Despite the monumental challenge of changing the industrial food system, Lengnick is hopeful. She appreciates the technological improvements from the industrial system, but understands that the system is self-limiting and must break out of its constraints to gain the multitude of benefits a diverse ecosystem provides, whether in the natural or human-social spheres.

Lengnick says that the existing industrial food system is ensnared in a “lock-in-trap” where agriculture converts to commodity production that overwhelms the healthy functioning of an ecosystem, reduces native plant biodiversity, overuses natural resources, increases pollution, and generally degrades natural and human systems like farm labor, food workers, and personal relationships in the areas where food is grown and served.

Resilience—or the ability of a person or system to bounce back withstand a disturbance—is the way forward and offers a set of tools, the “levers of transformation,” that can help farmers, ranchers, producers, and consumers adapt and thrive. In the case of food and ag systems, how farmers overcome extreme events, for example, drought or heat waves, are important to their survival. This is an especially big concern as human populations and prosperity grows, just as the world warms and injects more uncertainty amidst erratic climate events, like heat waves and floods.

To move towards a more resilient, sustainable food system means a shift of mindset, practice and policy. Lengnick states that society must recognize that “we’re in a lock-in-trap that’s been created. We have sunk massive amounts of resources both public and private into this industrial food system. And so the folks that are the stakeholders that are maintaining [the industrial] system have a lot to lose if we change.”

She says that one way she think about this “is we [as society] kind of double down on the current paradigm. It’s like it’s too risky. We know things are bad but it’s too risky to change so we’re just going to move on and hope that things get better. But the interesting thing is there’s also another human characteristic that happens sometimes in those conditions when you realize you have nothing to lose and you go for change. So there are those two characteristics.”

At this point the U.S. might not be ready for a full-scale shift to resilient food production, but there is a genuine yearning for transformation. Lengnick’s interactions with diverse groups of food-company people and farmers—conventional or sustainable—have been excited to incorporate elements of resilience into practice.

Soil quality is really rising to the top as an important goal, says Lengnick, and she notes that the kinds of conservation practices to reach that goal will differ depending on how crops are growing and the location of the soil. “So those practices would differ. But the goal of soil quality being a desirable feature on your farm is definitely on the minds of every farmer. And I saw lots of specific examples of that working with the National Farmers Union and also in North Carolina,” she says. “Right now my take on that is that they’re primarily interested in soil quality as a way to reduce variability, reduce the yield impact of variability of water of moisture exhaustion. So they’re very specifically seeing soil quality as a buffer.”

Overcoming variability and uncertainty through more resilient, regenerative agricultural practices is slowly seeping into the culture of industrial food and agriculture system, even if it’s not yet mainstream. Farmers and producers want to make sure their land and operations are more resilient, but the first thing to consider is that they run businesses.

To get interest you have to show that “[r]elatively simple changes to operations that are going to reduce cost because conventional farmers profit margins are, for a lot of them, nonexistent, and for many of them very thin…and what I hear from farmers is that they can’t justify experimenting with practices that are going to cost more money,” says Lengnick.

Lengnick emphasizes that farmers constantly strive to build adaptive capacity, a primary component of resilience, but industrial agriculture’s short-term incentives can lead to short-term thinking that hinders experimentation and place-based adaptation. Some groups like the National Farmers Union are meeting the climate challenge head on with practical guidance, like in their What Can Farmers Do About Climate Change? series, to which Lengnick contributed stories about dynamic cropping—or rotating crops to adapt to specific conditions—as part of a regenerative system. Many farmers are also interested in or pursuing other sustainable practices such as low or no-till, soil amendments and composting, efficient irrigation, permaculture and more.

Finding the Right Scale: Regionalism and the Metropolitan Foodshed

Part of the shift towards resilience is finding the right scale—or distance between locations—for food production and consumption. In Lengnick’s assessment, the regional level is the most suitable, in a unit she calls the Metropolitan Foodshed, which she’s written about in detail. Breaking the industrial food paradigm to focus on a more regional scale can offer benefits and greater resilience while still supporting a vibrant and diverse food economy.

The regional boundaries can be adjusted to a region’s specific physical and geographical context, but the bigger picture is that “we haven’t even begun to understand how a food system could become a catalyst for addressing all kinds of different social and environmental and financial problems in this country. The food system is a really powerful catalyst,” she believes. “And so I would hope that [skeptics of change] would be interested in looking at the possibilities that we could have the food system provide—a whole range of other benefits that we haven’t even thought about yet.”

Lengnick joins others that appreciate the benefits of the regional scale for food systems, noting that “the reason the regional scale is emerging is that is the scale you need to provide all the qualities of a resilient system to create the diversity that you need. Regions can support the critical needs of the region from within the region,” she says. “So these would be both material needs and then also waste management needs, which is this idea of modularity. And then regions are a large enough scale that we can create the wealthy asset base that systems need in order to be resilient.”

While it might seem implausible if not impossible to imagine food systems that aren’t driven by short-term thinking and instead produce healthy food for healthy communities all within a healthy environment, that’s just what’s needed if it’s ever to happen. Lengnick emphasizes the necessity of articulating a positive vision to create the future that’s desired, to create a new food paradigm. In that way, shared values can be assembled within the communities that will do the actual work. This builds social cohesion that can then connect with the cultural understanding and practices that the local (or regional) community already knows and values. That means working with knowledge and social bonds that are embedded in the community rather than blowing it up.

It also means that eaters must also be involved—which really means everyone—because their everyday food decisions send market signals to food companies and farmers. Additionally, public pressure focused on producers and policymakers can motivate them to institute incentives that promote long-term thinking and create more resilience and sustainability in food systems.

Above all, Lengnick has been steadily working throughout her career to help others see the big picture, to grab hold of the levers of transformation and join together to build a better future that they’ve always imagined.

This post originally appeared in Ecocentric, and is reprinted with permission.

Top photo: Resilient Agriculture author Laura Lengnick inspecting cucumbers in a high tunnel at Maple Spring Gardens in Cedar Grove, NC. (Credit: Climate Listening Project)