The Environmental Impact of Almond Milk Production

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Flowering almond tree farm in bloom
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Almond milk has become one of the most popular dairy-free alternatives worldwide. Its creamy texture and nutty taste have made it a staple for vegans, those who are lactose-intolerant, and anyone looking to reduce their reliance on dairy. But behind its rise lies a more complex story: the environmental impact of almond farming and almond milk production.

This post explores the true footprint of almond milk—its water demands, reliance on pesticides, strain on pollinators, and effects on ecosystems—while also highlighting sustainable practices and consumer choices that can help balance the scales.

What Almond Milk Is and Why It’s Popular

Almond milk is made by blending almonds with water and straining out the solids, creating a plant-based drink often fortified with vitamins and minerals.

The almond milk market is expected to more than double from $5.2 billion in 2020 to $10.3 billion by 2028 (Grand View Research). Its popularity stems from:

  • Rising adoption of plant-based diets
  • Concerns over animal welfare and climate impact of dairy
  • The perception of almond milk as a lighter, healthier option

But popularity comes with responsibility—and almond milk has its own environmental challenges.

Environmental Impacts of Almond Milk

1. Water Use and Scarcity

Almonds are water-intensive. On average, it takes over a gallon of water to grow a single almond (Science of the Total Environment). In California, where over 80% of the world’s almonds are grown, this places enormous pressure on already scarce water resources.

When scaled up to millions of trees, the water demand for almond milk production raises difficult sustainability questions—especially during drought years.

What’s being done: Leading producers have begun adopting drip irrigation, soil moisture sensors, and regional water-saving initiatives.

2. Pesticides and Soil Health

Almond orchards are vulnerable to pests and disease. Heavy reliance on chemical pesticides can contaminate waterways, harm pollinators, and disrupt surrounding ecosystems.

Some producers now use integrated pest management (IPM), combining biological controls with reduced pesticide use. Building healthy soils through cover crops and organic amendments also reduces dependence on chemical inputs.

3. Pollination and Bee Stress

California’s almond bloom each February is the largest managed pollination event in the world, requiring nearly 70% of the U.S. commercial honeybee colonies.

The scale stresses bee populations, contributing to colony collapse and weakening pollinator ecosystems. Supporting bee-friendly farming practices—like reduced pesticide spraying during bloom, and planting pollinator habitat—is essential for long-term balance.

4. Land Use and Biodiversity

The expansion of almond orchards often means converting grasslands or wetlands into monoculture farms. This disrupts habitats and reduces biodiversity.

Encouraging agroforestry practices, hedgerows, and habitat corridors can soften these impacts, allowing almond farming to coexist with wildlife.

Sustainable Practices in Almond Milk Production

Several leading almond milk brands have begun taking steps toward sustainability, offering examples for the wider industry:

  • Califia Farms invests in water-smart irrigation and supports California water conservation programs.
  • Blue Diamond Growers (Almond Breeze) applies integrated pest management and trains growers in sustainable practices.
  • Silk (Danone North America) promotes soil health with cover crops and organic amendments, reducing reliance on synthetic fertilizers.

These shifts are part of a broader move toward circular economy thinking in agriculture—reducing inputs, regenerating soils, and keeping ecosystems resilient.

What Consumers Can Do

While industry action is critical, consumer choices matter too. Here’s how you can support a more sustainable almond milk system:

  • Choose responsible brands that disclose sustainability initiatives.
  • Diversify plant-based milk choices (e.g., oat, soy, hemp, pea) to spread agricultural demand.
  • Reduce waste—buy only what you’ll use, and recycle cartons.
  • Support pollinators by planting native flowers or backing bee-friendly initiatives.

These small shifts ripple outward, helping reshape how food systems balance human demand with ecological resilience.

Final Thoughts

Almond milk illustrates a broader truth: even “sustainable” alternatives carry environmental costs. High water use, pollinator stress, and pesticide reliance show that no solution is impact-free. But when producers embrace sustainable farming, and consumers support those choices while diversifying their diets, almond milk can remain part of a climate-conscious future.

The challenge—and opportunity—lies in building a system where plant-based foods like almond milk are not only popular but also regenerative.

Author

  • Ash Gregg

    Ash Gregg, Founder & Editor-in-Chief of Uber Artisan, writes about conscious living, sustainability, and the interconnectedness of all life. Ash believes that small, intentional actions can create lasting global change.

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