Biblio

H. Mueller, “Final report covering five years of work, 1980-1985, in the community water supply and sanitation programme, Western Development Region, Nepal”. Swiss Association for Technical Assistance (SATA), Pokhara, Nepal, p. 27 p.: tab., 1985.

C. M. Helvetas - Yaounde, Helvetas -Zurich, CH, Swiss Association for International Cooperation, and Gallen, C. H. S. K. A. T. - St., Manual for rural water supply : with many detailed constructional scale-drawings, 5th ed.th ed. St. Gallen, Switzerland: SKAT (Swiss Centre for Development Cooperation in Technology and Management), 1985, p. 175 p., [10] fold-out techn. drwngs: fig.

R. Young and Michaelides, G., “Provisions in design and maintenance to protect water quality from roof catchments”, International journal of environmental studies, pp. p. 1-11, 1985.

C. M. Ritter, Understanding potable water storage, vol. no. 29:6/85. Arlington, VA, USA: Volunteers in Technical Assistance, 1985, p. 19 p.: fig., tab.

B. D. Hanson, “Water and sanitation technologies : a trainer's manual”, vol. T-32. Peace Corps, Washington, DC, USA, p. 369 p.: ill., fig., 1985.

B. Latham, “Building the Thai jumbo water jar using a brick form”, Waterlines, an international journal of water, sanitation and waste, pp. p. 26-28: 8 photogr., 1 tab., 1984.

S. N. Iddings, The earth-molded spherical water tank : an innovative approach to domestic water storage in rural areas. Ludlow Falls, OH, USA: American Association of Engineering Societies, 1984, p. 19 p.: fig., tab.

International Ferrocement Information Center -Bangkok, TH, IFIC, “Ferrocement water resources structures”, Journal of ferrocement, pp. p. 1-72: fig., tab. photogr., 1984.

T. D. Jordan, A handbook of gravity-flow water systems for small communities. London, UK: IT Publications, 1984, p. 224 p.: fig., tab.

G. B. I. T. D. G. - London, “Household water storage”, Waterlines, an international journal of water, sanitation and waste, vol. no. 1, p. [4 p. insert]: ill., 1984.

S. Layton, “Progress with ferrocement tanks in Papua New Guinea over the last 18 months”, Waterlines, an international journal of water, sanitation and waste, pp. p. 12-14: 1 tab., 4 photogr., 1984.

B. G. Latham, “Rainwater collection activities in Indonesia and Thailand”. Brain Latham, Ottawa, Ont, Canada, p. xix, 145 p.: fig., tab., 1984.

J. M. Omwenga, “Rainwater harvesting for domestic water supply in Kisii, Kenya”, vol. no. 17. Tampere University of Technology, Tampere, Finland, p. x, 132 p., 1984.

UNICEF -New York, NY, US, “Water from windmills and other examples direct from the field”, vol. no. 6. UNICEF, New York, NY, USA, p. 8 p., 1984.

M. Kaufman, “From ferro to bamboo : a case study and technical manual to a Yayasan Dian Desa's rain water catchment tank project”. Yayasan Dian Desa, Yogyakarta, Indonesia, p. 48 p.: fig., photogr., 1983.

N. L. D. H. V. - Amersfoort and Steering Committee for Windenergy in Developing Countries -Amersfoort, NL, SWD - Stuurgroep Windenergie Ontwikkelingslanden, “Irrigation water storage tanks made of earth bunds with various linings : a manual for design and construction”. DHV, Amersfoort, The Netherlands, p. 105 p.: fig., tab., 1983.

WHO. Regional Office for the Western Pacific -Manila, PH, WPRO, “Manual on construction of Cook Island's modular water tanks”. World Health Organization Western Pacific Regional Office, Suva, Fiji, p. 100 p.: fig., 1983.

L. A. Leal, “Programa de agua rural : manual de mantenimiento preventivo y propuesta de calendario de acciones para los sistemas en fuctionamiento”. Paraguay, Servico Nacional de Saneamiento Ambiental (SENASA), Asuncion, Paraguay, p. 60 p. in various pagings: tab., 1983.

T. H. Population Bangkok, “Report on the rain water collection and storage (Tungnam) project of the Population and Community Development Association”. Population and Community Development Association, Bangkok, Thailand, p. 6 p., 1983.

Rotary Club -Ringwood, Vic., AU, “Save water save lives : supplement : technical data handbook : a step by step guide to the construction of a concrete water tank of 25000 litres (5500 gal) capacity using a re-usable set of formwork”. Rotary Club, Ringwood, Vic, Australia, p. 24 p.: fig., photogr., 1983.

C. Byder and Cullen, M., “Small water project design and construction : general principles and techniques for community based projects”. Save the Children, Sana'a, Yemen, p. 69 p.: fig., 1983.

J. B. Manga, Hayat, A., M. Bandaro, S., Husin, B., Wirjosumarto, H., Harahap, F., Kartasasmita, B., and Djausal, A., “Application of ferrocement and related composite materials in Indonesia : final report”. Institute of Technology Bandung, Development Technology Center, Bandung, Indonesia, p. xiii, 215 p.: fig., tab., 1982.

I. D. Yayasan Di Yogyakarta, “Bak penampung air : bambu semen”. Yayasan Dian Desa, Yogyakarta, Indonesia, p. 34 p.: fig., photogr., 1982.

USAID -Washington, DC, US, “Designing basic household water treatment systems”, vol. no. RWS.3.D.1. USAID, Washington, DC, USA, p. 8 p.: 3 fig., 2 tab., 1982.

WHO. Regional Office for South-East Asia -New Delhi, IN, SEARO and ID, N. Tenggara T., “Development of designs and construction of domestic rain-water collection and storage systems for drinking water use”. World Health Organization South-East Asia Regional Office, New Delhi, India, p. 101 p.: fig., tab., 1982.