author = { World Bank },

title = { Afghanistan - Scoping Strategic Options for Development of the Kabul River Basin A Multisectoral Decision Support System Approach },

publisher = {},

keywords = { ACCESS TO DATA , ACCESS TO WATER , AGRICULTURAL ACTIVITIES , AGRICULTURAL DEVELOPMENT , AGRICULTURAL WATER , ANNUAL FLOW , AQUIFER , AQUIFERS , ARID REGIONS , AVAILABILITY OF WATER , AVERAGE ANNUAL PRECIPITATION , BASIN DEVELOPMENT , BASIN PERSPECTIVE , BASIN PLANNING , BASIN RESOURCE , BASIN STAKEHOLDERS , BASIN WATER , BASIN WATER RESOURCES , BASIN WATERSHED , BASIN WATERSHEDS , BULK WATER , BULK WATER SUPPLY , CANAL SYSTEMS , CAPACITY BUILDING , CATCHMENT , CATCHMENT AREA , CATCHMENTS , CLIMATE , CLIMATE CHANGE , CLIMATE DATA , COMPENSATION , CONSTRUCTION OF DAMS , COOPERATIVE AGREEMENTS , COPPER , CUBIC METER , CUBIC METERS , DAM , DAM HEIGHT , DAM SITE , DAM SITES , DAMS , DECISION MAKERS , DECISION MAKING , DEFORESTATION , DISTRIBUTION OF WATER , DISTRIBUTION SYSTEM , DISTRIBUTION SYSTEMS , DIVERSION OF WATER , DOMESTIC WATER , DOMESTIC WATER SUPPLY , DOWNSTREAM IMPACT , DRAINAGE , DRINKING WATER , DRINKING WATER SUPPLY , DROUGHT , DROUGHT YEAR , EFFICIENT WATER USE , ENGINEERING , ENVIRONMENTAL FLOWS , ENVIRONMENTAL PROTECTION , EVAPORATION , FOREST , FORESTS , FUEL , GLACIERS , GROUNDWATER , GROUNDWATER AQUIFERS , GROUNDWATER RESOURCES , HYDROELECTRIC CAPACITY , HYDROELECTRIC POWER , HYDROELECTRIC POWER DEVELOPMENT , HYDROELECTRIC PROJECT , HYDROELECTRIC PROJECTS , HYDROLOGY , HYDROPOWER , HYDROPOWER CAPACITY , HYDROPOWER GENERATION , HYDROPOWER PRODUCTION , HYDROPOWER PROJECTS , INDUSTRIAL WATER , INDUSTRIAL WATER DEMAND , INDUSTRIAL WATER SUPPLY , INTEGRATED WATER RESOURCES MANAGEMENT , INTERNATIONAL WATER , INVESTMENT PLANNING , IRRIGATED AGRICULTURE , IRRIGATED AREA , IRRIGATED FARMING , IRRIGATED LAND , IRRIGATION , IRRIGATION DEVELOPMENT , IRRIGATION INVESTMENT , IRRIGATION REQUIREMENTS , IRRIGATION SYSTEMS , IRRIGATION WATER , LAND AREA , LAND USE , LOW FLOWS , MAIN RIVER , MAIN RIVER BASINS , MANAGEMENT OF WATER , METEOROLOGICAL STATIONS , MOUNTAIN AREAS , NATURAL RESOURCES , NATURAL RIVER , PEAK FLOW , POPULATION GROWTH , POPULATION GROWTH RATE , POWER GENERATION CAPACITY , QUANTITY OF WATER , RAIN , RAINFALL , RANGELAND , RESERVOIR AREAS , RESERVOIR OPERATIONS , RESERVOIRS , RIPARIAN , RIPARIAN COUNTRIES , RIVER , RIVER BASIN , RIVER BASIN DEVELOPMENT , RIVER BASIN MANAGEMENT , RIVER BASIN ORGANIZATION , RIVER BASIN PLANNING , RIVER BASINS , RIVER FLOWS , RIVER NETWORK , RIVER SUBBASINS , RIVER SYSTEM , RIVER VALLEY , RIVER VALLEYS , RIVER WATERSHED , RIVERS , ROUTES , RURAL COMMUNITY , RURAL WATER , RURAL WATER SUPPLY , SEA , SEEPAGE , SNOW , SOIL , SOILS , STEEP MOUNTAIN VALLEYS , STORAGE CAPACITY , STREAM , STREAMFLOW , STREAMFLOWS , STREAMS , SUPPLY OF WATER , SURFACE RUNOFF , SUSTAINABLE WATER , SUSTAINABLE WATER MANAGEMENT , TOWNS , TRIBUTARIES , URBAN AREA , URBAN AREAS , URBAN WATER , URBAN WATER MANAGEMENT , URBAN WATER SUPPLY , USE OF WATER , WASTEWATER , WATER ALLOCATIONS , WATER AVAILABILITY , WATER CONSERVATION , WATER CONSUMPTION , WATER CONVEYANCE , WATER CUSTOMERS , WATER DEMAND , WATER DEVELOPMENT , WATER DISTRIBUTION , WATER HARVESTING , WATER INFRASTRUCTURE , WATER LAW , WATER LOSSES , WATER MANAGEMENT , WATER PARTNERSHIP , WATER PRODUCTION , WATER QUALITY , WATER REQUIREMENTS , WATER RESOURCES , WATER RESOURCES DEVELOPMENT , WATER RESOURCES MANAGEMENT , WATER RESOURCES PLANNING , WATER SECTOR , WATER SECTOR DEVELOPMENT , WATER SOURCES , WATER STORAGE , WATER SUPPLIES , WATER SUPPLY , WATER SUPPLY SYSTEM , WATER SUPPLY SYSTEMS , WATER USE , WATER USES , WATERS , WATERSHED , WATERSHEDS , WELL BEING , WELLS , WETLANDS },

year = {2010},

abstract = {Afghanistan},

abstract = {South Asia},

address = { Washington, DC },

url = { http://slubdd.de/katalog?TN_libero_mab2 }