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The widespread adoption of water-saving technologies, such as alternate wetting and drying, is crucial to ensure the long-term sustainability of Pakistan's rice sector.

The region needs to increase resource efficiency, diversify economies, and enhance cooperation to bolster adaptation and mitigation efforts.

Sustainable farming and efficient water use can enhance high-value crop production and increase farmers’ income even in harsh environments.

Climate-smart remodeling and operation of irrigation systems help improve water availability and upland farm productivity in two provinces of Cambodia.

In Afghanistan, river basin managers work with farmers in ensuring equitable and sustainable irrigation practices to improve yields and livelihoods.

Light detection and ranging (LIDAR) technology can be a game changer for managing irrigation networks and raising agriculture productivity in Indonesia.

Built in 256 BC, the Dujiangyan system harnesses the power of nature to irrigate farmlands and prevent floods in the People’s Republic of China.

Earth observation data can help farmers increase crop yields and save water at the same time.

Tajikistan combined irrigation system repairs with agriculture policy reforms to increase food security and farm productivity.

A Philippine distiller has demonstrated how to turn wastewater into clean energy and fertilizer, highlighting the cost effectiveness of green solutions to pollution.