Investigating the Effects of Environment on Prey Detection Rates: A Key Variable in Human Evolution

BU research, PG research

We would like to invite you to the latest research seminar of the Creative Technology Research Centre.Prey_Detection

 

Title: Investigating the Effects of Environment on Prey Detection Rates: A Key Variable in Human Evolution

 

Speaker: Peter Allen (a Bournemouth University PhD student funded by the Engineering and Physical Sciences Research Council)

 

Time: 2:00PM-3:00PM

Date: Wednesday 27th April 2016

Room: PG19 LT, Poole House, Talbot Campus [please note the change from our usual venue]

 

Abstract:

 

This research project applies cutting edge videogame technology to conduct a psychology experiment which is designed to test human visual acuity as far as it relates to prey detection rates. The original contribution to knowledge is the acquiring of experimental data which is then used to investigate the effects of the environment on prey detection ability and help address open questions in the field of paleo-anthropology concerning human evolution.

 

The environment plays a major role in determining the hunting strategies which upper Palaeolithic humans would use when hunting ungulate species. In open environments such as savannah and grassland, humans relied on persistence hunting whereas in closed areas like forest there was preference for ambush hunting and careful planning to intercept migrating herds. These hunting styles are thought to have affected human evolution by selecting for required anatomical and cultural features. Persistence hunting utilises endurance running which requires a gracile form and the ability to regulate body temperature without slowing down, whereas encounter hunting relies more on strength and social coordination.

 

Little work has been done to understand the role which the composition of the environment plays in prey detection ability, which in turn determines which hunting styles can be utilised and therefore what features would be selected for in different geographically separated Palaeolithic human societies. This project aims to test the hypothesis that prey detection ability will vary according the composition of the environment in terms of the density of vegetation (open or closed-ness) and the assemblage of floral species contained within.

 

We hope to see you there.

 

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