Raven Ridge (Washington) facts for kids
Quick facts for kids Raven Ridge |
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Raven Ridge
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| Highest point | |
| Elevation | 8,572 ft (2,613 m) |
| Prominence | 1,092 ft (333 m) |
| Isolation | 4.53 mi (7.29 km) |
| Geography | |
 Raven Ridge
Location in Washington (state)
Raven Ridge
Location in the United States
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| Parent range | North Cascades |
| Topo map | USGS Martin Peak |
| Climbing | |
| Easiest route | Scrambling |
Raven Ridge is a 8,572-foot (2,613-metre) mountain ridge located in the Methow Mountains, a sub-range of the North Cascades in Washington state. It is protected by the Lake Chelan-Sawtooth Wilderness within the Okanogan National Forest. The highest point of Raven Ridge is Corax Peak on the east end. Libby Peak (8555 ft) is the high point on the west end of Raven Ridge. The nearest higher peak is Star Peak, 4.53 miles (7.29 km) to the west. Hoodoo Peak lies one mile to the north. Precipitation runoff from the mountain drains into tributaries of the Methow River, which is a tributary of the Columbia River.
Climate
Lying east of the Cascade crest, the area around Raven Ridge is a bit drier than areas to the west. Summers can bring warm temperatures and occasional thunderstorms. With its impressive height, it can have snow on it in late-spring and early-fall, and can be very cold in the winter.
Geology
The North Cascades features some of the most rugged topography in the Cascade Range with craggy peaks, ridges, and deep glacial valleys. Geological events occurring many years ago created the diverse topography and drastic elevation changes over the Cascade Range leading to the various climate differences. These climate differences lead to vegetation variety defining the ecoregions in this area.
The history of the formation of the Cascade Mountains dates back millions of years ago to the late Eocene Epoch. With the North American Plate overriding the Pacific Plate, episodes of volcanic igneous activity persisted. In addition, small fragments of the oceanic and continental lithosphere called terranes created the North Cascades about 50 million years ago.
During the Pleistocene period dating back over two million years ago, glaciation advancing and retreating repeatedly scoured the landscape leaving deposits of rock debris. The "U"-shaped cross section of the river valleys are a result of recent glaciation. Uplift and faulting in combination with glaciation have been the dominant processes which have created the tall peaks and deep valleys of the North Cascades area.
