In the height of the Dust Bowl, on March 21, 1935, a soil scientist named Hugh Bennett testified before Congress. He was attempting to save his beloved Soil Erosion Service (SES) which would run out of funding in just a few months. As Bennett was concluding his testimony, an omen of biblical proportions swept across Washington. A dust storm which Bennett’s team had predicted darkened the sky over the Capitol building. As one biographer eloquently described:
[The congressmen] gathered at a window. The dust storm for which Hugh Bennett had been waiting rolled in like a vast steel-town pall, thick and repulsive. The skies took on a copper color. The sun went into hiding. The air became heavy with grit. Government’s most spectacular showman had laid the stage well. All day, step by step, he had built his drama, paced it slowly, risked possible failure with his interminable reports, while he prayed for Nature to hurry up a proper denouement. For once, Nature cooperated generously.
In no small part because of Bennett’s impressive combination of agronomy and showmanship, Congress soon passed the Soil Conservation Act of 1935, establishing a permanent Soil Conservation Service under the U.S. Department of Agriculture (USDA) with Dr. Bennett at the helm. Over 90 years later, the renamed Natural Resources Conservation Service (NRCS) remains as one of the most unique and innovative federal programs that most people have never heard of.
Most federal programs born in a crisis don’t outlast the crisis by much; NRCS outlasted the Dust Bowl by nine decades because it built something durable. It built a working method for getting private landowners to change how they treat their own land without mandates. Much of NRCS’s success comes from being a remarkably de-federalized federal program that focuses on developing “new tools, technologies, and strategies to support next-generation conservation efforts on working lands and develop market-based solutions to resource challenges.”
As with any federal program, the NRCS’s record is mixed. The same agency that built its legitimacy on voluntary, locally run conservation districts, also spent the 1930s utilizing USDA aerial photography to impose a single federal grid on how the landscape would be measured and understood. A survey plane can count acres, but it cannot tell a well-drained loam from an eroding clay hillside or ask the owner about their preferred land use. The 1994 renaming came about because of a Clinton-era reorganization built to cut USDA’s personnel costs by billions and sold under Vice President Gore’s promise to reinvent government. The mission-expansion was attached after the fact. Yet, farmers appear to trust the NRCS, the agency that talked them into conservation, far more than they trust other federal programs. And the NRCS’s successes are arguably some of the most impactful both in terms of conservation and in terms of agricultural innovation.
That history is worth examining. Today, NRCS runs one of the few federal programs built to develop, evaluate, fund, and deploy actual agricultural innovation. What NRCS got right, what it got wrong, and what the agency should do better are questions that go well beyond agricultural policy. NRCS is a rare federal case study, nine decades long, in what happens when Washington tries to change behavior without simply ordering it. Tech, telecom, and AI policy are all running some version of the same experiment right now, mostly without knowing it.
What NRCS Got Right
Bennett saved the SES in 1935, but it survived because of what happened after. In 1937, Roosevelt sent every state governor model policy for soil conservation districts. These conservation districts would be governed by boards of farmer-landowners and formed only by a referendum of the farmers who would live under them. For its part, the federal government promised to supply scientists and surveyors to work in any district that asked for them. Driven by hometown pride for their man in Washington, Bennett’s home of Anson County, North Carolina was the first district to organize and, by the end of the 1940s, every state in the Union had passed some version of Roosevelt’s model law. Organized around the National Association of Conservation Districts, nearly 3,000 districts—”almost one in every county”—still operate on the terms laid out in the 1940s. This unique, localized arrangement gave the Soil Conservation Service a permanent local constituency that considered the agency its own.
The modern NRCS still operates under that model. A farmer in any one of those 3,000 districts can walk into a county field office and get free help from a conservation planner who assesses the land and drafts a plan around the owner’s goals, whether or not any money ever changes hands. When money does change hands, it moves through cost-share under the Environmental Quality Incentives Program (EQIP), the USDA’s flagship working-lands conservation program, funded through congress in the Farm Bill. NRCS co-invests in roughly 200 approved practices. Between 2009 and 2018 it obligated over $13.8 billion through cost-share contracts with more than 384,000 farmers and ranchers covering over 115 million acres.
The approved practices under EQIP include everything from cover crops and hoop houses to prescribed burns and brush management, but practice availability varies by state. For example, irrigation land leveling—regrading cropland so surface water flows uniformly across a field—is used almost exclusively for flood-irrigated crops such as rice, and so is prominent in a state like Arkansas which is the nation’s top rice producer. In contrast, a state like Vermont that primarily produces dairy and timber has practically no need for irrigation land leveling. Ranking and availability is notably localized as working groups of area conservationists and producers choose which resource problems matter most in their community. For example in Nebraska, those specified local priorities carry a quarter of an application’s ranking points.
That system has one structural weakness; EQIP can only pay for practices already on its approved list. A cost-sharing schedule requires a settled practice standard, and a settled standard requires evidence and approval. Somebody has to generate that evidence on real farms before a new technique can enter the catalog. That is the job of the Conservation Innovation Grants program (CIG), created in the 2002 Farm Bill and funded out of EQIP’s appropriation. CIG runs competitions for projects that field-test conservation approaches too new to have a practice standard, such as precision nutrient tools, tech-enabled grazing arrangements, and market mechanisms like water-quality trading.
Two design choices make CIG better than the average federal innovation program. First, grantees have skin in the game since awards require matching funds, so a university, co-op, or company that wins CIG money is investing alongside the federal government. Second, since 2018, the program has run “On-Farm Conservation Innovation Trials” which pay producers to test practices on working land rather than confining experiments to research stations. The output of CIG is built to produce is a practice standard. Few federal research programs can say what happens to their successes. For CIG, the successes are visible in farms and fields across the country.
What NRCS Got Wrong
Successful innovation for a conservation agency means one specific thing: the speed at which a technique that works on a test plot becomes a practice a farmer in any county can get help adopting. By that measure, the agency built to spread new farming methods has become slow at acquiring them. The bottleneck is the practice catalog. Everything NRCS delivers is directly downstream from that catalog and the road into the catalog is long, narrow, and lightly funded.
First, as with all government programs, there’s the money. The CIG program is the agency’s designated engine for finding new practices and, since 2004, it has invested $528 million across 923 projects. Averaged over two decades, that is roughly $24 million a year. Compare that to the total $2.655 billion Congress gave USDA for EQIP in FY26 and the difference is striking. EQIP spends more in an average week than CIG spends in a year. The agency devotes over ninety-eight cents of every dollar on deploying the existing catalog and pennies on expanding it.
The timeline may be worse than the budget. A CIG project typically runs one to three years, but the pipeline it feeds runs longer. Any promising technique enters the catalog through an Interim Conservation Practice Standard. To become an interim standard, a request is first vetted by a State Technical Guide Committee, then by a national subject matter expert, followed by a three-year evaluation period. At the end of the evaluation period, the practice is evaluated and recommended to either become a new national standard, be folded into an existing standard, or discontinued. States can request, and often receive, extensions. A practice that survives all of that still awaits a Federal Register comment cycle and state-by-state adoption, for which states get up to a year after a national notice takes effect. Add it up and a technique proven on real farms in 2026 reaches the full national catalog around 2031. Five growing seasons is a long time for a proven idea to sit in administrative escrow. To make matters worse, the agency publishes no deadline for the front half of the process at all.
None of these are failures of mission or of the people in the field offices. They are failures of self-conception. Bennett’s agency in the 1930s was intended to protect the soil and help end the Dust Bowl, which it did quite well. When NRCS’s mission was expanded, the institution kept that Hippocratic mindset to first do no harm to the soil. But, in doing so, it has unintentionally delayed the very kinds of innovative research and development that saved our nation’s farms and grasslands.
This is not meant to be a sweeping indictment of NRCS or the CIG program. It is meant to demonstrate that institutional caution is a design variable. The agency that field-tested terracing on demonstration farms in 1936 and the agency that takes five years to approve an interim practice standard are the same institution running at different settings. Congress and USDA set those settings. Either can reset them. The caution protecting the catalog was earned honestly, over ninety years of not wrecking anyone’s farm. The problem is that an agency built to spread proven practices cannot afford a definition of “proven” that runs half a decade behind the farmers it serves.
Fortunately, the problems of NRCS are ones of culture, not of structure. NRCS still produces real results for both farmers and the environment and, when we compare NRCS’s innovation cycle to other federal programs, it is clear that while a five year timeline can and should be improved, CIG still ranks among the most innovation-forward federal programs around. What also sets CIG apart is that its successes are tangible, whether it’s GPS tracking collars for more efficient cattle grazing rotation or solar powered irrigation systems for water-scarce tribal lands. With some prodding from Congress or the Secretary of Agriculture, NRCS could easily dedicate more resources to CIG and see real results for American farmers sooner. Most other federal programs focused on innovation are not so fortunate as to have a simple solution.
The Transferable Lesson — What Other Policy Domains Should Steal
The reason CIG has a simple solution and most federal innovation programs do not is, quite simply, that CIG was built on top of an efficient innovation delivery system. When a CIG project proves a practice works, it hands the result to a ninety-year-old machine of field offices in nearly every county and district boards that were designed to move techniques onto private land. The innovation and distribution were joined from the start. Underfund the first and you get a slow trickle of new practices, which is CIG’s problem. Underfund or pass innovation off to an incompetent bureaucracy and you get a mountain of research nobody uses, which is exactly what the Department of Defense, Defense Innovation Board found in their review of the Small Business Innovation Research (SBIR) program. Only 16 percent of awardees ever transitioned to a fully deployed innovation.
The SBIR program is the clearest case of an innovation program that never built a functional deployment system. Under SBIR, every federal agency with a large research budget must route a fixed slice of its budget towards small firms in phases. The first phase is a small grant to test a concept, then comes a larger grant to build a prototype, and then, in theory, a commercial contract. The gap between those last two steps is where SBIR breaks down. The stretch between a finished prototype and a production contract is known in the field as the “valley of death,” and SBIR has no bridge across it, because, unlike NRCS, it has no standing system that was built to adopt what it funds. A prototype proven on SBIR money has to find its own program office, its own contract vehicle, and its own customer. Most prototypes can’t traverse the valley of death of the Small Business Administration does little to help them navigate. FAI Fellow, Lars Schönander has provided helpful deep-dives into how to fix SBIR.
The National Institutes of Health’s (NIH) innovation-to-deployment cycle show the timeline problem at a scale that makes CIG’s five years look brisk. It is commonly estimated that roughly seventeen years pass between a research finding and its arrival in routine clinical practice. NIH’s response to this realization was to stand up a translational-science center and bring institutions under it a national network whose entire job is to shorten the trip from bench to bedside. That is the right instinct but it remains to be seen how effective it will be. It is also an admission that the world’s largest biomedical research funder spent decades discovering things faster than it could deliver them.
The National Science Foundation is the encouraging case, partially because it has already stolen two of the lessons NRCS teaches. NSF caps how often an applicant may apply to two pitch submissions a year, and allows no more than three submissions regardless of topic or timeline. And, through its I-Corps program, NSF does something CIG’s on-farm trials mastered: it forces the inventor out of the lab to test whether anyone actually wants the thing before more money follows. Neither fix is complete, but together they show the NRCS principles are portable.
Artificial intelligence governance, so far, runs almost entirely on the voluntary, standard-setting model which is constituted entirely of commitments and technical frameworks companies voluntarily choose to make and follow. This is comparable to the conservation-district model in embryo, and it can work, but the NRCS record is emphatic about what makes voluntary participation hold: the participants have to own the standard, and a credible technical body has to help them meet it. The districts survived because farmers voted them into being and could call on federal expertise when they asked for it. The equivalent for AI is a standards body that firms treat as theirs and a technical-assistance function that helps them comply rather than merely audits whether they did. Perhaps we can call it the Center for AI Standards and Innovation (CAISI) and have it headquartered at the National Institute of Standards and Technology.
Telecom has the opposite problem, but NRCS’s lessons hold. Broadband innovation policy has run mostly on the subsidy route of one-shot grants to carriers with attached conditions. This is precisely the payment-for-compliance approach that other USDA direct-payment-programs use, and which buy exactly as much cooperation as is paid for. NRCS’s districts outlasted those programs because they were institutions, not transactions. A broadband strategy built on some standing local body with its own stake in whether the network gets used would be a strange design by current telecom standards, and it is the only design in this whole history that has lasted ninety years.
The thread through all of it is that invention is the easy half. Bennett’s dust storm bought a budget, but it was the deference to local governance and deployment that has upheld NRCS. SBIR funds prototypes and loses them in the valley of death. NIH funds discoveries and waits seventeen years. Both are missing a standing system, owned by the people it serves, for turning a proven idea into a practice on the ground. The domains now reaching for federal innovation policy, from AI to broadband to whatever comes after, could fund a decade of grants and still fail for want of deployment. The lesson is clear: build the road before the grant, tie the grantee’s own stake to the outcome, and never let the budget for discovery grow so far ahead of the means of delivery that good ideas sit while the problems they solve get worse.
