
Could the answer to climate change be right beneath our feet? "The Soil Will Save Us" reveals how regenerative agriculture pioneers are harnessing soil's carbon-capturing superpowers. Featured in the award-winning documentary "Kiss The Ground," Ohlson's hopeful vision sparked grassroots environmental movements worldwide.
Kristin Ohlson, bestselling author of The Soil Will Save Us: How Scientists, Farmers and Foodies are Healing the Soil to Save the Planet, is an award-winning environmental journalist and advocate for regenerative land practices. A Portland, Oregon-based writer, Ohlson combines scientific rigor with accessible storytelling to explore humanity’s role in healing ecosystems, a theme central to her work. Her expertise spans soil health, climate solutions, and cooperative relationships in nature, informed by collaborations with researchers and farmers.
Ohlson’s work has appeared in The New York Times, Smithsonian, and Discover, and she is featured in the documentary Kiss the Ground, amplifying her message about soil’s role in combating climate change. Her other books include Sweet in Tooth and Claw, which examines mutualism in nature, and the New York Times bestselling Kabul Beauty School, co-authored with Deborah Rodriguez.
A recipient of the American Society of Journalists and Authors’ Best Nonfiction Book Award, Ohlson’s writing has been anthologized in Best American Science Writing and Best American Food Writing. The Soil Will Save Us helped catalyze global conversations about regenerative agriculture and remains a cornerstone text in environmental literature.
The Soil Will Save Us argues that restoring soil health through regenerative practices can reverse climate change by capturing atmospheric carbon. Kristin Ohlson critiques industrial agriculture’s role in depleting soil carbon and highlights solutions like agroecology, which leverages microorganisms to rebuild soil ecosystems. The book blends science, farming stories, and environmental advocacy to propose a low-tech fix for global warming and food systems.
This book is ideal for environmentalists, farmers, scientists, and food enthusiasts seeking sustainable solutions to climate change. It also appeals to readers interested in soil biology, regenerative agriculture, or the intersection of food systems and ecology. Ohlson’s accessible style makes complex scientific concepts engaging for general audiences.
Yes—it’s praised for transforming perceptions of soil from “dirt” to a vital climate ally. Experts like Bill McKibben endorse its message, and it’s lauded for making soil science actionable through real-world examples of farmers and researchers successfully sequestering carbon. Critics note its optimistic tone but acknowledge its compelling call to rethink agriculture.
Ohlson explains that soil microorganisms convert carbon dioxide from plant roots into stable soil organic matter. Regenerative practices—like no-till farming, cover cropping, and managed grazing—enhance this process by fostering microbial activity. Healthy soils act as a “massive biological machine,” storing carbon and improving resilience against droughts and floods.
The book advocates for regenerative techniques:
Microorganisms like bacteria and fungi form symbiotic relationships with plant roots, exchanging nutrients for carbon. They create humus, a carbon-rich substance that improves soil fertility and water retention. Ohlson likens healthy soil to a “coral reef” teeming with life, emphasizing its role in sustaining ecosystems and mitigating climate change.
While optimistic, the book acknowledges skepticism about scaling regenerative agriculture. Ohlson counters by showcasing success stories, such as ranchers reversing desertification and farmers increasing yields without chemicals. She argues that soil restoration offers a tangible, underutilized tool for carbon drawdown.
Some critics argue the book oversimplifies challenges like transitioning global agricultural systems and understates political/economic barriers. Others note its focus on anecdotal evidence over systemic analysis. However, most agree it effectively sparks dialogue about soil’s untapped potential.
Ohlson suggests:
Ohlson authored Sweet in Tooth and Claw (2022), exploring cooperation in nature, and collaborated on Kiss the Ground, a documentary about soil’s role in climate solutions. Her work consistently bridges ecology, food systems, and human behavior.
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Soil carbon is like a cup of water. We've drunk half, but we can refill it.
Plants and soil microorganisms have developed the very first carbon-trading scheme.
The answer to our climate crisis might lie not in cutting-edge technology, but in the dirt beneath our feet.
We're consuming energy that originated from plants converting sunlight into carbon-based molecules.
We've released billions of tons of carbon from soil into the atmosphere.
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The answer to our climate crisis might be hiding in plain sight-or rather, just beneath our feet. While politicians debate carbon taxes and engineers design elaborate carbon capture technologies, the most efficient system for removing carbon dioxide from our atmosphere has been operating for billions of years. Our soil isn't merely dirt-it's a living ecosystem with remarkable potential to reverse climate change. What's truly astonishing is how we've overlooked this solution while desperately searching elsewhere. The numbers tell a sobering story: through plowing, deforestation, and poor land management, humans have released 50-80 billion tons of carbon from soil into the atmosphere. Until the 1950s, most excess atmospheric carbon dioxide came not from burning fossil fuels but from how we treated our land. Yet this problem is reversible. As soil scientist Rattan Lal puts it: "Soil carbon is like a cup of water. We've drunk half, but we can refill it." When a ton of carbon enters soil, it removes over three tons of CO2 from the atmosphere-a powerful multiplier effect that could potentially sequester 3 billion tons of carbon annually.