Keywords: Brain integration

Knowledge of lateralized brain function can contribute to animal welfare

Lesley J. Rogers

Published in 2023

Scientific review of the relationship between hemispheric lateralization and behavior in animals. Experiments have shown an association between right-limb preference and positive cognitive bias, and left-limb preference and negative cognitive bias. Animals with weak lateralization tend to be more stressed, fearful and aggressive than those with strong lateralization.

Document Types: Scientific review

Animal categories: All animals

Keywords:Aggression, Aggressiveness, Animal-based measurements, Brain integration, Personality, Cognitive processes, Stress

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Routledge Handbook of Animal Welfare

Andrew Knight, Clive Phillips, Paula Sparks

Published in 2022

Book offering a comprehensive review of animal welfare and the law. It explores the biological basis for the consideration of animals within a moral framework and traces changes in how we conceptualize animal welfare. It takes a detailed look at the welfare issues associated with many different uses of animals. It includes recent issues such as climate change, pandemics and antimicrobial resistance.

Document Types: Scientific work

Animal categories:Cattle, Goats, All animals

Keywords:Adaptation of the animal to the environment, Animal-based measurements, Consciousness, Pain, Societal issues, Enrichment, Environment, Euthanasia, Brain integration, Living environment, Human-animal relationships, Stress, Livestock farming system, Transport

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Chapter Three - Can insects feel pain? A review of the neural and behavioural evidence

Matilda Gibbons, Andrew Crump, Meghan Barrett, Sajedeh Sarlak, Jonathan Birch, Lars Chittka

Published in 2023

Systematic literature review using 8 previously validated animal sentience criteria to assess whether 6 insect orders are capable of feeling pain. Adult Diptera and Blattodea meet 6 of the 8 criteria, constituting "strong evidence for pain", while the adults and some juveniles from the other orders tested meet 3-4 criteria, constituting "substantial evidence for pain".

Document Types: Scientific review

Animal categories:Insects

Keywords:Animal-based measurements, Brain integration, Pain, Welfare indicators, Stress

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Is it time for insect researchers to consider their subjects' welfare?

Andrew Crump, Matilda Gibbons, Meghan Barrett, Jonathan Birch, Lars Chittka

Published in 2023

Scientific article defining pain, differentiating it from nociception, and recalling work that has led to the conclusion that most of the 6 largest insect orders are very likely capable of feeling pain. It concludes that this fact should be taken into account by entomologists, and suggests extending the 3Rs rule (replace, reduce, refine) to insect research.

Document Types: Scientific paper

Animal categories:Insects

Keywords:Animal-based measurements, Brain integration, Pain, Welfare indicators, Stress

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Welfare of Decapod Crustaceans with Special Emphasis on Stress Physiology

Sven Wuertz, David Bierbach, Mirko Bögner

Published in 2023

Scientific review of current knowledge on sentience in decapod crustaceans. It presents scientific evidence for nociception and pain perception in these animals, and highlights the lack of markers for chronic stress detection that could be used in the routine work of aquaculture businesses.

Document Types: Scientific review

Animal categories:Crustaceans

Keywords:Animal-based measurements, Brain integration, Pain, Welfare indicators, Stress

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Innovation across 13 ungulate species: problem solvers are less integrated in the social group and less neophobic

Alvaro L. Caicoya, Alina Schaffer, Ruben Holland, Lorenzo von Fersen, Montserrat Colell, Federica Amici

Published in 2023

Scientific paper on the problem-solving abilities of 13 ungulate species. Using a foraging task, it tests whether individual factors (neophobia, social integration, sex, age, status) and socio-ecological factors (dietary range, fission-fusion dynamics, domestication, group size) are predictors of participation and performance in the task.

Document Types: Scientific paper

Animal categories: Ruminants

Keywords:Learning, training, Brain integration, Cognitive processeses

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Effects of Music Therapy on Neuroplasticity, Welfare, and Performance of Piglets Exposed to Music Therapy in the Intra- and Extra-Uterine Phases

Isabella Cristina de Castro Lippi, Fabiana Ribeiro Caldara, Ibiara Correia de Lima Almeida-Paz, Henrique Biasotto Morais, Agnês Markiy Odakura, Elisabete Castelon Konkiewitz, Welber Sanches Ferreira, Thiago Leite Fraga, Maria Fernanda de Castro Burbarelli, Gisele Aparecida Felix, Rodrigo Garófallo Garcia, Luan Sousa dos Santos

Published in 2022

Scientific paper showing that intra- and extra-uterine exposure of piglets to music maintains high levels of BDNF, which contributes to neuroplasticity, between birth and weaning and is associated with higher weaning weights.

Document Types: Scientific paper

Animal categories: Porcines

Keywords:Enrichment, Brain integration, Memory, Prenatal issues

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Why do animals want what they like?

Jair E. Garcia, Adrian G. Dyer

Published in 2022

Commentary on an article demonstrating the conservation of dopamine-related neural circuits and mechanisms involving desire and reward  in animals, from bees to humans.

Document Types: Opinions

Animal categories:Insects

Keywords:Brain integration, Cognitive processes, Evolutionary processes

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The Neurobiology of Behavior and Its Applicability for Animal Welfare: A Review

Genaro A. Coria-Avila, James G. Pfaus, Agustín Orihuela, Adriana Domínguez-Oliva, Nancy José-Pérez, Laura Astrid Hernández, Daniel Mota-Rojas

Published in 2022

Scientific review of the neurobiological causes of behaviours, emotions, memory and learning in animals, and their links to animal welfare

Document Types: Scientific review

Animal categories: All animals

Keywords:Animal-based measurements, Learning, training, Brain integration, Memory, Cognitive processes

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From fish out of water to new insights on navigation mechanisms in animals

Shachar Givonad, Matan Samina, Ohad Ben-Shahar, Ronen Segev

Published in 2021

Scientific paper showing that a fish is able to orientate itself and move intentionally in a terrestrial environment, using a device where the fish is placed in a tank on a wheeled platform that responds to the fish's movements. This suggests that spatial representation and movement abilities are species independent.

Document Types: Scientific paper

Animal categories: Fish

Keywords: Brain integration, Experimentation, Cognitive processes,Adaptation of the animal to the environment

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