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<br />3 <br /> <br />Mounting costs for the field observations necessitated a. substantial <br /> <br />deferral of this analysis program at CSU by the Utah Department of Natural <br /> <br />!- <br /> <br />Resources during the initial year (the revised analysis proposal requested by the <br /> <br />! <br /> <br />Department of Natural Resources, which served as the actual work plan, is <br /> <br />included as Appendix A). <br /> <br />Cloud physics aircraft analyses had to be limited to developmE~nt of <br /> <br />Cyber compatible programs to produce tabular data of state parameter and FSSP <br /> <br />data and complete flight analysis of two storm systems except: for 2Dc image <br /> <br />data. CompletE~ case study analysis, utilizing data from all instrument systems, <br /> <br />and providing cloud descriptions on all scales had to be deferred until the <br /> <br />remaining data sets could be integrated into the analyses. <br /> <br />This report covers CSU analysis efforts related to: <br /> <br />1. Software development to process or analyze Ku-band and aircraft data sets. <br /> <br />2. The Ku-band radar and rawinsonde observations. <br /> <br />3. Aircraft observations, including navigation, state parameter and <br /> <br />~ <br /> <br />cloud supercooled liquid water analyses. <br /> <br />4. Interpretative analyses of two case studies. <br /> <br />The significance of the preliminary findings are discussed. <br /> <br />~ <br /> <br />:0< <br />