How Soil Security Can Prevent Future Crises
The Ground Beneath Our Feet Is Disappearing
Every bite of food we eat, every drop of clean water we drink, and every breath of oxygen we take depends—often invisibly—on one of Earth’s most overlooked resources: soil. Yet across the globe, soil is being lost, degraded, or contaminated faster than it can be restored. One-third of the world’s soil has already been degraded, according to the United Nations. If current trends continue, living functioning soil may become a scarce commodity within just a few decades. This silent crisis threatens not just farms, but the global climate, ecosystems, and our future as a species.
Soil security is not a niche issue—it is foundational to food security, climate stability, clean water, biodiversity, and the survival of civilization itself. Without functional soil, the planet cannot support us. The good news? We still have time to act.
A Hidden Crisis Beneath Us
Soil is not just dirt. It is a living, breathing system made up of minerals, microbes, organic matter, water, and air. This complex web forms the basis for nearly all terrestrial life. But today, soil systems around the world are collapsing.
Agricultural overuse, deforestation, chemical contamination, urban sprawl, and climate change are combining to degrade soil faster than it can regenerate. Erosion strips away fertile topsoil, heavy farming disrupts microbial life, and pollutants make the ground toxic. As a result, soil is losing its ability to do what it has always done quietly—grow food, filter water, store carbon, and support ecosystems.
Crucially, soil itself is also in crisis. It is not merely a casualty of other environmental problems—it is the core of many of them. Without viable soil, we will face intensifying food shortages, collapses in biodiversity, water scarcity, and a runaway climate feedback loop.
Soil Is Existential
Soil is as existential to human survival as air and water. Without healthy soil, we cannot grow food. Without food, no civilization can survive. But soil does more than nourish crops.
Healthy soils store massive amounts of carbon, making them a frontline defence against climate change. They retain water, helping reduce flooding and drought risks. They are also among the richest habitats on Earth, housing over a half of all known biodiversity.
When we lose soil, we lose the ability to grow food, regulate our climate, and maintain ecological balance. In short, we lose the foundation upon which every society rests. This makes soil degradation one of the greatest long-term threats to humanity—on par with rising seas or global temperature rise.
What’s Being Done? Measuring, Monitoring, and Mobilizing
Across the globe, scientists, farmers, and governments are beginning to recognize the importance of soil health. Soil monitoring projects are underway on nearly every continent. Researchers are developing better tools to assess soil quality, map degradation hotspots, and understand the complex interactions within soil ecosystems.
Several countries have launched national soil strategies. Australia, for example, is a pioneer in defining and promoting the concept of soil security, which links soil health directly to national and environmental security. The European Union has adopted the Soil Mission as part of its Green Deal, aiming to restore soil health across member states by 2030. Meanwhile, regenerative agriculture movements are gaining ground, emphasizing practices like crop rotation, cover cropping, composting, and minimal tillage.
However, these efforts remain fragmented. There is no unified global framework to ensure soil security in the way we have agreements for climate or biodiversity. And time is running short.
What You Can Do. Elevating Soil in the Public Agenda
While soil might seem like a distant or technical issue, individuals and communities can play a powerful role in turning the tide. Here’s how:
Promote Soil Connectivity and Awareness
Start by raising awareness. Talk about soil security at schools, town halls, community gardens, and online platforms. The more people understand its importance, the more pressure governments will feel to act.
Support Soil-Friendly Policies
Advocate for regional and national soil protection and security policies. Push your representatives to include soil capacity, condition and health in climate and agricultural legislation. Encourage investment in regenerative farming practices and soil research.
Join or Start Action Groups
Get involved in or start community efforts focused on sustainable land use, composting, tree planting, or local food systems. Grassroots movements are often the spark for national change.
Vote With Your Fork
Choose food produced through sustainable or regenerative methods when possible. Supporting farmers who care for their soil helps scale up best practices.
Conclusion: Building a Global Soil Security Framework
Soil is not renewable on a human timescale—it can take 500 years to form a few centimetres of topsoil. If we allow this resource to collapse, we risk triggering a cascade of crises affecting food systems, ecosystems, and the climate.
But it doesn’t have to end this way.
What we need is a comprehensive, global soil security plan: one that includes regional soil conservation strategies, national monitoring systems, and ultimately, a global convention on soil security, akin to climate and biodiversity accords. This would formalize the responsibility of nations to protect the ground beneath their feet.
The soil crisis is urgent—but solvable. With enough awareness, political will, and collective action, we can restore the earth beneath us and ensure it remains fertile for future generations mitigating many future crises.

by Alex McBratney
Professor of Digital Agriculture & Soil Science ARC Laureate Fellow
Alex McBratney holds BSc, PhD and DSc degrees in soil science from the University of Aberdeen in Scotland, and the DScAgr degree from the University of Sydney for research in precision agriculture. He has made major contributions to soil science and agriculture through the development of the concepts of Pedometrics, Digital Soil Mapping and Precision Agriculture.