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3037615464 <br />J A fJ - 1 8- 9 0 T H U 1 T :.3 E H A L E P A S K A & A S E: o C P 0 3 <br />Yoh'. Lytle is also .: ~.~rienced in Colorado water rights Tarr concerning <br />nontributary ground r.:,ter rights and surface water rights, including the <br />permitting and :,djudic~f.ion process necessary for pzocuring the rights to divert <br />water from large-Seale production wells. tiY. Lytle has worked with water <br />districts, developers and mining interests to help procure sufficient cater <br />rights for the projected water supply demands, Ha has also been involved in the <br />devalopmentt and adjudication process for plans of augmentation for water <br />districts and develo~:re. Mr. Lytle has appeared as an expes-C witness in Water <br />Court regarding the adjudication o! nontributazy water rights and augmentation <br />plane. <br />Yom. ]:ytls has also t•:•:~ in•,rolved with many geehydrologic investigations, which <br />typically include t:~~_ .{ : inn and installation of monitoring well and ground <br />water emc~lirrJ p~u~~=, as well as grated water modeling studies to simulate <br />the ground water tlod regime for purposes of predicting contaminant movement and <br />for purposes oL dewatErirxg an aquifer. This experience includes predicting the <br />movement of contaminants to the grotuld water table, and in the grau-rl water <br />system, antd the associata9 effects of contaminant movement in ground water with <br />regards to health and safety issues and general water quality degradation. It <br />also includes studies to evaluate the needs to de~aater portions of an aquifer <br />for mitring, or other, purposes. <br />F:kperience in ground water modeling studies have included simulating the effects <br />of larcle-scale well plm,ping on adjacent water users, simulating the potential <br />suitability of ent injection program for underground water storage with <br />subsequent recarery by a pumping well acid simulating the potential for punting <br />mntaminante fsvtt alluvial and bedrock aquifers by the use of large production <br />well lields. <br />