![]() Parameters were ranked using the top-down concordance method to determine relative sensitivity. The EFAST software was run for 4520 combinations of input parameters for each site and year, resulting in a sensitivity index for each input parameter. The extended Fourier amplitude test method (EFAST) sensitivity analysis was performed for a single year at 8 locations in the Yangtze River basin (spatial analysis) and for seven years at a location in Wuhan, China (temporal analysis). ![]() First, we conducted a global sensitivity analysis to identify key genetic and soil inputs that have a large effect on simulated days to flowering, days to maturity, yield, above-ground biomass, and maximum leaf area index. The overall goal of this work was to identify key inputs to the CROPGRO-Canola model for calibration with limited datasets in the Yangtze River basin. The CROPGRO-Canola model has not been used to simulate rapeseed in China. ![]() Researchers often use tools such as crop models to determine optimum management practices for new varieties to increased production. ![]() Increasing domestic rapeseed production is an important national goal in China.
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