When most Americans talk about agriculture, they don’t start with emissions targets or land-use debates. They start with the price of food. Often, the mainstream environmental movement overlooks this reality, prioritizing solutions that may reduce environmental impacts but risk undermining an affordable, abundant, and reliable food supply. C3 Solutions’ research shows this is a false tradeoff. Innovation is the path to lower food prices, stronger farm economies, and better environmental outcomes.

C3’s newest report, “Food Affordability and Environmental Progress: How innovation kills two birds with one stone,” found that we don’t have to revert to ancient food production practices to leave the environment cleaner than it was yesterday, make more food affordable for Americans, and cut costs for the farmers and ranchers that produce the food we rely on. Instead, we must double down on innovation.

America is already leading the way. Today, American farmers and ranchers produce more food with fewer inputs, while farming less acreage and relying on a smaller workforce than in decades past. 

Yet, despite Americans already having some of the most affordable food in the world, one in four U.S. parents still struggles with food and housing insecurity. Since the pandemic in 2020, food prices have risen nearly 30 percent and remain high today. Supply chain disruptions, tariffs, droughts and disastrous weather, geopolitical conflicts, rising energy demand, and many other factors play into this. 

While many of these factors are out of policymakers’ control, one thing is abundantly clear: making agriculture more efficient is one of the most effective ways to protect American consumers from higher food prices during these fluctuations. 

Our research shows that innovation lowers costs across the food system. Not just on the farm, but throughout the whole food production process, including labor, energy, transportation, packaging, and processing. 

Federal agricultural policy often lags behind the innovations that are already working on the ground. NRCS conservation programs, for example, are still structured around practice standards that struggle to keep pace with change. New tools, such as precision nutrient application, virtual fencing, or advanced monitoring systems, can take years to be approved for nationwide use, even after they’ve proven effective in the field. Those delays raise costs for farmers. And when farm costs go up, food prices usually follow.

That’s why updating conservation practice standards matters. Ensuring that practices are evaluated at least every five years, with input from states and producers, would allow NRCS conservation programs like the Environmental Quality Incentives Program (EQIP) and the Conservation Stewardship Program (CSP) to keep pace with emerging technologies.

Research policy is another critical bottleneck. Many of the most promising cost-saving technologies, including advanced sensors, automation, data analytics, and energy efficiency tools, sit at the intersection of agriculture, energy, and national security. Yet federal research efforts remain fragmented across agencies, creating duplication and slowing progress.

>>>READ: The Cleaner Side of American Beef

Strengthening interagency research partnerships between the Department of Agriculture and agencies like the Department of Energy, the National Science Foundation, and the Department of Defense would accelerate the development of innovative technologies that lower input costs, improve resilience, and reduce emissions. 

Precision agriculture technologies such as GPS guidance, soil mapping, and variable-rate application can deliver cost savings for farmers while reducing environmental impacts. Despite this, access to these tools remains limited, particularly for small and mid-sized producers. Expanding eligibility for precision agriculture equipment through existing USDA programs would help close that gap, improving affordability for consumers by lowering production costs across a broader share of farms.

Congress can also help lower food prices by making it easier for cost-saving technologies to reach the market. One challenge highlighted in the report is that many biobased materials used in food packaging are expensive, not because they don’t work, but because companies can’t afford to scale them. Without pilot and demonstration facilities, promising materials stay stuck in the lab, keeping packaging costs high. Supporting early-stage biorefinery development would help bring these materials to scale faster, lowering packaging costs and reducing reliance on petroleum-based plastics.

Labor costs are another major pressure point for food prices, especially for fruits and vegetables. Many of the foods Americans buy still depend heavily on manual labor. When growers can’t find enough workers, costs rise. Helping farmers adopt mechanized and automated tools, from planting to harvesting, would reduce labor bottlenecks, stabilize production, and keep fresh food more affordable without compromising quality or safety.

C3’s research shows that the fastest way to keep food affordable is to make agriculture more efficient. When farmers can do more with fewer inputs, costs come down. Groceries become more affordable for American families, farmers and ranchers are better positioned to stay in business, and the environment is cleaner than it was yesterday.

America’s farmers and ranchers are already proving this works. Now it’s up to policymakers to remove unnecessary barriers, modernize outdated programs, and invest in the technologies that lower food prices. That isn’t just good farm policy. It’s one of the most practical ways to help families afford food.

The views and opinions expressed are those of the author’s and do not necessarily reflect the official policy or position of C3.