Where ethics, welfare, and sustainability meet swine
At New Bolton Center’s model pig farm, free-roaming sows are implanted with RFID chips and nourished by organic feed in a facility powered by solar energy.
Thomas Parsons, director of Penn Vet’s Swine Teaching and Research Center, cradles a piglet at the school’s facility on the New Bolton Center campus. Parsons and colleagues have worked for years to improve animal welfare and environmental sustainability at the swine unit, and with recent improvements, are setting a new standard for the industry.
Parsons and his colleagues have spent years crafting and refining their swine unit at Penn with the aim of making pig farms more sustainable nationwide. Their “farm of the future,” with humane conditions and efficient use of resources, stands to reshape the environmental and social impacts of raising swine.
The way Parsons sees it, to define a pig farm as sustainable, it must be both socially acceptable and economically viable.
“For most farmers, farming is not a livelihood, it’s a lifestyle,” Parsons says. “And so if they lose that social license, not only do they lose their livelihood, but they lose their lifestyle.”
Eliminating gestation stalls is one of the primary ways the swine unit has worked to introduce more socially acceptable practices. Previously, it was also standard industry practice for sows to be kept in small stalls—some so tiny that the pigs weren’t able to turn around—so that they could be fed without competing with one another for food. At New Bolton Center’s facility, sows instead have RFID chips implanted in their ears. When they walk into the food dispenser, their chips are scanned, and a pre-measured meal is released.
Related Articles
Such improvements, along with purchasing high-quality organic food and providing more room for each animal, can come with considerable expense, especially on large farms. At the Swine Center, Parsons aims to create a model farm that remains cost-competitive even when scaled up. Part of that balance is determining whether or not farmers will be able to charge more for their sustainably-raised meat to offset the higher costs of production.
“We’ve got the next generation becoming decision makers in terms of buying food,” Parsons says. “They’re asking the question where their food comes from, and in some cases, not always liking the answers. And so I think that’s where we’re at—we’re in this transition.”
Millennials, Parsons adds, are starting to spend more of their disposable income on sustainably raised products, even though they have less to spend than older generations.
By testing new methods of housing and caring for the pigs at Penn Vet, Parsons and his team can provide commercial farmers with practical tools they can use to carry out operations that are more sustainable, ethically, environmentally, and financially.
Penn Vet’s model farm also considers environmental sustainability in its operations. Solar panels have been installed to help run the facility, and according to the research team, many other pig barns also have south-facing roof space where solar panels could be effective at harvesting energy. The farm has also become certified organic, which means that the pigs receive their nutrients from entirely organic feed.
The Swine Center’s farming research is starting to have real impacts on the nearby community. According to Parsons, around 60 percent of the sows raised in Pennsylvania are no longer confined to gestation stalls, more than any state besides the three that ban the practice. Many of those farms, Parsons says, are also looking to minimize their use of antibiotics.
Bob Ruth of Clemens Food Group is one such producer who has benefited from the expertise of Penn Vet researchers. Ruth has worked with Parsons and Gary Althouse, associate dean of sustainable agriculture and veterinary practices, for decades to innovate and modernize his company’s large-scale operations.
For Gary Althouse, associate dean of sustainable agriculture and veterinary practices, defining the “farm of the future” means looking as much as a half century out, considering how society’s demands and expectations might shift—and how those changes may impact agricultural practices.
“It’s a great relationship,” Ruth says. He has invited vet students to visit and work on research projects involving the company’s farms, and in turn receives guidance and professional connections that have put him at the leading edge of the industry.
“Working with Penn Vet, we are continuing to innovate and adopt practices that allow us to deliver more freedom to our animals in a modern pig-producing farm. We feel very fortunate to be connected with people like Tom and Gary,” Ruth adds.
To keep firms like Ruth’s at the forefront of innovation, while ensuring overall sustainability, the Swine Center is working to anticipate how the need for different resources will fluctuate and change in the coming decades.
“From an agricultural standpoint, resources are finite,” says Althouse. “How are those resources best utilized for the growth that we're expecting when you look at 10 years, 20 years, 50 years?”
Althouse aims to help educate the next generation of veterinarians, as well as the public, about the importance of sustainable agriculture.
“What I’m excited about here at Penn Vet is to be able to better formalize, ‘What is sustainability?’” he says. “Being able to address it beyond just looking at an organism or looking at an animal, but looking holistically, and providing that training to our veterinary students, as well as through our outreach to better sustainability of agriculture.”
Sows at Penn Vet have access to outdoor open space, an amenity that translates to improved welfare for the animals. Penn Vet is helping farmers around the state move away from the use of gestation stalls, for example, a choice that makes the resulting food products more appealing to buyers concerned with the ethics of how their food is raised.
Nanoparticle blueprints reveal path to smarter medicines
New research involving Penn Engineering shows detailed variation in lipid nanoparticle size, shape, and internal structure, and finds that such factors correlate with how well they deliver therapeutic cargo to a particular destination.
A generous gift from alumni Glenn and Amanda Fuhrman brings the work of internationally acclaimed artist Jaume Plensa to the University of Pennsylvania. The latest addition to the Penn Art Collection expands Philadelphia's public art.
A massive chunk of ice, a new laser, and new information on sea-level rise
For nearly a decade, Leigh Stearns and collaborators aimed a laser scanner system at Greenland’s Helheim Glacier. Their long-running survey reveals that Helheim’s massive calving events don’t behave the way scientists once thought, reframing how ice loss contributes to sea-level rise.
