The Trump administration’s US$700 million Regenerative Pilot Program, announced in late 2025, is one of the most significant federal investments in sustainable farming practices in recent history. It was greeted with widespread, almost reflexive approval by everyone from environmental groups and farm organisations to public-health advocates. But few people paused to ask what exactly “regenerative” and “sustainability” mean. 

Beneath the agreeable language of soil restoration and ecological harmony lies a modern “sustainable agriculture” movement that rejects some of the technologies responsible for the greatest environmental and humanitarian advances in the history of food production. What began as a legitimate critique of soil erosion, chemical misuse, and monoculture farming has hardened into something closer to ideology, often characterised by suspicion of modern science and hostility to innovation.

Early advocates of sustainable agriculture focused on measurable outcomes: reducing erosion, improving nutrient efficiency, conserving water and protecting its quality, and preserving long-term productivity. Their questions were pragmatic—what works, under what conditions, at what cost?

These advocates became prominent in the 1970s and 1980s, often working outside mainstream agricultural institutions. Wes Jackson at The Land Institute championed perennial polyculture systems that mimicked prairie ecosystems, arguing that annual monocultures inherently degraded soil. His research teams spent decades developing perennial grain crops that could anchor topsoil while producing good yields, in order to address the erosion crisis that had plagued industrial agriculture.

Meanwhile, farmers like the Rodale family in Pennsylvania championed organic agriculture. The Rodale Institute farm compared organic and conventional methods, measuring variables such as soil carbon levels, earthworm populations, water infiltration rates, and economic returns. They claimed positive results for organic versus conventional agriculture that have not been replicated in real-world settings.

The sustainable agriculture working groups that formed during this era—often combining farmers, agronomists, and soil scientists—focused on replicable techniques. They documented cover cropping strategies that built nitrogen naturally, tested integrated pest management protocols that reduced chemical inputs without sacrificing pest control, and refined no-till methods that preserved soil structure.

Over time, however, sustainability rhetoric shifted. Practices were judged not by their environmental footprint but by whether they “looked natural.” Inputs were condemned not because they caused harm, but because they were somehow “unnatural.” Scale itself became suspect, as if large farms were inherently less ethical than small ones. This transformation mirrors broader cultural trends: the romanticisation of pre-industrial systems, suspicion of expertise, and a moral elevation of “naturalness” that has little grounding in reality.

Yet, the true believers continue to reject conventional “industrial”farming in favour of more “natural,” “organic,” “sustainable”—and significantly more expensive—offerings, ignoring the fact that industry and governments are constantly tweaking the definition of “organic” in ways that permit the use of ever more chemical fertilisers and pesticides because organic farmers would be unable to function without them.  

Nowhere is the paradoxical nature of the sustainable agriculture movement more obvious than in its hostility toward molecular genetic engineering. Genetically modified organisms (GMOs) are routinely portrayed as unnatural, risky, or ethically suspect—despite decades of research, regulatory scrutiny, and real-world use demonstrating otherwise.