Furthermore, the development of sub-soilers to break up soil pans (highly compacted layers of soil interfering with water movement and deep crop root development) would not have been possible without the power capability of the modern tractor. Likewise, the ability to improve soil drainage (in excessively high moisture soils) through tractorized mole drainage systems would not have been possible with animal power alone.
Examples include herbicide application based on sensed soil organic matter content, and anhydrous ammonia application in growing maize based on sensed soil nitrate level. This is a complex technology that requires a major investment in research and development. The pay-off will derive from the savings accrued due to lower use of expensive agrochemicals, environmental protection and sustainability.

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Furthermore, the development of sub-soilers to break up soil pans (highly compacted layers of soil interfering with water movement and deep crop root development) would not have been possible without the power capability of the modern tractor. Likewise, the ability to improve soil drainage (in excessively high moisture soils) through tractorized mole drainage systems would not have been possible with animal power alone.
Examples include herbicide application based on sensed soil organic matter content, and anhydrous ammonia application in growing maize based on sensed soil nitrate level. This is a complex technology that requires a major investment in research and development. The pay-off will derive from the savings accrued due to lower use of expensive agrochemicals, environmental protection and sustainability.

Source 1 | Source 2 | Source 3

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