KIND's Big Bet: How Regenerative Almonds Are Reshaping Big Ag

NEW YORK, NY – June 24, 2026 – Snack giant KIND has announced a landmark achievement that sends a significant signal across the global food industry: half of its entire almond supply is now sourced from farms practicing regenerative agriculture. This milestone, reached just three years into its ambitious KIND Almond Acres Initiative, puts the company squarely on track to meet its 2030 goal of 100% regenerative sourcing and suggests that what was once a niche, idealistic farming concept is now a viable, scalable business strategy for major corporations.

As one of the largest almond buyers in the United States, the Mars-owned brand’s progress offers a potent case study in how large-scale food production can pivot toward environmental stewardship without sacrificing operational efficiency. The initiative, launched in 2023 in partnership with global ingredient supplier ofi, was designed as a “living, learning lab” to test and validate practices that could future-proof the company’s hero ingredient against the mounting pressures of climate change, particularly in the heart of almond country: California.

The Business Case for Going Green

For years, sustainability in agriculture has been framed as a cost center or a marketing expense. The KIND Almond Acres Initiative, however, was designed to challenge that narrative by generating hard data on the economic viability of regenerative practices. After expanding from an initial 500-acre pilot in Madera to nearly 1,000 acres across different climates, including a drier site in Bakersfield, the results demonstrate that sustainability and profitability are not mutually exclusive.

The most compelling evidence lies in the operational efficiencies gained. Participating farms saw a stunning 33% reduction in the need for synthetic nitrogen fertilizer, a costly input with a significant environmental footprint. This reduction is a direct result of improved soil health, where practices like planting cover crops and applying compost naturally enhance fertility. Furthermore, the pilot drove a 19.5% overall gain in water management efficiency, a critical metric in water-stressed California. Some specific technologies tested, like subsurface drip irrigation, slashed water use by as much as 30% by delivering water directly to the roots and minimizing evaporation.

"The KIND Almond Acres Initiative has proven that regenerative agriculture is a scalable, operational engine," said Daniel Calderoni, CEO of KIND North America. "By sharing our outcomes and learnings, we are aiming to move the needle in encouraging the industry to build a more sustainable supply chain – one that's better for the planet and for business."

This approach directly addresses one of the biggest hurdles to widespread adoption: farmer risk. Transitioning to regenerative methods requires upfront investment and a departure from decades of conventional practice. By co-investing with suppliers like ofi and partnering with non-profits like Mad Agriculture, which provides agronomic and financial support to farmers, KIND is helping to de-risk this transition and build a clear business case that other companies can follow.

A Blueprint for California's Water and Soil Crisis?

California produces approximately 80% of the world's almonds, an industry that has faced intense scrutiny over its environmental impact, especially its water consumption. With the state grappling with recurring, severe droughts, the long-term viability of this multi-billion-dollar crop depends on radical improvements in resource management. KIND's initiative provides a potential blueprint for how to achieve this.

The pilot’s focus on soil health is central to its success. Decades of conventional farming have left much of the Central Valley's soil with depleted organic matter, reducing its ability to hold water and nutrients. Regenerative practices—such as planting cover crops, using compost and biochar, and practicing whole orchard recycling—work to reverse this damage. By increasing soil organic carbon, the farms in the pilot not only sequestered more carbon (contributing to a 28% decrease in carbon intensity) but also transformed the soil into a more effective sponge. Experts note that a mere 1% increase in soil organic matter can enable an acre of land to hold an additional 20,000 gallons of water, a game-changing benefit in an arid climate.

This science-backed approach is reinforced by collaborations with leading research institutions. Partnerships with UC Davis and UC Merced, alongside non-profits like the California Water Action Collaborative (CWAC), ensure that the data is robust and the practices are rigorously tested. This academic and non-profit validation elevates the project beyond a simple corporate initiative, contributing to a public body of knowledge that can help the entire industry adapt.

A Ripple Effect Through the Industry

KIND is not operating in a vacuum. Its progress is part of a broader, accelerating trend within the almond industry. The Almond Board of California has its own ambitious 2025 goals, including a 20% reduction in water use and achieving zero waste in orchards. Competitors are also making significant strides. Blue Diamond Growers, a massive farmer-owned cooperative, has received a $45 million USDA grant to expand its own climate-smart orchard programs, while coalitions like The Almond Project bring together brands like Simple Mills and Daily Harvest to test and scale regenerative practices.

What sets KIND's effort apart is its rapid move from pilot to large-scale implementation and its commitment to transparency. By openly sharing data from its AtSource platform, which uses a Carbon Trust-certified calculator, the company is providing a replicable model for others.

"KIND is moving quickly from a test environment to large-scale implementation," noted Zac Ellis, Senior Director of Agronomy at ofi, North America. "In almond orchards, a variety of regenerative practices such as cover crops, lower-carbon fertilizers, compost, and biochar can directly enhance ingredient quality and resilience. We are proud to partner with KIND to help demonstrate a model that can be replicated and scaled across the broader industry."

This shift signals a new competitive landscape where sustainability is no longer a fringe benefit but a core component of supply chain resilience and brand value. As consumers become more aware of the environmental footprint of their food, the ability to demonstrate tangible, verified improvements like those from the KIND Almond Acres Initiative will become a critical market differentiator.

From Orchard to Global Strategy

The initiative's significance extends far beyond a single snack bar or ingredient. It serves as a powerful proof point for the overarching sustainability strategy of its parent company, Mars, Incorporated. Under its 'Sustainable in a Generation Plan,' Mars has committed to halving its value chain emissions by 2030 and investing over $1 billion to accelerate this transition. With agriculture accounting for nearly 60% of Mars' total greenhouse gas footprint, successful regenerative projects are not just beneficial—they are essential.

KIND's work in its almond supply chain provides a tangible example of how these top-level corporate goals translate into on-the-ground action. It demonstrates a pathway for decarbonizing a key commodity while simultaneously building resilience against climate-related disruptions. As companies like Mars work to secure their supply chains for the coming decades, the lessons learned in the almond orchards of Madera and Bakersfield will inform strategies for crops like wheat, cocoa, and coffee around the globe.