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An image of bare branches against the sky is projected on a translucent plate of plexi-glass. A small fan and transformer are built in below the projector to prevent over-heating. The ends of ten lengths of fiber optic cable protrude through the translucent projection screen, capturing some of the light from the projection. The cables run through six slices of a log, maintaining an oval formation. The log slices are held together by two aluminum rods that pierce each slice. Two transparent plexi-glass plates extend from these aluminum rods down into a transparent thin-walled plastic basin. This basin is partially filled with water.
Three vessles are perched atop the log slices, their contours curving to match the curvature of the log. These three vessels are filled with soil. Nylon rope runs from the soil down into the water in the basin, drawing water up to the soil through capillary action. The moisture in the soil allows green grass to grow. The ten fiber optic cables carrying the portions of the slide projection of branches emerge from the log slice opposite the translucent projection screen and loop over the three log-top grass-growth units. Each cable end feeds into a small translucent piece of cut plexi-glass suspended above the grass.