sanitation, emission from leading to aquifers have agriculture and diesel decreased the other domestic availability. activities. potential to be Strengthen exploited for livelihood irrigation. activities. 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. transfer Transfer of water between None Management of None Potential loss Displacement Inter-basin 1 basins/sub-basins if floods and water of of people infrastructure changes in hydrology lead scarcity, increase habitat/forests construction to increased water access to water and potential located on sites scarcity, droughts and/or for sectoral uses. carbon containing floods. sequestration biodiversity and sink with human settlement. infrastructure construction. Average of CCD assessment 2.37 Present of each component in policy % 100 12.5 100 25 37.5 37.5 Agriculture Soil and crop research Increase knowledge and Potential to Increase None None None Effectively 4 potential for improved decrease level of knowledge base. implemented. adaptation responses. tillage and hence carbon dioxide emission from soils. Food (crop) and seed storage systems Secure agricultural None Secure and None None None Secure, efficient 3 production and food urban livelihoods storage systems access in drought with through improved are provided climate change. access to seeds and maintained. and food. Risk management including warning systems Enhance farmers’ ability to None Increase farmers’ None None None Effectively 3 agriculturally adapt to ability to manage implemented temperature rise, water seasonal and long and managed.
sanitation, agriculture and other domestic activities. Strengthen livelihood activities. emission from diesel leading to decreased availability. aquifers have the potential to be exploited for irrigation. 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 transfer Transfer of water between basins/sub-basins if changes in hydrology lead to increased water scarcity, droughts and/or floods. None Management of floods and water scarcity, increase access to water for sectoral uses. None Potential loss of habitat/forests and potential carbon sequestration sink with infrastructure construction. Displacement of people Inter-basin infrastructure construction located on sites containing biodiversity and human settlement. 1 Average of CCD assessment 2.37 Present of each component in policy % 100 12.5 100 25 37.5 37.5 Agriculture Soil and crop research Increase knowledge and potential for improved adaptation responses. Potential to decrease level of tillage and hence carbon dioxide emission from soils. Increase knowledge base. None None None Effectively implemented. 4 Food (crop) and seed storage systems Secure agricultural production and food access in drought with climate change. None Secure and urban livelihoods through improved access to seeds and food. None None None Secure, efficient storage systems are provided and maintained. 3 Risk management including warning systems Enhance farmers’ ability to agriculturally adapt to temperature rise, water None Increase farmers’ ability to manage seasonal and long None None None Effectively implemented and managed. 3
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