The importance of enhancing and upgrading such mechanization practices prior to the almost inevitable transition to engine-driven equipment is now well recognized. Automation of agricultural mechanization is an intensive area of research and development with emphasis on enhancement of food quality, preservation of operator comfort and safety, precision application of agrochemicals, energy conservation and environmental control.
Likewise, the use of preventive maintenance protocols are desirable in the off-season e.g. replacing parts (such as bearings or soil engaging elements) that may break or wear out before they need repair or replacement. The use of highly skilled and competent operators is also desirable to ensure optimal performance of equipment that is generally getting bigger, working faster and becoming more complex despite the welcome introduction of more automated control and ergonomic systems designed to assist and enhance performance.

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The importance of enhancing and upgrading such mechanization practices prior to the almost inevitable transition to engine-driven equipment is now well recognized. Automation of agricultural mechanization is an intensive area of research and development with emphasis on enhancement of food quality, preservation of operator comfort and safety, precision application of agrochemicals, energy conservation and environmental control.
Likewise, the use of preventive maintenance protocols are desirable in the off-season e.g. replacing parts (such as bearings or soil engaging elements) that may break or wear out before they need repair or replacement. The use of highly skilled and competent operators is also desirable to ensure optimal performance of equipment that is generally getting bigger, working faster and becoming more complex despite the welcome introduction of more automated control and ergonomic systems designed to assist and enhance performance.

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