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Heavy Rain Causes Collapse of Iconic Hoodoo Formations in New Mexico

Unprecedented precipitation has toppled thousands of sandstone spires across the state, sparking safety warnings and geological studies.

By PulseWire NewsSource: apnews.com1 min read

In brief

Heavy rains in New Mexico on April 9 have collapsed dramatic hoodoo rock formations, reshaping the landscape and creating safety hazards. Local authorities advise visitors to stay away from the unstable cliffs while scientists study the rapid erosion. The event highlights the vulnerability of desert geology to sudden wet weather.

Heavy rains that swept across southwestern New Mexico on April 9 have toppled thousands of famed hoodoo spires, according to the Associated Press. The storms—part of a larger wet‑weather event—turned dry washes into raging streams and stripped eroded shoulders from the spires, causing sudden collapses.

AP reports that residents in towns such as Taos observed columns of sandstone crack and fall, leaving wide gaps where once‑iconic cliffs stood. The outlet classified these ground‑truth accounts as eyewitness evidence of the collapse.

State agencies issued official warnings to visitors and locals alike, advising that the terrain is now unstable. The AP cited these advisories in its coverage, noting that exposure to exposed formations is dangerous while scientists assess the speed and magnitude of erosion.

Environmental scientists are studying how the heavier precipitation is accelerating the breakdown of ancient sedimentary formations. Their work, covered by the same AP article, highlights the vulnerability of desert landscapes to heavy rainstorms.

The local tourism economy has felt the immediate impact of hiking and sightseeing restrictions, the AP noted, but officials hope that further monitoring will reveal whether the new landscape will settle into a stable configuration.

Additional comments from residents and officials were not quoted, so the AP article presents no direct statements beyond the stated warnings and scientific observations.

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