Climbing and access information for this peak is on Page 118 of the book. Published October 2018 Chinook Mountain is located in the Frank Church River of No Return Wilderness northeast of Landmark. It is the highest point on a ridge system that divides Little Pistol Creek and Forty-Four Creek. This ridge system has 5 ranked summits and you can … Continue reading
This peak is not in the book. Published October 2018 Golden Lake Peak is located due south of Golden Lake in the Lick Creek Range. The Northeast Ridge and South Ridge are both Class 2+. Use the link below to read John Platt’s trip report. John reports: “You can also climb this peak from Golden Lake. Hence the name. The … Continue reading
This peak is not in the book. This peak is named for John Platt. Updated April 2022 Peak 8361 is an impressive, incisor-shaped summit located one mile southeast of Snowslide Peak. The ridge between the two peaks can be traversed. Drop south from Snowslide and work your way over to Peak 8361. Cross Peak 8361’s West Side until you can … Continue reading
This peak is not in the book. Also see the Owyhee Mountains Peaks List for all of the peaks in this range. Florida Mountain sits due west of Silver City. It is one of the most heavily mined mountains in Idaho and it has a large, inactive open pit on its northern slopes. Although mining roads provide access to its summit, … Continue reading
This peak is not in the book. Also see the Owyhee Mountains Peaks List for all of the peaks in this range. Glass Hill is located on the northwestern end of the northern Owyhee Mountains Crest west of Slacks Mountain. After a long drive, the summit is a short walk from the Northern Owyhee Crest Road as it passes by the … Continue reading
This peak is not in the book. Also see the Owyhee Mountains Peaks List for all of the peaks in this range. Published September 2018 Tennessee Mountain is located southeast of Peak 7114 and west of Slacks Mountain. It is a minor summit with only 160 of prominence and is really just part of Peak 7114. The name is derived from … Continue reading