Journal of Animal Behaviour and Biometeorology

Journal of Animal Behaviour and Biometeorology

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  • Journal of Animal Behaviour and Biometeorology


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Journal of Animal Behaviour and Biometeorology

  • Home
  • About
    • About the Journal
    • Editorial Team
    • Indexing and Archiving
    • Privacy Statement
  • Guidelines and Policies
    • Guide for Authors
    • Publication and Research Ethics
    • Article Processing Charge (APC)
  • Articles
    • Current Issue
    • All Issues
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  • Submit your paper

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Search Results for environmental enrichment

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Environmental enrichment in birds: Physical integrity, keel problems and locomotor responses

Aerica Cirqueira Nazareno, Robson Mateus Freitas Silveira, et al.
| The objective of this research was to evaluate the effect of environmental enrichment on physical integrity, keel damage and locomotor problems in broiler chickens reared in a controlled...

Published in 21 June 2024

The impact of environmental enrichment on behavior, welfare, saliva cortisol levels and milk production in Saanen goats

Nataša Lončarić, Gordana Gregurić Gračner, et al.
| This study aimed to determine the impact of environmental enrichment on the level of saliva cortisol, behavior, welfare, milk composition and production of dairy Saanen goats. Thirty-two Saanen...

Published in 27 November 2024

Effects of environmental enrichment techniques on stereotypical behaviours of captive Sumatran tigers: A preliminary case study

Diana Gomes, Lynda McSweeney, et al.
Fota Wildlife Park tiger’s enclosure architecture design.
Fota Wildlife Park tiger’s enclosure architecture design.
| Wild animals are maintained in Zoological facilities for purposes of education, conservation, research, and recreation. Several studies have proven that the surroundings of an animal’s...

Published in 19 July 2019

Behavior of pigs in the growth phase raised in an enriched environment

Ezza Karolliny Ferreira Vasconcelos , Laylson da Silva Borges , et al.
| In this study we aimed to evaluate the behavior of pigs raised in an enriched environment. 12 male piglets, hybrids between 35 and 105 days of age were used. We assessed the behavioral...

Published in 31 October 2015

Flavored sisal ropes as environmental enrichment for nursery piglets

Janaina Cristina da Silva Maciel de Souza, Laya Kannan Silva Alves, et al.
Pigs
Pigs
| The objective of the present study was to evaluate the behavior of piglets in the nursery phase in the presence of pure sisal ropes, soaked with different flavors as a means of environmental...

Published in 16 September 2020

Aspects related to animal welfare in pig production

Tiago Vieira de Andrade, Paulo Henrique Amaral Araújo de Sousa, et al.
| This review aimed to highlight the importance of pig welfare and meat quality, as well as some critical points, solutions to improve the management of these animals for swine production. The...

Published in 31 October 2015

The human-animal relationship in zoo-housed mammals: Behavioral and physiological responses to visitor and keeper interactions

Adriana Domínguez-Oliva, Míriam Marcet-Rius, et al.
| Human-animal relationships (HARs) and interactions strongly influence animal welfare. Thus, advocating for positive HAR is essential for maintaining positive physical and mental health. In...

Published in 04 July 2024

Behavior of swine hosted in facilities with different construction typologies

Daiane Cecchin, Alessandro Torres Campos, et al.
Floor plan of the pens (WDP: water depth, SLS: slotted floor on the sides).
Floor plan of the pens (WDP: water depth, SLS: slotted floor on the sides).
| The aim of this study was to analyze the behavior of pigs housed in facilities with different building typologies in terms of the floor and partitions. Two treatments were compared: a pen...

Published in 01 January 2019

Anatomical, physiological, and behavioral mechanisms of thermoregulation in elephants

Adriana Domínguez-Oliva, Marcelo Daniel Ghezzi, et al.
Mechanisms of central and peripheral thermoregulation. The image illustrates the integration of the thermal stimuli detected by the corpuscles of Ruffini or Krause in the face of heat or cold, respectively. Although the central pathways in both cases are very similar and use the DRG, POA, MnPO, or rRPA (black lines), the main difference is observed in the LPBN regions that are activated by stimuli of a different nature. The red lines show the thermoregulatory mechanisms in warm environments, where LPBd neurons produce vasodilation. In contrast, with cold stimuli (blue lines), the LPBel neurons are stimulated to generate sympathetic vasoconstriction and stimulate motor fibers that promote shivering and non-shivering thermogenesis. DRG: dorsal root ganglia; LPBd: dorsal part of the lateral parabrachial nucleus; LPBeL: Lateral parabrachial nucleus in its external region; POA: preoptic area of the hypothalamus; MnPO: median preoptic nucleus; MPO: medial preoptic area; DMH: dorsomedial hypothalamus; rRPA: rostral raphe pallidus.
Mechanisms of central and peripheral thermoregulation. The image illustrates the integration of the thermal stimuli detected by the corpuscles of Ruffini or Krause in the face of heat or cold, respectively. Although the central pathways in both cases are very similar and use the DRG, POA, MnPO, or rRPA (black lines), the main difference is observed in the LPBN regions that are activated by stimuli of a different nature. The red lines show the thermoregulatory mechanisms in warm environments, where LPBd neurons produce vasodilation. In contrast, with cold stimuli (blue lines), the LPBel neurons are stimulated to generate sympathetic vasoconstriction and stimulate motor fibers that promote shivering and non-shivering thermogenesis. DRG: dorsal root ganglia; LPBd: dorsal part of the lateral parabrachial nucleus; LPBeL: Lateral parabrachial nucleus in its external region; POA: preoptic area of the hypothalamus; MnPO: median preoptic nucleus; MPO: medial preoptic area; DMH: dorsomedial hypothalamus; rRPA: rostral raphe pallidus.
| Elephants use different thermoregulatory mechanisms that depend on the anatomical and morphological characteristics of the species. The crevices and wrinkles of the skin enhance the...

Published in 22 September 2022

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