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In today's advanced agricultural landscape, accurately measuring soil moisture levels remains a challenge. The signs are clear when your soil is oversaturated, such as when you find yourself sinking into the field during the early spring. Similarly, the peak of summer in August unmistakably signals that your soils are in desperate need of hydration. But determining the exact levels of saturation and dryness can be perplexing. Beyond these obvious signs, for the majority of the year, farmers are left to speculate on the moisture content within different layers of soil. Damian Mason talks with Kurt Grimm of NutraDrip and Kelly Garrett about a new satellite technology that is helping farmers understand moisture levels across their fields, enabling more informed and precise agricultural decisions.
Presented by Advanced Drainage Systems
4.9
1919 ratings
In today's advanced agricultural landscape, accurately measuring soil moisture levels remains a challenge. The signs are clear when your soil is oversaturated, such as when you find yourself sinking into the field during the early spring. Similarly, the peak of summer in August unmistakably signals that your soils are in desperate need of hydration. But determining the exact levels of saturation and dryness can be perplexing. Beyond these obvious signs, for the majority of the year, farmers are left to speculate on the moisture content within different layers of soil. Damian Mason talks with Kurt Grimm of NutraDrip and Kelly Garrett about a new satellite technology that is helping farmers understand moisture levels across their fields, enabling more informed and precise agricultural decisions.
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