Water from the Desert: Minimizing Costs of Meeting Libya's Water Demands

References

• Alain M. Fresh water through desalination of sea water and brackish water, state of the art, technical and economic evaluation in the Libyan context, future cost reduction possibilities, use of solar energy. (1996) . Report submitted to UNESCO, Paris, France, (August)Google Scholar
• Bonner R. Libya's vast desert pipeline could be conduit for troops. New York Times (1997) December 2):A1–A14Google Scholar
• Bushnak A. Current and future status of desalination as an alternative water resource option in the Arab world. (1996a) . (slide presentation at UNESCO, Paris, France, December)Google Scholar
• Bushnak A. A. Water desalination technology and cost review. (1996b) . Report submitted to UNESCO, Paris, France, (August)Google Scholar
• The Great Man-made River Project (1989) (G. Canale, GMRA, Turin, Italy) Google Scholar
• Loucks D. P., Pallas P. Cost-effective policies for meeting water demand targets from desalination and the Great Manmade River Project in Libya. (1997) . Report submitted to the Division for Policy Analysis and Operations, Science Sector, UNESCO, Paris, France, (March)Google Scholar
• Mayne D. The great Man-made River. Engrg. World (1993) 3(6, (December)):24–35Google Scholar
• Milman A., Austin D., Lee J. C., Teeters L., Lee L.-Y. Identifying the leastcost capacity expansion schedule for meeting water demand targets from the great Man-made River Project in Libya. (1998) (School of Civil and Environmental Engineering, Cornell University, Ithaca, New York) . (46 pp. plus appendices)Google Scholar
• Salem O. M. Drinking water demand vs. limitation of supply, 1990–2025. (1991) April(GMRA, Benghazi, Libya) Google Scholar
• Salem O. M. The Great Man-made River Project, A partial solution to Libya's future water supply. Water Resources Development (1992) 8(4, (December)):270–278Crossref, Google Scholar