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<br />TABLE OF CONTENTS <br /> <br />Page <br /> <br />PREFACE <br /> <br />AUTHOR INDEX <br /> <br />vii <br /> <br />SESSION 1: SCIENTIFIC CREDIBILITY AND RATIONALE FOR SEEDING <br />WINTER OROGRAPHIC STORMS FOR PRECIPITATION <br />ENHANCEMENT. A DEFINITION OF THE STATE OF THE <br />ART AND ITS APPLICATION TO THE SIERRA NEV ADAS. <br /> <br />CHAIRPERSON: Arnett Dennis, South Dakota School of Mines & Technology. <br />Rapid City, S. Dak. <br /> <br />SUMMARIZERS: William Cotton, Colorado State University, Ft. Collins, <br />Colo., and Bernard Silverman, Atmospheric Water <br />Resources Management, Bureau of Rec., Denver, Colo. <br /> <br />SAN JUAN AND CLIMAX. L. M. Hjermstad, EG&G, Inc., Durango, Colo. 1 <br /> <br />SAN JUAN PROJECT EVALUATION RESUME. R. D. Elliott, Aerometric 10 <br />Research Inc., Goleta, Calif. <br /> <br />THE ROLE OF CONVECTION FOR SEEDING Wll\J"TER OROGRAPHIC 21 <br />STORMS. J. D. Marwitz, University of Wyoming, Laramie, Wyo. <br /> <br />EVALUATION OF CLOUD SEEJJING EXPERIMENTS: SOME LESSONS TO 27 <br />BE LEARNED FROM THE CASCADE AND SAN ,JUAN PROJECTS. <br />P. V. Hobbs, University of Washington, Seattle, Wash. <br /> <br />SIMILARITIES AND DIFFERENCES BETWEEN THE COWRADO ROCKIES 230 <br />AND THE SIERRA NEVADA MOUNTAINS FOR AUGMENTING PRECIPITA- <br />TION FROM OROGRAPHIC CLOUDS. L. O. Grant. Colorado State University, <br />Ft. Collins, Colo. <br /> <br />PHYSICAL BASIS FOR SEEDING COLD OROGRAPHIC CLOUDS. 33 <br />C. F. Chappell, NOAA, Boulder, Colo. <br /> <br />JEMEZ PROJECT'S EVALUATION PROCEDURES AND RESULTS FOR 39 <br />THE SIERRA NEVADAS. C.G. Keyes, Jr., New Mexico State University. <br />Las Cruces, N. Mex. <br /> <br />THREE LESSONS LEARNED DURING THE BRIDGER RANGE 47 <br />EXPERIMENT. A. B. Super, Bureau of Reclamation, High Plains Experi- <br />ment at Miles City, Mont. <br /> <br />ii <br /> <br />" . <br />