This research has demonstrated that the dielectric method can be used successfully for grain moisture measurements for diverse
grain types over wide ranges of temperatures if the grain moisture content is below certain (grain-specific) threshold values.
These high-moisture limits were estimated. Optimum temperature correction coefficients for 149 MHz moisture measurements were
determined for grain samples at different moisture levels. This information should be very helpful for grain moisture meter
manufacturers and for moisture meter users who need to determine grain moisture contents at temperature extremes to be able
to market grain more efficiently.