below adequate levels of efficiency. Hydrological monitoring, assessment and data Improved capacity to None Improve capacity None None None Successful 3 management detect and understand to measure and establishment variations in rainfall, runoff understand and and river flow in the changes in management of context of climate change hydrology, hydrological hydro-meteorological benefits to gauges, impacts. research and monitoring management techniques and approaches. data management. Water quality and pollution reduction Positive impact on human None Positive impact None None None Effective 3 health and aquatic on human health implementation environment, particularly and aquatic and if rainfall and run-off environment. management. decreases with climate change. Average of CCD assessment 2.28 Present of each component in policy % 100 14 100 28.5 43 43 Agriculture Irrigation development Potential to increase crop Increase food Potential None Potential loss Construction of 2 production and strengthen production, of habitat, new rural livelihoods. positive effect on owing to human infrastructure livelihood uncertainty of displacement within areas of activities. rainfall patterns depending on human and water the scale of settlement. availability, development. particularly with large scale canal irrigation infrastructure. Risk management including early warning systems Enhance farmers’ ability to None Increase farmers’ None None None Effective 3 agriculturally adapt to ability to manage implementation temperature rise, water seasonal and and scarcity, droughts and long term management. floods with climate change changes in impacts. Enhance food rainfall and security. temperature. Livestock production None None Strengthen None Increase in None Increase in 1 livelihood methane relative number activities emissions from of livestock. through source cattle.
below adequate levels of efficiency. Hydrological monitoring, assessment and data management Improved capacity to detect and understand variations in rainfall, runoff and river flow in the context of climate change hydro-meteorological impacts. None Improve capacity to measure and understand changes in hydrology, benefits to research and management approaches. None None None Successful establishment and management of hydrological gauges, monitoring techniques and data management. 3 Water quality and pollution reduction Positive impact on human health and aquatic environment, particularly if rainfall and run-off decreases with climate change. None Positive impact on human health and aquatic environment. None None None Effective implementation and management. 3 Average of CCD assessment 2.28 Present of each component in policy % 100 14 100 28.5 43 43 Agriculture Irrigation development Potential to increase crop production and strengthen rural livelihoods. Increase food production, positive effect on livelihood activities. Potential owing to uncertainty of rainfall patterns and water availability, particularly with large scale canal irrigation infrastructure. None Potential loss of habitat, human displacement depending on the scale of development. Construction of new infrastructure within areas of human settlement. 2 Risk management including early warning systems Enhance farmers’ ability to agriculturally adapt to temperature rise, water scarcity, droughts and floods with climate change impacts. Enhance food security. None Increase farmers’ ability to manage seasonal and long term changes in rainfall and temperature. None None None Effective implementation and management. 3 Livestock production None None Strengthen livelihood activities through source None Increase in methane emissions from cattle. None Increase in relative number of livestock. 1
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