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人口统计学家能从果蝇寿命精算模型和生物学中学到什么。

What demographers can learn from fruit fly actuarial models and biology.

作者信息

Carey J R

机构信息

Department of Entomology, University of California, Davis, CA 95616, USA.

出版信息

Demography. 1997 Feb;34(1):17-30.

PMID:9074829
Abstract

Historically demographers have viewed the results of actuarial studies of nonhuman species, particularly those on invertebrates such as fruit flies, as largely irrelevant to investigations on human populations. In this paper I present life table data from large scale studies on the Mediterranean fruit fly, and show that they provide important insights into fundamental aspects of mortality relevant to human populations: the trajectory of mortality at older ages, sex mortality differentials, the concept of maximal life span, and demographic heterogeneity and selection. An overriding theme of the paper is the need for demographers to acquire a heightened awareness of new developments in biology including areas such as evolutionary ecology, experimental demography, and molecular medicine.

摘要

从历史上看,人口统计学家认为对非人类物种(尤其是对果蝇等无脊椎动物)进行的精算研究结果,在很大程度上与对人类种群的调查无关。在本文中,我展示了对地中海实蝇进行大规模研究得出的生命表数据,并表明这些数据为与人类种群相关的死亡率基本方面提供了重要见解:老年死亡率轨迹、性别死亡率差异、最大寿命概念以及人口统计学异质性和选择。本文的一个首要主题是,人口统计学家需要提高对生物学新发展的认识,包括进化生态学、实验人口统计学和分子医学等领域。

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