The US Rye Whiskey Boom: A Climate Solution with Room for Growth
Raising rye wheat crops has been hailed as a key strategy to combat climate change, particularly in regions like Colorado's San Luis Valley, where severe dust storms threaten agriculture. By planting more of the hardy grain, farmers can prevent soil erosion and protect crops from wind-driven destruction.
For Sarah Jones, a local farmer at the forefront of this initiative, rye is an overnight solution to the region's environmental woes. "We can literally prevent the dustbowl," she says. The San Luis Valley has seen a surge in acres dedicated to rye cultivation since 2024, as organizations like the Rye Resurgence Project connect growers with buyers interested in its unique terroir.
Cover cropping, a practice that involves planting crops between harvest cycles, is gaining traction nationwide. Research suggests it can increase water storage, prevent erosion, and enhance soil biology. Rye's deep roots allow it to absorb more carbon than other cover crops, making it an attractive option for farmers seeking environmental benefits.
However, scaling up this solution will require market changes. Currently, only 18% of US-grown rye is harvested, with the majority being grazed by livestock or left in the ground. To increase adoption, farmers need to be incentivized through better pricing and secondary markets.
Interest lies not just in using rye for whiskey production but also in incorporating it into a wider range of products, from animal feed to baked goods. The key is creating regional supply chains that enable local sales at grain elevators, thereby supporting smaller farms.
Some potential opportunities include the livestock feed market, particularly in Europe's trend toward hybrid rye varieties, which has shown positive effects on pig behavior and gut health. Ultimately, integrating rye into more mainstream food products could help unlock its full environmental benefits.
While enthusiasm is high among distillers, bakers, and consumers, sourcing local rye remains crucial to achieving most of these gains. The US currently relies heavily on Canadian imports, which hinders the potential for significant environmental impact within communities.
The journey ahead will require sustained effort from farmers, industry stakeholders, and policymakers. As Sarah Jones notes, "Save the climate by eating pizza." By embracing this underutilized grain and working toward a more comprehensive approach to sustainability, America's rye whiskey boom may indeed contribute meaningfully to combating climate change.
Raising rye wheat crops has been hailed as a key strategy to combat climate change, particularly in regions like Colorado's San Luis Valley, where severe dust storms threaten agriculture. By planting more of the hardy grain, farmers can prevent soil erosion and protect crops from wind-driven destruction.
For Sarah Jones, a local farmer at the forefront of this initiative, rye is an overnight solution to the region's environmental woes. "We can literally prevent the dustbowl," she says. The San Luis Valley has seen a surge in acres dedicated to rye cultivation since 2024, as organizations like the Rye Resurgence Project connect growers with buyers interested in its unique terroir.
Cover cropping, a practice that involves planting crops between harvest cycles, is gaining traction nationwide. Research suggests it can increase water storage, prevent erosion, and enhance soil biology. Rye's deep roots allow it to absorb more carbon than other cover crops, making it an attractive option for farmers seeking environmental benefits.
However, scaling up this solution will require market changes. Currently, only 18% of US-grown rye is harvested, with the majority being grazed by livestock or left in the ground. To increase adoption, farmers need to be incentivized through better pricing and secondary markets.
Interest lies not just in using rye for whiskey production but also in incorporating it into a wider range of products, from animal feed to baked goods. The key is creating regional supply chains that enable local sales at grain elevators, thereby supporting smaller farms.
Some potential opportunities include the livestock feed market, particularly in Europe's trend toward hybrid rye varieties, which has shown positive effects on pig behavior and gut health. Ultimately, integrating rye into more mainstream food products could help unlock its full environmental benefits.
While enthusiasm is high among distillers, bakers, and consumers, sourcing local rye remains crucial to achieving most of these gains. The US currently relies heavily on Canadian imports, which hinders the potential for significant environmental impact within communities.
The journey ahead will require sustained effort from farmers, industry stakeholders, and policymakers. As Sarah Jones notes, "Save the climate by eating pizza." By embracing this underutilized grain and working toward a more comprehensive approach to sustainability, America's rye whiskey boom may indeed contribute meaningfully to combating climate change.