Optimality Models and the Propensity Interpretation of Fitness

被引:0
作者
Ariel Jonathan Roffé
Santiago Ginnobili
机构
[1] Universidad de Buenos Aires (UBA),Centro de Estudios de Filosofía e Historia de la Ciencia (CEFHIC
[2] Universidad Tres de Febrero (UNTREF),UNQ
来源
Acta Biotheoretica | 2020年 / 68卷
关键词
Fitness; Natural selection; Optimality models; Propensity interpretation of fitness; Population genetics; Optimal foraging theory;
D O I
暂无
中图分类号
学科分类号
摘要
The propensity account of fitness intends to solve the classical tautologicity issue by identifying fitness with a disposition, the ability to survive and reproduce. As proponents recognized early on, this account requires operational independence from actual reproductive success to avoid circularity and vacuousness charges. They suggested that operational independence is achieved by measuring fitness values through optimality models. Our goal in this article is to develop this suggestion. We show that one plausible procedure by which these independent operationalizations could be thought to take place, and which is in accordance with what is said in the optimality literature, is unsound. We provide two independent lines of reasoning to show this. We then provide a sketch of a more adequate account of the role of optimality models in evolutionary contexts and draw some consequences.
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页码:367 / 385
页数:18
相关论文
共 31 条
[1]  
Beatty J(1980)Optimal-design models and the strategy of model building in evolutionary biology Philos Sci 47 532-561
[2]  
Bolduc J-S(2012)Optimality modelling in the real world Biol Philos 27 851-869
[3]  
Cézilly F(1978)Adaptation and evolutionary theory Stud Hist Philos Sc 9 181-206
[4]  
Brandon R(2006)The principle of drift: biology’s first law J Philos 103 319-335
[5]  
Brandon R(1984)The propensity interpretation of ‘fitness’—no interpretation is no substitute Philos Sci 51 342-347
[6]  
Brandon R(2013)Who got what wrong? Fodor and Piattelli on Darwin: guiding principles and explanatory models in natural selection Erkenntnis 78 1143-1175
[7]  
Beatty J(2016)Missing concepts in natural selection theory reconstructions Hist Philos Life Sci 96 335-347
[8]  
Díez J(1964)The analysis of complex population processes Can Entomol 14 685-692
[9]  
Lorenzano P(1984)The logic of the genetic code: synonyms and optimality against effects of mutations Orig Life 9 31-56
[10]  
Ginnobili S(1978)Optimization theory in evolution Annu Rev Ecol Syst 43 413-466