Norwegian researchers develop advanced atmospheric water harvesting to address global water scarcity
Original framing: “New material can collect clean and safe drinking water from the air” — Phys.org
In regions like the Atacama Desert in Chile, fog nets have been used successfully for decades to capture water from coastal fog. These systems are community-based and low-cost, offering a model for how AWGs can be adapted to local conditions and integrated with traditional knowledge.
To effectively address global water scarcity, atmospheric water generators must be embedded within a broader systemic framework that includes Indigenous knowledge, historical water management practices, and community-led governance.
While technological innovation is valuable, it must be paired with equitable access, cultural sensitivity, and environmental accountability. By integrating AWGs with traditional systems and ensuring they serve the needs of marginalized populations, we can move toward a more just and resilient water future. This approach draws on cross-cultural precedents, such as the fog nets of Chile and the qanats of Iran, to inform scalable, context-specific solutions that prioritize both ecological and human well-being.