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How was the Bryce Canyon formed?

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At Bryce Canyon, hoodoos range in size from that of an average human to heights exceeding a 10-story building. Formed in sedimentary rock, hoodoo shapes are affected by the erosional patterns of alternating hard and softer rock layers. read more

Located in the High Plateaus region of the Colorado Plateau in Utah, Bryce Canyon’s elevation, erosion, climate and rock type are all elements that, when combined, form fantastical shapes called Hoodoos. read more

The name given to the rock layer that forms hoodoos at Bryce Canyon is the Claron Formation. This layer has several rock types including siltstones and mudstones but is predominantly limestone. Thirty to 40 million years ago this rock was "born" in an ancient lake that covered much of Western Utah. read more

The Bryce escarpment, with its thousands of geological gargoyles and castellated spires, is the product of the relentless destructive powers of water and time. Under the onslaught of weather, nothing at Bryce Canyon National Park remains the same for long. read more

Nowhere else in the world can you find rock pinnacles with fantastic shapes like the ones found in Bryce Canyon National Park. Located in the High Plateaus region of the Colorado Plateau in Utah, Bryce Canyon’s elevation, erosion, climate and rock type are all elements that, when combined, form fantastical shapes called Hoodoos. read more

At Bryce Canyon, hoodoos range in size from that of an average human to heights exceeding a 10-story building. Formed in sedimentary rock, hoodoo shapes are affected by the erosional patterns of alternating hard and softer rock layers. The name given to the rock layer that forms hoodoos at Bryce Canyon is the Claron Formation. read more

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