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<br />Tables: <br />27-31. <br /> <br />33-36. <br /> <br />37-41. <br /> <br />CONTENTS--Continued <br /> <br />32. <br /> <br />of simulated historical monthly streamflows, control <br />25 (confluence of Yampa River and Milk Creek)--Continued: <br />With 50 percent of agricultural and no transmountain <br />diversions, and with 50 percent of both agricultural and <br />transmountain diversions, and including 100 percent of <br />industrial and municipal diversions for all simulations-- <br />30. With 75 percent of agricultural and no transmountain <br />diversions, and with 75 percent of both agricultural and <br />transmountain diversions, and including 100 percent of <br />industrial and municipal diversions for all simulations-- <br />31. With 100 percent of agricultural and no transmountain <br />diversions, and with 100 percent of both agricultural and <br />transmountain diversions, and including 100 percent of <br />industrial and municipal diversions for all simulations-- <br />Summary of monthly streamflows, control point 18 (Vampa River near <br />Maybell, Colo.), for simulated historical conditions, including <br />100 percent of transmountain diversions, and for historical <br /> <br />conditions-------------------------------------------------------- <br /> <br />Summary of simulated historical monthly streamflows, control <br />point 18 (Yampa River near Maybell, Colo.): <br />33. With 25 percent of agricultural and no transmountain <br />diversions, and with 25 percent of both agricultural and <br />transmountain diversions, and including 100 percent of <br />industrial and municipal diversions for all simulations-- <br />34. With 50 percent of agricultural and no transmountain <br />diversions, and with 50 percent of both agricultural and <br />transmountain diversions, and including 100 percent of <br />industrial and municipal diversions for all simulations-- <br />35. With 75 percent of agricultural and no transmountain <br />diversions, and with 75 percent of both agricultural and <br />transmountain diversions, and including 100 percent of <br />industrial and municipal diversions for all simulations-- <br />36. With 100 percent of agricultural and no transmountain <br />diversions, and with 100 percent of both agricultural and <br />transmountain diversions, and including 100 percent of <br />industrial and municipal diversions for all simulations-- <br />Summary of simulated historical monthly streamflows, control <br />point 19 (Yampa River near Lily, Colo.): <br />37. For historical conditions and with 100 percent of trans- <br />mountain diversions-------------------------------------- <br />38. With 25 percent of agricultural and no transmountain <br />diversions, and with 25 percent of both agricultural and <br />transmountain diversions, and including 100 percent of <br />industrial and municipal diversions for all simulations-- <br />39. With 50 percent of agricultural and no transmountain <br />diversions, and with 50 percent of both agricultural and <br />transmountain diversions, and including 100 percent of <br />industrial and municipal diversions for all simulations-- <br /> <br />Summary <br />point <br />29. <br /> <br />vi <br /> <br />Page <br /> <br />43 <br /> <br />44 <br /> <br />45 <br /> <br />46 <br /> <br />47 <br /> <br />48 <br /> <br />49 <br /> <br />50 <br /> <br />52 <br /> <br />53 <br /> <br />54 <br />