Sorghum costs less to plant and requires less water to generate productive tonnages. For years, sorghum has been ignored as a dairy forage, because the starch filled berry was nearly impossible to process, limiting the energy available to the cow. To combat this issue a male sterile bmr dwarf variety was developed with no grain head as an opportunity to harvest a nutrient dense, resilient leafy forage.Researcher Juan Pineiro, Associate Professor & Extension Dairy Specialist at Texas A&M AgriLife Research and Extension Center in Amarillo and his team substituted a portion of corn silage in the TMR with sorghum silage to determine the feasibility of this forage for dairy farms.The team found an improvement in dry matter intake which resulted in a nearly 8lb increase in milk produced when substituting 25% of the corn silage with headless sorghum silage. To compensate for the decrease in dietary starch, Dr. Pineiro added ground corn into the ration to balance energy.Additionally, Dr. Pineiro drew our attention to the recent advancements in berry processing for the non-sterile varieties.“We were able to see 0-1% intact berries remaining with the recently patented processor,” he explained. This unlocks the starch available to the cow and should causes dairymen to consider planting once again.He cautions hybrid selection, harvest timing and processing are all keys to making this affordable resilient forage to earn a spot in your ration. Sorghum should be given a second look, especially in water limiting – dairy dense regions. Listen-in to this episode for an update in sorghum advancements for your dairy.Topics of discussionFeatured Articles:Effects of partially replacing corn silage with brown midrib male-sterile sorghum silage on intake, digestibility, and milk production in dairy cowsEffects of a novel onboard sorghum kernel processor and height of cut on berry processing score and ruminal in situ starch disappearance of forage sorghum ensiled for 0 and 90 days#2xAg2030; #journalofdairyscience; #openaccess; #MODAIRY; #starchdegradation; #sorghum; #dwarf; #bmr; #fermentation; #ruminantnutrition; #dairysciencedigest; #ReaganBluel