The silence beneath our feet

While the evening news speaks of drones and violence, the quietest news passes unnoticed: the disappearance of the soils that carry us. Forests, grasslands, and peatlands quite literally keep the earth in balance. Yet their voices are rarely loud.

We hear daily about conflicts and crises, but seldom about the slow vanishing of what keeps us alive. Behind the numbers about CO₂ lies a story of soil, roots, and water, of natural systems that have protected our planet for millennia.
This piece is an attempt to pause for a moment and reflect on what is truly disappearing.

This morning I sat at the kitchen table with a cup of coffee as the VRT news began. First came reports of drones spotted over military zones. Then the latest stabbings in Brussels. And at the very end, tucked between sports and the weather forecast, came a near-casual line: Belgium does not have enough grassland and forest to store its own carbon.

It was a sentence that barely lingered, and it wasn’t new either. Yet that was where the real news began. Not with what flies. Not with what stabs. But with what disappears.
We have shrunk the soil beneath our existence into a footnote. While we juggle numbers, we are losing the ground from which everything grows.

There is something unsettling about the order in which we listen. We’re startled by visible threats, but not by what vanishes quietly. And so we become entangled in the urgency of the day, while the real danger hides not in the headlines but in the landscape.

For millennia, the earth has kept its carbon in balance. A series of natural processes moves carbon through air, water, and soil, placing it where it’s needed. Part of that cycle keeps our planet livable. Without greenhouse gases, Earth would be a frozen –18 degrees. With too many, it becomes like Venus, where surface temperatures reach four hundred degrees. The carbon cycle has long protected us from such extremes.

Now and then, a volcano sent a burst of carbon into the air, but forests and oceans absorbed it and restored equilibrium. What nature could absorb over thousands of years, we have pulled to the surface in just a few centuries. Oil, coal, gas, the remains of millions of generations of plants and animals, we burn, adding billions of tonnes of carbon to the air each year. The scale is so immense that the natural cycle can no longer keep pace.

Still, there are forces that cushion us, a thin line not yet broken. Thankfully, oceans and vegetation have continued to take up part of the burden. Roughly half of all emissions since the Industrial Revolution has been absorbed by forests and seas.

But that balance trembles. Forests disappear, the ocean warms and loses its ability to bind carbon. What the earth can no longer store remains suspended above our heads.

Below the surface, unseen forests of phytoplankton—microscopic algae—work to capture carbon. When they die, they sink slowly into the deep in what scientists call “marine snow”: flakes of life and decay drifting for weeks toward the ocean floor. There, the carbon disappears from the system for centuries, a slow and silent process, but essential.

Meanwhile, forests, grasslands, and peatlands trap carbon in roots, trunks, and soil. Deforestation, drainage, and agriculture release much of it again. Our buffers become sources of emissions.

We often underestimate the value of small and fragmented forests. Research from Ghent University showed that forest edges contain up to forty percent more carbon than the forest interior. Even a narrow strip of trees along a field contributes.
Every piece counts.

And between those fragments lies grassland, often overlooked. Yet studies, including research from the University of California, show that grasslands are resilient carbon buffers. Where forests lose their carbon in drought and fire, grasslands store most of it underground, in roots and soil. Even after fire, that reservoir remains largely intact. In a warming climate, grasslands prove more reliable carbon sinks than forests. They deserve a greater place in discussions about nature restoration, soil health, and climate policy.

Then there are the peatlands seemingly quiet landscapes of moss, water, and mist. They cover just three percent of the earth’s surface, but hold nearly a third of the world’s carbon reserves, twice as much as all forests combined. For centuries they have performed that invisible labour, layer by layer, with slowly decaying plant remains.

But when they are drained for agriculture or extraction, the carbon they hold is released, hundreds of times more harmful than a burning forest. Peatlands are therefore both threat and opportunity: let them dry, and they fuel warming; restore their water, and they slow it down.
They deserve the same protection as forests, grasslands, and seas, as places where the earth still breathes.

In the end, it comes down to this: for centuries, the earth has cleaned up our mess. It has tucked it away in soil, forest, and ocean. But it cannot keep tidying at the pace at which we pollute.

What remains is care, for the forests, the sea, and the blade of grass beneath our feet.

Perhaps we need to learn to watch the news differently. Not from above, with images of drones, but from below, through the eyes of a single blade of grass.
With stories of forests that breathe, rivers that give life, and a sky that invites dreams of a planet that, if we listen closely, can still recover.

What do you think?
How can we bring the conversation about nature and climate closer to the soil, closer to what truly feeds and supports us? Let me know below, or share this piece if you feel this kind of news deserves to be told more often.