What do Americans think of using precision livestock farming technology on U.S. swine farms? (2024)

Babotope Akinyemi<akinyem3@msu.edu> and Janice Siegford<siegford@msu.edu>, Michigan State University Department of Animal Science -

Perception of United States public on precision livestock farming.

A combination of increasing labor costs and shortages, increasing requirements for reducing environmental impact, narrow or uncertain profit margins, and growing public interest in how pigs are raised require innovative solutions by the pork industry. At the same time, we live in a world where there is a disconnect between swine producers and pork consumers, and many people have little idea of what it takes to raise a pig. This makes it important to understand how the public might view changes to farming practices before they happen.

For example, if pigs are managed using more technology, will people agree with this? Technologies that allow producers to predict or prevent problems or to care for each pig individually might reassure the public that pigs are well cared for and encourage them to keep buying pork products. On the other hand, technology is often seen as unnatural, which could reduce the attractiveness of even bacon. Which way will the public fall on this issue? Will they view using technology as a better way to care for pigs? Or will they be offended that robots and cameras are replacing human contact with pigs?

To get the answer to these questions before swine management technologies become widely adopted, we have asked the public how they feel about precision livestock farming (PLF) technologies. PLF tools are intended to monitor pigs continuously, in real time and to provide information (like whether a pig is getting sick) or even to carry out actions using that information (like sorting a pig for treatment). PLF technologies are rapidly being developed as solutions to address labor needs and animal welfare concerns.

Survey says…

In 2023, Michigan State University surveyed 1,227 Americans to learn whether they know about farm animal production, their opinions on animal welfare, and their views on precision livestock farming technologies. Just over half of survey takers were female and respondents’ average age was 50 years old. Approximately 17% said they had some experience with livestock farming, while 44% reported they had friends or relatives involved in livestock production. Less than 10% of survey takers felt they were highly knowledgeable about livestock production, with 6% saying they felt highly knowledgeable about dairy production and fewer (4%) saying they knew about swine production and pork processing. Most (90%) said the welfare of farm animals was very important to them, and 80% said they were willing to pay a premium price to improve farm animals’ welfare.

What do Americans think of using precision livestock farming technology on U.S. swine farms? (1)

Does the public believe the hype?

Companies making PLF and researchers working on this type of technology see many possible ways that PLF could improve life on the farm for pigs and their caretakers. To determine if these positive outcomes resonate with the American public, survey participants were asked about a range of likely benefits of using PLF for pigs, farmers, swine production, consumers and the environment. The biggest takeaway from our findings is that roughly half of survey takers were not sure if PLF would have positive outcomes such as lowering cost of production, improving pig health or increasing how much pork was produced.

What do Americans think of using precision livestock farming technology on U.S. swine farms? (2)

Will PLF distance farmers from their animals?

Questions have been raised about the possibility that PLF might reduce the concern farmers have for their animals and make them less caring. Nearly 60% of survey takers were not sure if this would be the case while 23% did not see PLF separating caregivers from their pigs. However, 19% of the Americans in this study shared this concern, which needs be remembered if (when) PLF is adopted. One way a disconnect between producers and pigs could be avoided is if PLF frees the producer from mundane, repetitive work and allows them to spend more time with their pigs or caring for pigs with unique needs.

How will PLF affect pork production and price?

PLF is thought to mainly benefit large-scale commercial farms where individual care of large numbers of pigs by few human caretakers is practically impossible. A concern surrounding PLF is that these technologies could push producers to raise even more pigs on the same farm or at a higher densities. About 30% of survey takers did feel PLF adoption would lead to increased pork production (i.e., more pigs on more farms), while just over half were unsure about PLF's impact on pork production.

For pork producers, PLF’s potential to reduce input and labor costs and thereby reduce the cost of raising pigs is a key piece of the puzzle when deciding to add technology to the farm. A third of Americans who participated in this study felt that PLF could lower pork price, while 57% were uncertain about how PLF would affect pork price.

Will PLF improve farmers’ quality of life?

Supporters of PLF often stress its ability to simplify and automate routine work and make caregivers' work easier and safer, improving their quality of life. About 36% of our survey respondents thought PLF could improve the welfare of farmers, while 53% were unsure how PLF might benefit human users. However, more technology is not the answer for everyone, and 10% of respondents disagreed that PLF would improve the lives of people working on farm.

Will PLF improve animal health and welfare?

Improving pigs’ physical health and their overall welfare using real-time monitoring throughout their lives are two of PLF's most frequently discussed benefits. However, only about half of the people answering the survey felt PLF would actually improve either a pig’s health or its overall quality of life. Nearly half of participants who completed the survey weren’t sure what impact PLF would have on the pigs’ health but few thought that PLF would worsen a pig’s pig health or welfare.

What do Americans think of using precision livestock farming technology on U.S. swine farms? (3)

Will PLF bring farmers and consumers closer?

PLF could help bridge the gap between farmers and consumers by making it easier to trace pork products or to create transparent labeling. However, most people who took the survey (56%) still need to be convinced that this could happen. However, three times as many people agreed that this could be a possible benefit of PLF (35%) compared to those that disagreed (9%).

Is PLF environmentally friendly?

Another possible benefit of PLF is that it could reduce the impact of animal agriculture on the environment. For instance, PLF could help with efficient feeding using targeted nutrition, leading to less food waste or nutrient run-off. About 47% of Americans agree that PLF could be environmentally friendly, while an equal number remain uncertain about PLF’s environmental benefits. Very few respondents (6%) felt that PLF would be bad for the environment.

Conclusion

Fewer than one-fifth of Americans in this study had working experience in livestock farming, and only a few considered themselves knowledgeable about livestock, dairy, swine and pork production. Most of them thought the welfare of farm animals was important and were willing to pay more for animal products to improve the welfare of farm animals.

The fact that most survey takers were not sure how PLF could benefit pigs, farmers, consumers or the environment means it is unclear how the American public might react to this type of technology on swine farms. Familiarizing Americans with the PLF technologies on U.S. swine farms might help them appreciate the measures being put in place by swine producers to care for their pigs, meet regulatory requirements, and address public concerns. Even more importantly, being open, honest and respectful of the public’s concerns related to PLF while trying to overcome them is key to maintaining trust with people who buy pork products. Capitalizing on the positive attributes people feel PLF can bring to the farm is strategy that could be used by the swine industry to boost sales of pork when such technology is used on farm.

What do Americans think of using precision livestock farming technology on U.S. swine farms? (2024)

FAQs

What do Americans think of using precision livestock farming technology on U.S. swine farms? ›

The biggest takeaway from our findings is that roughly half of survey takers were not sure if PLF would have positive outcomes such as lowering cost of production, improving pig health or increasing how much pork was produced.

Why is livestock farming technology important? ›

As a response to this challenge, Precision Livestock Farming (PLF) technologies are being developed to monitor animal health and welfare parameters in a continuous and automated way, offering the opportunity to improve productivity and detect health issues at an early stage.

What is precision livestock technology? ›

Precision Livestock Farming (PLF) is a concept that allows real-time monitoring of animals, by equipping them with sensors that surge livestock-related data to be further utilized by farmers.

How does livestock farming affect the environment? ›

Raising livestock for human consumption generates nearly 15% of total global greenhouse gas emissions, which is greater than all the transportation emissions combined. It also uses nearly 70% of agricultural land, contributing to deforestation, biodiversity loss and water pollution.

What role might technology have in breeding farm animals in the future? ›

Automation in Livestock farming - Types:

Genetic testing and analysis: This involves using genetic testing and analysis to identify desirable traits and select animals with those traits for breeding. This technology helps farmers produce offspring with better genetics, increasing productivity and profitability.

Is technology in farming beneficial for farmers? ›

Benefits include: Higher crop productivity. Decreased use of water, fertilizer, and pesticides, which in turn keeps food prices down. Reduced impact on natural ecosystems.

How does the livestock industry benefit our society? ›

Livestock farming produces food on 57% of land that cannot be directly used for crops (marginal land) providing ecosystems services2,4,5. Animal production, in particular herbivores, contribute to food security by valorizing grazing marginal land that are not able to produce plant products.

How does precision farming benefit farmers? ›

Precision agriculture uses technologies such as GPS or automation to make farms more efficient. For example, farmers can use auto-steering equipment to precisely plant a field, and activity monitors can help dairy farmers collect data about their cows' health.

Does precision farming use AI? ›

🌱 AI's Role in Precision Farming: Data-Driven Decisions: AI leverages data from satellites, drones, and sensors to monitor crop health, soil conditions, and weather patterns. This information enables farmers to make informed decisions about when and where to plant, irrigate, and apply nutrients or pesticides.

What is precision agriculture or smart farming? ›

Unlike with PA, the focus of smart farming is not on precise measurement or determining differences within the field or between individual animals. The focus is rather on access to data and the application of these data – how the collected information can be used in a smart way.

Is livestock farming sustainable? ›

Good animal health = lower emissions

They make the production process much more efficient and profitable for the farmer. But one aspect that may not be so obvious, is that good animal husbandry practices also reduce the impact on the environment.

What are the negative effects of intensive livestock production? ›

These include: 1) water pollution stemming from the generation of large amounts of concentrated waste which ultimately leads to the runoff of nitrogen and phosphorus (Tilman et al., 2002); 2) air pollution from odors, ammonia, nitrous oxide, and particulates (Galyean et al., 2011), with consequences for human health ( ...

How much does livestock contribute to global warming? ›

In short, livestock production appears to contribute about 11%–17% of global greenhouse gas emissions, when using the most recent GWP-100 values, though there remains great uncertainty in much of the underlying data such as methane emissions from enteric fermentation, CO2 emissions from grazing land, or land-use change ...

How does technology affect livestock? ›

Current technologies allow producers to monitor individual animal feed consumption, feedlot movement, temperature, lameness, milk production, meat composition and quality, and weight gain—often without any human intervention or presence.

What technology is used for livestock breeding? ›

Artificial insemination (AI) and embryo transfer (ET) are reproductive technologies that are used to facilitate the genetic improvement of livestock. With AI, genetically superior males produce a larger number of highly productive offspring than would occur with conventional breeding programs.

How technology is improving the lives of animals? ›

Self-cleaning litter boxes. Another fantastic product of pet technology, a self-cleaning litter box simplifies the management of your cat's waste. It's the gadget to have if you wish to spend less time scooping and cleaning, but still ensure your kitty has clean and pleasant bathroom experiences.

Why is livestock production important in the developing world? ›

Production of animal source foods contributes to economic development by generating income and employment for livestock keepers and actors along livestock value chains.

Why is livestock important to farmers? ›

Livestock production can be an important component of a sustainable agricultural system because it can provide an quality source of plant nutrients, be an income generator, and provide a an environmentally sound use of certain lands.

Why was improved livestock important to the industrial revolution? ›

The Agricultural Revolution of the 18th century paved the way for the Industrial Revolution in Britain. New farming techniques and improved livestock breeding led to amplified food production. This allowed a spike in population and increased health. The new farming techniques also led to an enclosure movement.

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