A seed meter system with singulators that are automatically controlled whileplanting to reduce instances of skips and doubles, without requiring stoppingfor manualadjustment of singulators. This allows the seed meter system to automaticallyadjust thesingulators to compensate for variations in rotational speed of seed disks ofthe seedmeters, variations in vacuum pressure within the seed meters, and variationsin the size(s)of seeds being planted to reduce instances of skips and doubles whileplanting.Adjustments to the singulator may be made reactively by identifying seeddeliverydiscontinuities such as skips and doubles and then making correctionadjustments toattenuate singulator-induced stimulus that may influence seed deliverydiscontinuities.Adjustments to the singulator may be made proactively by identifying changesin seedmeter performance characteristics or environment that lead to deliverydiscontinuitiessuch as skips and doubles and, thus, influence seed delivery rate.
