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30-50% Of Meatpacking Workers Absent Due To Fear Or Illness After Trump Order Forcing Reopen

30-50% Of Meatpacking Workers Absent Due To Fear Or Illness After Trump Order Forcing Reopen
By Sahid Fawaz
 
“Smithfield Foods Inc is missing about a third of its employees at a South Dakota pork plant because they are quarantined or afraid to return to work after a severe coronavirus outbreak, according to the workers’ union.
 
Tyson Foods Inc was forced to briefly close its Storm Lake, Iowa plant – a month after U.S. President Donald Trump’s April 28 order telling meatpackers to stay open – as worker absences hobbled its slaughter operations.
 
Nationwide, 30% to 50% of meatpacking employees were absent last week, said Mark Lauritsen, a vice president at the United Food and Commercial Workers International Union (UFCW).
 
More than a dozen meatpacking workers, union leaders and advocates told Reuters that many employees still fear getting sick after losing confidence in management during coronavirus outbreaks in April and May. Absenteeism varies by plant, and exact data is not available, but some workers’ unwillingness to return poses a challenge to an industry still struggling to restore normal meat output.
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Dr. Jay Johnson: Bioenergetics of Heat Stress in Sows

Video: Dr. Jay Johnson: Bioenergetics of Heat Stress in Sows

The Swine Health Blackbelt Podcast, Dr. Jay Johnson from the University of Missouri explores the bioenergetics of heat stress in gestating sows and how it affects growth and fat deposition. He discusses energy partitioning, thermoregulation, and genetic strategies to improve thermal tolerance without compromising productivity. Listen now on all major platforms!

"Gestating sows under heat stress grow faster than those in thermoneutral conditions, with much of that growth going into backfat."

Meet the guest: Dr. Jay Johnson earned his Ph.D. from Iowa State University and is now an Associate Professor of Animal Welfare and Stress Physiology at the University of Missouri. His research focuses on heat stress, swine productivity, and practical welfare innovations through physiology and genomics.