Whilst there are many tools for the assessment of welfare in livestock, there is none for camels. This study aimed therefore to pilot a method for assessing the welfare status of camels using animal-, resource- and management-based indicators at a camel market in Qatar. Adapting the AWIN protocol, data related to housing, feeding, health, and behaviour were collected at three levels: caretaker, herd, and animal. The Caretaker level was an interview exploring the caretaker’s background, experience, and routine management practices. The Herd level was a check of the herd and of the place (i.e. box/pen) where camels were kept. At the Animal level, BCS, health, and behavioral parameters were recorded from 2 animals/pens, randomly selected. The number of animals/pens varied (average: 7, range: 1–37 animals) with a total population of 528 animals. The size of the pen was variable (26–256 m2), and consequently the space allowance varied from 2.5 to 34 m2/animal. The environmental temperature was high (average: 42 °C, range: 37–50 °C) and when in the paddock there was a shelter (86%) the camels moved into the shade (313/528 animals). In all paddock, there was a water point, but the water was often not available (22%), dirty (41%), or warm (max:42.9 °C); the majority of the camels therefore drunk when clean and fresh water was offered (bucket test latency time: median =8 sec, IQR =3–40 sec). BCS varied and was rarely optimal (median =2, IQR =2–3). Most of the animals (89%, p < .001) were free of movements (1% tied, 10% hobbled). However, many animals were not free from disease (38%), injuries (5%), scars (7%), and cauterization (38%). Skin diseases were the most common health problems (28%; p < .001), followed by respiratory diseases (4%). The majority of the animals showed a good human-animal relationship (friendly, 48%, or neutral, 30%, approach; p < .001), and no stereotypes were noted. However, some animals were aggressive (6%), when they were old, in pain (2%), or distressed (8%). The caretaker came mainly from Sudan (91%; p < .001), with experience in camel handling often learned by father-son tradition (82%; p < .001) and for many of them, animal welfare was ‘treat the animals gently, feeding and watering them’. This was a preliminary study to pilot a tool to assess welfare in camels; further studies are needed to validate this tool in other camel farms worldwide.

Laura Menchetti, Martina Zappaterra, Dabide Monaco, Leonardo Nanni Costa, Barbara Padalino (2021). An innovative tool for assessing welfare of camels.

An innovative tool for assessing welfare of camels

Laura Menchetti
Primo
;
Martina Zappaterra
Secondo
;
Leonardo Nanni Costa
Penultimo
;
Barbara Padalino
Ultimo
2021

Abstract

Whilst there are many tools for the assessment of welfare in livestock, there is none for camels. This study aimed therefore to pilot a method for assessing the welfare status of camels using animal-, resource- and management-based indicators at a camel market in Qatar. Adapting the AWIN protocol, data related to housing, feeding, health, and behaviour were collected at three levels: caretaker, herd, and animal. The Caretaker level was an interview exploring the caretaker’s background, experience, and routine management practices. The Herd level was a check of the herd and of the place (i.e. box/pen) where camels were kept. At the Animal level, BCS, health, and behavioral parameters were recorded from 2 animals/pens, randomly selected. The number of animals/pens varied (average: 7, range: 1–37 animals) with a total population of 528 animals. The size of the pen was variable (26–256 m2), and consequently the space allowance varied from 2.5 to 34 m2/animal. The environmental temperature was high (average: 42 °C, range: 37–50 °C) and when in the paddock there was a shelter (86%) the camels moved into the shade (313/528 animals). In all paddock, there was a water point, but the water was often not available (22%), dirty (41%), or warm (max:42.9 °C); the majority of the camels therefore drunk when clean and fresh water was offered (bucket test latency time: median =8 sec, IQR =3–40 sec). BCS varied and was rarely optimal (median =2, IQR =2–3). Most of the animals (89%, p < .001) were free of movements (1% tied, 10% hobbled). However, many animals were not free from disease (38%), injuries (5%), scars (7%), and cauterization (38%). Skin diseases were the most common health problems (28%; p < .001), followed by respiratory diseases (4%). The majority of the animals showed a good human-animal relationship (friendly, 48%, or neutral, 30%, approach; p < .001), and no stereotypes were noted. However, some animals were aggressive (6%), when they were old, in pain (2%), or distressed (8%). The caretaker came mainly from Sudan (91%; p < .001), with experience in camel handling often learned by father-son tradition (82%; p < .001) and for many of them, animal welfare was ‘treat the animals gently, feeding and watering them’. This was a preliminary study to pilot a tool to assess welfare in camels; further studies are needed to validate this tool in other camel farms worldwide.
2021
ASPA 24th Congress Book of Abstract
54
54
Laura Menchetti, Martina Zappaterra, Dabide Monaco, Leonardo Nanni Costa, Barbara Padalino (2021). An innovative tool for assessing welfare of camels.
Laura Menchetti; Martina Zappaterra; Dabide Monaco; Leonardo Nanni Costa; Barbara Padalino
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/868812
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