作者
Brenen M Wynd, Josef C Uyeda, Sterling J Nesbitt
发表日期
2021/1/1
期刊
Integrative Organismal Biology
卷号
3
期号
1
页码范围
obab017
出版商
Oxford University Press
简介
Allometry—patterns of relative change in body parts—is a staple for examining how clades exhibit scaling patterns representative of evolutionary constraint on phenotype, or quantifying patterns of ontogenetic growth within a species. Reconstructing allometries from ontogenetic series is one of the few methods available to reconstruct growth in fossil specimens. However, many fossil specimens are deformed (twisted, flattened, and displaced bones) during fossilization, changing their original morphology in unpredictable and sometimes undecipherable ways. To mitigate against post burial changes, paleontologists typically remove clearly distorted measurements from analyses. However, this can potentially remove evidence of individual variation and limits the number of samples amenable to study, which can negatively impact allometric reconstructions. Ordinary least squares (OLS) regression and major axis …
学术搜索中的文章
BM Wynd, JC Uyeda, SJ Nesbitt - Integrative Organismal Biology, 2021