Mount Juneau

Mount Juneau
Yadaa.at Kalé
Downtown Juneau and Mount Juneau
Highest point
Elevation	3,576 ft (1,090 m)[1]
Prominence	295 ft (90 m)[1]
Coordinates	58°19′10″N 134°24′22″W / 58.3194444°N 134.4061111°W / 58.3194444; -134.4061111[2]
Geography
Mount Juneau Location in Alaska
Interactive map of Mount Juneau
Location	Juneau City and Borough, Alaska, U.S.
Parent range	Boundary Ranges
Topo map	USGS Juneau B-2
Climbing
First ascent	Unknown
Easiest route	Scramble

Mount Juneau (Tlingit: Yadaa.at Kalé) is a 3,576-foot (1,090 m) massif in Southeast Alaska just one and a half miles (2.4 km) east of downtown Juneau, Alaska, in the Boundary Ranges.^[3]

Mount Juneau is steeped in mining history. Originally named Gold Mountain in 1881 by miners, it was also named Bald Mountain in roughly 1896. The name "Juneau Mountain" was first used in the mining records by Pierre "French Pete" Erussard when he located mining claims on the mountain in 1888.^[2]

In 1976, it was proposed by Chuck Keen of Alaska Trams (later to become Mount Juneau Enterprises) that a jigback aerial tramway be built to the top of the mountain.^{[citation needed]} The venture never reached fruition although Goldbelt Inc. did end up building Mount Roberts Tramway to the neighboring Mount Roberts.

Mount Juneau receives an estimated 300% more rain than downtown Juneau (which receives 91 inches or 230 centimetres per year on average).^[4]

During winter, Mount Juneau is one of the preeminent avalanche threats to a major population center.^[5]

The trail to Mount Juneau's summit can be accessed via the Perseverance Trail about one mile (1.6 km) in from the trailhead. The trail features an assortment of alpine views as well although it traverses many steep slopes and caution is prudent in wet or snowy weather.^[6]

In March 1962 an avalanche slid down the south side of Mount Juneau. It started with a lot of snowfall coming from the north-east. Some of the snow at about 220 meters came loose causing the avalanche.

The avalanche caused damage to 34 houses. 7 were severely damaged, 9 were moderately damaged, and 18 had minor damage

To this day there is still a visible path that the avalanche took down the mountain.^[7]

After the avalanche the local government brought in a Swiss avalanche expert to assess the damage and propose possible prevention methods for when another avalanche occurred. They assessed that the avalanche could have been worse as it stopped right before hitting the neighborhood. They also said that building mounds that could divert the avalanche away is the best option. Future avalanche experts rebuked the idea since while this avalanche was powerful, more powerful ones are likely to occur in the same area. They stated that the best course of action is to move the neighborhood. Locals on the other hand were not fully convinced on moving, so the local government decided to mitigate further damages by banning the construction of add-ons in avalanche zones and by buying lots that could go to building homes in avalanche zones.^[8]