Abstract: A garden tilling tool having a soil penetrating portion in the form of a tine. The tool may be formed with a single tine or a multiple tine tool in the form of a garden fork or the like. Each tine has an opening adjacent to the end thereof, or formed in the end thereof, attached to, or integrally formed with, the tool are fluid delivery means, including a coupler for connection to a garden hose or the like, a valve for selectively controlling the flow of water through the coupler from a pressurized municipal water source, through the opening into contact with the soil upon penetration of the tine. In an embodiment, a water passage manifold communicates with a jet tube having an open end in close proximate relation to the end of the tine for passing water through the tool at the point of contact with the soil.

Abstract: An apparatus, including a primary container or tank for receiving fluid, and a secondary or dispersing tank at a lower level for receiving fluid in a controlled manner from the upper tank. Fluid transfer is perfomed by siphoning tubes, at least one primary siphoning tube being contained within the primary tank. The primary tank includes an opening with a fitting for attachment to a conventional source of water such as to a hose connected to a municipal water supply. The primary siphon tube effects flow of fluid to the secondary tank, which contains a plurality of smaller diameter siphon tubes, with each tube in turn providing fluid to a receiving area, such as one or a group of plant beds. A valve is provided for controlling the outlet of the primary siphon tube. Vertical adjustments can be made to the secondary tank siphon tubes provided for controlling the respective outlets of the secondary tank siphon tubes.