The UAE is taking a major leap in its efforts to combat water scarcity by leveraging Artificial Intelligence (AI) to optimize its cloud-seeding operations.
In 2024, the country has conducted hundreds of cloud-seeding missions, using cutting-edge technology to increase rainfall and secure its water supply, a critical resource in one of the driest regions of the world.
Cloud seeding, which involves dispersing substances into clouds to encourage rainfall, has become a cornerstone of the UAE’s strategy to address its water needs.
The country has invested heavily in this technology, resulting in a 15% annual increase in rainfall, with cloud-seeding operations generating between 84 and 419 million cubic meters of water each year.
In an effort to enhance the efficiency and effectiveness of these operations, the UAE has turned to AI. At a recent briefing at the National Centre of Meteorology (NCM) in Abu Dhabi, top officials discussed the growing role of AI in optimizing cloud-seeding processes.
Omar Al Yazeedi, deputy director-general of the NCM, explained how AI is helping meteorologists make better, more informed decisions.
“The lifespan of clouds is very short, so if you have multiple clouds, AI can help the forecasters choose the optimum locations by identifying certain parameters,” Yazeedi said.
He emphasized that while operations are currently manual, AI can provide critical guidance to operators, enabling them to make precise decisions on where to conduct cloud-seeding missions.
By analyzing real-time weather data, AI algorithms can predict the most effective times and locations for cloud seeding, enhancing the accuracy of weather models and providing valuable insights into cloud behavior.
This helps increase the chances of successful rainfall induction and more efficient use of resources. The use of drones equipped with AI capabilities is also part of the strategy.
These drones can deliver seeding materials directly into clouds with much greater precision than traditional methods, further improving the efficacy of the operations.
“AI helps if you have drones; it enhances the operations, getting the maximum out of each cloud and identifying the best location for cloud seeding,” Yazeedi added.
Despite the technological advancements, experts noted that pilotless cloud-seeding operations are still in development.
While AI is proving to be a valuable tool, human pilots are still necessary to interpret complex weather patterns and coordinate with forecasters on the ground. However, pilotless seeding is seen as a promising future goal, and research continues in this area.
The UAE’s cloud-seeding program has gained international attention for its innovative use of technology to tackle water scarcity.
The efforts are part of the UAE’s broader commitment to achieving water security and advancing scientific research, with investments in AI, drones, nanotechnology, and laser technology.
Alya Al Mazroui, director of the UAE Research Program for Rain Enhancement Science (UAEREP), highlighted the program’s global significance, noting that the country’s advancements could have wider applications in other arid regions facing similar water challenges.
As the UAE approaches the tenth anniversary of its cloud-seeding program, the country continues to lead in pioneering research and technological solutions to secure its water future.
With AI and other cutting-edge technologies driving the next phase of the program, the UAE is positioning itself at the forefront of global efforts to tackle water scarcity through innovation.