Objectives Among low‐latitude apes, developmental defects of enamel often recur twice
yearly, linkable to environmental cycles. Surprisingly, teeth of Homo naledi from Rising Star …

Early life stress disrupts growth and creates horizontal grooves on the tooth surface in
humans and other mammals, yet there is no consensus for their quantitative analysis. Linear …

Objective To assess developmental disturbances through the analysis of linear enamel
hypoplasia (LEH) frequency and to infer environmental stress and life history within Neolithic …

Based on the previously established periodicity of enamel growth marks, we reconstructed
crown growth parameters of mandibular second molars from two wild boar and two domestic …

Neanderthals' lives were historically portrayed as highly stressful, shaped by constant
pressures to survive in harsh ecological conditions, thus potentially contributing to their …

In enamel, there are short-period and long-period lines known as daily cross-striations and
Retzius lines, respectively (Retzius, 1837; Gysi, 1931; Boyde, 1964, 1989; Risnes, 1985 …

Objectives Developmental stress causing enamel thinning is an important topic in primate
biology. Because taxa differ in growth rates and enamel thickness, the goal is to provide a …

Japanese macaques are ideal to advance understanding of a wide‐spread pattern of
recurrent developmental distress in great apes, preserved as repetitive linear enamel …

A geographically and temporally widespread pattern of repetitive episodes of developmental
stress, recorded as furrows of linear enamel hypoplasia (LEH) in most recent and fossil …

Objectives Developmental defects of tooth enamel are associated with systemic
physiological stress and have been linked to seasonal environmental factors such as …