Are you looking for a PhD and interested in animal breeding? Then, this PhD vacancy may be of interest to you.
PhD position on the genetic association between feed intake and methane.
Wageningen University & Research’s Animal Breeding and Genomics group leads the Global Methane Genetics (GMG) initiative in collaboration with the Global Methane Hub and the Bezos Earth Fund. The global program with more than 50 partners across 25 countries aims to accelerate genetic progress in methane emission in ruminants in the Global North and South. The PhD will work in an international setting, and their work will be critical to underpin the success of this initiative.
Operating animal breeding programs is a complex task and outcomes of a certain decision in practice often becoming apparent only after several years. Therefore, effective and long-term breeding programs require reliable insights in the consequence of selection and the best strategy for recording traits and optimizing selection decisions. For example, breeders must carefully assess risks and the trade-offs of selection for different traits. Quantitative genetics theory provide a solid base to understand the genetic association between traits.
Enteric methane as a major contributor to agricultural greenhouse gas emissions has become a major trait of interest for animal breeding in ruminants. Genetic selection offers a permanent, cumulative, and cost-effective mitigation pathway, but progress depends on robust understanding of genetic associations between methane traits and key traits such as feed intake and feed efficiency. Not only to understand the consequences of selection and potential trade-offs, but also to use feed intake as indicator trait for selection This PhD project will address the critical knowledge gaps that exist in this area.
As a PhD student, you will work on:
- Using (inter-)national datasets of different cattle breeds to estimate the genetic association between different trait definitions for feed intake, efficiency and methane.
- Evaluating the consequences of selection on different traits for different breeding scenarios and objectives.
- Translating methodological developments into practical insights for breeding organizations and stakeholders.
Your other duties and responsibilities include:
- Communicating and disseminating results through presentations at scientific conferences and by writing scientific articles and a PhD thesis.
- Attending PhD courses as part of the graduate education program.
You will work hereThe research is embedded with the Animal Breeding and Genomics, and member of the Wageningen Livestock Research team led by Prof. Roel Veerkamp at the Wageningen Campus. You will be co-supervised by Dr. Birgit Gredler, Dr. Anouk van Breukelen, Dr. Yvette de Haas, Prof. Dr. Roel Veerkamp (WUR-ABG). See the link to site Chairgroup
Animal Breeding and Genomics Group | WUR.