In this context, this article reports the results of an experimental study that aims to determine the relationships between the stature of individuals and different morphometric variables and to quantify the intraindividual variation of each variable. The search for relationships between stature and other morphometric variables is therefore necessary to have the most accurate picture possible of the individuals who left these tracks. Moreover, footprints may also be incomplete making it impossible to measure the length and therefore the estimation of a stature. However, such estimates may be biased because of the intraindividual morphometric variation of the footprints. Secondly, recent discoveries of fossil footprints have led to the estimation of statures from isolated footprints. Therefore, it is necessary to investigate the relationships between footprint length and stature of individuals using experimental approaches. However, footprint length does not result only from the foot length but of a combination of factors. This stature is usually estimated from the length of the footprints based on the well-known foot length to stature ratio. Footprints not only provide information on the locomotor behavior of fossil taxa but also on their body characteristics such as their stature. Hominin footprints are a particular remain in paleoanthropology representing brief moments of life of extinct individuals.
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