Laserfiche WebLink
<br />2. Results - (a) Cumulus - A satisfactory chain of scien- <br /> <br />, . . <br />tific understanding of how cloud'seeding. <br /> <br />. . ., I <br />affects cumulus growth; 'cloud interactions',' <br />and precipitation will be described primarily <br />by comprehensive computerized models. <br /> <br />(b) Upslope, Winter, Frontal, and Cyclonic - <br />This work will furnish a data and experience <br />foundation, identify the possibilities and <br /> <br />problems for further research, and recommend <br /> <br />approaches to develop a full, improved pre- <br />cipitation management technology. <br /> <br />FIELD SYSTEMS TEST OBJECTIVE <br /> <br />1. Tasks- <br /> <br />Thoroughly integrate and test the best avail- <br /> <br />able cumulus modification techniques and <br />systems in several field areas. Comprehensively <br />assess and evaluate the seeding results with <br /> <br />emphasis on rainfall reaching the ground.' <br />Test and evaluate decision-management-regulation <br />criteria and processes under typical local <br />conditions. Integrate, simplify, and improve <br />models, techniques, and equipment systems <br />and determine the time, costs, and logistics <br /> <br />involved. <br /> <br />8 <br />