Parker Dam | Parker

Information

Landmark: Parker Dam
City: Parker
Country: USA Arizona
Continent: North America

Parker Dam, Parker, USA Arizona, North America

Parker Dam is a concrete arch-gravity dam located on the Colorado River, forming the boundary between Arizona and California, approximately 155 miles (249 km) northwest of Phoenix, Arizona.

Visual Characteristics

The dam is constructed of concrete and measures 320 feet (98 m) in height from the riverbed. Its crest length is 860 feet (262 m). The spillway is located at the crest of the dam.

Location & Access Logistics

Parker Dam is accessible via State Route 95 in Arizona and State Route 62 in California. It is approximately 30 miles (48 km) south of the town of Parker, Arizona. Limited parking is available at designated overlooks. No public transport directly serves the dam.

Historical & Ecological Origin

Construction of Parker Dam began in 1934 and was completed in 1938. It was built by the Metropolitan Water District of Southern California (MWD) to divert water from the Colorado River. The dam is situated within a desert environment characterized by arid scrubland.

Key Highlights & Activities

Observation of the dam's structure is the primary activity. The reservoir behind the dam, Lake Havasu, offers recreational opportunities, though access points are managed separately. Fishing is permitted in Lake Havasu.

Infrastructure & Amenities

Restroom facilities are not directly at the dam site but may be found at nearby Lake Havasu State Park facilities. Shade is minimal. Cell phone signal is generally available.

Best Time to Visit

The best time for photography is during the morning or late afternoon when the sun angle provides optimal illumination of the concrete structure. Spring (March-May) and Fall (September-November) offer the most moderate temperatures for visiting the surrounding desert environment.

Facts & Legends

Parker Dam is notable for being the deepest dam in the world, with 235 feet (72 m) of its height submerged below the riverbed to reach bedrock for its foundation.