Biblio

E. A. McBean, Rajib, M. A., and Rahman, M. M., “Improved sustainability of water supply options in areas with arsenic-impacted groundwater”, Water, pp. p. 1941-1951; 3 tab.; 5 fig., 2013.

D. Appling, Habteselassie, M. Y., Radcliffe, D., and Bradshaw, J. K., “Preliminary study on the effect of wastewater storage in septic tank on E. coli concentration in summer”, Water, pp. p. 1141 - 1151; 3 fig., 2013.

M. Dhore, Dhore, M., and Dabhadkar, D., “Environmental impact of macrophytes on some fresh water bodies in Washim district, Maharashtrastate, India”, International journal of scientific and research publications [IJSRP], p. 4 p.; 1 fig.; 1 tab., 2012.

S. Struck, “Rainwater harvesting for non-potable use and evidence of risk posed to human health”. British Columbia Centre for Disease Control, BCCDC, Vancouver, BC, Canada, p. 17 p., 4 tab. , 2011.

N. Amin, “Developing an environmentally appropriate, socially acceptable and gender-sensitive technology for safe-water supply to households in arsenic affected areas in rural Bangladesh”. Agricultural University Wageningen, Wageningen, The Netherlands, p. x, 243 p.; 48 tab.; 45 fig., 2010.

S. Hanchett, “Management of the Arsenic Problem in Bangladesh : Some Challenges : statements, presented at International Learning Exchange : Arsenic in Bangladesh..”. S.n., S.l., p. 5 p., 2009.

M. Shafiquzzaman, Azam, S., Mishima, I., Nakajima, J., and Department of Environmental Systems Engineering, Ritsumeikan University - Shiga, JP, “Technical and social evaluation of arsenic mitigation in rural Bangladesh”, Journal of health, population and nutrition, pp. P. 674-683; 1 tab.; 7 fig., 2009.

M. Maharjan, “A health impact survey in arsenic affected areas in three VDC's of Kailali district : final report”. Rural Village Water Resource Management Project, RVWRMP, S.l., p. IX,76 p.;ill.;tab.;fig., 2008.

S. G. Mahmud, Shamsuddin, S. A. J., Ahmed, M. F., Davison, A., Deere, D., and Howard, G., “Development and implementation of water safety plans for small water supplies in Bangladesh : benefits and lessons learned”, Journal of water and health, pp. p. 585-597, 2007.

K. E. Kemper, “Implementation completion and results report (ida-31240 swtz-21082) on a credit in the amount of sdr 24.2 million (us$ 44.4 million equivalent) to B..”, vol. ICR 000028. World Bank, S.l., p. vii, 66 p.; 4 maps; tab.; fig., 2007.

S. Hanchett and Howard, G., “Arsenic in domestic water sources : the human side of the Bangladesh and West Bengal crisis ”. S.n., S.l., p. 31 p.; 4 tab., 2005.

L. Koncsos, “Analysis of the transport of cyanide spill on the Tisza River”, Water science and technology, pp. p. 101-107 : 5 fig., 2004.

WHO -Geneva, CH, World Health Organization, “1,2-Dibromo-3-chloropropane in drinking water : background document for development of WHO guidelines for drinking-water quality”. World Health Organization (WHO), Geneva, Switzerland, p. 6 p., 2003.

P. Sampat, “Groundwater shock : the polluting of the world's major freshwater stores”, World watch, pp. p. 10-22 : boxes, maps, ill., 2000.

H. Sarwar and Ashrafuzzaman, A. K. M., “Drinking water contamination by arsenic in rural areas of Bangladesh possible solutions and awareness building : a workshop report”. Bangladesh Academy for Rural Development (BARD), Kotbari, Bangladesh, p. xii, 83 p. : fig., map, tab., 1999.

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.

A. Gaid, Kaoua, F., Mederres, N., and Khodsja, M., “Surface mass transfer processes using activated date pits as adsorbent”, Water SA, pp. p. 273-278: 5 fig., 6 tab., 1995.

daGloria Lim M. Teixeira, M. Costa, daConceicao, de Carvalho, V. L. Pires, M. Pereira, dosSantos, and Hage, E., “Gastroenteritis epidemic in the area of the Itaparica dam, Bahia, Brazil”, Bulletin of the Pan American Health Organization, pp. p. 244-253: 2 fig., 4 tab., 1993.

R. J. Bull, “Toxicology of disinfectants and disinfectant by-products”, in Safety of water disinfection : balancing chemical and microbial risks, 1993, pp. P. 239-256: 1 fig., 7 tab.

M. Lenka, Panda, K. K., and Panda, B. B., “Studies on the ability of water hyacinth (eichhornia crassipes) to bioconcentrate and biomonitor aquatic mercury”, Environmental pollution, pp. p. 89-99 : fig., tab., 1990.

WHO. Regional Office for Europe -Copenhagen, DK, EURO, “Emissions of heavy metal and PAH compounds from municipal solid waste incinerators : control technology and health effects : report on a WHO meeting, Florence, 12-16 October 1987”, vol. no. 32. World Health Organization Regional Office for Europe, Copenhagen, Denmark, p. viii, 67 p.: tab., 1988.

H. J. Salas and A. Munoz, F., “Manual de evaluacion y manejo de sustancias toxicas en aguas superficiales : resumen ejecutivo”. CEPIS (Centro Panamericano de Ingenieria Sanitaria y Ciencias del Ambiente), Lima, Peru, p. xiii p., 1988.

C. O. Universida Cali, Cali, C. O. Corporacio, and Wageningen, N. L. Wageningen, “Arranque y operacion de sistemas de flujo ascendente con manto de lodo (UASB) : manual del curso”. Universidad del Valle, Cali, Colombia, p. 270 p.: fig., tab., 1987.

WHO. Regional Office for Europe -Copenhagen, DK, EURO and Swindon, G. B. Water Rese, “Potentially toxic microorganic substances in drinking-water : report on a consultation, Medmenham, United Kingdom, 11-14 May 1987”. World Health Organization Regional Office for Europe, Copenhagen, Denmark, p. 20 p., 1987.

W. E. Scott, van Steenderen, R. A., and Welch, D. I., “Health aspects of eutrophication”. National Institute for Water Research, Pretoria, South Africa, p. 12 p.: ill., 1985.