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<br />ii. <br /> <br /> <br /> <br />.~;.. -", f! <br /> <br /> <br />7( -, <br />. !" '. () <br />';!!" <br /> <br />Many small scale experiments have been conducted in which <br />winter clouds have been seeded to increase the snowfall in the <br />high mountain areas of the Western United States. When the <br />augmented snowpack melts in the springtime, it produces addi- <br />tional runoff that in turn is used to produce hydroelectric power <br />as well as additional water for agricultural, municipal, and indus- <br />trial uses. Now the Bureau of Reclamation is conducting a pilot <br />project in the San Juan Mountains of Colorado to evaluate the <br />effectiveness of this new technology. At the end of this five-year <br />evaluation program, the Bureau will be prepared to implement <br />a large scale Winter Orographic Snowpack Augmentation <br />(WOSA) program throughout the Upper Colorado River Basin. <br /> <br />Many people are becoming increasingly concerned over the <br />possible exploitation of technology without adequate provisions <br />for alleviating undesirable side effects. Both houses of Congress <br />are asking for reliable information on all the implications of <br />pending programs. Consequently, the National Science Founda- <br />tion has initiated a Technology Assessment Program to develop <br />the techniques of technology assessment and to perform such <br />assessments in selected problem areas. Contracted under this <br />program, Stanford Research Institute's technc"ogy assessment <br />of WOSA consists of: <br /> <br />· A cost/effectiveness analysis of WOSA based on the cur- <br />rent state of the art in snowpack augmentation. <br /> <br />· An estimate of the improvement in costs and benefits that <br />might be achieved within the next five years through im- <br />provements in the state of the art of snowpack augmenta- <br />tion. <br /> <br />(Continued on inside back cover) <br /> <br />