Abstract: A root feeder for watering feeding and enhancing the air flow to the roots of a plant when the root feeder is at least partially buried in soil adjacent to the root system, the feeder including body panels folded from flat stock and locked together to form a body having an interior volume and a plurality of apertures providing for circulation of air and/or water and nutrients through the body to the roots of the plant.

Abstract: A plant irrigation, oxygenation, and feeding device includes an elongated tubular frame having a sidewall and a cap positioned on each end. The sidewall includes a plurality of apertures dimensioned to substantially prevent ground water exterior to the tubular body from entering an interior of the body while permitting the passage of air and water from the interior of the tubular frame to the exterior of the tubular frame.

Abstract: A root feeder for watering feeding and enhancing the air flow to the roots of a plant when the root feeder is at least partially buried in soil adjacent to the root system, the feeder including body panels folded from flat stock and locked together to form a body having an interior volume and a plurality of apertures providing for circulation of air and/or water and nutrients through the body to the roots of the plant.

Abstract: In accordance with the teachings of the present invention, a subterranean water and air collection and delivery device for facilitating the collection and delivery of air, natural ground water, manually supplied water, and/or pressurized water from an irrigation system to the roots of plants is provided. The device includes a plastic enclosure member including a plurality of apertures and having an interior volume within which water and air is collected and redirected. A porous insert member is located within the interior volume of the plastic enclosure member and substantially occupies the entire volume for facilitating collection and delivery of water and air while substantially preventing surrounding ground material from entering the interior volume of the enclosure member.

Abstract: In accordance with the teachings of the present invention, a subterranean water collection and delivery device for facilitating the collection and delivery of natural ground water, manually supplied water, and/or pressurized water from an irrigation system to the roots of plants is provided. The device includes a plastic enclosure member including a plurality of apertures and having an interior volume within which water is collected and redirected. A porous insert member is located within the interior volume of the plastic enclosure member and substantially occupies the entire volume for facilitating collection and delivery of water while substantially preventing surrounding ground material from entering the interior volume of the enclosure member.