Scientists disguise the evidence of a worldwide flood by using jargon which is something other than a worldwide flood, but this one is a dead giveaway. "Heavy rainfall." How heavy? 40 days and nights to be exact.
Heavy Rainfall
Trend From Temperate Climates to Subtropical
"Trend from temperate climate to subtropical". That sounds suspiciously like a way to say that it started raining a lot. Some seasonal variations? No kidding? It started raining, then it stopped raining.
Climate Tending to be Uniform
"Climate tending to be uniform, temperate because of extensive inundation of continents". Our period description opens up with a climate statement which lets us know that this was part of a world-wide flood.
Uniform, Mild Climates
The Triassic marks a return to the format which we saw repeatedly for the periods of the Paleozoic era. We know that these sediments were deposited during the deluge phase of Noah's flood because of the climate statement.
Global Warming
As the waters abated after Noah's flood there was significant global cooling which caused equatorial and polar glaciation. There were temperate zones in the Northern and Southern hemisphere.
Cooler and Drier Climates
The paleoenvironments of Periods of the geological timescale are dependent on warm climates, humidity and increased precipitation when they represent the erosion, transportation and deposition of sediment.
Uniformly Warm, Humid Climates
Uniformly warm, humid climates is letting us know that there has to have been significant evaporation from the oceans to put all the water in the atmosphere that was going to be necessary to flood the world.
Warm, Equable Climate Again
"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.
Mild Climates
We're already seen the descriptions of the Cambrian and Ordovician start with a statement on climate. It's a subtle way to pay homage to the fact that a vast amount of water moved a vast amount of sediment.
Warm, Mild Climates
Erosion happens as the result of precipitation and flooding. “Warm, mild climates” is a way of implying that warm temperatures caused increased evaporation from the oceans.