Gardening cage apparatus and system

A gardening cage kit, comprising:

• a gardening cage having:
• three panels in a triangular arrangement and connected by common corners and being in a cascaded arrangement, each of the panels having a plurality of horizontally and vertically arranged hollow rungs;
• a plurality of horizontal T-connectors connecting adjacent horizontal rungs;
• a second plurality of vertical T-connectors connecting vertical rungs, wherein both plurality of connectors further connect vertical rungs and horizontal rungs to one another, thereby coupling the hollow interiors of all rungs creating an internal interconnected matrix;
• stakes connected to bottom horizontal rungs of each of the panels;
• a water inlet connected to one rung of one of the panels, the water inlet being coupled to the internal matrix;
• and
• a plurality of irrigation orifices located on the bottom horizontal rungs, the orifices being coupled to the matrix,
• wherein the top-most horizontal rung of the first panel is spaced is spaced one vertical T-connector above from the top-most horizontal rung of the second panel and the top-most horizontal rung of the second panel is spaced one vertical T-connector from the top-most horizontal rung of the third panel, and
• wherein the panels are adapted to be connected and disconnected from each other.

A gardening cage system, comprising:

• a gardening cage having:
• three panels in a triangular arrangement and connected by common corners and being in a cascaded arrangement, each of the panels having a plurality of horizontally and vertically arranged hollow rungs;
• a plurality of horizontal T-connectors connecting adjacent horizontal rungs;
• a second plurality of vertical T-connectors connecting vertical rungs, wherein both plurality of connectors further connect vertical rungs and horizontal rungs to one another, thereby coupling the hollow interiors of all rungs creating an internal interconnected matrix;
• stakes connected to bottom horizontal rungs of each of the panels;
• a water inlet connected to one rung of one of the panels, the water inlet being coupled to the internal matrix;
• a hose connected to the water inlet providing water to the internal matrix, thereby creating a contiguous internal water flow within the matrix;
• and
• a plurality of irrigation orifices located on the bottom horizontal rungs, the orifices being coupled to the matrix, the orifices providing an exit for the water from within the matrix,
• wherein the top-most horizontal rung of the first panel is spaced in a cascading fashion by one vertical T-connector above from the top-most horizontal rung of the second panel in a descending fashion, and the top-most horizontal rung of the second panel is spaced in a cascading fashion by one vertical T-connector from the top-most horizontal rung of the third panel in a descending fashion.