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About Sponsor Current Experiments Past Experiments Facilities Crop Fields Polyculture Farming Plant Diseases Bugs & Weeds Organic vs. Pesticide Experimental Design Forecast Models Dosage Optimization
 

Dosage Optimization

One important benefit of the study of pesticide joint action effects is that by optimizing interaction effects between pesticides, the pesticide dosages required to obtain a desired level of disease control can often be reduced. Such a reduction may enable a significant decrease in pesticide usage by growers without a loss in disease control. The optimization of pesticide dosages can significantly reduce pesticide usage and can result in considerable economic savings to growers. Dosage optimization techniques also will be an integral part of the DemiAg Expert System for Agricultural Pest Management. As plant disease forecast models are tested in field experiments, results will be summarized here.

Coming in the distant future. Dosage optimization studies.

About Sponsor Current Experiments Past Experiments Facilities Crop Fields Polyculture Farming Plant Diseases Bugs & Weeds Organic vs. Pesticide Experimental Design Forecast Models Dosage Optimization
 
 
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