The Critical Role of Genetics in Enhancing Cattle Production and Efficiency at Buffalo Feeders

At Buffalo Feeders, we understand that the foundation of a successful cattle feeding operation lies not just in our expert management and top-notch facilities, but significantly in the genetics of the cattle we feed. The genetics of cattle plays a pivotal role in determining feedlot performance, harvest outcomes, and overall herd health. This is why we pay keen attention to genetic selection in our operations.

1. Improved Feed Efficiency:

Genetic advancements have led to cattle that utilize feed more efficiently. This is crucial in afeedlot setting like ours, where feed costs constitute a significant part ofthe operational expenses. By selecting for better feed conversion ratios, we ensure that our cattle gain more weight per pound of feed consumed, leading to cost-effective production and environmental sustainability.

2. Enhanced Meat Quality:

Consumers demand high-quality meat, and genetics play a significant role in meeting these expectations. Cattle with specific genetic traits yield better marbling and tenderness, traits that are highly sought after in the beef industry. By focusing on these genetic qualities, we ensure that the beef from Buffalo Feeders meets and exceeds market standards.

3. Health and Welfare:

Robust genetics also contribute to the overall health and welfare of the herd. Cattle that are genetically predisposed to withstand local climatic challenges, resist certain diseases, and adapt well to feedlot conditions require fewer interventions, leading to a more natural and humane rearing process.

4. Sustainability and Environmental Impact:

Efficient cattle genetics align with our commitment to sustainability. Cattle that grow faster and utilize feed efficiently reduce the environmental footprint of beef production. This is vital in today's world, where sustainable agricultural practices are not just preferred but essential.

5. Economic Viability:

The economic aspect of cattle genetics cannot be overstated. Efficient genetics lead to reduced costs and increasedprofitability. This is critical for the economic sustainability of feedlots like Buffalo Feeders, ensuring we remain competitive and profitable in a dynamic market.

6.  Data-Driven Genetic Selection at Buffalo Feeders:

A Partnership with cow-calf producers. At Buffalo Feeders, our commitment to optimizing cattle genetics extends beyond our own operations. We actively collaborate with cow-calf producers, employing data-driven strategies. to identify superior genetics in their herds. By meticulously collecting and analyzing individual animal data, we aid our partners in pinpointing the top-performing animals. This approach not only highlights the cattle with the most desirable genetic traits but also helps in identifying the under performers.

This selective identification is pivotal for making informed decisions about which cows or bulls to retain or cull. Our expertise in data management and analysis allows us to guide cow-calf producers in their breeding and management decisions, ultimately enhancing the genetic quality of their herds. This collaborative effort not only benefits individual producers but also contributes to the overall advancement of the cattle industry. By fostering such partnerships, Buffalo Feeders is setting a new standard in precision agriculture, where data and genetics converge to create a more efficient, profitable, and sustainable cattle production model.


In conclusion, at Buffalo Feeders, we are committed to leveraging the power of genetics in cattle production. It is a cornerstone of our strategy to enhance feedlot performance, ensure high-quality beef production, and maintain the sustainability and profitability of our operations. As the industry evolves, we continue to invest in and focus on genetic research and development, staying at the forefront of innovation in cattle production.

~Tom Fanning

Manager, Buffalo Feeders

(580) 735-2511

December 7, 2023
© 2023 Buffalo Feeders LLC || P.O. Box 409, Buffalo, OK 73834