For the past few years, we have developed and run several research studies in the low desert of California to answer some of these questions surrounding the type of beef-on-dairy crosses and how they perform in a feedlot. Here is a brief overview of what we have observed.

Data that leaves the farm destined for the National Cooperator Database fuels genetic improvements in dairy cattle through male and female genetic evaluations, independent research to support new selection traits, and national benchmarking.

Long before function and performance were the main drivers of genetic selection, form (better known as “conformation”) was the driving method of genetic analysis. However, less than 1% of cows today leave the herd for udder problems or undesirable conformation. As the evolution toward function rather than form continues, what role should udders play in modern dairy selection criteria?

Here is what is happening in dairy-related news as we start the final month of the year: Fluid milk sales declined in September, Trump nominates Brooke Rollins for secretary of agriculture, Holstein updates pedigrees with slick gene label, and new dairy innovations are promoted.

Mastitis incidence is a management challenge on every dairy. While environment and milking management play key roles in maintaining low levels of mastitis, genetic selection for improved mastitis resistance can play a valuable complementary role in a successful mastitis control strategy.

Researchers are exploring advanced methods that combine activity monitoring technology with fertility programs to take reproductive outcomes to an even higher level. One approach is called targeted reproductive management (TRM), and here's what it could mean for your herd.