Why producing more food alone won’t solve food insecurity – Aminat Amunigun

Aminat Amunigun is an agricultural and nutritional scientist whose work sits at the intersection of sustainable food systems, small-farm development, and nutrition security in underserved communities. With academic training spanning agricultural economics, agricultural technology, and nutrition science, and professional experience at Alabama A&M University’s Small Farms Research Center, she is contributing to data-driven approaches that improve farmer access to resources, strengthen food safety practices, and enhance community well-being.

In this interview, she shares expert insights on food systems, the challenges facing smallholder farmers, and the role of integrated agricultural and nutrition systems in driving sustainable development.

Your background spans agricultural economics, agricultural technology, and nutrition science. From a systems perspective, how does this interdisciplinary training shape your approach to food systems?

My approach has been shaped by both experience and intention. Growing up in Nigeria, I observed how access to food and agricultural resources directly influenced household stability and community well-being. That early exposure led me to study agricultural technology and later agricultural economics, where I focused on understanding the systems that determine resource access and productivity.

Over time, I realized that food production alone does not fully address the challenges communities face. Nutrition and health outcomes are equally important. That understanding led me to pursue advanced training in nutrition and dietetics. Bringing these disciplines together has allowed me to approach food systems more holistically, looking not just at production, but at access, quality, and long-term impact.

From your professional experience, what are the most pressing structural challenges limiting the growth and sustainability of smallholder farmers today?

One of the most significant challenges is limited access, access to funding, technical support, reliable information, and structured markets. Many small and limited-resource farmers operate with strong practical knowledge but lack the institutional connections that would allow them to scale or improve efficiency.

Another key issue is information fragmentation. There are often multiple programs, agencies, and opportunities available, but they are not always accessible or clearly communicated to farmers. This creates a gap between available resources and actual utilization. Addressing this gap is critical to improving both productivity and sustainability.

Can you provide insight into how institutional support systems can be strengthened to better serve small and underserved farmers?

At the Small Farms Research Center, my work focused on strengthening the support ecosystem for small and underserved farmers. I conducted research to identify and map agencies that provide agribusiness support across Alabama, which helped create clearer pathways for farmers to access grants, training programs, and technical assistance.

I was also involved in coding and analyzing post-training survey data, which allowed us to evaluate the effectiveness of our outreach programs and refine them based on evidence. This process ensured that our interventions were not only well-designed but also responsive to the needs of the farmers we serve.

In addition, I developed fact sheets on food safety, farm safety, and grant opportunities. These materials were designed to translate technical information into practical guidance that farmers could apply directly. The goal was to bridge the gap between research and real-world application.

There is increasing discussion around integrating agriculture and nutrition. From your perspective, why is this integration critical to sustainable development?

Agriculture and nutrition are inherently connected, but they are often addressed separately in policy and practice. Agriculture determines what food is available, while nutrition determines how that food impacts health outcomes. If these systems are not aligned, we risk producing food that does not adequately support community health.

An integrated approach ensures that food systems are designed not only for productivity but also for nutritional value and accessibility. This is particularly important in underserved communities, where food insecurity is often linked to both availability and quality.

How do data-driven approaches improve decision-making and outcomes within agricultural and food systems?

Food security is a multi-dimensional issue. It involves availability, access, affordability, and utilization. My work contributes by strengthening the systems that support small farmers, improving access to information and resources, and promoting practices that enhance both productivity and food quality.

When small farms become more resilient and better connected to support systems, they are able to contribute more effectively to local food systems. This has a direct impact on economic stability and community health, which are key components of sustainable development.

What differentiates integrated, community-centered models from more traditional agricultural development approaches?

I focus on integration and practical application. Rather than addressing agriculture, nutrition, and economic development in isolation, I approach them as interconnected systems.

I also emphasize the importance of data-driven decision-making combined with community-level insights. It is not enough to design solutions based solely on theory; they must be grounded in the realities of the communities they are meant to serve. This balance between data and lived experience is critical to developing effective and sustainable interventions.

Looking ahead, what strategic priorities should stakeholders focus on to build more resilient and inclusive food systems?

There is a need for stronger alignment between policy, research, and community implementation. Many effective solutions already exist, but scaling them requires better coordination across institutions and stakeholders.

There is also a need to invest more in small and limited-resource farmers, as they play a critical role in local food systems. Supporting them with the right tools, information, and access can significantly improve food security outcomes.

Finally, integrating nutrition more intentionally into agricultural systems will be essential. Sustainable food systems should not only produce enough food but should also ensure that the food contributes to long-term health and well-being.

What is your long-term vision for advancing sustainable agriculture and nutrition systems?

My long-term goal is to contribute to the development of scalable, evidence-based systems that improve food security and nutrition outcomes in underserved communities. I am particularly interested in designing models that can be adapted across different regions while remaining responsive to local contexts.

Ultimately, the objective is to build food systems that are not only productive but also equitable, resilient, and sustainable, systems that support both livelihoods and health outcomes over the long term.