An inductor apparatus for an agricultural seeding implement, the apparatus comprising a storage container for seeds and an inductor assembly mounted under the storage container such that seeds from the storage container flow into a reservoir defined by the inductor assembly, the apparatus characterized in that: the inductor assembly defines right and left air conduits (9R, 9L) extending along corresponding right and left sides of the reservoir and a pressurized air source directs a pressurized air stream into the right and left air conduits; right and left pickup air openings (13R, 13L) in the corresponding right and left air conduits are configured to direct right and left pickup air streams (PASR, PASL) into the reservoir; the inductor assembly defines a plurality of right seed channels, each right seed channel extending across a top side of the right air conduit from a right seed channel inlet located above the right pickup air opening to a right seed channel outlet located above a right side of the right air conduit; the inductor assembly defines a plurality of left seed channels, each left seed channel extending across a top side of the left air conduit from a left seed channel inlet located above the left pickup air opening to a left seed channel outlet located above a left side of the left air conduit; a right bypass channel extends downward from each right seed channel through an upper wall of the right air conduit; a left bypass channel extends downward from each left seed channel through an upper wall of the left air conduit; where in operation the right pickup air stream picks up seeds flowing into the reservoir and forms a right seed air stream (SASR) entrained with seeds flowing into each right seed channel inlet and a right bypass air stream (BASR) flows from the right air conduit through the right bypass channels into each right seed channel and the combined right seed air streams and right bypass air streams flow out the right seed channel outlets; and where in operation the left pickup air stream picks up seeds flowing into the reservoir and forms a left seed air stream (SASL) entrained with seeds flowing into each left seed channel inlet and a left bypass air stream (BASL) flows from the left air conduit through the left bypass channels into each left seed channel and the combined left seed air streams and left bypass air streams flow out the left seed channel outlets. the inductor assembly defines right and left air conduits (9R, 9L) extending along corresponding right and left sides of the reservoir and a pressurized air source directs a pressurized air stream into the right and left air conduits; right and left pickup air openings (13R, 13L) in the corresponding right and left air conduits are configured to direct right and left pickup air streams (PASR, PASL) into the reservoir; the inductor assembly defines a plurality of right seed channels, each right seed channel extending across a top side of the right air conduit from a right seed channel inlet located above the right pickup air opening to a right seed channel outlet located above a right side of the right air conduit; the inductor assembly defines a plurality of left seed channels, each left seed channel extending across a top side of the left air conduit from a left seed channel inlet located above the left pickup air opening to a left seed channel outlet located above a left side of the left air conduit; a right bypass channel extends downward from each right seed channel through an upper wall of the right air conduit; a left bypass channel extends downward from each left seed channel through an upper wall of the left air conduit; where in operation the right pickup air stream picks up seeds flowing into the reservoir and forms a right seed air stream (SASR) entrained with seeds flowing into each right seed channel inlet and a right bypass air stream (BASR) flows from the right air conduit through the right bypass channels into each right seed channel and the combined right seed air streams and right bypass air streams flow out the right seed channel outlets; and where in operation the left pickup air stream picks up seeds flowing into the reservoir and forms a left seed air stream (SASL) entrained with seeds flowing into each left seed channel inlet and a left bypass air stream (BASL) flows from the left air conduit through the left bypass channels into each left seed channel and the combined left seed air streams and left bypass air streams flow out the left seed channel outlets.