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J. Ferdous, Ahmed, K. M., Sultana, S., Amini, M., Berg, M., and Johnston, R., “Using logistic regression to model arsenic risk in Dhaka City, Bangladesh”, SANDEC news, p. p.24; 1 fig., 2012.

V. Escamilla, Wagner, B., Yunus, M., Streatfield, P. K., van Geen, A., and Emch, M., “Effect of deep tube well use on childhood diarrhoea in Bangladesh”, Bulletin of the World Health Organization, pp. p. 521 - 527 : 2 fig., 1 tab., 2011.

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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.

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I. N. World Bank Delhi, “Towards a more effective operational response : arsenic contamination of groundwater in South and East Asian countries. Volume II. Technical report”. World Bank, New Delhi, India, p. 261 p. : 6 boxes, 27 fig., 18 photogr., 53 tab., 2005.

R. Brunt, Vasak, L., and Griffioen, J., “Arsenic in groundwater : probability of occurrence of excessive concentration on global scale”. International Groundwater Resources Assessment Centre (IGRAC), Utrecht, The Netherlands, p. i, 9 p. + 4 p. appendices : 6 fig., 2004.

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