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<br />We believe the above measures will allow CSU to monitor the <br /> <br />environmental and public response to the seeding project and to <br /> <br />take appropriate actions for minimizing any associated risks. <br /> <br />4. Atmospheric SamplinR <br /> <br />Since the primary objectives of this cloud seeding project are to <br /> <br />document and define the effect that seeding has on the physical <br /> <br />processes which occur in winter orographic clouds, an extensive <br /> <br />~ling, and monitoring network~planned. This will be one of <br /> <br />the more extensive sampling efforts undertaken in connection with <br /> <br />cloud seeding. <br /> <br />In direct conjunction with the seeding proposed in this <br /> <br />application, the Atmospheric Science Department of CSU will operate <br /> <br />approximately 10 remote wind, temperature and precipitation stations, <br /> <br />a rawinsonde station, a Ku-band radar station, a microwave radiometer, <br /> <br />a lidar, and a fully instrumented cloud physics monitoring aircraft (see <br /> <br />Attachment II). Intensive satellite observations will be received <br /> <br />and analyzed. Results of their research observations and analysis <br /> <br />program will be published in technical reports prepared for the <br /> <br />sponsoring government agencies. <br /> <br />5. Reports <br />CSU will submit all required reports to the appropriate agencies <br /> <br />and will maintain copies of same and records of all seeding logs on <br /> <br />file at the Department of Atmospheric Science, Colorado State <br /> <br />University, Fort Collins, Colorado. The reports required and the <br /> <br />recipients of the proposed project are: <br /> <br />Colorado Department of Natural Resources: Bi-weekly Operations <br />Summary, Form WM-3; Overall report on research activities and <br /> <br />results. <br />