Nail together four pieces of recycled plywood with recycled steel nails so that they form a rectangle a few inches deep. To the bottom of this rectangle nail a broader piece of plywood so that you create an open, box-like structure. Line the bottom and the interior walls with a thick, recycled plastic garbage bag. The plywood represents the cell wall, a rigid structure that gives the plant cell its structure. The plastic bag symbolizes the cell membrane, which is essentially the skin of the plant cell that adheres to the cell wall.

Pour recycled or reclaimed water into the plant cell model. The plastic bag should retain the water. This represents cytoplasm, the fluid in which the organelles of a plant cell are suspended.

Drop a recycled stress-reliever ball into the water. This will represent the nucleus, a spherical organ inside the plant cell which control many functions of the internal organelles. Next, dip a small bag made of recycled plastic into the water and tie it shut after it has filled with fluid. This stands for the vacuole, a large organelle filled with fluid.

Crumple together several post-it notes made of recycled paper and drop them into the water. These will represent the golgi body, which prepares carbohydrates and proteins so that they can be sent out of the cell. Nearby, drop some recycled glass beads. These will symbolize ribosomes, small organelles that synthesize proteins.

Place a few recycled plastic wall hangers in the water. These resemble the shapes of mitochondria, rod-shaped organelles which help turn glucose into usable energy for the plant cell.

Cut strips of recycled cardboard and let them fall into the water near the nucleus. These symbolize the endoplasmic reticulum, which transport substances throughout the cell's anatomy. Cut some oval strips from this cardboard and color them green with recycled markers. Put these in the water to symbolize the chloroplasts, organelles which convert sun light into energy.