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<br />0719 <br /> <br />~-'~.'._,.- .,' <br /> <br />WRSIC I"I'OIZ.'L\TIO~ <br /> <br />.' <br /> <br />DEP,\RnIENT 01' TilE INTERIOR, GEOLOGICAL SURVEY, HATER RESOURCES DIV1SlO;>; <br /> <br />ABSTRACT-I~:JEX SHEET <br /> <br />, , <br /> <br />1. C18ssification 4. Date sent to <br /> C,mtral [{egion <br />2. Title (all c,'ps) HYDROLOGIC EFFECTS OF REDUCING <br /> S. No. pa/;"s ...7.7' <br />IRRIGATION TO }~INTAIN A PERMANENT POOL IN JOHN <br /> 6. No. illustrations <br /> <br />MARTIN RESERVOIR, ARYJ\NSAS RIVER VALLEY, COLORADO <br /> <br />7. No. tables <br /> <br />I <br /> <br />3. AuthorsRichard R. T.uckey <br /> <br />8. No. referenc"s <br /> <br />/ <br />(~ <br /> <br />9. Descriptors Water transfer, Water distribution (applied), Computer models, <br /> <br />Prior appropriation, Reservoir operation, Aquifers, Colorado <br /> <br />----' <br /> <br />10. Identifiers Southeastern Colorado, Arkansas River valley, John Martin <br /> <br />Reservoir <br /> <br />11. Type of publication <br /> <br />U.S. Geological Survey open-file report <br /> <br />. <br /> <br />12. Abstract: The U.S. Geological Survey has evaluated a plan by the Colorado <br /> <br />I <br />- <br /> <br />, <br />7 <br />Division of Wildlife to maintain a permanent pool of 10,000 acre-feet (1.2xlO <br /> <br />cubic meters) in John Martin Reservoir on the Arkansas River. This pool would <br /> <br />be maintained through the use of water assigned to shares in the Catlin Canal, <br /> <br />Company that the Division has acquired. This plan was evaluated using a <br /> <br />lumped parameter model developed to test management alternatives in a stream- <br /> <br />aquifer system. A 2S-year period from 1949 through 1973 was simulated. Based <br /> <br />on this simulation, it is concluded that (1) the Division of Hildlife has <br /> <br />sufficient shares in the, Catlin Canal Company to maintain a permanent pool of <br /> <br />the proposed size, (2) surface-water diversions by most other canals in the <br /> <br />basin would increase slightly under the proposed plan, (3) the flow at the <br /> <br />Colorado-Kansas State line would increase slightly under the proposed plan, <br /> <br />...~ <br /> <br />and (4) the ground-water system would not be significantly affected by the <br /> <br />proposed plan. <br /> <br />1 of 1 <br />