A singulating meter apparatus comprising: a substantially sealed housing; a seed disc enclosed in the housing and rotatable in a substantially vertical plane, the seed disc having a seed side and an opposite vacant side, the seed disc dividing the housing into a seed housing area and a vacant housing area; a disc drive operative to rotate the seed disc; a plurality of seed apertures defined through the seed disc, the seed apertures substantially equally spaced at a substantially equal distance from a rotational axis of the seed disc such that as the seed disc rotates the seed apertures move along a seed aperture path; a seed reservoir formed in a bottom portion of the seed housing area; a seed fill port operative to direct seeds into the seed reservoir, and wherein the seeds fill the seed reservoir to a seed level that is above a bottom portion of the seed aperture path; a seed tube with an open seed tube inlet and oriented such that as the seed disc rotates the seed apertures move along the seed aperture path toward the seed tube inlet; a pressurized air source operative to direct pressurized air into the seed housing area such that a seed air stream flows into the seed tube inlet, and such that a pressure differential is created between the seed and vacant sides of the seed disc causing an exhaust air stream to flow from the seed housing area to the vacant housing area through each seed aperture as each seed aperture rotates upward out of the seed reservoir such that at least one seed is lodged in each seed aperture as each seed aperture emerges from the seed reservoir; wherein the exhaust air stream flows out of the vacant housing area through an exhaust port, and wherein the seed fill port is operative to resist passage of pressurized air out of the seed housing area; a disc pressure neutralizer; wherein each seed aperture moving along the seed aperture path reaches a release position adjacent to the seed tube inlet where the disc pressure neutralizer removes the pressure differential such that the exhaust air stream stops flowing through each seed aperture at the release position and the at least one seed is released and is carried into the seed tube inlet by the seed air stream; characterized in that said seed tube is oriented in a substantially horizontal tube direction and said open seed tube inlet is located adjacent to a top portion of a seed face of the seed side of the seed disc; said seed tube being oriented such that as the seed disc rotates the seed apertures move along the seed aperture path substantially horizontally toward said seed tube inlet; and wherein the seed tube is oriented substantially tangential to a top of the seed aperture path with the seed tube inlet aligned with the seed apertures moving along the seed aperture path and the release position is substantially at the top of the seed aperture path. a substantially sealed housing; a seed disc enclosed in the housing and rotatable in a substantially vertical plane, the seed disc having a seed side and an opposite vacant side, the seed disc dividing the housing into a seed housing area and a vacant housing area; a disc drive operative to rotate the seed disc; a plurality of seed apertures defined through the seed disc, the seed apertures substantially equally spaced at a substantially equal distance from a rotational axis of the seed disc such that as the seed disc rotates the seed apertures move along a seed aperture path; a seed reservoir formed in a bottom portion of the seed housing area; a seed fill port operative to direct seeds into the seed reservoir, and wherein the seeds fill the seed reservoir to a seed level that is above a bottom portion of the seed aperture path; a seed tube with an open seed tube inlet and oriented such that as the seed disc rotates the seed apertures move along the seed aperture path toward the seed tube inlet; a pressurized air source operative to direct pressurized air into the seed housing area such that a seed air stream flows into the seed tube inlet, and such that a pressure differential is created between the seed and vacant sides of the seed disc causing an exhaust air stream to flow from the seed housing area to the vacant housing area through each seed aperture as each seed aperture rotates upward out of the seed reservoir such that at least one seed is lodged in each seed aperture as each seed aperture emerges from the seed reservoir; wherein the exhaust air stream flows out of the vacant housing area through an exhaust port, and wherein the seed fill port is operative to resist passage of pressurized air out of the seed housing area; a disc pressure neutralizer; wherein each seed aperture moving along the seed aperture path reaches a release position adjacent to the seed tube inlet where the disc pressure neutralizer removes the pressure differential such that the exhaust air stream stops flowing through each seed aperture at the release position and the at least one seed is released and is carried into the seed tube inlet by the seed air stream; characterized in that said seed tube is oriented in a substantially horizontal tube direction and said open seed tube inlet is located adjacent to a top portion of a seed face of the seed side of the seed disc; said seed tube being oriented such that as the seed disc rotates the seed apertures move along the seed aperture path substantially horizontally toward said seed tube inlet; and wherein the seed tube is oriented substantially tangential to a top of the seed aperture path with the seed tube inlet aligned with the seed apertures moving along the seed aperture path and the release position is substantially at the top of the seed aperture path.