According to the U.S Department of Agriculture, Iowa farmers are expected to bring in by far the largest harvest ever in 2014. The bumper crop means farmers will be working more days and longer hours, and amplifies the need for awareness around farm safety.
“This week is National Farm Safety Week, and with harvest right around the corner, highlighting farm safety could not come at a better time,” says Fred Gerr, director of the University of Iowa’s Great Plains Center for Agricultural Health based in the UI College of Public Health. “Farming is still one of the country’s most dangerous professions, and we must do everything we can to help farmers in Iowa and throughout the U.S. have a successful and safe harvest season.”
The 2014 Farm Safety and Health Week runs from Sept. 21-27. This year’s theme, “Safety Counts: Protecting What Matters,” underscores the importance of all Iowans working together to build a safer and healthier agricultural work place.
The UI College of Public Health is one of the pre-eminent academic institutions conducting research, education, and outreach on rural health and safety. The college’s activities in the area encompass a wide range of topics that directly affect the health of Iowans. For more information on agricultural safety, visit the following resources:
- Great Plains Center for Agricultural Health: The University of Iowa’s Great Plains Center for Agricultural Health, one of 10 U.S. Agricultural Centers funded by the National Institute for Occupational Safety and Health (NIOSH), is committed to partnering with agricultural producers, agricultural safety and health professionals, agricultural businesses, and government agencies to deliver the most effective agricultural safety and health programs possible. The center has a wide range of educational materials available and offers in-person training and small grant opportunities.
- Iowa’s Center for Agricultural Safety and Health (I-CASH): The vision of I-CASH is to make Iowa the world’s healthiest and safest agricultural environment in which to live and work. The center is a state-wide organization created in 1990 by the Iowa State Legislature in partnership with Iowa State University, the Iowa Department of Health, the Iowa Department of Agriculture and Land Stewardship, and a diverse group of private and public agricultural health and safety organizations.
For more information on National Farm Safety and Health Week, and safety resources, visit the website of the National Education Center for Agricultural Safety, www.necasag.org/.
Additional agricultural safety and health resources can be found on the NIOSH Agricultural Centers’ YouTube channel, www.youtube.com/USagCenters. The channel features more than 40 videos available for Extension agents/educators, agricultural science teachers, producers/owner/operators, first responders and agricultural families.
Crashes with agricultural equipment are unexpectedly common in urban areas and near towns and cities, according to research from the Great Plains Center for Agricultural Health in the College of Public Health.
The research analyzed agricultural equipment crashes collected from nine Midwest Departments of Transportation from 2005–2008. Crash zip code was assigned as urban or rural (large, small, and isolated) using Rural–Urban Commuting Areas. Crash proximity to a town was estimated with geographic information system technology. The researchers estimated the odds of crashing in urban versus rural zip codes and across rural gradients, and estimated mean distance (miles) from a crash site to a town.
“Although approximately one-third of agricultural equipment-related crashes occur near town, these crashes are thought to be a rural problem,” says Karisa Harland, study author and researcher in the Department of Occupational and Environmental Health. “This research further illustrates the need for education among all roadway users, increased visibility of agricultural equipment, and the development of complete rural roads to increase road safety and prevent agricultural equipment-related crashes.”
The National Education Center for Agricultural Safety (NECAS) conducted a grain bin rescue demonstration at the UI College of Public Health as part of the UI’s Great Plains Center Core Course in Agricultural Safety and Health. Professionals in agriculture, medicine, health, nursing, veterinary science, and other fields attended the course this month.
More on grain bin safety
On July 28, 2010, Catherine Rylatt was in her back yard on a sweltering Texas afternoon when she got a frantic phone call.
“He’s dead,” Rylatt’s mother sobbed across the line from Illinois. “Alex is dead.”
That day, Rylatt’s nephew, Alejandro “Alex” Pacas, and three other teenaged workers had been assigned to clear out a 500,000-bushel grain bin in Mount Carroll, Ill. The teens entered the half-full bin with directions to break up any corn clinging to the walls and walk on top of the corn to loosen the grain.
Although this task was intended to release a controlled flow of corn at the bottom of the bin, their movements unexpectedly set off a rapid cascade of grain that pulled the young men downward into the bin, entrapping them.
One teen escaped and notified a manager; another was rescued hours later. But Pacas, 19, and Wyatt Whitebread, 14, were engulfed and suffocated to death. After a federal investigation, the employer was fined for numerous safety violations and has since gone out of business.
Concentrating on Confined Spaces
Rylatt shares her nephew’s story to raise awareness about the dangers of working in and around grain bins and to advocate for greater safety. She spoke at the Midwest Rural Agricultural Safety and Health Conference, hosted last November by Iowa’s Center for Agricultural Safety and Health (I-CASH), Great Plains Center for Agricultural Health, and other organizations.
“There has been a rash of fatalities in grain bins the past several years, many of which have been people under 18,” says conference director Kelley Donham, professor in the Department of Occupational and Environmental Health, where he holds an endowed chair in rural safety and health. “We had the opportunity to work with our colleagues from the universities of Nebraska, Illinois, Ohio State, Purdue, and Pennsylvania State to feature this important issue.”
The conference focused on the hazards of confined spaces in agriculture, such as grain bins, silos, and manure pits, with an emphasis on grain handling safety. The meeting brought together a variety of stakeholders, including farmers, health professionals, the agricultural industry, government agencies, and researchers.
Confined spaces have been identified as a high priority by the Committee on Agricultural Safety and Health, formed by the U.S. Department of Agriculture. The committee, which includes Donham, plans to issue a white paper on agricultural confined spaces in early 2013.
“Our goal is to translate the information, energy, and advocacy into renewed health and safety practices on our commercial grain and farming operations,” says Donham.
Entrapments on the Rise
In 2010, the number of grain-related entrapments hit a record high of 51. Of those, 26 were fatal, according to Purdue University researchers who track grain entrapment cases. Because there is no comprehensive reporting system, researchers estimate the number of cases could be 20-30 percent higher.
Grain entrapment incidents have been rising for the past 10 years, “probably because there has been so much more storage of grain as a result of the ethanol boom, and to allow the ability to hold it and sell it at favorable market prices,” says Donham, who also directs I-CASH.
Commercial grain handling facilities fall under the jurisdiction of the state or the federal Occupational Safety and Health Administration (OSHA). OSHA has numerous regulations governing worker safety around confined spaces. But smaller commercial grain handling facilities may not enforce the rules, Donham notes, which can increase the danger for workers. Moreover, grain and feed storage structures located on farms or feedlots with fewer than 11 employees are exempt from OSHA rules.
For most small farmers, it is costly to comply with the federal standards, Donham says, adding the regulations may be impractical.
Risks, Regulations, and Responsibility
Doug Heinichen, who farms 800 acres in Iowa, told conference attendees that while safety is good business and safety education is important, “I’m glad I’m exempt from regulations.”
“It’s my responsibility to postpone my own death,” he added.
Plus, habits are hard to break, pointed out panel member Brian Hammer, risk management consultant with Nationwide Insurance.
“Many employees are willing to take risks they shouldn’t because they grew up in a culture where ‘Dad never did this, and he’s fine,’” Hammer said, referring to a tendency to take safety short cuts. “We have to try to change the safety culture [of farms and agricultural businesses]. Good supervisors are key.”
Another way to lower risk is to reduce the need to enter bins to check the condition of grain through the use of moisture sensors and other technologies, said panel member Dirk Maier, professor and head of the department of grain science and industry at Kansas State University.
“In the U.S., we harvest over 20 billion bushels of grain every year,” Maier said. “Our goal is to eliminate the need to enter bins. Technologies and best management practices exist to successfully store grain.”
A Focus on Prevention
When things do go wrong, time is crucial. Once caught in flowing grain, it takes only seconds until it becomes impossible to climb out.
A grain bin rescue is complicated.
A common technique demonstrated at the conference involved placing a tube or panels around the victim to displace the grain pressure. It takes on average three and a half hours for a rescue, according to Dan Neenan, manager of the National Education Center for Agricultural Safety.
Regrettably, there wasn’t time to save Alex Pacas and Wyatt Whitebread.
“Use our stories, use the pain, use the heartbreak to prevent these deaths,” Rylatt said.
Grain engulfment can occur when a worker:
- Stands on moving or flowing grain, which acts like quicksand and can bury the worker in seconds.
- Stands on or below “bridged” grain, which occurs when grain clumps together because of moisture or mold, creating an empty space beneath the grain as it is unloaded. If a worker stands on or below the bridged grain, it can collapse.
- Stands next to an accumulated pile of grain on the side of the bin, which can collapse onto the worker unexpectedly or when the worker attempts to dislodge it.