Tag Archives: agriculture

How Farmers Navigate Climate Uncertainty

As climate change increases the frequency of droughts, excessive rainfall, and other extreme weather events, farmers face growing uncertainty about crop production. Understanding how they perceive and respond to this uncertainty can help inform agricultural policy and climate adaptation strategies. A new study from the University of Illinois Urbana-Champaign and Michigan State University explored farmers’ risk preferences in the context of climate-related challenges.

Lead author Natalie Loduca, clinical assistant professor in the Department of Agricultural and Consumer Economics at the University of Illinois, said the study sought to understand better how farmers perceive uncertainty under changing climate conditions. Because crop yields depend on both weather and management decisions, understanding risk attitudes is essential for designing effective adaptation measures.

The researchers surveyed Michigan crop producers, focusing on corn and soybean farmers operating at least 300 acres and relying on farming as a major source of income. Participants completed a series of choice experiments commonly used in economics to measure risk aversion, selecting between options with varying levels of uncertainty and potential returns.

Farmers first evaluated monetary lotteries that contrasted high-risk/high-reward outcomes with lower-risk/lower-reward alternatives. They then considered agricultural scenarios involving management decisions such as investing in drainage systems, irrigation, drought-tolerant seeds, or crop insurance. These options were presented as ways to reduce revenue losses from weather-related events affecting a 40-acre corn field.

The study found that farmers were generally risk-averse in both financial and agricultural contexts. However, attitudes toward uncertainty varied much more widely in the farming scenarios than in the general monetary lotteries, suggesting that a diverse range of perceptions and preferences influences climate-related decision-making.

The findings have important implications for policymakers. More risk-averse farmers may be more inclined to adopt technologies and practices that reduce climate-related yield risks, while farmers with a higher tolerance for risk may respond differently. The researchers are now examining how risk preferences influence actual investment and adaptation decisions, with the goal of better understanding what drives farmers’ responses to a changing climate.

More information: Natalie Loduca et al, Farmer risk preferences: Does context matter? Journal of the Agricultural and Applied Economics Association. DOI: 10.1002/jaa2.70038

Journal information: Journal of the Agricultural and Applied Economics Association Provided by University of Illinois College of Agricultural, Consumer and Environmental Sciences

The impact of extreme weather on agricultural trade across US states

The United States is largely self-sufficient in agricultural food production, supported by extensive storage capacity and a well-developed system of interstate trade. However, the growing frequency and intensity of extreme weather events are placing increasing strain on agriculture, raising concerns about the country’s ability to sustain food production for an increasing population. These pressures highlight the importance of a resilient food supply chain that can withstand climate-related shocks.

A new study from the University of Illinois Urbana-Champaign examines how extreme weather in one part of the country can affect agricultural trade and food manufacturing far beyond the areas directly impacted. Published in the Proceedings of the National Academy of Sciences, the research analyses state-to-state trade flows for agricultural products to show how local climate shocks propagate through national supply chains.

“With climate change, we’re going to experience more intense and more frequent extreme weather events such as drought and flooding, which impact agricultural output,” said lead author Hyungsun Yim, a doctoral student in agricultural and consumer economics. “It’s important to prepare for ways to mitigate climate shocks to food manufacturing.” Sandy Dall’erba, a professor in the same department and founding director of the Center for Climate, Regional, Environmental and Trade Economics, co-authored the study.

According to Dall’erba, the research is the first to systematically map how extreme weather in individual states reduces local agricultural yields and then affects food manufacturing nationwide through interstate trade. For example, a severe drought in Midwestern grain-producing states can disrupt supply chains and influence production in central food manufacturing states such as California, Texas, Illinois, and New York.

Although the US produces roughly 80 to 85 per cent of the food it consumes domestically, this self-sufficiency depends heavily on internal trade and transportation networks. Around 57 per cent of grain production and 77 per cent of livestock output are used as inputs for domestic food manufacturing rather than being sold directly to households. This interdependence makes the system vulnerable to regional climate shocks, even when national production remains relatively strong.

To analyse these dynamics, the researchers combined two decades of data on interstate trade flows with detailed weather information on temperature, precipitation, drought, and excess wetness. One key example was the 2012 Midwestern drought, which sharply reduced grain output in Iowa, Illinois, and Nebraska. These states typically account for about 34 per cent of the US grain trade, but their share fell significantly that year. As a result, Nebraska increased imports to support its livestock sector, while Texas shifted grain sourcing to states such as Kansas, Oklahoma, and Louisiana. Prices for wheat, maize, and soybeans rose by up to 20 per cent, affecting food manufacturers nationwide.

Overall, the study found that a one per cent increase in drought intensity in producing states reduces domestic agricultural exports by 0.5 to 0.7 per cent, leading to an average decline of 0.04 per cent in food manufacturing output. While this downstream effect is relatively small, it reflects both the resilience of the US agrifood system and the need for planning. The authors argue that their findings can help guide investments in infrastructure, storage, transportation, and multi-state coordination to better prepare for future climate shocks.

More information: Hyungsun Yim et al, Impact of extreme weather events on the US domestic supply chain of food manufacturing, Proceedings of the National Academy of Sciences. DOI: 10.1073/pnas.2424715122

Journal information: Proceedings of the National Academy of Sciences Provided by University of Illinois College of Agricultural, Consumer and Environmental Sciences

US Farm Exports Slip as Trade Rows Deepen and Competitors Seize Market Share

For much of its modern history, the United States has stood as a titan of agricultural production, sustaining a robust trade surplus and feeding not only its own population but also a significant portion of the world. That image, however, is beginning to erode as complex global forces—ranging from political tensions to evolving trade alliances—reshape the agricultural landscape. Recent analyses from researchers at the University of Illinois at Urbana-Champaign and Texas Tech University reveal that, for the first time in decades, U.S. agrarian imports have surpassed exports. This reversal has created a growing trade deficit projected to reach an estimated $49 billion by the end of 2025. Lead researcher William Ridley, an associate professor in agricultural and consumer economics at the University of Illinois, underscores that what was once a “persistent surplus” has transformed into a “persistent and growing deficit,” reflecting profound structural changes in the global food economy.

The study highlights a significant increase in U.S. agricultural imports, particularly of high-demand products like avocados from Mexico and canola oil from Canada. These figures contrast with the stagnation of American exports, even in staple commodities like corn, soybeans, wheat, and cotton—the so-called “row crops” that have long served as the backbone of U.S. agricultural might. According to Ridley and his co-author, Stephen Devadoss, professor of agricultural and applied economics at Texas Tech, the forces driving this decline are not limited to natural market cycles. They are, instead, the product of mounting trade disputes and geopolitical realignments that have eroded confidence in traditional trade relationships. Among the most consequential of these disputes is the ongoing tariff war with China, which has profoundly disrupted the flow of agricultural goods between the two nations.

When the U.S. government imposed tariffs on Chinese goods, China retaliated by targeting American agricultural exports that were both economically significant and politically sensitive. Key crops such as soybeans, wheat, corn, and sorghum—mainly produced in regions supportive of the Republican administration—became casualties in the crossfire. The economic repercussions were swift and severe. Between 2017 and 2018, the value of U.S. exports to China plummeted: soybeans fell by an astounding seventy-three per cent (a $9 billion loss), wheat by sixty-seven per cent, corn by sixty-one per cent, and sorghum by thirty-seven per cent. In total, the trade conflict erased roughly $14 billion in export value, marking one of the steepest downturns in modern agricultural trade history. Although the Phase One trade deal brokered in 2020 briefly revived Chinese purchases of U.S. commodities, that momentum was short-lived. China quickly shifted to alternative suppliers, effectively cutting off imports of major U.S. crops and cementing new partnerships with other exporting nations.

This reconfiguration of trade patterns has coincided with the rapid ascent of global competitors. Brazil, in particular, has emerged as the world’s foremost soybean exporter, surpassing the U.S. through a combination of expanded farmland, improved crop yields, and significant state-backed investments in transportation infrastructure. Canada, Australia, and Ukraine have likewise strengthened their positions in global grain markets, eroding the competitive edge once firmly held by American producers. Ridley and Devadoss argue that while U.S. agricultural productivity has remained steady, it has not advanced at the same pace as that of its rivals. This comparative stagnation underscores the need for renewed investment in agricultural innovation, as other countries’ efficiency gains have steadily narrowed what was once a decisive gap. Meanwhile, China is pursuing agricultural self-sufficiency through heavy investment in research, biotechnology, and genetically modified crop development—further diminishing its reliance on U.S. imports.

Beyond trade disputes and competitive pressure, domestic policy decisions have also contributed to America’s slipping agricultural dominance. The researchers warn that reductions in public funding for agricultural research—especially at universities—pose a significant long-term threat to productivity. Innovation in crop science, soil health, and climate adaptation has historically underpinned the resilience of U.S. farming. With dwindling investment in these areas, the capacity to respond to environmental challenges and maintain global competitiveness is weakened. Ridley stresses that there is “a strong link between research funding and productivity,” noting that underfunding not only affects output but also the broader ability of the U.S. agricultural sector to maintain leadership in a rapidly evolving global market.

Despite the sobering data, a faint yet vital glimmer of optimism remains. The U.S. government is reportedly pursuing new bilateral trade agreements with a range of international partners, which could help reopen markets and stabilise export demand. Ridley believes that such efforts are essential for ensuring the future viability of American agriculture, even if progress is slow and politically fraught. Expanding market access, he argues, must remain a central objective for policymakers seeking to restore confidence among farmers and exporters alike. As the world’s food systems continue to evolve, the United States faces a pivotal choice: to reinvest strategically in innovation, diplomacy, and infrastructure, or to risk relinquishing its century-long status as the bedrock of global agricultural trade.

More information: William Ridley et al, Row Crops and the U.S. Agricultural Trade Deficit: Recent Trends and Policy Issues, Applied Economic Perspectives and Policy. DOI: 10.1002/aepp.70022

Journal information: Applied Economic Perspectives and Policy Provided by University of Illinois College of Agricultural, Consumer and Environmental Sciences

Study Shows Hybrid Job Training Enhances Female Participation in Nepal

Globally, the participation of women in the workforce is approximately 25% lower than that of men, frequently due to obstacles such as domestic duties and cultural norms. Although vocational training has the potential to broaden employment prospects, women often face difficulties in attending programmes that necessitate extended periods away from home. A pioneering study conducted by the University of Illinois Urbana-Champaign, in conjunction with an international research collaboration, has examined whether a hybrid distance learning model could enhance the accessibility of job training for rural women in Nepal.

The research team had been actively engaged in Nepal through their work with Heifer International, assessing various livestock transfer initiatives for many years. A significant challenge they aimed to address was increasing the number of animal healthcare providers in rural regions. Specifically, there was a keen interest in training rural women to deliver these services, as explained by Sarah Janzen, an associate professor in the Department of Agricultural and Consumer Economics at Illinois’s College of Agricultural, Consumer, and Environmental Sciences.

Community Animal Health Workers (CAHWs) provide essential veterinary services in these remote areas. To become a CAHW in Nepal, candidates must complete a government-certified training programme, which typically involves a 35-day residential course. Janzen highlighted that recruiting women for this training was difficult despite removing financial obstacles. The reluctance often stemmed from the women’s domestic responsibilities, which made it impractical for them to leave their homes for the duration of the training.

In response, the research team collaborated with Heifer International and the Nepalese government to devise a hybrid training scheme that minimises time spent away from home. This new format required participants to attend a training centre for a five-day orientation and a further ten-day practical module involving direct interaction with livestock. The remainder of the training was conducted remotely, with participants using tablets to access educational videos and interactive modules on various subjects, including animal breeding, anatomy, drug administration, disease diagnostics, castration, fodder production, and bookkeeping. Upon completion of the programme, participants were required to pass a comprehensive final examination to register as certified CAHWs with local authorities.

To evaluate the effectiveness of this new training approach, local livestock marketing cooperatives were asked to nominate women for the CAHW training programme. These nominees were randomly assigned to traditional in-person training or the new hybrid model. The demographic data showed that most women were around 27 years old, had completed ten years of schooling, and about 80% were married. Additionally, 97% owned livestock and 40% to 50% lived below the poverty line.

Janzen was enthusiastic about the potential of the hybrid training model, stating, “We developed this training programme to see if women are more inclined to participate when offered the opportunity to train remotely at home. The results were significantly positive. We observed that completion rates of training increased from 30% to 51% through distance learning.”

The study also found that the knowledge and skills of women trained under the hybrid model were comparable to those who underwent traditional training, with no significant differences in job performance. Janzen acknowledged that additional barriers, such as cultural norms and expectations, could inhibit participation. The research specifically focused on whether the necessity to leave home for an extended period impacted training completion rates.

A particularly noteworthy finding was the increased willingness among mothers of infants to participate in the training when the requirement to stay away was reduced. While no women with infants enrolled in the traditional training programme, 45% of those with an infant completed the hybrid course. Furthermore, the data revealed that 60% of women who had their sources of income, such as those running small businesses, completed the hybrid training, in contrast to just 7% in the traditional format, underscoring the more excellent compatibility of distance learning with existing work commitments.

The implications of these findings are profound, not only for implementing similar programmes in other contexts but also for broadly boosting women’s participation in the workforce through hybrid and remote training models. As Janzen concluded, the adaptability of the training platform, initially designed using the Nepalese government’s curriculum and tailored to local needs, suggests that with minimal adjustments, this model could be effectively replicated in other regions, thereby extending its benefits across various developing countries.

More information: Sarah Janzen et al, Going the distance: Hybrid vocational training for women in Nepal, Journal of Development Economics. DOI: 10.1016/j.jdeveco.2024.103414

Journal information: Journal of Development Economics Provided by University of Illinois College of Agricultural, Consumer and Environmental Sciences