Biblio

A. G. Bhole, “An approach to improving the bacteriological qualities of water in rural areas”, Aqua : journal of water supply research and technology, pp. p. 11-13 : 3 tab., 1997.

WHO -Geneva, CH, World Health Organization and Institute of Water and Sanitation Development -Harare, ZW, IWSD, “Cholera and other epidemic diarrhoeal diseases control : technical cards on environmental sanitation”. Geneva, Switzerland, p. 46 p. (PDF file: 2.31 MB) : ill., 1997.

A. Acra and Ayoub, G., “Experimental evaluation of a novel photodynamic water disinfection technique”, Aqua : journal of water supply research and technology, pp. p. 218-223 : 5 fig., 2 tab., 1997.

M. Wegelin, Sommer, B., Marino, A., Solarte, Y., Salas, M. L., Dierolf, C., Valiente, C., Mora, D., Rechsteiner, R., Setter, P., Wirojanagud, W., Ajarmeh, H., and Al-Hassan, A., “SODIS : an emerging water treatment process”, Aqua : journal of water supply research and technology, pp. p. 127-137 : 10 fig., 11 tab., 1997.

M. Wegelin and Sommer, B., “SODIS at the turning point : a technology ready for use”, SANDEC news, pp. p. 1-10 : 5 fig., 3 tab., 2 photogr., 1997.

EAWAG -Duebendorf, CH, Swiss Federal Institute for Environmental Science and Technology and Duebendorf, C. H. S. A. N. D. E. C. -, “SODIS : solar water disinfection”. Water and Sanitation in Developing Countries (SANDEC), Duebendorf, Switzerland, p. video (16 min.) : VHS Pal, 1997.

R. H. Reed, “Solar inactivation of faecal bacteria in water : the critical role of oxygen”, Society for Applied Bacteriology : Letters in applied microbiology, pp. p. 1-000 : 3 fig., 1997.

R. H. Reed, “Sunshine and fresh air : a practical approach to combatting water-borne disease”, Waterlines, an international journal of water, sanitation and waste, pp. p. 27-29 : 2 fig., 2 photogr., 1997.

T. J. Casey, Unit treatment processes in water and wastewater engineering. Chichester, UK: Wiley, 1997, p. xii, 280 p. : fig., photogr., tab.

J. Bartram and Jacob, J., “Water supply and quality issues in Central and Eastern Europe and the newly independent states”, Waterlines, an international journal of water, sanitation and waste, pp. p. 10-13 : 4 photogr., 1 tab., 1997.

International Life Sciences Institute -Washington, DC, US, Disinfection by-products in drinking water : critical issues in health effects research : workshop report. Washington, DC, USA: International Life Sciences Institute, 1996, p. iv, 168 p. fig., tab.

G. F. Craun and Castro, R., “La calidad del agua potable en América Latina : ponderación de los riesgos microbiológicos contra los riesgos de los subproductos de la desinfección química”. p. 222 p., 1996.

WHO -Geneva, CH, World Health Organization, “Upgrading drinking water treatment plants : a manual for design and operation”. World Health Organization (WHO), Geneva, Switzerland, p. ca. 400 p. : fig., ill., tab., 1996.

F. M. Reiff and Witt, V. M., “Water disinfection technologies for small communities and rural areas”, in Water quality in Latin America : balancing the microbial and chemical risks in drinking water disinfection, 1996, pp. P. 139-168 : 10 fig., 8 tab.

G. F. Craun, “Water quality in Latin America : balancing the microbial and chemical risks in drinking water disinfection”. ILSI Press, Washington, DC, USA, p. xiv, 211 p.: fig., tab., 1996.

W. J. Voortman, Bailey, I. W., Reddy, C. D., and Rencken, G. E., “Disinfection methods for package water treatment plants”, Water supply : the review journal of the International Water Supply Association, pp. p. 203-218 : 9 fig., 10 tab., 1995.

M. V. Yates, “Field evaluation of the GWDR's natural disinfection criteria”, Journal American Water Works Association, pp. p. 76-85 : 6 fig., 8 tab., 1995.

IWSA -London, GB, International Water Association, “IWSA International Specialized Conference on Disinfection of Potable Water : 13-18 May 1994, Kruger National Park, South Africa”. pp. p. 1-320: fig., tab., 1995.

H. Manzoor, Ahmed, K., and Raza, H., “The Musaffa water decontamination bag : an assessment of its efficacy for household water-treatment in North Pakistan”. Aga Khan Health Service, Gilgit, Pakistan, p. 21 p. :11 fig., 2 tab., 1995.

R. Salazar, M. S., L., and Caparo, C., “no. 55 / 56. Desinfeccion del agua”, Repindex. CEPIS (Centro Panamericano de Ingenieria Sanitaria y Ciencias del Ambiente), Lima, Peru, pp. p. i-xiv, 1-241 : fig., tab., 1995.

F. W. Pontius, “An update of the federal drinking water regs”, Journal American Water Works Association, pp. p. 48-58: 6 tab., 1995.

C. P. Gerba, Straub, T. M., Rose, J. B., Karpiscak, M. M., Foster, K. E., and Brittain, R. G., “Water quality study of graywater treatment systems”, Water resources journal, pp. p. 78-84: 4 fig., 5 tab., 1995.

P. K. Aga Khan H. Gilgit, “Water, sanitation, hygiene & health studies project : Aga Khan health services Northern Areas & Chitral : fifth progress report : January to June 1995”, vol. no. 5. Aga Khan Health Service, Gilgit, Pakistan, p. 13 p. : 1 fig., 4 photogr., 1 tab., 1995.

O. Montero, Alternativas para la desinfeccion del agua a nivel local en Cuba : elementos para acciones en el corto plazo. Habana, Cuba: UNICEF, 1994, p. 93 p. : 8 fig., 17 tab.

R. M. Clark, Okun, D. A., Craun, G. F., Regli, S., Bull, R. J., Doull, J., Grabow, W., Marsh, G. M., Sobsey, M. D., and Symons, J. M., “Balancing chemical and microbial risks of drinking water disinfection. Part II : Managing the risks”, Aqua : journal of water supply research and technology, pp. p. 207-218: 4 fig., 6 tab., 1994.