Draft St. Regis Watershed Total Maximum Daily Loads And Framework Water Quality Restoration Assessment [electronic Resource] : Sediment And Temperature Tmdls : Public Comment Draft 2007 Appendix a
Draft St. Regis Watershed Total Maximum Daily Loads And Framework Water Quality Restoration Assessment [electronic Resource] : Sediment And Temperature Tmdls : Public Comment Draft 2007 Appendix a
Montana.Dept. of Environmental Quality
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Regis River and seven tributaries vary in the amount of fine sediment. McNeil core samples indicate excessive fine sediment accumulation downstream of the 0.6 mile stretch of river in which Interstate 90 is within 20 feet of the channel. The 2.0 mile stretch of river upstream of Saltese, in which the interstate is within 50 feet of the stream channel, has very little fine sediment accumulation due to a high transport capacity within this channelized reach. Overall, channelized reaches along the... St. Regis River that have high transport capacities appear to easily transport the sediment load, which may then accumulate in unconfined reaches with lower gradients. Gravel bar samples suggest that the finer portion of the sediment load may accumulate in low gradient reaches. Thus, the road proximity and the degree of channel confinement appear to have a significant impact on sediment input and sediment transport in the St. Regis River. Tributary samples collected in observed bull trout spawning gravels in the South and North Forks of Little Joe Creek average 21.6% and 27.6% finer that 6.3 mm, respectively.
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