Abstract
ABSTRACT Asoybean {Glycine max (L.) Merr.) and wheat {Triticum aestivum L.) double crop simulation model (DCTEM) was developed and used to evaluate alternative field machinery components. The model simulated field preparation, planting, and harvesting on a daily basis with resultant returns for both crops. The crop seasons were interconnected by using the planted area of wheat in the fall as the area available for spring wheat harvest the subsequent year. The model utilized 58 consecutive years of weather data for each simulation. The simulated economic returns per year were analyzed to determine a preferred equipment scale and number under risk.
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