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<br />2 <br /> <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br /> <br />modification projects. Following receipt of this request for assistance with Programme Al Ghait, <br />USAID turned to the National Academy of Science (NAS) for advice on how to proceed. The NAS <br />convened a meeting of experts on weather modification in Washington, D.C., in August 1983 to <br />consider how the U.S. Government (USG) should respond to requests from foreign governments <br />for assistance with weather modification projects. The NAS provided a cautious assessment of the <br />possibilities for success in such projects, but did not rule out entirely the chance of a useful result. <br />The request was then cleared by the National Security Council. <br /> <br />With support from USAID under a Participating Agency Service Agreement (PASA) with the u.s. <br />Bureau of Reclamation (Reclamation), a team of four American scientists led by Dr. Bernard <br />Silverman of Reclamation visited Morocco in November 1983 to investigate the possibilities for <br />cloud seeding in that country. After a thorough review of the facilities and evaluation of the <br />potential for weather modification in Morocco, the team prepared a "Weather Modification <br />Assessment for the Kingdom of Morocco" (Silverman et aI., 1983); they concluded that a winter <br />cloud seeding demonstration program over a portion of the High Atlas Mountains appeared <br />worthwhile. On the basis of the assessment, negotiations went forward for continued Reclamation <br />participation in Programme Al Ghait. <br /> <br />In May 1984 the Kingdom of Morocco, acting through its Ministry of Transportation (the parent <br />agency of DMN), and the United States of America, acting through USAID, signed a Project Grant <br />Agreement for a multiyear winter snowpack augmentation project in Morocco. The agreement <br />provided six million dollars ($6,000,000) in USAID funds and a matching amount from the GOM <br />in services, personnel, and materials for the execution of a winter cloud seeding demonstration <br />project in the High Atlas Mountains. <br /> <br />USAID implemented the project through a second PASA with Reclamation. Under the terms of <br />the P ASA, Reclamation provided overall scientific management and administered USAID's <br />$6,000,000 program. In partial fulfillment of the requirement to provide scientific management, <br />Dr. David Matthews was stationed in Casablanca, Morocco, as a Resident Scientific Advisor (RSA) <br />from August 1984 through August 1988 to coordinate the technical assistance effort. In addition, <br />modern meteorological and communications equipment, as well as technical training in how to use <br />and maintain the equipment, was provided under the program. The program also included training <br />for Moroccan meteorologists in the technology of weather modification and collaboration between <br />Reclamation and GOM scientists on the project evaluation. The first operational field season began <br />in November 1984, and operations have continually become more technically sophisticated and <br />extensive. <br /> <br />1.4 Goal and Objectives of Programme AI Ghait <br /> <br />With the signing of the Project Grant Agreement, Programme Al Ghait became a joint project <br />between the United States and Morocco, with the goal to increase manageable water resources in <br />Morocco through the implementation of a scientifically based weather modification project on a <br />demonstration basis. The purpose of the project was to assist the development within the GOM <br />of an ability to design, plan, implement, monitor, and evaluate scientifically based weather <br />modification programs in Morocco (Lintner and Silverman, 1984). <br /> <br />In late April and early May 1985, an external evaluation of the project was conducted by a team <br />of three U.S. experts in weather modification from outside Reclamation. One of the key findings <br />