gnostic
The Lost One
Sorry, but finding marine fossils in the deserts or mountains are one thing, but knowing WHEN and HOW they got there are completely different.Geological evidence proves the Earth was once covered with water. You can find sea shells in the desert and on mountains. If there were not a flood how did that occur?
Your turn...
What most creationists don’t understand is that life, whether they be animals or plants, cannot turn into fossils in matter of few years, few decades,few centuries or a few millennia.
If Noah’s Flood did take place less than 4500 years ago, then that’s still too short a time, for bones, teeth to turn into stone. It take a lot longer time for bones, to crystallised into minerals, a process known as permineralisation, the first step before bones become petrified and turning into rock like.
Fossilisation would and should take more than 10,000 years or more.
But I must stressed the “MORE” part, because it is very rare that you would find fossils that’s being dated to 10,000 years old.
And creationists tends to ignore the parts that sediments of rocks (sedimentary rocks), also take a long time to occur.
According to Genesis 7 and 8, Noah entered and remained in the Ark for less than a year, but I will round it up as “one year”, as a matter of convenient.
Anyway, one year is far too short a time for fossilisation to begin.
Most fossils, any palaeontologist or geologist would or could find, are tens or hundreds of thousands years old or millions of years old.
The photo that James dixion repeatedly posted up here, of the sea shells (belonging to ammonite species, have been extinct since before dinosaurs went extinct, which is about 66 million years ago. That’s well before Noah’s time.
As to Mount Everest, and Himalayas in general. Well, the Indian plate tectonic collided with Asian plate, about 70 million years ago. And from 70 to 15 million years ago, ocean crust between the two plates, began to thrust faulted and folded, caused the fault region to uplift. By the time (10 million years ago) when actual collision taking place with the surface edge of Indian meet with the edge of Tibetan Plateau, the former ocean crust was already hundreds of metres above sea level.
The Indian tectonic is still pushing into Asian tectonic at rate of 20 millimetres per year, still causing the entire Himalayas to rise between 5 and 6 mm per year (or half a centimetre). This is the rate it has been rising for over a couple of million years.
So if you were to calculate how short Everest was back 4500 years ago, then that’s
5 mm x 4500 = 22,500 mm
Or 22.5 metres. This would mean Everest would be 8825 metres back in 2500 BCE.
Meaning Everest would still be over 8800 above sea level. That’s the altitude required flood water to cover Everest.
Even if all glaciers, icebergs and ice shelves were to melt in 2500 BCE since the start of Holocene epoch, the sea level would only rise about 100 metres. The sea level would be no where as high of Everest lowest base.
The base of Everest, on Tibetan Plateau side is 3650 metres above sea level. Take into account of 22 metres gap between now and 2500 BCE, that mean Everest base would be 3628 metres above sea level, 4500 years ago.
There is not enough water for Noah’s Flood to reach the height of Everest’s “foot of the mountain”, let alone covered its peak.