Perennial Pastures Profitably Replace Cropland, Reduce Glyphosate Use
Confidence: developingPillar: Food Systems & GrowingThe Pattern
A clear trend is emerging where profitable agricultural systems are actively shifting away from glyphosate-dependent annual cropping and towards integrated regenerative practices. This includes the conversion of conventional cropland to perennial pastures and the implementation of holistic grazing techniques, leading to enhanced biodiversity and drought resilience.
What Evidence Points To It
Robin Motzer's field-tested projects demonstrate successful glyphosate elimination through agroecology. The Wiltse Family Farm profitably transitioned 500+ acres of cropland to perennial grasses. The Savory Institute and UC Davis research proves long-term regenerative grazing boosts drought resistance in rangelands through field-tested protocols for scaling self-sufficiency amid climate variability.
Why It Matters
Practitioners can now leverage proven methodologies for integrating grazing systems and cover crops to move beyond glyphosate dependency. This offers a pathway to increased profitability and ecological resilience in the face of climate variability, especially in drought-prone regions, by demonstrating that ecological health can be a financial boon.
What Remains Unclear
While profitability is demonstrated, the scalability of these shifts across diverse farm sizes and economic contexts remains to be fully explored. The long-term economic impacts of widespread adoption and potential market shifts for products from these systems are also not yet clear.
What To Watch Next
Monitor for increased adoption rates of cropland-to-pasture conversion programs, particularly in regions facing water scarcity. Watch for new financial incentives or insurance products supporting regenerative grazing and cover cropping for drought resilience.