Question

Why does using &#x27;no-till&#x27; farming help keep the soil&#x27;s structure stable during extreme rain events compared to turning the dirt?

Accepted Answer

When you turn the soil with a plow, you break apart the little clumps that hold the ground together. This makes the soil loose and fluffy. When it rains hard, that loose dirt washes away like sugar in a cup of hot coffee. No-till farming leaves the dirt alone. Because the soil isn&#x27;t stirred up, it keeps its natural structure, which is like a strong, messy web of roots and tiny spaces. This web acts like a sponge. It has deep channels created by old roots and earthworms that let water soak straight down into the ground instead of pooling on top. Also, no-till farming leaves old plant scraps on the surface. These act like a roof for the soil. They take the punch of heavy raindrops so the water doesn&#x27;t smash the dirt into a flat, hard crust that prevents soaking. With this protective cover and the natural web of roots left inside, the soil stays in place and drinks the rain rather than letting it wash the nutrients away.

Why does using 'no-till' farming help keep the soil's structure stable during extreme rain events compared to turning the dirt?

When you turn the soil with a plow, you break apart the little clumps that hold the ground together. This makes the soil loose and fluffy. When it rains hard, that loose dirt washes away like sugar in a cup of hot coffee. No-till farming leaves the dirt alone. Because the soil i....

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Why does using 'no-till' farming help keep the soil's structure stable during extreme rain events compared to turning the dirt?

When you turn the soil with a plow, you break apart the little clumps that hold the ground together. This makes the soil loose and fluffy. When it rains hard, that loose dirt washes away like sugar in a cup of hot coffee. No-till farming leaves the dirt alone. Because the soil i....

Community Answers