Queen’s Researchers Joined UN Animal Research Project
The international initiative uses nuclear techniques to improve livestock breeding and reduce methane emissions.
Updated on Oct. 12, 2026 in Veterinary Medicine
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Researchers from Queen's University have partnered with a United Nations-backed animal research project to enhance livestock productivity. The team will provide expertise on rumen microbiome phenotyping to help countries strengthen food security while minimizing environmental impact.
Why it matters
The project aims to balance global food needs with the necessity of reducing livestock-related greenhouse gas emissions. By optimizing breeding and rumen health, researchers hope to create a more resilient and sustainable agricultural future.
The initiative, titled Enhancing animal phenotyping for improved productivity and resilience, is scheduled to run for 5 years. It focuses on the rumen, the largest stomach compartment in cud-chewing animals where fermentation generates methane.
The players
Queen's University
This institution is the home base for the researchers providing specialized guidance on nutritional and rumen microbiome-based phenotyping.
Joint FAO/IAEA Centre of Nuclear Techniques in Food and Agriculture
This organization leads the international project and oversees the implementation of nuclear tools in global food production.
Professor Sharon Huws
She leads the research team from Queen's University contributing to the United Nations-supported initiative.
Dr Katerina Theodoridou
She serves as a co-lead for the Queen's team involved in the livestock phenotyping research project.
The details
The Queen's team will apply nuclear tools to assess microbial community differences within the rumen to better understand methane production. This data will guide the development of improved breeding programs designed to lower environmental waste while boosting animal output.
Timeline
The research partnership was announced on October 12, 2026.
The coordinated research project is set to span the next 5 years.
Culture Shift
This collaboration aligns with the global shift toward sustainable livestock management and the integration of advanced biotechnology in agriculture. It reflects a growing institutional movement to use nuclear science to solve environmental challenges while maintaining food security.
The adoption of improved breeding techniques could eventually influence the quality and sustainability of livestock products available in international markets. This research helps set new standards for environmental efficiency that may reshape animal care routines and agricultural practices worldwide.
The takeaway
This project highlights the potential for nuclear science to mitigate agricultural methane emissions. Implementing these findings could lead to more sustainable farming practices that balance consumer demand with ecological responsibility.
Further reading
For more information on agricultural health, visit the Veterinary Medicine section.
More information
Access the official IAEA research project information for complete program details.
Source note: This article includes information reported by Farming Life.
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