Denali National Park & Preserve
Mt McKinley
While mist often veils this magnificent peak, visitors can rest assured it is always up there! Mount McKinley is the highest mountain on the North American continent, one that reaches a towering 20,320 feet. Measured from the 2,000-foot lowlands near Wonder Lake to its summit, it might even be called the tallest in the world. Its vertical relief of 18,000 feet is even greater than that of Mount Everest.
The Name
Although the official name is Mount McKinley, Denali—the High One— is what most Alaskans called the mountain. Denali is the name originally given to the massive peak by Athabascan people. The name Mount McKinley was initially coined in 1896—the brainchild of a gold prospector who took his inspiration from Republican presidential candidate William McKinley of Ohio. The prospector, William Dickey, had just returned to town from his claim near the mountain and was filled with enthusiasm for both the politician McKinley and the 20,320-foot mountain. His choice of name caught on in much of the United States, but, ironically, never in Alaska. In fact, Denali is the official name in Alaska, though not on federal maps. Each year, a congressman from Ohio files legislation to prevent the name from being changed to Denali. The park itself was known as Mount McKinley National Park after its creation in 1917, but the name was changed to Denali National Park and Preserve in 1980.
Geology
Mount McKinley may be high, but it is actually still growing at a rate of about one millimeter per year! Active plate tectonics (the Pacific plate is plunging beneath Alaska, or the North American plate) continually compress and fold land surfaces in Alaska. These tectonic forces are ultimately what push Mount McKinley—as well as the mountains in the Alaska Range—up higher. Although it is surrounded by many glacier-clad mountains of similar grandeur, Mount McKinley is primarily made of granite, an extremely weather-resistant rock. Its neighbors, however, are composed of sedimentary rocks that are much less durable, such as shale, limestone and sandstone. As Denali is pushed up, it remains above others in the area like a resistant sentinel, while nearby mountains erode away in the continual onslaught of freezing, thawing and glacial scouring. At 56 million years old, Denali rock is also much younger than most of its sedimentary neighbors which vary in age from 100 million to more than 400 million years old.
Climbing
Mount McKinley is significant to the worldwide mountaineering community. Numerous peaks in the Alaskan Range are climbed each year, but none has the appeal and drawing power of this towering peak. Compared to other high profile mountains, Mount McKinley is relatively easy and logistically simple to ascend. The mountain offers other significant challenges with glacier travel, severe temperatures and extreme environmental conditions. The number of mountaineers attempting to scale the peak has increased substantially in the last 30 years. The south summit is the highest point on Mount McKinley and, therefore, becomes the goal for many mountaineers. The most popular route to the south summit is the West Buttress. Expeditions are lengthy, averaging around 17 days long. Despite this considerable investment of time on the part of climbers, however, their success rate hovers only in the 50 percent range.
News from the Parks
November 18, 2008 - 11:29am
Paradise echoed Monday not with the voices of park visitors, but with the thump and crash of a 4,500-pound wrecking ball smashing through the old visitor center.
November 18, 2008 - 11:24am
The New River Gorge celebrated its 30th year as part of the National Park System last week with the Nov. 10 anniversary of its 1978 designation as a National River.
November 18, 2008 - 11:22am
Yellowstone National Park officials have opted to allow 720 snowmobiles a day in the park this winter, abandoning a temporary plan they proposed two weeks ago for 318 machines a day.
November 18, 2008 - 11:20am
A major rockslide at Yosemite National Park's Curry Village has prompted officials to consider closing part of the lodging area permanently.
November 18, 2008 - 10:09am
The U.S. Department of the Interior (DOI) and the U.S. Department of Energy (DOE) signed a Memorandum of Understanding that will help the National Park Service (NPS) showcase sustainable energy practices and fulfill its mission of environmental stewardship. With equal amounts of initial “seed money” from DOI and DOE totaling $1 million for 2009, the Energy SmartPARKS program hopes to eventually draw private sector support to spark a green energy future in the United States. “This partnership will deploy energy efficient and renewable energy technologies throughout the national park system,” said Secretary of the Interior Dirk Kempthorne. “We have the power to not only improve conditions in the parks, but also demonstrate for the public the impacts and benefits of green energy innovations.” “Our national parks are a showcase of this country's natural beauty and historical significance. With this agreement, we're ensuring that these parks are also models of energy efficiency and clean energy technologies,” said Secretary of Energy Samuel Bodman. “Our parks have always been an important way for Americans to learn about the environment, now they can learn about energy use as well.” “The Energy SmartPARKS program will make positive, tangible advancements by greening the parks and by reducing energy costs and carbon emissions,” said Mary A. Bomar, Director of the National Park Service. “This is a great way to demonstrate our environmental leadership as we approach the 100th anniversary of the National Park Service in 2016.” On the ground, parks will use funding from Energy SmartPARKS to deploy cutting-edge technology as well as traditional solutions, including projects that retrofit lighting systems; purchase electric utility vehicles; install solar panel systems; upgrade meters and thermostats; replace windows and furnaces; study the feasibility of wind power; and conduct energy audits. Lessons learned from these projects can be used in other national parks and in the homes of every American. A list of some of the 2009 projects is available. Two recent projects illustrate the exciting possibilities of Energy SmartPARKS in the future: the exterior relighting of both the White House and the Washington Monument. With ground-breaking technology that improved the exterior illumination, these national icons now look beautiful while being energy efficient at the same time. Although the official assessment of the White House relighting project by DOE has not yet been conducted, early estimates anticipate over 50% energy reduction. The Washington Monument relighting project resulted in a 27% energy reduction with a cut of 36 tons per year in carbon emissions according to the official DOE assessment. The Energy SmartPARKS program will also develop new and expand existing partnerships with the private, non-profit, and academic sectors. These partners may help raise funds, identify projects, find technological solutions, and educate the public. The National Park Service is developing an Energy SmartPARKS website, in partnership with DOI and DOE, to showcase its commitment to a green energy future in America. Visit www.nps.gov/energy in the coming weeks.


