white. Could this megwlodon explain the huge pectoral fins sported by the giant mystery shark daring by Zane Grey? Once believed to be an exclusively near-surface, continental shelf foknd in tropical founr subtropical seas, the megalodon is now thought to have been sufficiently adaptable to have inhabited a wide range of environments, from shallow coastal waters and swampy coastal lagoons to sandy littorals and offshore deepwater abodes, exhibiting a transient lifestyle, and of near-cosmopolitan geographical distribution.

Adult specimens, however, were not common in shallow-water habitats thus ototh the relative rarity of modern-day Lord of the Deep and other super-sized great white lookalike sightings? So why, according to mainstream zoology, dafing it become extinct if, indeed, it did! As yet, there is no definitive answer to this key question. Yet in view of how adaptable the megalodon was in terms of the variety of marine environments that it could inhabit, might megaloeon have once again been sufficiently adaptable to withstand these changes? True, the fossil record does not contain ample evidence of its survival in regions where Carbon dating megalodon tooth found temperatures had significantly declined during the Pliocene.

Then again, as pointed out by Gottfried et al. And what if, like the huge carnivorous sperm whale, it also sought out sizeable deepwater species such as giant squids, common in tropical as well as temperate seas, but for which, as is often true from deepwater habitats, there would be little if any readily available confirmation from the fossil record? After all, even large migratory whales like the blue whale and grey whale still spend part of their year in sub-tropical waters; and during those periods that these cetaceans spend in more polar zones, megalodons could subsist instead upon big fishes like the basking shark, whale shark, and abundant smaller species existing in sizeable shoals, plus giant squids.

Irrespective of the precise reason s why it died out, the findings of a study by American researchers Drs Catalina Pimiento and Christopher F. However, these dates fail to take into account a dramatic, highly controversial revelation that occurred at the close of the s. Back inthe British oceanographic survey vessel H. Challenger had hauled up two megalodon teeth from the manganese dioxide-rich red clay deposit at a depth of 14, ft on the sea bed south of Tahiti in the Pacific Ocean. When, inthese teeth were dated by Russian scientist Dr Wladimir Tschernezky, the scientific world received a considerable shock.

Knowing the rate of formation of the manganese dioxide layer covering them, he had measured the thickness of the layer — and from the results that he had obtained, he announced in a paper published on 24 October in the prestigious scientific journal Nature that one of the teeth was only 24, years old, and the other was a mere 11, years old. And if this is true, it would again lend credibility to speculation among some cryptozoologists that this incredible species may still be alive today. It is nothing if not intriguing, incidentally, that these two enigmatic teeth were obtained in much the same Tahitian locality as that of the giant sharks respectively encountered by the Greys.

Just a coincidence? The main argument against them is that the teeth may have originally been reworked from older strata, as has been discussed earlier in this present book with respect to various alleged post-Mesozoic dinosaur and plesiosaur fossils. Also, there can be considerable variation in results obtained for the dating of manganese dioxide deposits, depending upon whether maximum or minimum deposition rates for them are being used, and such deposits also vary in relation to a number of fluctuating external factors such as the concentration in seawater of iron ions and photosynthesising plankton.

Whether such variations can be so extreme as to yield a date as recent as only 11, years ago as opposed to one of at least 2. Also worthy of note here is the following statement from the earlier-cited paper by Pimiento and Clements: In a very small proportion of simulations 1. In six simulations 0. Up until that time, people who found them thought they were petrified dragon tongues. The teeth of the Megalodon are often compared to those of the great white shark and that is due to the similarities both have in terms of being serrated and triangular.

Experts believe that the Megalodon had the very same biting style as our modern version; the great white shark. This means that the Megalodon would bite its prey by the side and they shake their head right and left for the serrations of its teeth to saw through the flesh of its victim. The sad part is that we cannot know precisely, because we could not catch any live specimens to measure them in comparison.

Found Carbon tooth dating megalodon

So instead, ichthyologists and paleontologists tried to estimate the shark's size by analyzing its teeth. Using a method developed in by John E. Randall, involving the measurement of the tooth's enamel height, paleontologists reached to the conclusion that the Megalodon had a size of 13 meters. A different method was used 23 years later developed by S.


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