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<br />'-::') <br /> <br />j."'L _ <br />oO:lIo <br />CJ:) <br />W <br /> <br />TABLE OF CONTENTS <br /> <br />Page <br /> <br />\ <br /> <br />INTRODUCTION <br />AUT IDRIZA TION <br />ARKANSAS RIVER BASIN ABOVE GREAT BEND, KANSAS <br />Drainage Area <br />Geology and Soils <br />Climate <br />Precipitation <br />Storms <br />JOHN MARTIN RESERVOIR PROJECT <br />Project Description <br />Pertinent Data <br />Design Operation, Storage and Dicharge <br />Operation to Date <br />Infle... and Outfle... <br />SURVEYS AND SAMPLING <br />Hydrographic Surveys <br />Reseryoir Sediment Ranges and Surveys <br />Suspended Sediment Sampling <br />River Bed Material and Lake Deposit Sampling <br />Qualivf of Water Sampling <br />Density Flows <br />METIDDS OF COMPUTATIONS <br />Suspended Sediment <br />Reservoir Deposits <br />Aggradation and Degradation Computations <br />ANALYSIS OF SEDIMENTATION <br />General <br />Effects of Sediment Sources <br />Effects of Frequency and Magnitude of Run-off <br />Effects of Material Size <br />Effects of River Channel Slope <br />Effects of Tributary Reservoirs <br />Effects of Irrigation, Diversion, and Returns <br />Effects of Reservoir Stage and Range of Fluctuations <br />Effectiveness of Sluicing Conduits <br />Effects of Vegetation - John Martin Reservoir <br />Effects of Wind <br />Volume of Sediment in John Martin Reservoir <br />Trap Efficiency of John Martin Reservoir <br />Quali ty of Water <br />Sediment Deposition Characteristics <br />Aggradation and Degradation <br />SUMMARY AND CONCLUSIONS <br /> <br />I <br />1 <br />I <br />1 <br />2 <br />3 <br />4 <br />5 <br />6 <br />6 <br />6 <br />6 <br />11 <br />11 <br />16 <br />l6 <br />16 <br />17 <br />23 <br />23.\ <br />23.\ <br />35 <br />35 <br />37 <br />47 <br />47 <br />47 <br />47 <br />53 <br />56 <br />58 <br />59 <br />59 <br />60 <br />61 <br />61 <br />61 <br />62 <br />68 <br />70 <br />70 <br />70 <br />73 <br />