Are you interested in animal or population genetics and are you curious and eager to further develop your expertise in quantitative concepts and genetic variation? Are you enthusiastic to become part of one of the leading international universities in the fields of healthy food, the living environment and agriculture? Then you are the candidate we are looking for! We are offering an exciting PhD position within the Animal Breeding and Genomics (ABG) group of Wageningen University for a motivated PhD candidate with a background in quantitative genetics, animal or plant breeding, or statistical genetics.
You will be employed for a maximum of four years at a newly funded NWO-AES project “Genetic variance Estimation Now (GEN): Estimating current genetic variance components in populations under selection”. You will work closely together with a Postdoctoral Researcher and industry partners on the same project, and will be located at the Animal Breeding and Genomics group of Wageningen University & Research in Wageningen.
The GEN projectGenetic variance is crucial for natural and artificial selection and is essential for a population to survive. As a result of selection, the amount of genetic variance decreases. This makes it important to closely monitor the genetic variance in populations under selection. However, currently, no unbiased method exists to accurately estimate genetic variance in populations under selection.
The GEN project aims to develop and validate a general method to quantify the genetic variance in populations under selection. After validation in simulations, the method will be applied in a commercial pig and chicken population under strong selection to evaluate the trend in genetic variance. This information is highly needed to ensure that enough genetic variance is maintained to keep breeding populations healthy and to enable selection for population improvement in the future. Moreover, the developed method can be applied in other populations such as plant or wildlife populations, and support population management in those populations.
Project goals - Improve understanding of the factors that influence the change in genetic variance in populations under selection.
- Develop and validate a method to estimate genetic variance in populations under selection.
- Gain insights in the trend of genetic variance in populations under intense artificial selection.
- Provide support for applying the developed method in empirical populations under selection.
As a PhD candidate on this project, you will - Set up and run simulations to increase our understanding about the factors that influence the change in genetic variance components in populations under selection.
- Support the postdoc with developing and validating a method to estimate genetic variance components in populations under selection.
- Use the newly developed method to estimate the genetic variance components in a pig and chicken dataset.
- Investigate the trend in genetic variance and genetic correlations in populations under artificial selection and, based on the results, give recommendations about population management.
- Disseminate the research results by presenting the work at international conferences, by making the new method available for industry partners and other researchers, and by providing support for the users.
You will work hereThe research is embedded within the chair group Animal Breeding and Genomics (ABG;
Research of Animal Breeding and Genomics | WUR) which is led by
Prof. Mario Calus. You will be supervised by
Dr Yvonne Wientjes and
Dr Piter Bijma. The ABG chair group is part of Wageningen University & Research Animal Breeding and Genomics (WUR-ABG), which is the centre of excellence for all national and international animal breeding and genomics activities (research and education) of Wageningen University & Research (
Research of Animal Breeding and Genomics | WUR).