Biblio

F. Brikke and Bredero, M., Linking technology choice with operation and maintenance in the context of community water supply and sanitation : a reference document for planners and project staff, 2nd rev.ed.nd ed. Geneva, Switzerland: World Health Organization (WHO), 2003, p. vi, 142 p. : fig., tab.

B. Skinner, Small-scale water supply : a review of technologies. London, UK: ITDG Publishing, 2003, p. xiii, 140 p. : 12 boxes, 63 fig., 4 tab.

N. Herath, Manual 2, Hand-dug Wells, Revised edition. Nugegoda, Sri Lanka: NORAD, Norwegian Agency for Development Cooperation, 2001, p. 71 p. + 9 p. annexes : fig., photogr.

L. Department LS, “Ha Khotso vws project : ref no 118”. Lesotho, Department of Rural Water Supply, Maseru, Lesotho, p. 8 p., 2000.

L. Department LS, “Mokema project”. Lesotho, Department of Rural Water Supply, Maseru, Lesotho, p. 7 p., 2000.

L. Department LS, “Village initial contacts : findings : Motloheloa v[illage] w[ater] project”. Lesotho, Department of Rural Water Supply, Maseru, Lesotho, p. 6 p. : 2 tab., 2000.

P. Fraenkel, Water-pumping devices : a handbook for users and choosers, 2nd rev. ed.nd ed. London, UK: IT Publications, 1997, p. x, 254 p. : 170 fig., 41 tab.

L. K. Helvetas - Nugegoda and Moratuwa, L. K. Sarvodaya, “Construction of hand-dug well in rural villages in Sri Lanka”. Helvetas, Swiss Association for Development and Cooperation, Nugegoda, Sri Lanka, p. 41 p. : tech. drwng., 1994.

B. Skinner and Franceys, R., “Research into cost effective technologies for water supply in guinea worm endemic areas”. Water, Engineering and Development Centre, Loughborough University of Technology, WEDC, Loughborough, UK, p. 86, 5 p.: fig., tab., 1992.

EPA -Washington, DC, US, “Manual of individual and non-public water supply systems”. US Environmental Protection Agency (EPA), Washington, DC, USA, p. vi, 181 p.: fig., tab., 1991.

EPA -Washington, DC, US, “Manual of small public water supply systems”. US Environmental Protection Agency (EPA), Washington, DC, USA, p. vi, 211 p.: fig., tab., 1991.

E. H. Hofkes and Visscher, J. T., Fuentes renovables de energia para sistemas de abastecimiento de agua, vol. no. 23. The Hague, The Netherlands: IRC, 1990, p. xvii, 156 p.: fig., tab.

S. H. Tarng, “The feasibility of water lifting technology in Thailand”, vol. no. RSPR ET-89-9. Asian Institute of Technology, Bangkok, Thailand, p. Microfiches (3) x, 130 p. : 62 fig., 18 tab., 1989.

J. E. M. Smet, Visscher, J. T., van Ginhoven, D., and Ankersmit, W., “Community self-improvement in water supply and sanitation : a training and reference manual for community health workers, community development workers and other community-based workers”, vol. no. 5. IRC, The Hague, The Netherlands, p. 175 p.: fig., 1988.

J. E. M. Smet, Visscher, J. T., van Ginhoven, D., and Ankersmit, W., “Opciones para auto - mejoramiento de proyectos comunales de abastecimiento de agua y saneamiento : manual para personal de salud, trabajadores sociales y demas, que esten trabajando con comunidades”. IRC and Universidad del Valle, Facultad de Ingenieria, Cali, Colombia, p. iv, 172 p.: ill., 1988.

J. O. U. N. E. S. C. O. Re Amman and Damascus, S. Y. Arab Centr, “The major regional project on rational utilization and conservation of water resources in the rural areas of the Arab States with emphasis on the traditional water systems”. UNESCO, Paris, France, p. x, 370 p.: fig., 1986.

E. H. Hofkes and Visscher, J. T., Renewable energy sources for rural water supply, vol. no. 23. The Hague, The Netherlands: IRC, 1986, p. xv, 168 p. : fig., tab.

Water, Engineering and Development Centre -Loughborough, GB, WEDC and IRC International Water and Sanitation Centre, The Hague, NL, [.. title in Sinhalese ..] [Practical solutions in drinking water supply and wastes disposal for developing countries], 2nd rev.ed.nd ed., vol. no. 20. Ratmalana, Sri Lanka: National Water Supply and Drainage Board, 1986, p. 162 p.: fig.

K. Wehrle, “Alto Beni (D.A.B.), Bolivia : sector: drinking water supply and sanitation : technical aspects”, vol. no. 5. SKAT (Swiss Centre for Development Cooperation in Technology and Management), St. Gallen, Switzerland, p. 2 vol. (iv, 92, 80 p.): fig., tab., 1985.

S. H. Johnson, “Economic, social and technical considerations determining investments in groundwater in Bangladesh”, in Water resources for rural areas and their communities : proceedings of the Vth World Congress on Water Resources : 9-15 June 1985, Brussels, Belgium, 1985, pp. P. 893-902.

W. K. Kennedy and Rogers, A., Human and animal-powered water lifting devices. London, UK: IT Publications, 1985, p. ii, 111 p.: fig., tab.

USAID -Washington, DC, US. Bureau for Africa, “Improved water-pumping/water-lifting in Africa planning meeting : August 29, 1985”. USAID, Bureau for Africa, Washington, DC, USA, p. 64 p., 1985.

W. A. M. Jansen and Mueller, A. M., “Cost analysis of water-lifting wind-mills and diesel-powered pumps used for small scale irrigation”, vol. 84-3. Consultancy Services Wind Energy Developing Countries, Amersfoort, The Netherlands, p. 60 p., 1984.

H. Wahby, Qunnemoen, M., and Helal, M., “A procedure for evaluating the cost of lifting water for irrigation in Egypt”, vol. no. 7. Egypt Water Use & Management Project, Cairo, Egypt, p. 37 p.: fig.,tab., 1984.

A. M. Mueller, “Farm economics of water lifting windmills : a guideline on economic and financial analysis for feasibility studies”, vol. 84-1. Consultancy Services Wind Energy Developing Countries, Amersfoort, The Netherlands, p. 98 p., 1983.