synergies and generate co-benefits across sectors by engaging multiple stakeholders, partnership Source: Adapted from Golam Rasul & Bikash Sharma (2015) Synergies between the climate change adaptation and approaches Sector-specific Positive implication for Potential for synergies adaptation measures the Sector across the nexus Water Increasing water use Reduces water use per Increased availability of capita for energy and efficiency Agriculture E.g. Switching to drip Reduces freshwater use irrigating per capita Increased availability of freshwater for food, Switching from use Reduces water use and energy, and uses freshwater to associated thermal pollution Increased availability of water for energy and Increase in brackish and agriculture Switching from wet to freshwater supplies Increased availability of dry cooling at freshwater and overall Increased water supplies water supply for thermoelectric power to energy, agriculture, and plants Desalinization meet demand other uses New storage and Increased availability of Increased water conveyance of freshwater and overall supplies to water to serve new water supply for meet demand demands energy, agriculture, and other Watershed and river uses basin management Increased water supply for energy and other uses, improved water quality, reduction in flood potential Land Switching to drought- Increased/maintained Reduced water demand tolerant crops cropyield in drought areas and promote drought resistant original and
synergies and generate co-benefits across sectors by engaging multiple stakeholders, partnership Source: Adapted from Golam Rasul & Bikash Sharma (2015) Synergies between the climate change adaptation and approaches Sector-specific adaptation measures Positive implication for the Sector Potential for synergies across the nexus Water Increasing water use efficiency E.g. Switching to drip irrigating Switching from use freshwater to Switching from wet to dry cooling at thermoelectric power plants Desalinization New storage and conveyance of water to serve new demands Watershed and river basin management Reduces water use per capita Reduces freshwater use per capita Reduces water use and associated thermal pollution Increase in brackish and freshwater supplies Increased water supplies to meet demand Increased water supplies to meet demand Increased availability of for energy and Agriculture Increased availability of freshwater for food, energy, and uses Increased availability of water for energy and agriculture Increased availability of freshwater and overall water supply for energy, agriculture, and other uses Increased availability of freshwater and overall water supply for energy, agriculture, and other uses Increased water supply for energy and other uses, improved water quality, reduction in flood potential Land Switching to crops and promote drought resistant original and Increased/maintained cropyield in drought areas Reduced water demand drought- tolerant
Articles-of-International-Conferance-4-1.docx