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<br />N <br />0 Figure <br />w::.. <br />0 6.5 <br /> 7,1 <br /> 7.2 <br /> 7.3 <br /> 7.4 <br /> 7.5 <br /> 7.6 <br /> 7.7 <br /> 7.8 <br /> 7.9 <br /> 7.10 <br /> <br />LIST OF FIGURES (CONTINUED) <br /> <br />Page <br /> <br />Salt load as a function of channel distance to the 0.4 <br />power 62 <br /> <br />Hydrologic system as conceptualized for BSAM 66 <br /> <br />Price River BSAMl simulated water flows at Woodside <br />(1973-1975) 68 <br /> <br />Price River BSAMl simulated salt flows at Woodside <br />(1973-1975) 69 <br /> <br /> <br />Price River BSAMl simulated salt concentrations at <br />Woodside (1973-1975) 69 <br /> <br />Change in Price River hydrograph at Woodside caused by <br />reducing ungaged inflow by 20 percent 70 <br /> <br />Change in Price River salt output at Woodside caused <br />by reducing ungaged inflow by 20 percent 71 <br /> <br />Change in Price River hydrograph at Woodside caused by <br />increasing irrigation efficiencies by 10 percent . 72 <br /> <br />Change in ~rlce River salt 0Jtput at Woodside caused <br />by increasing irrigation efficiencies by 10 percent 73 <br /> <br />Change in Price River hydrograph at Woodside caused <br />by changing to crops with smaller consumptive uses 74 <br /> <br />Change in Price River salt output at Woodside caused <br />by changing to crops with a smaller consumptive use 75 <br /> <br />C.1 Channel cross sections, Coal Creek downs tream <br />C.2 Channel cross sections. Coal Creek upstream <br />C.3 Channel cross sections of the Macrochannel <br />C.4 Macrochannel flow hydro graphs for August 26, 1976 <br />C.5 Macrochannel flow hydrographs for September 9, 1976 <br /> <br />92 <br />92 <br />119 <br />120 <br />121 ' <br /> <br />I <br />, <br />~ <br />f <br />~ <br />~ <br />~ <br /> <br />ix <br />