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Project Planning:: City, Engineers, Fluvial Geomorphologist meet to <br />establish goals and objectives of the proposed channel assessment <br />with regard to flood control, erosion control, water quality, habitat and <br />overall channel stability <br />II. Field Work: Engineering team and Fluvial Geomorphologist obtain <br />necessary field data to perform analysis on future options for channel <br />given objectives in Stage I. <br />III. Data Assessment/Modeling: Data obtained from Engineering <br />Team and Stage II field data is analyzed thorough conceptual and <br />analytical models to obtain inputs for stable channel design options <br />for input to Halff Engineers which best meet criterion established in <br />Stage I. Stage II field work will allow assessment of vertical stability <br />and predicted degradation and equilibrium slope, planform stability <br />and meander migration rates, effective discharge/bankfull design <br />flows, and prediction of effects of upstream supply reach on <br />engineering design of downstream project study reach (Capacity <br />Supply Analysis). <br />N. Final Design Options: Plan preparation. Work with Engineering <br />team to incorporate findings of analysis into potential solutions and <br />report preparation. <br />Costs Associated for the Fluvial Geomorphology <br />Assessment: <br />Stage I <br />• Initial meeting with City and Engineers (3 principals) <br />Stage II <br />• Reconnaissance of Lower Blanco River (2 days, 2 nights, 3 principals) <br />• Field work (4 days, 4 nights, 3 principals) <br />Stage III <br />• Data analysis from field (5 days, 3 principals) <br />• Report Preparation (5 days, 3 principals) <br />Stage IV <br />9 Meeting with City on Report (3 principals) <br />