The HABRI Central Team continues to monitor emerging research and information about the COVID-19 pandemic. Visit our collection of resources, close

You are here: Home / Journal Articles / Automated behavioural response assessment to a feeding event in two heritage chicken breeds / About

Automated behavioural response assessment to a feeding event in two heritage chicken breeds

By Garrett A. Fraess, Clover J. Bench, Keith B. Tierney

View Resource (HTM)

Licensed under

Category Journal Articles

Video was recorded for three consecutive days for two pens each of two breeds of heritage chickens, Rhode Island Red (RIR) and Barred Plymouth Rock (BPR) (34 birds/pen), before and following a feeding event. The feeding event occurred when a technician entered the pen to refill the food trough at 08:00 daily. Changes in overall activity were assessed using a software-based automated quantitative method, and changes in mobility, resting, comfort and feeding behaviour were scored manually. With the software method, activity was determined for 30min pre- and post-feeding event, and was defined as the percent pixel change of the total arena per 30s (a change in one pixel indicated a change in the use of an area of ∼0.69cm2). Video recordings were also scan-sampled by a human observer every 30s for 15min pre- and post-feeding event, and behaviours were scored according to an ethogram. The ethogram data tended to support the findings of the automated analysis. Activity levels increased before and were at their highest following the feeding event. Breed differences were apparent, as BPR were more active but reduced activity faster than RIR. Resting, ground pecking and comfort behaviour were decreased post-feeding event for both breeds. Feather pecking was more prominent in RIR, but did not differ before or after the feeding event. In this study we have shown that an automated, software-based behavioural assessment method can be applied to chickens, and it is capable of detecting subtle changes in activity. In future, use of such an automated method has application in production systems in its ability to serve as an early warning system of health concerns by finding deviations from baseline activity.

Publication Title Applied Animal Behaviour Science
Volume 179
Pages 74-81
ISBN/ISSN 0168-1591
Cite this work

Researchers should cite this work as follows:

  1. Activity