Leveraging Beef Genetics as a Climate-smart Sustainability Practice
Climate-focused grant is looking for producers to participate in virtual fencing, cattle genetic improvements and nutrition studies.
October 8, 2024
by Elizabeth Dressler, Kansas State University
Since 1975, the industry has increased beef production while the cow inventory has been reduced. Acknowledging and appreciating the sustainability improvements the beef industry has already made, Robert Williams introduced a concept he says could help the industry go further. The sustainable livestock technical manager for Trust in Food invited producers to participate during his presentation at the Beef Improvement Federation (BIF) Symposium June 11, 2024, in Knoxville, Tenn.
Williams stated that increased efficiency is attributed to factors such as implementation of genetic evaluations and expected progeny differences (EPDs), alongside improved management, nutrition and marketing. He cited literature indicating that improving performance indicators (growth rate, feed efficiency) will reduce resource inputs (feed, water) and greenhouse gas emissions (per kilogram of meat).
USDA partnerships for climate-smart commodities
The USDA has invested more than $3 billion in 141 grants through Partnerships for Climate-smart Commodities. Trust in Food, a Farm Journal initiative, received one of these grants, amounting to $40 million, for the Connected Ag Climate-smart Commodities Pilot Project. During the next few years, they plan to enroll approximately 500 producers across 19 states in this project. The grant covers several focus areas, including virtual fencing, temporary livestock fencing, grazing and rangeland management, wetlands restoration, prairie restoration, feed management, and livestock genetic improvement. Williams is focused on the livestock genetic improvement aspect.
Partnering with American Breeders Service (ABS), this component of the grant involves genetic interventions for terminal beef production. The goal is to use mating plans with both terminal and maternal genetics administered through artificial insemination to produce both replacement heifers and feeder animals from the same calf crop. By following these animals through the supply chain from birth to harvest, a lifecycle assessment will estimate greenhouse gas emissions reductions achieved through climate-smart genetics per unit of carcass weight.
Said Williams: “We have the technology and genetics to make great advancements in beef cattle production; the trick is getting more buy-in from a larger share of producers.”
He noted that through this project there is an “opportunity to receive financial assistance to implement climate-smart projects into practice.”
Trust in Food is currently enrolling producers in these climate smart projects and encourages interested producers to visit the Trust in Beef page for more information.
Watch Williams’ presentation. Click here for more information about BIF and this year’s symposium.
Editor’s note: Elizabeth Dressler is a graduate research assistant in animal breeding and genetics at Kansas State University. [Lead photo by Shauna Hermel.]
Angus Beef Bulletin EXTRA, Vol. 16, No. 10-A
Topics: Genetics , Management , Events , Sustainability
Publication: Angus Beef Bulletin