Fear responses to novelty in testing environments are related to day-to-day activity in the home environment in dairy cattle

JRD MacKay, MJ Haskell, JM Deag, K van Reenen

Research output: Contribution to journalArticleResearchpeer-review

8 Citations (Scopus)

Abstract

Behavioural tests for cattle take time to perform and can be stressful for the animals but are currently the only way of assessing behavioural reactions to fear-causing stimuli in a standardised manner. It may be possible to use behavioural data collected remotely in the home pen environment through the use of activity monitors and robotic milkers to identify fearful cattle without testing. In this study eighty five dairy cows were given a novel arena novel object (NANO) test and 79 of these were also human approach (HAP) tested, both thought to reflect fear. All animals had their activity recorded for 40 days prior to the testing period using a tri-axial accelerometer activity monitor. High numbers of novel object contacts in the test was associated with younger animals with fewer lying bouts per day and were less variable in their lying bout duration (R2 adj = 0.13, F3,75 = 4.65, P = 0.005). Cows with a higher tolerance for human approach had fewer lying bouts per day, a shorter average standing bout duration and presented themselves to the robot milker more often (R2 adj = 0.08, F3,69 = 3.12, P = 0.032). Personality traits constructed from a principle components analysis of the observed NANO behaviours were also associated with home pen activity. Cows which scored highly on the first component termed ‘neophobia’ were older, had more lying bouts and a greater variation in the duration of their average lying bout (R2 adj = 0.15, F3,75 = 5.32, P = 0.002) while cows which scored highly on the second component termed ‘boldness’ were older cows with less variation in their average lying bout duration (R2 adj = 0.11, F2,75 = 5.63, P = 0.005). To conclude, significant relationships exist between behaviours in short-term personality tests and home pen activity recorded over several weeks. As fearfulness is reflected in spontaneous home pen behaviours, activity databases could be incorporated into models predicting fearfulness and welfare assessment protocols. © 2013 Elsevier B.V. All rights reserved.
Original languageEnglish
Pages (from-to)7 - 16
Number of pages10
JournalApplied Animal Behaviour Science
Volume152
DOIs
Publication statusFirst published - 2014

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fearfulness
dairy cattle
cows
duration
testing
monitoring
robots
young animals
animals
dairy cows
cattle

Bibliographical note

1024951

Keywords

  • Activity patterns
  • Biotelemetry
  • Fearfulness
  • Personality

Cite this

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title = "Fear responses to novelty in testing environments are related to day-to-day activity in the home environment in dairy cattle",
abstract = "Behavioural tests for cattle take time to perform and can be stressful for the animals but are currently the only way of assessing behavioural reactions to fear-causing stimuli in a standardised manner. It may be possible to use behavioural data collected remotely in the home pen environment through the use of activity monitors and robotic milkers to identify fearful cattle without testing. In this study eighty five dairy cows were given a novel arena novel object (NANO) test and 79 of these were also human approach (HAP) tested, both thought to reflect fear. All animals had their activity recorded for 40 days prior to the testing period using a tri-axial accelerometer activity monitor. High numbers of novel object contacts in the test was associated with younger animals with fewer lying bouts per day and were less variable in their lying bout duration (R2 adj = 0.13, F3,75 = 4.65, P = 0.005). Cows with a higher tolerance for human approach had fewer lying bouts per day, a shorter average standing bout duration and presented themselves to the robot milker more often (R2 adj = 0.08, F3,69 = 3.12, P = 0.032). Personality traits constructed from a principle components analysis of the observed NANO behaviours were also associated with home pen activity. Cows which scored highly on the first component termed ‘neophobia’ were older, had more lying bouts and a greater variation in the duration of their average lying bout (R2 adj = 0.15, F3,75 = 5.32, P = 0.002) while cows which scored highly on the second component termed ‘boldness’ were older cows with less variation in their average lying bout duration (R2 adj = 0.11, F2,75 = 5.63, P = 0.005). To conclude, significant relationships exist between behaviours in short-term personality tests and home pen activity recorded over several weeks. As fearfulness is reflected in spontaneous home pen behaviours, activity databases could be incorporated into models predicting fearfulness and welfare assessment protocols. {\circledC} 2013 Elsevier B.V. All rights reserved.",
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Fear responses to novelty in testing environments are related to day-to-day activity in the home environment in dairy cattle. / MacKay, JRD; Haskell, MJ; Deag, JM; van Reenen, K.

In: Applied Animal Behaviour Science, Vol. 152, 2014, p. 7 - 16.

Research output: Contribution to journalArticleResearchpeer-review

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T1 - Fear responses to novelty in testing environments are related to day-to-day activity in the home environment in dairy cattle

AU - MacKay, JRD

AU - Haskell, MJ

AU - Deag, JM

AU - van Reenen, K

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AB - Behavioural tests for cattle take time to perform and can be stressful for the animals but are currently the only way of assessing behavioural reactions to fear-causing stimuli in a standardised manner. It may be possible to use behavioural data collected remotely in the home pen environment through the use of activity monitors and robotic milkers to identify fearful cattle without testing. In this study eighty five dairy cows were given a novel arena novel object (NANO) test and 79 of these were also human approach (HAP) tested, both thought to reflect fear. All animals had their activity recorded for 40 days prior to the testing period using a tri-axial accelerometer activity monitor. High numbers of novel object contacts in the test was associated with younger animals with fewer lying bouts per day and were less variable in their lying bout duration (R2 adj = 0.13, F3,75 = 4.65, P = 0.005). Cows with a higher tolerance for human approach had fewer lying bouts per day, a shorter average standing bout duration and presented themselves to the robot milker more often (R2 adj = 0.08, F3,69 = 3.12, P = 0.032). Personality traits constructed from a principle components analysis of the observed NANO behaviours were also associated with home pen activity. Cows which scored highly on the first component termed ‘neophobia’ were older, had more lying bouts and a greater variation in the duration of their average lying bout (R2 adj = 0.15, F3,75 = 5.32, P = 0.002) while cows which scored highly on the second component termed ‘boldness’ were older cows with less variation in their average lying bout duration (R2 adj = 0.11, F2,75 = 5.63, P = 0.005). To conclude, significant relationships exist between behaviours in short-term personality tests and home pen activity recorded over several weeks. As fearfulness is reflected in spontaneous home pen behaviours, activity databases could be incorporated into models predicting fearfulness and welfare assessment protocols. © 2013 Elsevier B.V. All rights reserved.

KW - Activity patterns

KW - Biotelemetry

KW - Fearfulness

KW - Personality

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DO - 10.1016/j.applanim.2013.12.008

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JO - Applied Animal Behaviour Science

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