Climate-Smart Agriculture and Irrigation Efficiency Programs Strengthen Water Resilience
Climate-smart irrigation programs and agricultural water rebates help reduce demand, improve efficiency, and strengthen drought resilience.
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Climate-smart irrigation programs and agricultural water rebates help reduce demand, improve efficiency, and strengthen drought resilience.
Read analysisDiscover how solar-powered reverse osmosis desalination is improving urban water security through energy-efficient and climate-resilient infrastructure.
Read analysisExplore how circular water resource recovery systems improve urban resilience through recycled water, renewable energy, and biosolids reuse.
Read analysisExplore how integrated planning, spatial prioritisation, and governance frameworks enhance urban catchment biodiversity and ecosystem resilience.
Read analysisCalifornia’s new urban water conservation regulation sets stricter efficiency targets and supports long-term drought resilience.
Read analysisExplore how Singapore’s Water Efficiency Fund and industrial recycling rules help water-intensive industries improve efficiency and strengthen resilience.
Read analysisExplore how Tanga UWASA’s green bond in Tanzania uses capital markets and blended finance to scale urban water infrastructure and improve resilience.
Read analysisExplore how digital water quality monitoring uses sensors and real-time data to improve river management, transparency, and long-term freshwater resilience.
Read analysisExplore how diversified supply, coordinated regulation, and the NSW Recycled Water Roadmap strengthen urban water resilience and long-term sustainability.
Read analysisExplore how risk-based wastewater reuse frameworks and Melbourne Water’s recycled water programme strengthen agricultural supply and climate resilience.
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