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<br />- <br /> <br />times of deployment, and the type of data to be collected for the seeding <br />mission, will depend upon the type of seeding to be done and the number <br />of seeding opportunities during the day. Because of the numerous pos- <br />sibilities that may exist on a given day, and the status of aircraft and <br />onboard equipment, it will be necessary to retain maximum flexibility in <br />the deployment and use of the aircraft. It will be necessary to rely <br />heavily upon the judgment of the Project Director. <br />7.6 Cloud Photographs <br />As many cloud photographs as reasonably feasible will be taken <br />during the field program. Photographs of growing convective clouds and <br />seeded turrets associated with convective complexes will be taken by the <br />cloud seeding aircraft as well as the Navajo cloud physics aircraft on as <br />many occasions as possible without interference with the primary Illssion <br />of the aircraft involved. In addition, hand-held 35 rom cameras will be <br />used by TDWR personnel at Big Spring and by TAMU personnel collecting data <br />from the special surface stations. A record will be made of each photo- <br />graph including camera settings, direction of field of view, location, and <br />date and time. It will be the responsibility of each person making the <br />photographs to provide the appropriate documentation. <br />7.7 Daily Operational Schedule <br />A typical daily operational schedule is shown in Table 7.7.1. This <br />schedule contains only the major aspects of the daily schedule; steps <br />required to meet the scheduled events shown in the table have been <br />omitted. This schedule may vary from day-to-day, especially after the <br />briefing/debriefing sessions, depending on seeding opportunities. <br /> <br />28 <br />