Riyadh, Saudi Arabia — The National Livestock & Fisheries Development Program announced a five-year effort to increase cow milk yield. It will use genetic profiling and bioinformatics to select top-performing cows. The goal is a major rise in dairy productivity across the Kingdom.
Advancing Milk Yield Through Genomics
The Saudi cow milk output program will test cow genes to identify traits associated with health and production. It expects milk yield to rise by 25–90%, cutting the gap with global producers. Cows now giving under 25 liters per day are inefficient. The plan will replace them gradually with more productive animals.
Reducing Disease and Enhancing Herd Health
Genetic testing will help farmers find and remove cows with health issues. They aim to reduce diseases such as mastitis, lameness, and fertility problems by up to 60%. The system will detect 40–70% of genetic risks linked to immunity, growth, and reproduction. This enables farmers to identify and prevent problems early.
Supporting Saudi Food Security
Saudi Arabia has approximately 250,000 dairy cows that produce over 11,000 liters of milk annually. However, results vary by farm, depending on the care and nutrition provided. This project aims to standardize higher output through advanced genetics. It also supports Vision 2030’s goals for modern farming and self-sufficiency. The Saudi cow milk output program directly contributes to national food security by optimizing production and minimizing herd inefficiencies.
The Saudi Standard’s View: Strategic Science for Saudi Dairy Security
Saudi Arabia’s decision to invest in genomic profiling for dairy cows represents a bold, forward-thinking approach to agricultural modernization. This initiative signals a shift from traditional livestock expansion toward precision-based, data-driven enhancement, tailored to the Kingdom’s unique environmental and economic context.
By focusing on genetic efficiency, Saudi planners are addressing one of the core structural challenges in the dairy sector: low productivity per head. Replacing cows that produce 20–25 liters a day with high-yielding breeds is not just about volume; it’s about reducing environmental strain, feed costs, and long-term operational inefficiencies. These steps will translate into stronger food security, higher export potential, and a more resilient rural economy.
Moreover, this program supports Vision 2030’s twin aims of achieving self-sufficiency and transitioning toward high-tech, climate-adapted farming systems. The effort is not simply about more milk—it is about creating a smarter, more profitable, and sustainable Saudi dairy sector. By linking bioinformatics, disease prevention, and productivity metrics, Saudi Arabia is laying the foundation for a livestock ecosystem that can compete globally while protecting national interests.
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