Abstract: Methods to improve drought tolerance and increasing yield by the application limited transpiration trait in maize plants are provided. Expression of the limited transpiration trait in maize under increasing vapor pressure deficit conditions provide positive impact on overall crop yield, depending on environmental conditions.

Abstract: Methods to improve drought tolerance and increasing yield by the application limited transpiration trait in maize plants are provided. Expression of the limited transpiration trait in maize under increasing vapor pressure deficit conditions provide positive impact on overall crop yield, depending on environmental conditions.

Abstract: A drip field manifold system comprises an upper manifold, a flush manifold and a plurality of drip lines operatively connected to the upper and flush manifolds. The upper and flush manifolds are disposed vertically above the upper most drip line in a drip field to isolate the drip lines from one another during periods of suspended effluent flow from a waste water treatment system, preventing back flow of effluent through the manifolds to the lower most drip line and resulting over saturation of the drip field.

Abstract: An on-site waste water treatment system is disclosed suitable for domestic or other sewage. After the initial separation of the gravity settleable solids in a treatment tank, the effluent is conveyed to a recirculation/dosing tank. The recirculation/dosing tank has three level indicators which transmit information to the system controller. The low level indicator provides enough waste water to dose a media bed and dilute effluent from the treatment tank. While the low level indicator is activated, the waste water will circulate through a disc filter to a recirculating media bed. From the media bed, the effluent is returned to the recirculation/dosing tank, the waste water flows from the treatment tank to the recirculation/dosing tank and activates the second level indicator, enabling the system to pass the combined effluent through a disc filter to a final disposal field.

Abstract: A waste water treatment and disposal system for further treating waste water effluent from a primary treatment system in which a system controller controls the operation of the system. A dosing tank accepts effluent from a primary treatment system and is evacuated on demand by a pump which is energized in response to a fluid level switch in the dosing tank. The pump forces the effluent through a filtering system to remove solid waste therefrom, and then forces a portion of the filtered effluent into a hydro-pneumatic pressure tank which, upon call, will backflush the filter to remove the trapped solids therein. The system controller will monitor the system to operate the level of the dosing tank, the operation of the pump and the various valves which control the flow throughout the system. The filtered effluent will ultimately be discharged into a disposal area by any number of well known methods.