The formation was originally known as 'Deep Ao Rock' before its striking resemblance to an elephant gained viral attention.
The collapse of the 'trunk' section occurred on December 16, 2023, attributed to both natural geological stress and physical stress from foot traffic.
The surrounding Shen’ao area was once a bustling commercial harbor for coal transport, with remnants of industrial infrastructure still visible nearby.
The geology of the area is primarily composed of Miocene-era sedimentary rocks, which are particularly susceptible to aeolian and maritime erosion.
Shen’ao Elephant Trunk Rock is a natural sea arch on the coast of Ruifang District that visually mimics the head and trunk of an elephant dipping into the East China Sea. The rock is formed of weathered sandstone, shaped over time by persistent wind and salt spray erosion. In December 2023, the formation's 'trunk' collapsed due to natural weathering and visitor-related erosion, though the head structure remains visible. The site is part of the Shen’ao coastal trail system, which features various other uniquely shaped rock formations. Visitors now view the site from a distance, as access to the immediate rock formation is restricted to preserve the remaining structure and ensure safety.
The elevated viewing platform along the coastal path provides the best perspective of the remaining rock head.
Wear footwear with high-traction soles as the terrain consists of uneven, loose, and potentially slippery sandstone surfaces.
Bring wind protection even on clear days, as the headland is fully exposed to coastal gusts.
View the formation from the designated observation trail to avoid entering restricted hazardous zones.
Attempting to cross barricades to reach the tip of the rock formation, as it is strictly prohibited and structurally unsafe.
The site is generally accessible year-round, though it may be closed temporarily during extreme weather events or typhoon warnings.
Strictly observe all safety barriers and signage; do not climb on the remaining sandstone formations to prevent further erosion.
