Abstract: A hydroponics system and method for growing flowering and/or fruiting plants is disclosed that involves a periodic flood and drain system combined with periodic spraying or misting of the plants and appropriate lighting systems and oxygenation systems. Specific flooding, spraying, lighting and oxygenation times and apparatus are disclosed.

Abstract: The present invention provides a biocontrol agent for the prevention and/or reduction of mold during mushroom production. In particular, the invention utilizes Bacillus spp. as an agent for the control of mold caused by Trichoderma spp. The Bacillus spp. is a biologically pure culture of Bacillus subtilis strain J-P13.

Abstract: A method for mushroom cultivation is developed which requires no manual picking and a limited packaging step. The invention also induces lesser chances of contamination and provides longer shelf life to the mushrooms. The device used for production of mushrooms comprises two parts, one basal plate perforated with holes for the mushroom pins to emerge into the container. The apertures/holes on the base of the container may be covered with casing material. The other portion is the top part functioning as a cover which could be used to secure the container in order to prevent contamination from out side, maintain the moisture level and also maintains the micro environment for growing mushrooms. The top cover is preferably also perforated for the escape of excessive moisture. When mushrooms are ready to pick, the whole container is removed and preserved at a lower temperature, such as 4° C. in a cooler or refrigerator.

Abstract: The present invention provides a novel biocontrol agent for the prevention and/or reduction of mold during mushroom production. In particular, the invention utilizes Bacillus spp. as a natural, organic agent for the control of mold caused by Trichoderma spp.