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Rim Drive is a scenic highway in Crater Lake National Park in southern Oregon, United States.It is a 33-mile (53 km) loop that follows the caldera rim around Crater Lake.Due to its unique engineering and the surrounding park landscape, the drive was listed as a historic district on the National Register of Historic Places in 2008.
Crater Lake is often referred to as the seventh-deepest lake in the world, but this former listing excludes the approximately 3,000-foot (910 m) depth of subglacial Lake Vostok in Antarctica, which resides under nearly 13,000 feet (4,000 m) of ice, and the recent report of a 2,740-foot (840 m) maximum depth for Lake O'Higgins/San Martin ...
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At Fort Klamath, the byway joins OR 62 and continues north for 16 miles (26 km), where it turns onto Munson Valley Road and enters Crater Lake National Park. At this point, the road becomes Rim Drive, a 33-mile (53 km) loop that follows the caldera rim around Crater Lake. At Merriam Point, Rim Drive splits and turns north.
Crater Lake: Fort Klamath: 90.07: 144.95: Rocky Point, Lake of the Woods: Former Klamath Lake Highway: Fort Klamath Junction: 91.33: 146.98: Sun Mountain Road – Kimball Park: Former Sun Mountain Highway 97.32: 156.62: Modoc Point Road: Former Modoc Point Highway 98.55: 158.60: To US 97 north – Chiloquin, Bend, Agency Lake 102.47: 164.91 ...
A man planning a camping trip using Google Maps ran across a uniquely curved spherical pit in Quebec. It may be an ancient asteroid impact crater. A Camper Was Playing With Google Maps—and ...
Oregon Route 138 is an Oregon state highway that runs between the city of Elkton and a junction with U.S. Route 97 at Diamond Lake Junction. The highway has several distinct stretches, and is the main east–west highway through Roseburg, and provides access to Crater Lake National Park from the north. The highway is signed east–west.
Geologic map of the lake floor Crater Lake from space. Mount Mazama, part of the Cascade Range volcanic arc, was built up mostly of andesite, dacite, and rhyodacite over a period of at least 400,000 years. The caldera was created in a massive volcanic eruption between 6,000 and 8,000 years ago that led to the subsidence of Mount Mazama.