--- title: "Artificial Rain in Central Asia: Kazakhstan and Uzbekistan Launch Drought Fight" description: "Kazakhstan and Uzbekistan are launching pilot projects for artificial rain to combat drought. Kazakhstan has already conducted a series of flights with reagents, expecting an economic benefit of $74 million." date: 2026-08-18T23:19:51.000Z lang: en url: https://xab.info/en/posts/artificial-rain-in-central-asia-kazakhstan-and-uzbekistan-launch-drought-fight tags: [kazakhstan, uzbekistan, weather-modification, drought, agriculture, technology] publisher: "XAB.info" --- # Artificial Rain in Central Asia: Kazakhstan and Uzbekistan Launch Drought Fight ![Illustration of artificial rain over agricultural fields in Central Asia, symbolizing the fight against drought in Kazakhstan and Uzbekistan](https://xab.info/media/2026/08/19/iskusstvennyy-dozhd-v-tsentralnoy-azii-kazahstan-i-uzbekistan/iskusstvennyy-dozhd-v-tsentralnoy-azii-kazahstan-i-uzbekistan-1.webp) ## 🎯 Key Points - Kazakhstan became the first CA country to implement artificial rain technology in May 2026. - The project covers 911 thousand hectares and could bring 35 billion tenge in savings annually. - Uzbekistan is preparing a similar project with the goal of increasing precipitation by 10–20%. - There are discrepancies in data regarding the number of flights: 11 or 14 trips. Amidst a growing climate crisis and increasing droughts, Central Asian countries are forced to seek innovative solutions to ensure food security. On August 19, 2026, news emerged of significant results from a pilot project on artificial cloud seeding launched in Kazakhstan. The technology, previously remaining in the realm of theoretical development, was applied in practice in the region for the first time to protect crops and replenish water resources. ### Pilot Project in Kazakhstan: From Theory to Practice Kazakhstan became the first country in Central Asia to implement artificial rain technology on an industrial scale. The pilot project, which started on May 17, 2026, in the Turkistan region, covers more than 911,000 hectares of agricultural land. The main goal of the initiative is to mitigate the effects of drought, which in recent years has caused colossal damage to the region's agricultural sector. As part of the project implementation, Kazakhstani specialists are closely cooperating with the UAE National Meteorological Center. Experts from the UAE have provided advanced technologies and methodologies that allow for effective management of atmospheric processes. The work is carried out using special aircraft that disperse salt-based reagents into suitable rain clouds. It is important to note that the technology is not a "magic wand" — it does not create rain from a clear sky, but rather stimulates precipitation from already formed clouds that might not have produced rain under normal conditions. ### Economic Impact and Prospects for the Region If the results of the pilot project confirm the expected efficiency, Kazakhstan expects an economic benefit of 35 billion tenge (approximately $74 million) annually. These funds will be generated through reduced losses in agriculture and optimized water supply. The success of the project could become a catalyst for the implementation of similar technologies in other regions suffering from moisture deficits. Uzbekistan has also joined this technological leap. The country is preparing its own pilot project for artificial rain. The Uzbek Research Institute of Hydrometeorology is conducting fundamental research in the field of cloud physics and active atmospheric impact. Preliminary calculations show that implementing the technology could increase precipitation by 10–20 percent compared to natural levels, which is critical for irrigated agriculture. ### Contradictory Data During the analysis of information regarding the implementation of the project in Kazakhstan, discrepancies were found in the reporting on the number of operations conducted. Initial reports published in May stated that 11 flights of seeding aircraft were carried out under the project. However, subsequent reports dated later cite a figure of 14 flights. Experts from XAB.info note that such discrepancies may be related to different reporting stages or the inclusion of additional test flights in the final statistics. Nevertheless, both sides confirm that work is proceeding in a normal mode, and results are being evaluated based on comprehensive meteorological observations and satellite monitoring data. ### Scientific Assessment and Technology Limitations Specialists emphasize that artificial cloud seeding is an auxiliary tool, the effectiveness of which depends directly on weather conditions and cloud characteristics. The technology cannot guarantee rain at any time, as it requires the presence of certain atmospheric phenomena. Therefore, it is critically important to conduct a scientific assessment of the long-term results of using the technology to avoid unjustified expectations and financial losses. ## 🔍 Fact-Check Verification - [Artificial rain technology is being tested in Central Asia – Zamin.uz, 18.08.2026](https://zamin.uz/ru/mir/218407-v-tsentralnoy-azii-ispytyvaetsya-tekhnologiya-iskusstvennogo-dozhdya.html) - Источник подтверждает запуск проекта в Казахстане, сотрудничество с ОАЭ, экономические прогнозы и подготовку проекта в Узбекистане. ## ❓ FAQ ### Q: How does the artificial rain technology work? **A:** Aircraft disperse salt-based reagents into already formed rain clouds, stimulating precipitation. ### Q: What economic impact is expected from the project? **A:** Kazakhstan expects savings of about 35 billion tenge ($74 million) per year by saving the harvest. ### Q: Can rain be summoned at any time? **A:** No, the technology requires the presence of natural clouds capable of producing precipitation.