期刊
JOURNAL OF DAIRY SCIENCE
卷 105, 期 7, 页码 6307-6317出版社
ELSEVIER SCIENCE INC
DOI: 10.3168/jds.2021-20651
关键词
dairy cow; eliminative behavior; defecation; urination
资金
- Natural Sciences and Engineering Research Council of Canada (Ottawa)
- Novalait (Quebec, Canada)
- Dairy Farmers of Canada (Ottawa)
- Valacta (Sainte -Anne -de -Bellevue, Canada) through Vasseur's Industrial Research Chair on the Sustainable Life of Dairy Cattle,
- Dairy Research Cluster 3 [ (Dairy Farmers of Canada and Agriculture and Agri -Food Canada (Ottawa) ] under the Canadian Agricultural Partnership AgriScience Program
- McGill University (Sainte -Anne -de -Bellevue)
This article discusses the eliminative behaviors of dairy cattle, including frequencies and distributions over time and space. It also explores the factors that can affect these behaviors and methods for managing them. The available literature on these behaviors is limited, focusing mainly on daily frequencies and distributions. There are relationships between eliminative behaviors and the activity levels of both the animals and the people who manage them. The type of housing system plays a key role in determining where and when eliminations occur.
The eliminative behaviors of dairy cattle include frequencies and distribution over time and space for defecations and urinations, how the animal responds to cow-related and environmental factors by way of altered patterns of defecation and urination, and how an animal carries out and responds to its own acts of elimination. This review discusses the available literature to first define and describe eliminative behaviors of dairy cattle; what follows is a discussion on what can affect eliminative behaviors and methods for managing them. Information regarding these behaviors is sparse for dairy cattle and is largely centered around frequencies and distributions over the day. Relationships exist between eliminative behaviors and activity levels of the animals and activity levels of the people who manage them, suggesting that types of housing systems play a key role in mainly where and when eliminations occur. It also seems that individual animals vary in their elimination frequencies, in which case it may be interesting to determine what aspects of their individuality contribute to these differences. Although aspects of housing are intended to separate animals from their excreta, stalls or cubicles are not necessarily designed fining the timing of management routines and training managing eliminative behaviors.
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