Baffin Mountains | |
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Baffin Mountains in Auyuittuq National Park
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Highest point | |
Peak | Mount Odin |
Elevation | 2,147 m (7,044 ft) |
Coordinates | 66°33′N 65°26′W / 66.550°N 65.433°WCoordinates: 66°33′N 65°26′W / 66.550°N 65.433°W |
Geography | |
Country | Canada |
Territory | Nunavut |
Regions | Baffin Island and Bylot Island |
Parent range | Arctic Cordillera |
The Baffin Mountains are a mountain range running along the northeastern coast of Baffin Island and Bylot Island, Nunavut are part of the Arctic Cordillera. The ice-capped mountains are some of the highest peaks of eastern North America, reaching a height of 1,525–2,146 metres (5,003–7,041 ft) above sea level. While they could be considered a single mountain range as they are separated by bodies of water to make Baffin Island, this is not true, as they are closely related to the other mountain ranges that make the much larger Arctic Cordillera mountain range.
The highest point is Mount Odin at 2,147 m (7,044 ft) while Mount Asgard at 2,015 m (6,611 ft) is perhaps the most famous. The highest point in the northern Baffin Mountains is Qiajivik Mountain at 1,963 m (6,440 ft). There are no trees in the Baffin Mountains because the mountains are north of the Arctic tree line. Rocks that comprise the Baffin Mountains are primarily deeply dissected granitic rocks. It was covered with ice until about 1500 years ago, and vast parts of it are still ice-covered. Geologically, the Baffin Mountains form the eastern edge of the Canadian Shield, which covers much of Canada's landscape.
The ranges of the Baffin Mountains are separated by deep fjords and glaciated valleys with many spectacular glacial and ice-capped mountains. The snowfall in the Baffin Mountains is light, much less than in places like the Saint Elias Mountains in southeastern Alaska and southwestern Yukon which are plastered with snow.
The largest ice cap in the Baffin Mountains is the Penny Ice Cap, which has an area of 6,000 km2 (2,300 sq mi). During the mid-1990s, Canadian researchers studied the glacier's patterns of freezing and thawing over centuries by drilling ice core samples.