Vermilion Cliffs National Monument

Vermilion Cliffs National Monument, located in Marble Canyon, Arizona, is a stunning natural gem carving a vivid slice of beauty into the American Southwest landscape. This magnificent destination is celebrated for its vibrant cliffs, colorful rock formations, and the awe-inspiring Wave, a surreal sandstone formation. The cliffs themselves rise to nearly 3,000 feet, showcasing layers of red rock and natural artistry millions of years in the making.

The monument's geologic wonders include Paria Canyon, famous for its twisting narrows, and Coyote Buttes, known for the Wave's breathtaking striations that fold and curve like natural brushstrokes. These features make Vermilion Cliffs a photographer's paradise and a hiker's dream.

Visitors are enticed by the chance to spot California condors soaring above, a rare sight due to the monument's participation in recovery efforts for the endangered species. The area’s fragile ecosystems, dotted with unique desert flora, enhance its distinctiveness.

Discover this natural wonder for yourself and take home unforgettable memories!

Adventure Guide To Vermilion Cliffs National Monument

The Wave

• Location: Coyote Buttes North
• Special Features: Unique swirling rock formations with vibrant color bands. Requires a permit to visit, emphasizing its rarity and protected status.
• Visitor Tips: Plan ahead for the lottery permit; best visited in early morning or late afternoon for ideal lighting.

Paria Canyon

• Location: South of the Vermilion Cliffs
• Special Features: Stunning narrows and slot canyons perfect for multi-day hikes.
• Visitor Tips: Check weather forecasts to avoid flash floods; bring plenty of water and a camera to capture its serene beauty.

White Pocket

• Location: Coyote Buttes South
• Special Features: Distinct rock formations resembling a lunar surface, accessible by high-clearance vehicles.
• Visitor Tips: Bring a map and GPS; the area’s remote isolation is part of its charm. Travel in cooler months to avoid intense desert heat.