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<br />G0068t <br /> <br />furnish sufficient cases for model development and resolving <br />cloud physics uncertainties. Seeding in two areas for <br />five seasons should provide sufficient field systems tests, <br />demonstration of techniques, and opportunities for assess- <br />ments of impacts. <br /> <br />With year-round operation of two field areas, a minimum <br />number of other weather systems (about 20 each) can be <br />observed and analyzed. The same equipment and instrument <br />facilities and essentially the same scientific personnel <br />will be used for this research. Although these data should <br />meet the preliminary research and modeling needs for upslope, <br />winter, frontal, and cyclonic weather modification; addi- <br />tional measurements will provide the base for important <br />accleration of progress on these systems. <br /> <br />Mobility and Multi-Area Approach <br />Two or more field study areas, arrayed generally north to <br />south, are planned for this program. Some of the research <br />equipment will be mobile, permitting flexibility between <br />areas. Multi-areas and a research mobility are preferred <br />over a single, fixed area for the following reasons: <br />1. A fuller spectrum of cloud types and weather situa- <br />tions can be measured, treated, and analyzed. <br /> <br />25 <br />