And why counting backwards do we run out of people 4-6,000 years ago? Harry Morris, in his article “Evolution and the Population Problem” published in the journal Acts and Facts proposes that, “... if the population continued to increase at the [current] rate of 2% per year, in less than 700 years there would be one person for every square foot of the earth's surface. Obviously, the present growth rate cannot continue indefinitely… To illustrate the problem, assume that the human population increases geometrically. That is, the increase each year is equal to a constant proportion of the population the previous year… Looking toward the past... [this] equation will also indicate how long it would take to produce the present population at 2% growth per year, starting with two people... Since written records go back over 4,000 years, it is obvious that the average growth rate throughout past history has been considerably less than the present rate. Thus, an average population growth rate of only (1/2)% would generate the present world population in only 4000 years. This is only one-fourth of the present rate of growth”(1-3). Of course this may be slightly inaccurate, but coupled
And why counting backwards do we run out of people 4-6,000 years ago? Harry Morris, in his article “Evolution and the Population Problem” published in the journal Acts and Facts proposes that, “... if the population continued to increase at the [current] rate of 2% per year, in less than 700 years there would be one person for every square foot of the earth's surface. Obviously, the present growth rate cannot continue indefinitely… To illustrate the problem, assume that the human population increases geometrically. That is, the increase each year is equal to a constant proportion of the population the previous year… Looking toward the past... [this] equation will also indicate how long it would take to produce the present population at 2% growth per year, starting with two people... Since written records go back over 4,000 years, it is obvious that the average growth rate throughout past history has been considerably less than the present rate. Thus, an average population growth rate of only (1/2)% would generate the present world population in only 4000 years. This is only one-fourth of the present rate of growth”(1-3). Of course this may be slightly inaccurate, but coupled