Yongshun Guanyin Rock Ancient Temple

Yongshun Guanyin Rock Ancient Temple

The Guanyin Rock Ancient Temple is located at the foot of Guanyin Rock, 1.5 kilometers south of Yongshun County. It was built in the 34th year of the Qianlong reign of the Qing Dynasty (1767) by the Zou family, local residents. In the 16th year of the Jiaqing reign (1811), Xu Tianyuan, the deputy commander of Yongshun Prefecture, felt that the temple’s simplicity did not match the beauty of the surrounding landscape. He took the lead in donating tens of thousands and spent three years expanding the mountain gate, the main hall (Guanyin Hall), the Water God Pavilion, the Kṣitigarbha Nunnery, the Jade Emperor Pavilion, as well as guest rooms and monks' quarters. The entire architectural complex follows the contours of the mountain, arranged in a well-spaced and picturesque layout. It blends harmoniously with the surrounding forests, peaks, rocks, and layered green cliffs, creating a serene and winding path-like atmosphere. The renowned writer Shen Congwen inscribed the plaque “A Scenic Wonder of the Human World.”

Among the structures, only the Water God Pavilion remains intact. It is situated on a rock-built terrace about 20 meters from the Mengdong River, covering a floor area of 169.72 square meters across three stories, and is built with a wooden stacked-beam structure. The roof is of the hip-and-gable style, covered with small blue tiles. The columns gradually taper inward with each ascending level, forming a “回” (return) character-shaped column grid, while the outer eaves feature simple and classic bracket sets. The bracket arms follow a one-dou-three-rise pattern with three cantilevers.

Between the first and second floors, there are three bracket sets per side along the columns, totaling twelve per floor, arranged at equal intervals. The bracket sets atop the columns use the one-dou-three-rise design to support the large lintel beams and auxiliary beams. The third-floor bracket sets are simpler in construction, with most of the eave overhangs supported by the column-top bracket sets. There are two bracket sets per side here, totaling eight. To create more usable space, the designers broke from tradition by employing a column-reduction method, removing four columns on the ground floor and expanding the central bay’s width to 5.35 meters. To maintain overall stability, they added a surrounding corridor. At the four corners, four small square support columns were used to widen the front and rear eave corridors to 2.05 meters, and the side corridors to 2.25 meters, giving an open and spacious feel. On the second floor, additional columns were added back in the spaces where they had been removed on the ground floor, supported by beams to bear the load of the top floor’s purlins and ridge beams. Each floor maximizes space without increasing the building height by using the “hidden floor” technique. These structural solutions reflect the flexibility of traditional timber construction and the creative ingenuity of the builders.