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25 <br />Existing information sources identified by the literature review <br />will be used to assist the adequacy analysis to the maximum extent prac- <br />ticable. Also, an analytical capability will be used to store, retrieve, <br />and combine numerical information so that the comparisons of supply <br />and requirements can be made easily. This analytical capability will <br />be used to analyze numerical information available in Step 02A, as well <br />as during the Step 0213 Problem Authentication task. <br />The three components of Step 02A are further explained in the <br />following text. Component one has four tasks, Component two has two <br />tasks, and Component three has one task. <br />Current and Future Water Requirements (Task 1 of Component one, Step <br />02A) <br />Volumetric estimates of annual withdrawal and consumptive use <br />requirements, with monthly coefficients, will be made for (1) prespeci- <br />fied geographic units, (2) each of the assumed future conditions, (3) the <br />years 1975,.. 1980, 1990, 2000, and 2020, and (4) the following purposes of <br />use: <br />o Municipal domestic <br />o Industrial <br />o Mineral: <br />Fuels (including oil shale conversion <br />and coal gasification) <br />Metallic and nonmetallic <br />o Electric power generation <br />o Rural domestic <br />o Agricultural: <br />Irrigation <br />Livestock <br />o Other uses that can be quantified (including <br />fish & wildlife use for fish hatcheries and wildlife <br />refuges) <br />Also, volumetric estimates of the amount of water that is exported (both <br />diverted across a drainage divide and released downstream) from one geo- <br />graphic unit to another will be developed for (1) the prespecified geogra- <br />phic units and (2) water transfer conditions dictated by existing (1975) <br />compacts or other legally binding documents. <br />