The Geologic Story of Mount Rainier: A look at the geologic past of one of America's most scenic volcanoes — John Shaqi
The Geologic Story of Mount Rainier: A look at the geologic past of one of America's most scenic volcanoesCrandell, Dwight R. (Dwight Raymond)
Science
The Geologic Story of Mount Rainier: A look at the geologic past of one of America's most scenic volcanoes
Crandell, Dwight R. (Dwight Raymond)
Geology -- Washington (State) -- Rainier, Mount; Rainier, Mount (Wash.)
Ice-clad Mount Rainier, towering over the landscape of western
Washington, ranks with Fuji-yama in Japan, Popocatepetl in Mexico, and
Vesuvius in Italy among the great volcanoes of the world. At Mount
Rainier, as at other inactive volcanoes, the ever-present possibility of
renewed eruptions gives viewers a sense of anticipation, excitement, and
apprehension not equaled by most other mountains. Even so, many of us
cannot imagine the cataclysmic scale of the eruptions that were
responsible for building the giant cone which now stands in silence. We
accept the volcano as if it had always been there, and we appreciate
only the beauty of its stark expanses of rock and ice, its flower-strewn
alpine meadows, and its bordering evergreen forests.
Mount Rainier owes its scenic beauty to many features. The broad cone
spreads out on top of a major mountain range—the Cascades. The volcano
rises about 7,000 feet above its 7,000-foot foundation, and stands in
solitary splendor—the highest peak in the entire Cascade Range. Its
rocky ice-mantled slopes above timberline contrast with the dense green
forests and give Mount Rainier the appearance of an arctic island in a
temperate sea, an island so large that you can see its full size and
shape only from the air. The mountain is highly photogenic because of
the contrasts it offers among bare rock, snowfields, blue sky, and the
incomparable flower fields that color its lower slopes. Shadows cast by
the multitude of cliffs, ridges, canyons, and pinnacles change
constantly from sunrise to sunset, endlessly varying the texture and
mood of the mountain. The face of the mountain also varies from day to
day as its broad snowfields melt during the summer. The melting of these
frozen reservoirs makes Mount Rainier a natural resource in a practical
as well as in an esthetic sense, for it ensures steady flows of water
for hydroelectric power in the region, regardless of season.
Public-domain text, read in full here on John Shaqi.
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