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Three Sisters Backpack Trip 025

aaw.jpg Rough cut stairs go to the top of Humbug Mountain.ThumbnailsA great view showing the basalt base underlying Smith Rock State Parka and the browns and reds of the top layer of rocks that were formed from welded tuff and rhyolite rocks. The welded tuff was formed from ash that was melted together as it fell onto theRough cut stairs go to the top of Humbug Mountain.ThumbnailsA great view showing the basalt base underlying Smith Rock State Parka and the browns and reds of the top layer of rocks that were formed from welded tuff and rhyolite rocks. The welded tuff was formed from ash that was melted together as it fell onto theRough cut stairs go to the top of Humbug Mountain.ThumbnailsA great view showing the basalt base underlying Smith Rock State Parka and the browns and reds of the top layer of rocks that were formed from welded tuff and rhyolite rocks. The welded tuff was formed from ash that was melted together as it fell onto theRough cut stairs go to the top of Humbug Mountain.ThumbnailsA great view showing the basalt base underlying Smith Rock State Parka and the browns and reds of the top layer of rocks that were formed from welded tuff and rhyolite rocks. The welded tuff was formed from ash that was melted together as it fell onto theRough cut stairs go to the top of Humbug Mountain.ThumbnailsA great view showing the basalt base underlying Smith Rock State Parka and the browns and reds of the top layer of rocks that were formed from welded tuff and rhyolite rocks. The welded tuff was formed from ash that was melted together as it fell onto theRough cut stairs go to the top of Humbug Mountain.ThumbnailsA great view showing the basalt base underlying Smith Rock State Parka and the browns and reds of the top layer of rocks that were formed from welded tuff and rhyolite rocks. The welded tuff was formed from ash that was melted together as it fell onto the

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