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<br /> <br /> <br />o <br /> <br />.~ <br />"' <br />;) <br />, <br /> <br />Part V <br /> <br />,j <br /> <br />'C:) <br />'1 <br />--1 <br />QO <br /> <br />Part VI <br /> <br />Part VII <br /> <br />Part VIII <br />References <br /> <br />CONTENTS (Continued) <br /> <br />Development projections by subregion <br />Projection methods . . . . . . . . <br />Mineral fuels--general discussion <br />Projection summaries <br />Mineral fuels <br />Petroleum <br />Uranium <br />Co,al . . . <br />Gils.onite <br />Oil shale <br />Rock asphalt <br />Metals <br />Molybdenum <br />Lead-zinc <br />Nonmetals '. . <br />So.dium carbonate <br />. Sand and gravel <br />Phosphate rock . <br />Potassium salts <br />Water requirements of mineral industry <br />Projection methods . . . . . . . . <br />Regional Interpretation of OBE-ERS <br />level of development. .... <br />State alternative at the 6.5-million-acre-foot <br />level of development . . . . . . . .'. . . . <br />State alternative at the 8.16-million~acre-foot <br />level of development . . . . . . <br />State alternative for water supply <br />available at site ..... . . <br />Land requirements of mineral industry <br />Projection methods . . . . . . . . <br />Economics of land (and water) use for mineral <br />production <br />Conclusions <br /> <br />Page <br />43 <br />43 <br />47 <br />61 <br />61 <br />61 <br />61 <br />62 <br />62 <br />65 <br />65 <br />65 <br />65 <br />65 <br />66 <br />66 <br />66 <br />67 <br />67 <br />68 <br />68 <br /> <br />. . <br /> <br />. <br /> <br />. <br /> <br />70 <br /> <br />70 <br /> <br />75 <br /> <br />75 <br />78 <br />78 <br /> <br />,. <br /> <br />" <br /> <br />79 <br />84 <br />85 <br /> <br />. . . . . . . . <br /> <br />11i <br /> <br />