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Firm Qualifications - Continued <br />Boyle engineers have also applied many other models to analyze surface and <br />ground water systems, water rights, and historical and future operations. <br />Examples of these efforts include: <br />➢ STATEMOD for the CRDSS project (applied to the Colorado, Gunnison, <br />San Juan - Dolores, and Yampa Rivers); <br />➢ MODFLOW (ground water model) for the Denver Basin aquifer studies, <br />San Gorgonio Pass Ground Water Modeling Project, El Paso Canutillo <br />Wellfield Master Plan, and the Santa Fe project; <br />➢ MODSIM on the Greeley Drought Study and other projects; <br />➢ A linked surface water (BESTSM) and ground water (MODFLOW) <br />model of the Rio Grande for the New Mexico -Texas Sustainable Water <br />Project; <br />➢ WIRSOS (Wyoming Integrated River System Operation Study) on the <br />Little Popo Agie Instream Flow Study performed for the WWDC; <br />➢ Platte River Water Budget Speadsheet, a daily surface water operations <br />model covering the entire three state basin which was used to determine <br />water availability in the Platte River; <br />➢ OPSTUDY, a Bureau of Reclamation surface water system operation <br />model used to evaluate water availability on the North Platte River; <br />➢ CORSIM (Colorado River Simulation Model) — a water rights allocation <br />model of the Colorado and White Rivers managed for seven years by <br />Boyle for the CORSIM Participants (Colorado River Water Conservation <br />District, Northern Colorado Water Conservancy District, Denver Water, <br />and several petroleum companies); and <br />➢ HYDROSS to quantify the reserved water rights of the Blackfeet Indian <br />Tribe in Montana. <br />For ground water hydrology, depletions, and seepage analyses, Boyle <br />engineers have used relatively simple approaches (Glover, SDF Method, <br />Linear Storage, and others) and, more complex finite difference <br />(MODFLOW, SEEP /W) approaches on water rights analyses including <br />augmentation plans and change cases, and on water resource and storage <br />projects. <br />_2_ f3UvLE <br />