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Water for people.pdf - WHO Thailand Digital Repository

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546 / A N N E X E SIndexagriculture 217, 378–9health effects of irrigation projects220land area 73national reports 515population 73progress on Agenda 21 521progress towards Goals 533scientists and engineers in R&D359water availability per person 73water quality indicator 140Burma see MyanmarBurundifood supply indicators 195land area 74national reports 515population 74progress on Agenda 21 521progress towards Goals 533water availability per person 74water quality indicator 140business management framework507Ccadmium, health effects 15, 106Cairo (Egypt) 160, 162Calcutta (India) 160, 162Camargue National Reserve (France)147Cambodiacities 165food supply indicators 195land area 70national reports 515population 70progress on Agenda 21 522progress towards Goals 532water availability per person 70water prices 341Camel River (UK) 15Cameroonaccess to electricity 253cities 163, 164food supply indicators 195industrial water efficiency 235land area 71national reports 515population 71, 235progress on Agenda 21 521progress towards Goals 532water availability per person 71water quality indicator 140Canadacities 162, 163, 165drought(s) 275food supply indicators 195GDP per capita 359ICT expenditure 365lakes and reservoirs 83land area 70national reports 515population 70progress on Agenda 21 523scientists and engineers in R&D359seasonality of runoff 84threatened freshwater fish species141water availability per person 70water prices 338water quality indicator 140Canary Islandsdesalination plants 90see also Spaincapacity-building opportunitiesbasin-level water institutions 178cleaner production methodologies242<strong>for</strong> monitoring 178Cape Verdefood supply indicators 195land area 74national reports 515population 74progress on Agenda 21 521progress towards Goals 531water availability per person 74capital theory, indicators based on 42CapNet 355car tyre dumps, as mosquito-breedingsites 108, 170carbon dioxide emissionsglobal total from energygeneration 254–5hydropower compared withthermal plants 254–5, 259Caribbean regiondisasters 276, 513sanitation and water supplycoverage 513tourism 16water resources 91see also Latin America andCaribbeancase studiesChao Phraya River basin (<strong>Thailand</strong>)387–400Greater Tokyo river basins (Japan)481–98Lake Peipsi/Chudskoe-Pskovskoe(Estonia/Russian Federation)401–13Lake Titicaca basin (Bolivia/Peru)463–80Ruhuna basins (Sri Lanka) 415–27Seine-Normandy Basin (France)429–46Senegal River basin 447–61Caspian Sea 83, 90catchmentmeaning of term 131, 319n(8)see also river basincatchment approach to watermanagement 117, 380cause–effect approach to indicatordevelopment 40–1cause–effect relationships, watermanagement and health 103cave catfish 142census reports 113Central African Republicaccess to electricity 253food supply indicators 195industrial water efficiency 235land area 70national reports 515population 70, 235progress on Agenda 21 521progress towards Goals 533water availability per person 70water quality indicator 140Central Americadisasters 17, 276, 277, 513hydrological monitoring stations91, 356lake water condition changes 143land area 91population 91water availability per person 69water resources 91see also Latin America andCaribbeanCentral Europe, progress onMillennium Development Goals526, 527, 528cereals 200–1grain yields 201imports by developing countries202as percentage of food calories200water requirements 203Chadaccess to electricity 253food supply indicators 195industrial water efficiency 235land area 72national reports 515population 72, 235progress on Agenda 21 521progress towards Goals 533water availability per person 72Chao Phraya River basin (<strong>Thailand</strong>)387–400barrages 393dams and reservoirs 392–3data availability 395development of indicators 400economic activities 391, 392ecosystems 395finances 399floods 274, 394groundwaterirrigation systems 395legislation 399quality 394resources 393–4human impacts on water resources394–5hydrological characteristics 390hydrology 392–4hydropower plants 393, 396industrial water usage 395–6institutions covering 397–8irrigation systems 395, 397location 390, 390management approaches 399map of basin 391navigational issues 396ownership and responsibility396–7physical characteristics 390policies and their implications399–400population characteristics 389,391, 392rainfall variation 394rivers 392, 393runoff data 393socio-economic characteristics391–2surface area 389, 390surface waterirrigation systems 395quality 394resources 392–3urban water supplies 396water <strong>for</strong> basic needs 395water governance 390, 397–8water quality 394chemical industry, pollution by 15,229chemical oxygen demand (COD), inGreater Tokyo 486, 487, 487chemical water pollution 106child mortality

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