Devils Tower Climbing Routes Temporarily Closed
Contact: Nancy Stimson, 307 467 5283
Superintendent Reed Robinson temporarily closed climbing routes on the west face and the northwest shoulder of Devils Tower to protect nesting prairie falcons. Over one hundred and fifty climbing routes remain open on the Tower.
Such temporary closures are an annual occurrence at Devils Tower established under the 1995 Climbing Management Plan, with authority from the Migratory Bird Treaty Act. This closure affects 20 routes on the west face and northwest shoulder of the Tower. Prairie falcons have also been observed near the "Window" on the east face. Climbing and rappel routes between and including "Leaping Lizards" and "Deli Express" are currently closed, and the summit edge above these routes is also closed to climbers. "The closure is implemented not only to protect the birds, but also to protect climbers, as prairie falcons are known to defensively dive in order to protect their nests," said Rene Ohms, Chief of Resource Management. The presence of climbers near or above falcon nests is distressing to parent birds, and disturbance from climbing activities may force falcons to abandon eggs or chicks. Climbers are asked to report any defensive falcon behavior to a park ranger or call 307-467-5283.
"Failure to comply with the temporary closure may result in a fine and or 6 months in jail. All climbers must register at the climbing office before they begin their ascent," said Drew Gilmour, Chief of Law Enforcement. Please check at the climbing office for a list of all climbing routes which have been temporarily closed.
To learn more about Devils Tower National Monument, contact 307-467-5283, visit us online at www.nps.gov/deto or www.facebook.com/Devils-Tower-National-Monument-Official-NPS-Site.
Did You Know?
Devils Tower is made of phonolite porphyry. Phonolite refers to the ringing of the rock when a small slab is struck, and its ability to reflect sound. Porphyry refers to its texture, large crystals of feldspar embedded in a mass of smaller crystals.