A USDA Cow Scientist Won an Award for Helping Dairy Farmers Produce More Milk. He’s Worried About the Future of Government Research Under Trump

Why It Matters

VanRaden’s work demonstrates how public‑sector data can drive industry‑wide productivity gains, while the staffing threats signal a potential slowdown in critical agricultural innovation.

Key Takeaways

• VanRaden’s genomics method boosted US milk yields despite fewer cows
• USDA’s dairy database is used globally for cattle breeding decisions
• Service to America medal highlights impact of civil‑service research
• Trump‑era cuts threaten continuity of USDA’s scientific workforce
• Relocation orders force experienced USDA staff to leave Washington area

Pulse Analysis

Paul VanRaden’s three‑decade tenure at the USDA reshaped dairy farming through a genomic prediction model that matches calves with superior milk‑gene profiles. By aggregating farm‑level data into a national database, the system enabled producers to increase per‑cow output, offsetting the decline in herd size and contributing to steady growth in total milk supply. This public‑research model illustrates how taxpayer‑funded science can generate industry‑wide efficiencies without direct private investment.

The 2026 Service to America medal recognized VanRaden and his team for turning raw data into a tangible economic engine. The award, presented at the Smithsonian’s National Museum of the American Indian, underscores the often‑overlooked role of career civil servants in delivering high‑impact outcomes. Yet the ceremony also reflected a sobering trend: fewer nominations this year, a drop from over 350 in 2025, as agencies grapple with morale and resource constraints amid a politicized workforce environment.

Looking ahead, VanRaden warns that recent Trump‑administration policies—staff reductions, forced relocations, and a broader skepticism toward federal research—could erode the talent pipeline essential for maintaining USDA’s data‑driven innovations. The loss of seasoned scientists may slow the development of next‑generation breeding tools, jeopardizing the United States’ competitive edge in dairy production. Sustaining public‑sector research, therefore, remains critical not only for domestic food security but also for preserving the global influence of U.S. agricultural science.