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<br />00070' <br /> <br />~) <br /> <br /><;Uk <br />~~ <br />-l:9 <br /> <br />ii~f~ <br />~~~~';f:+~~ <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br />~"'*'>''{'?<''' <br /> <br />ACKNOWLEDGMENTS <br /> <br />This study was made by the Agricultural Research Service (ARS), U.S. De- <br />partment of Agriculture, under cooperative agreement with the California State <br />Department of Water Resources. The Department has provided substantial finan- <br />cial support to the Fresno Water Management Field Station fOI: ground water re- <br />charge research. <br />We are indebted to Helen J. Peters, Ground Watel: Staff Specialist, Staff <br />and Services Management, and Ray C. Richter, Planning Support Bl:anch, State of <br />California, Department of Water Resources, for their continued support of the <br />work included in this report. <br />The theoretical material used to illustrate the use of the data recorded <br />in this publication was provided by R. E. Glover under contract with ARS. <br />The computer adaptations of Glover's work for field versus theory compari- <br />sons was ably accomplished by Glenn A. Cotton as a hydraulic engineering tech- <br />nician and student at California State University at Fl:esno. <br /> <br />..... <br /> <br />-......,.. <br /> <br />;~~. -~.;:. <br /> <br /> <br />~~~i~~~i~~t~ii~~,~~~:~~~~~~~~1%!$1~~~?~~;:>..<... <br />