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<br />I General features of the case studies. <br />I I'MAFCA Sediment Albuquerque, New 1,100 Arroyos GeomOlphic and <br /> and Erosion Design Mexico engineering analysis <br />I GukJe <br />Inventory and Analysis 14 streams in Intannation not Perennial Geomorphic (using <br /> of Stream Meander Minnesota available historic data) <br />I Problems in Minnesota <br />A Probabilistic Rillrto Creek, near 920 Ephemeral Mathematical (using <br /> Approach to the Tucson, Arizona historic data) <br />I Special Assessment of <br />River Channel <br /> Instability <br />I Geomorphoklgy and Santa Cruz River 3,640 Ephemeral and Geomorphic (using <br />Hydrology of the Santa basin, Arizona perennial historic data) <br /> Cruz River, <br />I Southeastern Arizona <br />San Diego County San Diego County, 40, (Model has been Ephemeral and Mathematical modeling <br /> Alluvial Studies California run for 1 _105 mi2) perennial <br />I City of Austin Austin, Texas 1,30 Ephemeral and Engineering and <br />Technical Procedures perennial geomorphic analyses <br /> for Watershed Erosion <br />I Assessments <br />River Stability Study, Virgin River, Santa 550 - 3,800 Ephemeral and Geomorphic <br /> Virgin River, Santa Clara River, and Ft. perennial <br />I Clara River and Ft. Pierce Wash basins, <br />Pierce Wash, Vicinity Utah <br />of SI. George, Utah <br />I Hydrologic and Platte River basin, Information not Perennial Geomorphic <br />Geomorphic Studies of Nebraska available <br />the Platte River Basin, <br /> Nebraska <br />I Stream bank Erosion East Nishnabotna 960 ,1,450 Perennial Engineering analysis <br />Along T we Rivers In River and the Des with geomorphic <br /> Iowa Moines River, Iowa analysis using historic <br />I data <br />Channel Migration Snoqualrnie , T o~, 30 ' 360 Perennial Geomorphic and <br /> Studies in King Raging, and Green engineering analysis <br />I County, Washington Rivers, King County, (using historic and field <br /> Washington data) <br /> Bank Erosion Field Upper Mississippi 28,900 mi2, for Illinois Perennial Geomorphic and <br />I Survey Report of the River and Illinois Waterway engineering analysis <br />Upper Mississippi Waterway, Minnesota, (using the field data) <br /> River and Illinois Wisconsin, Iowa, <br />I Waterway Illinois, and Missouri <br />Arizona Standards for Arizona, statewide Information not Ephemeral and Geomorphic and <br /> Lateral Migration and available perennial engineering analysis <br />I Channel Degradation <br /> 9 <br />I <br /> <br /> <br />