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模拟现代超级指数型人口增长的前工业化根源。

Modeling the pre-industrial roots of modern super-exponential population growth.

作者信息

Stutz Aaron Jonas

机构信息

Division of History & Social Sciences, Oxford College of Emory University, Oxford, Georgia, United States of America; Department of Anthropology, Emory University, Atlanta, Georgia, United States of America.

出版信息

PLoS One. 2014 Aug 20;9(8):e105291. doi: 10.1371/journal.pone.0105291. eCollection 2014.

Abstract

To Malthus, rapid human population growth-so evident in 18th Century Europe-was obviously unsustainable. In his Essay on the Principle of Population, Malthus cogently argued that environmental and socioeconomic constraints on population rise were inevitable. Yet, he penned his essay on the eve of the global census size reaching one billion, as nearly two centuries of super-exponential increase were taking off. Introducing a novel extension of J. E. Cohen's hallmark coupled difference equation model of human population dynamics and carrying capacity, this article examines just how elastic population growth limits may be in response to demographic change. The revised model involves a simple formalization of how consumption costs influence carrying capacity elasticity over time. Recognizing that complex social resource-extraction networks support ongoing consumption-based investment in family formation and intergenerational resource transfers, it is important to consider how consumption has impacted the human environment and demography--especially as global population has become very large. Sensitivity analysis of the consumption-cost model's fit to historical population estimates, modern census data, and 21st Century demographic projections supports a critical conclusion. The recent population explosion was systemically determined by long-term, distinctly pre-industrial cultural evolution. It is suggested that modern globalizing transitions in technology, susceptibility to infectious disease, information flows and accumulation, and economic complexity were endogenous products of much earlier biocultural evolution of family formation's embeddedness in larger, hierarchically self-organizing cultural systems, which could potentially support high population elasticity of carrying capacity. Modern super-exponential population growth cannot be considered separately from long-term change in the multi-scalar political economy that connects family formation and intergenerational resource transfers to wider institutions and social networks.

摘要

对马尔萨斯来说,18世纪欧洲明显呈现出的人口快速增长显然是不可持续的。在他的《人口原理》一书中,马尔萨斯有说服力地论证了对人口增长的环境和社会经济限制是不可避免的。然而,他是在全球人口普查规模即将达到10亿前夕撰写这篇文章的,当时近两个世纪的超级指数增长才刚刚开始。本文引入了对J.E.科恩标志性的人口动态与承载能力耦合差分方程模型的一种新颖扩展,研究了人口增长极限对人口变化的弹性究竟有多大。修订后的模型涉及对消费成本如何随时间影响承载能力弹性的一种简单形式化。认识到复杂的社会资源提取网络支持基于消费的家庭形成投资和代际资源转移,重要的是要考虑消费如何影响人类环境和人口统计学——尤其是在全球人口已经变得非常庞大的情况下。对消费成本模型与历史人口估计、现代人口普查数据以及21世纪人口预测的拟合进行敏感性分析,支持了一个关键结论。近期的人口爆炸是由长期的、明显的前工业化文化演变系统性地决定的。有人认为,技术、对传染病的易感性、信息流与积累以及经济复杂性方面的现代全球化转变,是更早时期家庭形成在更大的、层次化自组织文化系统中嵌入的生物文化演变的内生产物,而这种文化系统可能潜在地支持较高的承载能力人口弹性。现代超级指数型人口增长不能与将家庭形成和代际资源转移与更广泛的机构和社会网络联系起来的多尺度政治经济的长期变化分开来考虑。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/91cb/4139354/e2a4a10a96d6/pone.0105291.g001.jpg

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