千年来世界人口增长:古代和现代阶段,其间暂时停止

R. Taagepera, Miroslav Nemčok
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摘要

过去两个世纪世界人口的巨大增长和目前的放缓,对历史上的先例和影响人口规模的更广泛力量提出了问题。一项广泛的文献调查收集的人口估计(从公元前100万到2100年的25项研究中得出的873项估计)表明,世界人口增长经历了两个不同的阶段,先是加速,然后停止——从至少公元前25000年到公元前100年,从公元400年到现在,被几个世纪的停滞和10%的下降所打断。这两个相都可以用数学函数拟合,预计在公元2100年左右的11.2±15亿处达到峰值。一个相互作用的模型可以定量详细地解释这种加速-停止模式:技术呈指数增长,人口增加了速度。人口呈指数增长,受到地球承载能力的限制。科技提高了这个上限,但只有在接近地球的极限承载能力之前。
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World population growth over millennia: Ancient and present phases with a temporary halt in-between
Enormous growth of the world population during the last two centuries and its present slowing down pose questions about precedents in history and broader forces shaping the population size. Population estimates collected in an extensive survey of literature (873 estimates from 25 studies covering 1,000,000 BCE to 2100 CE) show that world population growth has proceeded in two distinct phases of acceleration followed by stoppage—from at least 25,000 BCE to 100 BCE, and from 400 CE to the present, interrupted by centuries of standstill and 10% decrease. Both phases can be fitted with a mathematical function that projects to a peak at 11.2 ± 1.5 billion around 2100 CE. An interaction model can account for this acceleration-stoppage pattern in quantitative detail: Technology grows exponentially, with rate boosted by population. Population grows exponentially, capped by Earth’s carrying capacity. Technology raises this cap, but only until it approaches Earth’s ultimate carrying capacity.
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