Plant tray

1. A planting system, comprising

a) a plurality of frames, each frame comprising:

(i) a floor; with an open top;

(iii) a covered conduit operatively connected to the floor to allow plumbing to pass underneath the floor; and

(iv) a plurality of holes through which water can be fed into the container, wherein the holes are in fluid communication with the covered conduit so that water released from plumbing in the covered conduit is introduced into the container via the plurality of hole; and

b) a plurality of pedestals connectable to the plurality of frames to elevate the plurality of frames, wherein each frame comprises four sidewalls, wherein two sidewalls each comprises a cutout, and two sidewalls each comprises a connector protruding away from its respective sidewall to create a lip, wherein the lip is in the shape of the cutout and configured to mate with a cutout of a second frame, thereby allowing two adjacent frames to connect with each other.

2. The planting system of claim 1 , wherein each frame comprises a plurality of slots to connect with the plurality of pedestals.

3. The planting system of claim 1 , wherein the floor comprises a plurality of separated troughs defined by barriers.

4. A planting system, comprising

a) a plurality of frames, each frame comprising:

(i) a floor;

(ii) at least one sidewall operatively connected to the floor defining a container with an open top;

(iii) a covered conduit operatively connected to the floor to allow plumbing to pass underneath the floor;

(iv) a plurality of holes through which water can be fed into the container, wherein the holes are in fluid communication with the covered conduit so that water released from plumbing in the covered conduit is introduced into the container via the plurality of holes;

b) a plurality of pedestals connectable to the plurality of frames to elevate the plurality of frames, wherein each pedestal, comprises:

(i) a femininely threaded support cylinder; and

(ii) an outer cylindrical wall concentrically arranged about and spaced from the femininely threaded support cylinder to define a riser socket around the femininely threaded support cylinder.

5. The planting system of claim 4 further comprising a slope compensation pad supporting said component.

6. The planting system of claim 5 wherein the compensation pad comprises a first compensation disk having a top surface defining a top surface plane; and a bottom surface defining a bottom surface plane, wherein the top surface plane is angled relative to the bottom surface plane; and a second compensation disk having a top surface defining a top surface plane, and a bottom surface defining a bottom surface plane, wherein the top surface plane of the second compensation disk is angled relative the bottom surface of the second compensation disk, wherein the first compensation disk is stackable on top of the second compensation disk in various configurations, wherein in a first configuration, the top surface plane of the first compensation disk is parallel to the bottom surface plane of the second compensation disk, and in a second configuration, the top surface plane of the first compensation disk is angled relative to the bottom surface plane of the second compensation disk.

7. The planting system of claim 4 further comprising a riser having a first end receivable into the riser socket.

8. The planting system of claim 4 further comprising a male threaded insert removably fastenable within the femininely threaded support cylinder or a second end of the riser socket.

9. The planting system of claim 8 , wherein the male threaded insert mechanically supports the frames.

10. The planting system of claim 4 , further comprising a plurality of lateral braces to interconnect a plurality of pedestals.

11. The planting system of claim 10 wherein each lateral brace comprises two arms to adjust a length of the lateral brace.