Shipton's Arch
Photo: Philipp Reichmuth, CC BY-SA 4.0, via Wikimedia Commons
Shipton's Arch stands as one of the world's tallest natural arches, soaring an estimated 1,500 feet high in the remote mountains of China's Xinjiang province. Located at an altitude of 9,754 feet near the village of Artux, this massive conglomerate formation spans roughly 180 feet across and was carved by millions of years of natural erosion. The arch gained Western recognition in 1947 when British mountaineer Eric Shipton discovered a route to reach it during his tenure as consul in Kashgar. Despite its imposing scale and remote location, geological evidence confirms this monument was sculpted entirely by natural weathering processes, with no signs of human construction or modification.
Timeline
Natural formation begins through erosion and weathering of conglomerate rock
Eric Shipton discovers accessible route to the arch and photographs it for the Western world
National Geographic expedition rediscovers route to the arch for modern tourism
What the Show Claims
- ›The massive scale and remote location indicate possible extraterrestrial involvement or ancient advanced engineering knowledge
- ›Questions how ancient peoples could construct such a massive stone arch without modern technology
What Archaeology Says
Unlike many sites featured on Ancient Aliens, Shipton's Arch presents a clear case where scientific analysis definitively explains its origins. Geological surveys have extensively studied the arch's conglomerate rock composition and the surrounding canyon system, confirming that natural erosion processes over millions of years carved this remarkable formation. The arch consists of sedimentary conglomerate rock that eroded more slowly than surrounding softer materials, leaving behind this towering natural bridge.
The confusion about potential human involvement likely stems from the arch's incredible scale and seemingly impossible engineering. However, no archaeological evidence exists for human construction or modification of the structure. The 2000 National Geographic expedition and subsequent geological studies found no tool marks, quarrying evidence, or construction debris that would indicate human involvement in shaping the arch.
What makes Shipton's Arch genuinely mysterious is not its origin, but rather the ongoing debate about its exact measurements. The height varies dramatically depending on how one defines the arch's base - whether from the rubble pile below or from the canyon floor 900 feet lower. This measurement uncertainty led to the arch being dropped from the Guinness Book of Records when editors couldn't verify its exact specifications.
While the formation process is well understood, researchers continue studying the precise geological timeline and comparing Shipton's Arch to other natural arches worldwide. The site serves as an important example of how dramatic natural formations can appear engineered when viewed without proper geological context, highlighting why scientific investigation remains crucial for understanding our planet's remarkable landscapes.
Mysteries & Fun Facts
The arch once appeared in the Guinness Book of Records but was dropped when editors couldn't verify its exact location
Eric Shipton made multiple unsuccessful attempts to reach the arch from the south before finding the northern route
The 2008 Gobi March international stage race took competitors to the top of the arch during its seven-day footrace
Local residents were familiar with the arch long before Shipton's 1947 discovery made it known to the Western world
Planning a Visit
The arch is accessible to tourists through organized day trips from Kashgar, involving approximately a one to two hour drive followed by another one to two hour hike. China has invested in visitor infrastructure including a visitor center, constructed staircases, and a viewing deck to replace the previously required shaky ladders and local guides.
Kashgar, approximately 1-2 hours drive
Spring through early fall offers the most favorable weather conditions for the high-altitude hike, though visitors should prepare for temperature variations at 9,754 feet elevation.
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Historical data sourced from Wikipedia