Equine Genetics, Behaviour and Welfare
A.Y. 2023/2024
Learning objectives
The course aims to provide the student with the basic knowledge about hereditary diseases of horses as well as their behaviour and welfare. The student will acquire skills regarding the genetic selection in Equidae.
The student will acquire specific skills on the genetic selection programs in the main breeds bred in Italy, with reference to their specific aptitudes and to the different selection objectives. The basic principles of genetics related to coat colour and hereditary diseases will also be treated also in the context of the reproductive schemes for their management in the populations.
Grounded on principles of applied ethology, the course will deal the behaviour of free-living horses as a basis for understanding the ways in which management and training influence the behavioural responses of the domestic horse. Particular attention will be paid to human-animal communication, behavioural problems and methods to prevent or treat them. Another learning objective is to provide the skills necessary to assess if the management of equines meets their specific welfare needs.
The student will acquire specific skills on the genetic selection programs in the main breeds bred in Italy, with reference to their specific aptitudes and to the different selection objectives. The basic principles of genetics related to coat colour and hereditary diseases will also be treated also in the context of the reproductive schemes for their management in the populations.
Grounded on principles of applied ethology, the course will deal the behaviour of free-living horses as a basis for understanding the ways in which management and training influence the behavioural responses of the domestic horse. Particular attention will be paid to human-animal communication, behavioural problems and methods to prevent or treat them. Another learning objective is to provide the skills necessary to assess if the management of equines meets their specific welfare needs.
Expected learning outcomes
At the end of the course the student will have to prove that they have achieved:
Knowledge of selection schemes in Equidae
Critical and applicative capacity towards the choice of reproducers, and their use in the population according to the selection objective.
Critical and applicative ability to manage genetically transmitted diseases in horses and donkeys.
Knowledge and understanding: the student must know and understand the main behavioural features of horses and donkeys and the methods to assess their welfare;
Applying knowledge and understanding: the student must be able to apply the knowledge acquired by critically discussing the observed behaviours and propose meaningful solutions to address specific welfare issues;
Making judgements: the student must be able to study in a critical and proactive way, analysing the teaching material provided by the teacher and the recommended texts. The practical lessons will specifically help to develop critical and judgemental skills on behavioural and welfare issues;
Communication: the student is expected to present the acquired knowledge in a clear and orderly way, using the appropriate specific terminology concerning equine behaviour. The group work will contribute to the development of the student's ability to correctly communicate/transmit what has been learned;
Life-long learning: at the end of the course, which integrates theoretical and practical training, students will acquire the ability to deal more critically and autonomously with the management of equine breeding, even in rapidly changing contexts other than those presented during the course.
Knowledge of selection schemes in Equidae
Critical and applicative capacity towards the choice of reproducers, and their use in the population according to the selection objective.
Critical and applicative ability to manage genetically transmitted diseases in horses and donkeys.
Knowledge and understanding: the student must know and understand the main behavioural features of horses and donkeys and the methods to assess their welfare;
Applying knowledge and understanding: the student must be able to apply the knowledge acquired by critically discussing the observed behaviours and propose meaningful solutions to address specific welfare issues;
Making judgements: the student must be able to study in a critical and proactive way, analysing the teaching material provided by the teacher and the recommended texts. The practical lessons will specifically help to develop critical and judgemental skills on behavioural and welfare issues;
Communication: the student is expected to present the acquired knowledge in a clear and orderly way, using the appropriate specific terminology concerning equine behaviour. The group work will contribute to the development of the student's ability to correctly communicate/transmit what has been learned;
Life-long learning: at the end of the course, which integrates theoretical and practical training, students will acquire the ability to deal more critically and autonomously with the management of equine breeding, even in rapidly changing contexts other than those presented during the course.
Lesson period: First semester
Assessment methods: Esame
Assessment result: voto verbalizzato in trentesimi
Single course
This course cannot be attended as a single course. Please check our list of single courses to find the ones available for enrolment.
Course syllabus and organization
Single session
Responsible
Lesson period
First semester
Course syllabus
HORSE GENETICS
Theoretical training (20 hours)
Introduction to horse world and activities. Horse production and horse industry. Introduction to the genetic selection (3 hours).
Main foreign and Italian horse and donkey breeds, their use and diffusion. Stud books organization for Italian horse breeds (3 hours).
Genetic improvement of different horse breeds and selection goals depending on the use of animals. Morphological and genetic evaluation of breeding stock in horse breeding (4 hours).
Identification and signaling of the horses. Parentage control by horse molecular markers (2 hours).
Horse coat color genetics (4 hours).
Horse hereditary genetic diseases (4 hours).
Practical training
On-farm visits are planned (8 hours)
EQUINE BEHAVIOR AND WELFARE
Theoretical training (20 hours)
Evolution of behaviour and ethological needs of equines (1 hour)
Maintenance behaviours and time budget (3 hours)
Social behaviour, mother-foal relationship and equine behaviour development (3 hours)
Fear and anxiety behaviours (2 hours)
Welfare indicators for equines (1 hour)
Welfare assessment of horses (4 hours)
Assessment of pain and welfare consequences (2 hours)
Welfare assessment of donkeys (4 hours)
Practical training (8 hours)
Practical training activities will be focused on assessment of behaviour and welfare of horses and donkeys. On-farm visits are planned.
Theoretical training (20 hours)
Introduction to horse world and activities. Horse production and horse industry. Introduction to the genetic selection (3 hours).
Main foreign and Italian horse and donkey breeds, their use and diffusion. Stud books organization for Italian horse breeds (3 hours).
Genetic improvement of different horse breeds and selection goals depending on the use of animals. Morphological and genetic evaluation of breeding stock in horse breeding (4 hours).
Identification and signaling of the horses. Parentage control by horse molecular markers (2 hours).
Horse coat color genetics (4 hours).
Horse hereditary genetic diseases (4 hours).
Practical training
On-farm visits are planned (8 hours)
EQUINE BEHAVIOR AND WELFARE
Theoretical training (20 hours)
Evolution of behaviour and ethological needs of equines (1 hour)
Maintenance behaviours and time budget (3 hours)
Social behaviour, mother-foal relationship and equine behaviour development (3 hours)
Fear and anxiety behaviours (2 hours)
Welfare indicators for equines (1 hour)
Welfare assessment of horses (4 hours)
Assessment of pain and welfare consequences (2 hours)
Welfare assessment of donkeys (4 hours)
Practical training (8 hours)
Practical training activities will be focused on assessment of behaviour and welfare of horses and donkeys. On-farm visits are planned.
Prerequisites for admission
HORSE GENETICS
There are no compulsory propaedeutic exams (barrier exams), but basic knowledge of genetics is recommended as it facilitates the understanding of the topics.
EQUINE BEHAVIOR AND WELFARE
There are no compulsory propaedeutic exams (barrier exams), but basic knowledge of physiology (especially the sensory system), ethology, learning theory and equine housing and management is recommended as it facilitates the understanding of the topics.
There are no compulsory propaedeutic exams (barrier exams), but basic knowledge of genetics is recommended as it facilitates the understanding of the topics.
EQUINE BEHAVIOR AND WELFARE
There are no compulsory propaedeutic exams (barrier exams), but basic knowledge of physiology (especially the sensory system), ethology, learning theory and equine housing and management is recommended as it facilitates the understanding of the topics.
Teaching methods
HORSE GENETICS
Theoretical lessons will be held in the classroom (2.5 CFU), while practical activities will be organized on-farm (0.5 CFU).
EQUINE BEHAVIOR AND WELFARE
The course proposes both theoretical (2.5 CFU) and practical activities (0.5 CFU). Theoretical lessons will be held in the classroom, while practical activities will be organised on-farm.
Theoretical lessons will be held in the classroom (2.5 CFU), while practical activities will be organized on-farm (0.5 CFU).
EQUINE BEHAVIOR AND WELFARE
The course proposes both theoretical (2.5 CFU) and practical activities (0.5 CFU). Theoretical lessons will be held in the classroom, while practical activities will be organised on-farm.
Teaching Resources
HORSE GENETICS
Teaching material (slides and scientific papers) will be available and downloadable from MyAriel web site.
Textbooks (and optional supplementary readings):
-Pagnacco G. (2020). Genetica animale. Applicazioni zootecniche e veterinarie. Terza edizione. Editor Zanichelli. ISBN: 9788808520173; e-book ISBN: 9788808432292
-Sponenberg D.P., Bellone R. (2017). Equine Color Genetics fourth edition. Editor: Wiley ISBN:9781119130581
EQUINE BEHAVIOR AND WELFARE
Teaching material (slides and scientific papers) will be downloadable from MyAriel web site.
Suggested textbook:
-Riley, Christopher B., Sharon E. Cregier, and Andrew F. Fraser, eds. Fraser's the Behaviour and Welfare of the Horse. CABI, 2022.
-Rollin, Bernard E., and C. Wayne McIlwraith, eds. Equine Welfare. John Wiley & Sons, 2011.
Teaching material (slides and scientific papers) will be available and downloadable from MyAriel web site.
Textbooks (and optional supplementary readings):
-Pagnacco G. (2020). Genetica animale. Applicazioni zootecniche e veterinarie. Terza edizione. Editor Zanichelli. ISBN: 9788808520173; e-book ISBN: 9788808432292
-Sponenberg D.P., Bellone R. (2017). Equine Color Genetics fourth edition. Editor: Wiley ISBN:9781119130581
EQUINE BEHAVIOR AND WELFARE
Teaching material (slides and scientific papers) will be downloadable from MyAriel web site.
Suggested textbook:
-Riley, Christopher B., Sharon E. Cregier, and Andrew F. Fraser, eds. Fraser's the Behaviour and Welfare of the Horse. CABI, 2022.
-Rollin, Bernard E., and C. Wayne McIlwraith, eds. Equine Welfare. John Wiley & Sons, 2011.
Assessment methods and Criteria
HORSE GENETICS
The exam will consist in an oral interview aimed to test knowledge, competences and the correct understanding of contents of the course. The exam will include topics covered during lectures and a discussion of a project work. Students' knowledge will be evaluated considering the specific definitions given during the course but also by analyzing their capacity of applying the acquired knowledge. The modality (oral examination) and the assessment criteria will be the same for attending and non-attending students. The exam will be evaluated in thirtieths. There are 7 ordinary exam sessions.
EQUINE BEHAVIOR AND WELFARE
The exam consists of an oral interview aiming to evaluate knowledge and understanding of the lectures' subjects and of the practical activities. The oral examination aims to verify knowledge and understanding the contents of the course. The assessment criteria will be the correctness of the answers and the ability to adequately motivate the statements, critical reasoning, communication skills, correct use of technical vocabulary. The exam will be evaluated in thirtieths. The modality (oral examination) and the assessment criteria will be the same for attending and non-attending students. There are 7 ordinary exam sessions.
The exam will consist in an oral interview aimed to test knowledge, competences and the correct understanding of contents of the course. The exam will include topics covered during lectures and a discussion of a project work. Students' knowledge will be evaluated considering the specific definitions given during the course but also by analyzing their capacity of applying the acquired knowledge. The modality (oral examination) and the assessment criteria will be the same for attending and non-attending students. The exam will be evaluated in thirtieths. There are 7 ordinary exam sessions.
EQUINE BEHAVIOR AND WELFARE
The exam consists of an oral interview aiming to evaluate knowledge and understanding of the lectures' subjects and of the practical activities. The oral examination aims to verify knowledge and understanding the contents of the course. The assessment criteria will be the correctness of the answers and the ability to adequately motivate the statements, critical reasoning, communication skills, correct use of technical vocabulary. The exam will be evaluated in thirtieths. The modality (oral examination) and the assessment criteria will be the same for attending and non-attending students. There are 7 ordinary exam sessions.
AGR/17 - LIVESTOCK SYSTEMS, ANIMAL BREEDING AND GENETICS
AGR/19 - ANIMAL SCIENCE
AGR/19 - ANIMAL SCIENCE
Practicals: 16 hours
Lessons: 40 hours
Lessons: 40 hours
Professors:
Cozzi Maria Cristina Silvia, Dalla Costa Emanuela
Professor(s)
Reception:
Friday 9-13
Department of Veterinary Medicine and Animal Sciences