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<br />. <br /> <br />. <br /> <br />. <br /> <br />" <br /> <br />o <br />C'~ } <br /> <br />PARTICIPATING AGENCIES <br /> <br />and <br /> <br />N <br />~ <br />W <br />W <br /> <br />STUDY OBJECTIVE <br /> <br />The U.S. Soil Conservation Service (SCS) and the Utah Division of Water <br />Resources (DWR) share a common concern about efficiency of water use in the <br />State. The Uinta Basin in northeastern Utah is an area undergoing rapid <br />change as oil and gas development alter the land resource base and stimulate <br />population growth. As a moisture deficit region, the allocation and efficiency <br /> <br />of limited water is fundamental to present and future development. Recent <br />legislation about wetland preservation further complicates the management <br />issue, making it more difficult to alter wetlands. Better information about <br />their quality, type, and distribution, is required in order to properly assess <br />any impacts due to site disturbance or reallocation of the water source. <br />As stated in the DWR contract, the Division has a twofold interest in <br />the study. "The first is that the Division is faced with the task of updating <br />the water related land use and the hydrologic inventories reports. The second <br />is that the Division must strive to improve the methodology used in the gathering <br />and processing of the vast amount of data and information necessary to complete <br /> <br />the studies." <br /> <br />The contract also states the general objectives of the project as follows: <br />"Since the state of the art of remote sensing using high altitude (U-2) <br /> <br />color infrared photography and laboratory interpretation is operational, <br /> <br /> <br />the Division of Water Resources general objectives are to determine the <br /> <br />adaptability of remote sensing for the collecting and tabulating the water <br />related land use data. <br /> <br />"The Uinta Basin was selected as the study area since it has been over <br /> <br />-3- <br />