OK, so from -2500 to -1000 the population growth rate between -2500 to -1000 was about 0.01049 Then the population growth rate for the next 500 years then plummeted considerably to 0.0015. The next 500 years had a similar rate, and the next 1,000 years it dropped again to 0.0004. For the period of 1000 - 1750 you have a growth rate that shoots up to 0.0012 - nearly matching earlier growth rates. Between 1750 and 1800 the growth rate massively jumps up to 0.004. 1800-1850 it slightly rises to about 0.0045, 1850-1965 it jumps yet again to about 0.009 and the final leap is to 0.0175!!!
As I said, you accept that growth rates have changed. You seem to think that being able to live to a bit longer means they their population increased quickly, but how is it we are matching them despite our short child producing span (35 years at best), and comparably short life span?
More importantly, where is your evidence that supports these growth rates or population figures?
Note the constant increase all the way up the scale. I would assume there would have been at least a half million population around -20000
Why? What evidence?
Factoring in everything your chart only allows for 5 million from whatever the population was during ICE to -8000. That's 10000 years, about the same timespan that it took to go from 5 million to over a billion when the industrial revolution began to weigh in.
I don't see your point or how this leads to the conclusion that "the Biblical flood model better suits the population data." How does it? It assumes a population growth rate comparable to today's that gets absolutely slashed in size very suddenly at some unspecified moment. At what point did our life expectancy drop to a level so that growth rate suddenly slowed down?
Why do the growth rates change after that? Look at 1 - 1000...what caused this stagnation period after such proposed growth? Did we have a second un-longevity curse placed upon us?
How is the increase from 5,000,000 less startling than increasing from 8? How is starting from 8 a 'better fit'? You can't just tell me what your conclusion is, you need to explain the steps that got you there.
Edited by Modulous, : No reason given.