A planting structure for wall greening of the present invention comprises a pair of upper and lower support frames (20), a plurality of support poles (30), and a plating flower pot (40). The upper and lower support frames (20) are fixed to a wall (W) via a plurality of buffering and fixing units (10) while being separated from the wall (W) at predetermined intervals. The upper and lower support frames (20) are fit-inserted into each other to correspond to each other in the upper-lower and left-right directions. Both ends of the support poles (30) are inserted into support grooves (20b) formed in the inner circumferential surfaces of the support frames (20) such that the support poles (30) are disposed in a lattice shape while being separated from front openings (20a) of the upper and lower support frames (20) at predetermined intervals, and the support poles (30) are attached to predetermined locations by magnetic force such that the support poles (30) can move in a length direction along the support grooves (20b). The planting flower pot (40) has an opened upper portion such that the planting flower pot (40) is supported by being caught on catching grooves (20c) at the lower sides of the front surfaces of theupper and lower support frames (20) and, at the same time, attached to the upper and lower support frames (20) by magnetic force. Therefore, the period, manpower, and costs for the construction can be significantly reduced compared with an existing wall greening method, the plants can be stably supported, and the water can be maintained at a suitable level, thereby providing a great help in the stable growth of the plants. Furthermore, the planting structure of the present invention is installed on an old wall with weak bearing power, thereby achieving wall greening; and absorbs an impact applied to the planting flower pot (40) or the support frame (20), thereby minimizing the transfer of the impact to the wall.
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