수능 영어 기초 · 어휘·구문·근거 진단 5문항 · 모의고사형

The network of roots beneath a forest, although largely invisible to a visitor walking between the trees, influences how soil remains in place after heavy rain. Roots bind particles, and the spaces around them help water enter the ground. When vegetation is removed, a hillside may therefore change even before the loss is obvious from a distance. The explanation does not depend on one unusually strong tree. It concerns many small interactions distributed through the soil. A photograph of the canopy can suggest how green the forest is while revealing little about these underground relationships. Understanding the landscape requires moving beyond the most visible layer to processes that support it. What seems like empty ground between trunks may contain part of the system that enables the visible forest to persist.

The network of roots beneath a forest, although largely invisible to a visitor walking between the trees, influences how soil remains in place after heavy rain. Roots bind particles, and the spaces around them help water enter the ground. When vegetation is removed, a hillside may therefore change even before the loss is obvious from a distance. The explanation does not depend on one unusually strong tree. It concerns many small interactions distributed through the soil. A photograph of the canopy can suggest how green the forest is while revealing little about these underground relationships. Understanding the landscape requires moving beyond the most visible layer to processes that support it. What seems like empty ground between trunks may contain part of the system that enables the visible forest to persist.

The network of roots beneath a forest, although largely invisible to a visitor walking between the trees, influences how soil remains in place after heavy rain. Roots bind particles, and the spaces around them help water enter the ground. When vegetation is removed, a hillside may therefore change even before the loss is obvious from a distance. The explanation does not depend on one unusually strong tree. It concerns many small interactions distributed through the soil. A photograph of the canopy can suggest how green the forest is while revealing little about these underground relationships. Understanding the landscape requires moving beyond the most visible layer to processes that support it. What seems like empty ground between trunks may contain part of the system that enables the visible forest to persist.

The network of roots beneath a forest, although largely invisible to a visitor walking between the trees, influences how soil remains in place after heavy rain. Roots bind particles, and the spaces around them help water enter the ground. When vegetation is removed, a hillside may therefore change even before the loss is obvious from a distance. The explanation does not depend on one unusually strong tree. It concerns many small interactions distributed through the soil. A photograph of the canopy can suggest how green the forest is while revealing little about these underground relationships. Understanding the landscape requires moving beyond the most visible layer to processes that support it. What seems like empty ground between trunks may contain part of the system that enables the visible forest to persist.

The network of roots beneath a forest, although largely invisible to a visitor walking between the trees, influences how soil remains in place after heavy rain. Roots bind particles, and the spaces around them help water enter the ground. When vegetation is removed, a hillside may therefore change even before the loss is obvious from a distance. The explanation does not depend on one unusually strong tree. It concerns many small interactions distributed through the soil. A photograph of the canopy can suggest how green the forest is while revealing little about these underground relationships. Understanding the landscape requires moving beyond the most visible layer to processes that support it. What seems like empty ground between trunks may contain part of the system that enables the visible forest to persist.