Palaeoecological and genetic evidence for Neanderthal power locomotion as an adaptation to a woodland environment

Summary

Stewart et al. (2019) synthesise palaeoecological and genetic evidence to propose that Neanderthal skeletal morphology and physiology represent adaptations to woodland locomotion, as suggested by Pleistocene environmental reconstructions. The study integrates palaeo-environmental data with comparative genomic analysis to argue that 'power locomotion' — characterised by robust musculature and biomechanical efficiency in dense vegetation — reflects a niche-specific adaptation rather than a generalised robust phenotype. The findings contribute to understanding hominin behavioural ecology and environmental interaction during the Middle Pleistocene.

UK applicability

This palaeoecological study is not directly applicable to contemporary UK farming systems, soil health, or human nutrition. It may have tangential relevance to UK palaeoecology and bioarchaeology of Pleistocene Britain, but falls outside the scope of Vitagri's focus on farming systems and human dietary health.

Key measures

Palaeoecological indicators of woodland environment; genetic evidence for locomotor physiology; skeletal morphology inferred from literature

Outcomes reported

This palaeoecological and genetic study examined evidence for Neanderthal locomotor characteristics and their adaptation to woodland habitats during the Pleistocene. The research integrated palaeoecological data with genetic analysis to infer behavioural and physiological adaptations.

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