"Warm, equable climate" are key words which allow us to pry open the subtle deception which has been crafted as a way to break down Noah's flood into small units, and then spread them across time.
Warm, Equable Climate Again
Antediluvian Global Warming
Noah spent about 100 years building the ark. He preached to the people of his day to warn them about the impending flood. He thought that he was building the ark to save people. They thought that he was off his rocker.
Sedimentary, My Dear Watson
Floods leave deposits of sediment. Over time sediment can become rock. If animals and plants are trapped in the sediment they become fossils. Sedimentary rock covers about 70% of the earth's surface.
Falsifiability
Technically speaking, in order to be scientific, a hypothesis must be predictive, testable and falsifiable. The truth isn't falsifiable. If it was, it couldn't be the truth.
Faith
Current popular science (SciPop) propaganda is that "faith is belief without evidence." However we all have the same evidence (Matty's razor) so the meme fails as a definition of faith.
Evidence
One of the best examples of how evidence is used incorrectly in the popular science paradigm (SciPop) is the worldwide distribution of sedimentary deposits and the evidence of Noah's flood.
Answer 3
Jesus crucifixion didn't remove original sin, it gave us a way to be free from the consequences of it.
The Days Before Noah
The longsuffering of God waited in the days before Noah. Noah's flood saw the waters of the deep (tehom), being boiled out from under the Earth creating the open space that Jesus referred to as the great gulf (sheol).
How Deep was Noah’s Flood?
There was enough water in the great deep to flood the Earth 1,200 km deep. 15 cubits was when the crew of the ark stopped taking soundings. Mount Everest formed 101 years AFTER Noah's flood during Peleg's tectonics.
The Volume of the Great Deep
When Noah's flood took place all of the waters of the great deep burst forth and flooded the Earth. If we know the volume of water and the radius of the Earth at this time, then we may calculate how deep the water was.