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<br /> <br />N/A <br /> <br />Transient Responses <br />(Fine Sediment <br />Dynamics) <br /> <br />Pools <br /> <br /> <br />N/A <br /> <br />Physical System <br /> <br />Sand <br /> <br />Q<QCR <br />Riffles <br /> <br />Framework Responses <br />(Incipient Motion) <br /> <br />Q>QCR <br />Riffles <br /> <br /> <br />Clean Substrate <br />Favors Biological <br />Productivity <br /> <br />Q<QCR <br />Runs <br /> <br />Q>QCR <br />Runs <br /> <br />Riffle Mobilization <br />Disturbance and <br />Recovery <br /> <br />bun Mobilization <br />Disturbance and <br />Recovery <br /> <br />Mud Deposition <br />Reduces Biological <br />Productivity <br /> <br />Clean Substrate <br />Favors Biological <br />Productivity <br /> <br />Mud Re-entrainment = <br />Yes Mud Removal <br />Favors Biological <br />Productivity <br /> <br />Figure ES-4. Flow chart that summarizes the physical processes that are related to <br />sediment mobilization and mud deposition that create biological disturbances in the 15- <br />MR. <br /> <br />Draft Final Report - 15 Mile Reach Studies <br />Miller Ecological Consultants, Inc. <br /> <br />Page ES-8 <br />October 24, 2003 <br />