AGRIS - 国际农业科技情报系统

Yemen - Assessing the Impacts of Climate Change and Variability on the Water and Agricultural Sectors and the Policy Implications

2010

World Bank


书目信息
出版者
World Bank
其它主题
Extreme weather; Temperature requirements; Climate change impact assessment; Average annual rainfall; Extreme rainfall events; Water application; Rainfall reductions; Rain days; Warmer temperatures; Gcm; Rainfall variability; Negative impacts; Cru; Hydrological unit; Maximum temperature; Rainfall increases; Temperature change; Impacts of climate change; Annual precipitation; Ipcc; Watershed; Meteorological authority; Hydrological data; Water cycle; Water resource management; Temperature increase; Diesel; Variability in rainfall; Temporal variability; Catchments; Rainfall intensity; Seasonal rainfall; Impact of climate change; Water resource; Service provision; Warmer climate; Divergence; Climate change issue; Climatic research; Decision makers; Amount of rainfall; Water shortages; Floods; High temperatures; Water resources management; Weather patterns; Groundwater reserves; Impact of climate; Climate modelling; Water harvesting techniques; Itcz; Average rainfall; Vulnerability to climate change; Extreme rainfall; Meteorological organization; Emissions; Rainfall distribution; Community water; Intense rainfall; Catchment; Climate change adaptation measures; International panel on climate change; Climate scenarios; Climate indices; Temperature rise; Climate change scenarios; Availability of water; Sea; Emissions scenario; Basin management; Emissions scenarios; Climate change projections; Temperatures; Wind patterns; Arid areas; Climate change risks; Aquifer; Stakeholder involvement; Groundwater mining; Temporal resolutions; Climate change impacts; Sea level rise; Indicator of climate change; Convergence; Programs; Climate trends; Season; Global emissions; Flood risk; Beneficial use; Hydrological system; Window of opportunity; Water sector; Intergovernmental panel on climate change; Temperature records; Response to climate change; Global climate change; Global climate model; Distribution of rainfall; Water development; Climate change assessment; Industrial users; Climate scientists; Variability of climate; Global climate; National water resources; Measurements; Increase in temperature; Management of water; Climate change impact; Atmospheric humidity; River basin; Rainy seasons; Rainfall events; Wastewater reuse; Hydrological model; Soils; Potential evaporation; Actual evapotranspiration; Extreme events; Water uses; Use of water; Mean temperature; Low rainfall; Climate change models; Storm tracks; Future climate variability; Variability of rainfall
许可
http://hdl.handle.net/10986/2943http://creativecommons.org/licenses/by/3.0/World BankCreative Commons Attribution CC BY 3.0

2014-09-15
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