Master the evaluation of animal breeding programs to optimize genetic progress and diversity, focusing on both industrial-scale and tailored breeding solutions.
Master the evaluation of animal breeding programs to optimize genetic progress and diversity, focusing on both industrial-scale and tailored breeding solutions.
This comprehensive course explores the implementation and evaluation of animal breeding programs, from large-scale industrial operations to specialized programs for specific species. Learn to assess genetic progress and diversity, understand crossbreeding strategies, and evaluate program effectiveness. The course covers modern technologies, data analysis, and practical applications for various livestock and aquaculture species.
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English
English
What you'll learn
Evaluate breeding programs for genetic progress and diversity
Implement effective crossbreeding strategies for genetic improvement
Assess the impact of legislation and new technologies on breeding programs
Manage genetic disorders through DNA sequencing and breeding strategies
Design breeding programs for specific animals and production systems
Skills you'll gain
This course includes:
PreRecorded video
Graded assignments, exams
Access on Mobile, Tablet, Desktop
Limited Access access
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There are 6 modules in this course
The course provides comprehensive training in evaluating and implementing animal breeding programs. Students learn about modern breeding technologies, large-scale data analysis, and program assessment methods. The curriculum covers crossbreeding strategies, genetic improvement dissemination, and the impact of biological factors on breeding program structure. Special focus is given to managing genetic diversity and addressing monogenic recessive disorders using DNA sequencing technology. The course balances theoretical knowledge with practical applications across various species.
Introduction
Module 1
Crossbreeding and Dissemination
Module 2
Evaluation of Breeding Programmes
Module 3
Genetic Diversity I - Monogenic Recessive Disorders
Module 4
Genetic Diversity II - Population Level
Module 5
Breeding Programmes in Practice
Module 6
Fee Structure
Instructors

4 Courses
Leading Expert in Animal Breeding and Quantitative Genetics
Dr. Piter Bijma has served as Assistant Professor at Wageningen University's Animal Breeding and Genomics Centre since 2001, where he has established himself as a pioneer in quantitative genetics and animal breeding. After joining Wageningen University in 1996, he completed his PhD on predicting inbreeding rates in selected populations, collaborating with Prof. John Woolliams of the Roslin Institute. His research has significantly advanced our understanding of social interactions in animal breeding through the development of Indirect Genetic Effects (IGE) models, demonstrating how these effects contribute to heritable variation and selection response. Working closely with Dr. Esther Ellen, he has shown that breeders need to modify their breeding schemes to utilize this heritable variation effectively. More recently, in collaboration with Prof. Mart de Jong, his work has expanded to integrate quantitative epidemiology with genetics, focusing on modeling disease transmission and designing breeding programs to reduce infectious disease prevalence in livestock populations. Throughout his career, he has supervised 21 PhD students and contributed significantly to both undergraduate and graduate education through courses in Animal Breeding and Genetics, Population and Quantitative Genetics, and Life History Evolution. His work has garnered significant attention, with his publications on genetic contributions and breeding value estimation being widely cited in the field. As a key instructor for MOOCs in Genetic Models for Animal Breeding and Evaluating Animal Breeding Programmes, he continues to shape the next generation of animal breeding specialists while advancing our understanding of complex genetic interactions in livestock populations.

4 Courses
Leading Expert in Animal Breeding and Genomic Prediction
Dr. Mario Calus has been appointed as Professor and Chair of Animal Breeding and Genomics (ABG) at Wageningen University & Research, effective September 2024, succeeding Martien Groenen. His journey began on a mixed farm with dairy cattle, leading to his studies in Animal Sciences at Wageningen University with a specialization in Animal Breeding. After completing his PhD, he joined Wageningen Livestock Research, where he has focused extensively on developing and implementing genomic prediction techniques. His work has significantly advanced the field of animal breeding, particularly through his contributions to genomic prediction - a technique using DNA fingerprints to predict animal traits for selective breeding. Through his involvement with the public-private partnership Breed4Food, he has successfully bridged academic research with practical applications in breeding companies. His research has made substantial contributions to making breeding goals more sustainable, thereby improving the entire animal production chain. As the new chair of ABG, he aims to further integrate quantitative and molecular aspects of animal breeding while expanding research to include wild animal species, contributing to biodiversity preservation and protection of vulnerable populations. His expertise spans genomic selection, breeding value estimation, and the development of sustainable breeding programs, with over 200 peer-reviewed publications demonstrating his significant impact on the field.
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4.5 course rating
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