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<br />Jay D. Schug <br />Senior Hydrologist <br /> <br />Related Experience (Continued) <br /> <br />in support of the U.S. Army Corps of Engineers Demonstration Erosion Control <br />Project. Field evaluation included assessment of bed and bank stability. sediment <br />quantification, determination of morphometric paTameters and evaluation of overall <br />geomorphic trends. <br /> <br />. Sacramento River Geomorphic Analyses. Mr. Schug participated in the geomorphic <br />evaluation of numerous reaches of the Sacramento River, California. His <br />involvement in these investigations included collection and analysis of geomorphic <br />data, bank and bed stability assessment, sediment data, and hydrologic data. He also <br />participated in the evaluation of changes in river morphometry through aerial photo <br />analysis and supervised execution of detailed hydrographic surveys. <br /> <br />. Clackamas River Proposed Sand & Gravel Mining Project (Oregon). Mr. Schug <br />was responsible for the hydrologic and geomorphic investigations associated with the <br />proposed off-channel gravel mining project. In support of this project, Mr. Schug <br />evaluated stability of the Clackamas River in terms of both planform and profile. <br />Historic aerial photos were used to perform a bankline analysis and areas of potential <br />avulsion were identified. <br /> <br />. Animas River Stabilization and Permittill!g (Colorado).. Mr. Schug conducted the <br />hydrologic, geomorphic, and hydTaulic analysis of a three mile reach of the Animas <br />River neaT Durango, Colorado. The stud.y was conducted in support of a gravel <br />producer's permit requirements and as part of the 404 permitting process. <br /> <br />. Colorado Yampa Coal Company G/!omorphic Study (Colorado). A geomorphic <br />investigation was conducted in response to a Notice of Violation for not achieving <br />approximate original contours (AOC) in the mine's final reclamation surface. A <br />complete slope analysis was conducted to determine slope distribution on a mine- <br />wide basis. StandaTd geomorphic methods were used to prepare this analysis and <br />included a statistical approach, which generated pre-and post-mining slope <br />histograms. <br /> <br />. Soil Conservation Service Watershed Ana!yses. Mr. Schug was responsible for the <br />evaluation of several watersheds throughout Kansas which were being monitored by <br />the SCS to determine sediment yield. Mr. Schug conducted hydrographic resurveys <br />of reservoirs, computed sediment volurnes, and det(:rmined sediment sources <br />following watershed evaluations. Sediment was deh:rmined to be contributed <br />primaTily from within the stream channels as opposed to agricultural practices. <br /> <br />. Expert System Development: CADWET. Mr. Schug was a principal developer of <br />an expert system-based application to aid in evaluation and design of measures to <br />rehabilitate incised channel systems and enhance watershed stability. The CADWET <br /> <br />T: \MARKET\Bios\jdsbio. wpd <br /> <br />ANdERSON CONsulTiNG ENGiNEERS, INC <br />