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<br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />i I <br /> <br />C. Marty Jones, P.E. <br />Project Engineer <br /> <br />Mr. Jones is a senior engineer for the water resources and environmental consulting firm <br />of Lidstone & Anderson, Inc. (LA). Since joining LA, he has acquired knowledge in the fields <br />of hydrology, hydraulic design and erosion and sedimentation. Recent experience includes the <br />geomorphic evaluation, hydrologic and hydraulic design and water quality data collection for a <br />number of abandoned mine land projects. During these projects, Mr. Jones actively participated <br />in the field data collection and analysis of geomorphic and hydrologic parameters, development <br />of hydrologic storm events, evaluation and development of drainage networks. <br /> <br />. Project engineer for the Etna Diversion Dam Project. This project involved the <br />evaluation and design of multiple diversion dam alternatives and fish ladders. Mr. Jones <br />conducted the hydrologic investigation which included determination of peak discharges <br />and flow duration curves. Mr. Jones also conducted the HEC-2 hydraulic modeling of <br />the design alternatives which included an evaluation of structure efficiency during low <br />flow events. In addition, he prepared conceptual and final designs of the selected <br />alternative. <br /> <br />. Project manager for the East Gas Hills Groundwater Study. This study evaluated the <br />impact of reclamation on groundwater quality. During this project, he coordinated the <br />installation of a monitoring well and sampling program for three reclamation sites. He <br />has also participated in four other groundwater sampling projects conducted in the Gas <br />Hills area of Wyoming. These projects have entailed: monitoring well development, and <br />collection of water samples from monitoring wells and flooded uranium pits. <br /> <br />. Project engineer for the Sidon Canal Rehabilitation and Hunt Canal Rehabilitation <br />Projects, Lovell Wyoming. During these projects Mr. Jones collected stream flow <br />measurement data and bed material samples during the field investigations. He also <br />participated in the hydraulic evaluations of the existing diversion structures and the <br />design for the replacement diversion structures. Hydrologic and hydraulic analyses of <br />the Shoshone River were conducted during the projects. <br /> <br />. Project Engineer for Abandoned Mine Land Reclamation Project 14B, Greybull, <br />Wyoming. During this project Mr. Jones designed numerous replacement ponds and <br />conducted detailed water balance studies to ensure the long term stability of the <br />ponds. The ponds were constructed to meet the Army Corps of Engineers 404 Program <br />requirements. <br /> <br />. Crew chief and crew member for the Middle Rio Grange hydrographic data collection <br />services, Bureau of Reclamation. During this project he conducted cross-section surveys, <br />stream flow measurements, suspended sediment sampling and bed material sampling on <br />the Rio Grande River in New Mexico. <br /> <br />. Project Engineer Horse Creek Reregulating Reservoir, Torrington, Wyoming. Mr. Jones <br />conducted analyses to evaluate the feasibility of constructing a small reservoir to collect <br />excess flow from the Fort Laramie Canal. Diversion and delivery records were reviewed <br /> <br />16 <br />