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<br />specific integration of objective elements for routine, <br /> <br />real-time use would be included. The observatiQna1 <br /> <br />,! <br /> <br />and control system would be designed to make practical <br /> <br />use of latest technology advances including satellite <br /> <br />~. <br /> <br />data and te1emetered weather parameters. <br /> <br />with the manned observatories and use of the High <br /> <br />Plains radar, research studies would include precipi- <br /> <br />tation process modeling improvement and development <br /> <br />of synoptic analyses of mesoscale advection, vorticity, <br /> <br />vertical motion and atmospheric water balance to <br /> <br />improve opportunity recognition and broad-area eva1ua- <br /> <br />tion techniques. Increasing understanding of the <br /> <br />physical modification processes will lead to more <br /> <br />effective seeding techniques. <br /> <br />The physical evaluations will include analyses of <br /> <br />seeded and unseeded storm data on the timing and <br /> <br />intensity of precipitation, distribution of snowfall, <br /> <br />type and trajectories of snowflakes and changes in <br /> <br />cloud size and life span. The roles of ice crystal <br /> <br />riming and seeding imbedded convective clouds in <br /> <br />augmenting precipitation are actual remaining <br /> <br />physical uncertainties. <br /> <br />. <br />~ <br /> <br />28 <br />