To provide a desk calendar stand which causes no environmental problem on the occasion of disposal and is not inferior to that made of plastics.

This desk calendar stand is constituted of one paperboard having a leg board part 10 provided with a folding leg part, a back board part 20 provided in continuity on the upper side of the leg board part 10, a frame board part 30 provided in continuity on the lower side of the leg board part 10 with a base board part 41 provided between and insertion flaps 44 and 45 provided in continuity on both the left and right sides of the frame board part 30 respectively with base board parts 42 and 43 between. After the back board part 20 is bent toward the front of the leg board part 10, the frame board part 30 is bent so that it overlaps the back board part 20, while the insertion flaps 44 and 45 are inserted between the leg board part 10 and the back board part 20. Thereby a holding space for a group of calendar leaves is formed between the back board part 20 and the frame board part 30 in this constitution.