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<br />" <br />" <br /> <br />,. <br /> <br />400 <br /> <br />j, KORMAN. S, M, WIELE AND M, TORIZZO <br /> <br />Wiele SM. 19~7. Modeling of Flood.deposited Sand Distribution/or a Reach of the Colorado River BelolY the Lillie Colorado Rh'er. Grand <br />Canyon, Ari;:ona. US Geological Survey \Vater Resources Investigation Report 97.4168. <br />Wiele SM. Griffin ER. J 997. ModIfications to a One.Dimensional Model of Unsltady Flow in the Colorado Ri1.'u lhmllgh the Grand Canyoll. <br />US Geological Survey Water Resources Investigation Report 97-4()..l6. <br />Wiele SM. Graf lB. Smith JD. 1996. Sand deposition in lhe Colorado Rivc=r in the Grand Canyon from flooding of Ihe Linle Colorado Rj\'cr. <br />\Huu Resources Research 32( 12): 3579-3596. <br />Wiele 5:-'1, Andrews ED. Griffin ER. 1999. The effect of sand concentration on depositional rate, magnitude. and location. In The Controlled <br />Flood in GmlldCanyon, Webb RH. SchmidtJC. MarzolrGR, V;Jldez RA (eds). Geophysical Monograph 110. American Geophysical Union: <br />Washingwn, DC. . <br />Williams IG, Speed TP, Forrest WF. 1999. Comment: transferability ofhabilat suitability criteria. North American Journal of Fisheries Manage- <br />ment 19: 623-625. <br />Wilson RT. 1986. Sonar patterns of the Colorado River bed, Grand Canyon. Proceedings of the Fourth Federal ImertJgency Sedimentarion <br />Conference. Las Vegas. Nevada. 2. 5-133-5-142. <br /> <br />. <br /> <br />Copyrig1J[ (0 2004 John Wiley & Sons, Ltd. <br /> <br />River Res. Applic. 20: 319-400 (2004) <br />