Debris Flows and Turbidity Inundate the Klamath River.
North Fork of the Salmon River on July 6, 2015 following severe thunderstorms. The turbidity and sedimentation from this event turned 230 miles of the Klamath River brown and turbid, from Beaver Creek to the mouth of the River near Klamath Glen. (Photo: Scott Harding)
The fires on the Klamath River in 2014 burned on a vast
scale across over 200,000 acres in the Klamath, Scott, and Salmon River
watersheds. The fires burned in a mixed severity fire mosaic, including many acres of low severity understory fire and some
large high severity burn patches. Most of these high severity patches burned
during extreme weather conditions, including high winds and temperatures. At
other times fires burned intensely when inversion layers lifted and created
unstable atmospheric conditions. These high severity burn patches include areas
of nearly complete tree mortality, where soils were, at times, scorched, causing them to...