The Middle East has once again found a culprit for its drought. It is not decades of irrational water management, not an overheated atmosphere, not depleted rivers, not failed irrigation policies, not population growth, not over-pumped groundwater, nor an agrarian model devouring resources faster than nature can restore them. No. The guilty parties, according to a new surge of rumors, are aircraft that supposedly "shattered" and "stole" the clouds.
This version is beautiful in its simplicity. It requires no knowledge of hydrology, climatology, statistics, watershed maps, or atmospheric circulation. It is enough to look at the sky, see a plane’s contrail, remember the drought, add war, geopolitics, and a distrust of great powers - and a theory is born, spreading across social media within hours faster than an official weather forecast.
The catalyst was a new wave of claims suggesting that precipitation has allegedly "returned" to Iraq, Turkey, and Iran because the US is preoccupied with the war surrounding Iran and can no longer conduct secret operations to "steal rain clouds." The original reports cite a telling example: an Iraqi lawmaker claimed, without evidence, that neighboring countries had allegedly complained about US attempts to "break up" and "steal" clouds using aviation, subsequently linking recent rains to Washington supposedly being distracted by military actions.
The formula is incredibly seductive: if drought is the result of malicious intent, then the problem can be explained by a single enemy. If rain falls after a political event, then the event must be the cause of the rain. If the sky is complex, it must be simplified. And in this simplification, the ultimate deception is born: the region’s real water catastrophe is replaced by a fantasy of a celestial special operation.
Cloud Theft: A Myth That Sounds Like Geopolitics
The "cloud theft" theory persists because of a single psychological hook: it sounds like it could be true. After all, cloud-altering technologies do exist. Cloud seeding has been used in various countries for decades. Particles, most often silver iodide, are introduced into clouds to stimulate the formation of ice crystals and, under certain conditions, increase the probability of precipitation. According to the Desert Research Institute, many seeding operations use silver iodide specifically to help ice crystals form in suitable clouds.
But the distance between cloud seeding and "cloud theft" is as vast as the gap between a medical thermometer and controlling the planet's temperature. Seeding does not create a cloud out of thin air. It does not turn an atmospheric front around. It does not drag rain from one country to another. It cannot command a cyclone to stop over Iraq, bypass Turkey, or punish Iran with drought. It only works when the atmosphere already contains suitable clouds, the right humidity, the right temperature, and the right microphysics. NOAA emphasizes that seeding requires the presence of supercooled water in the clouds - without it, the operation itself becomes meaningless.
This is precisely where conspiracy theories break against the laws of physics. To "steal a cloud," one would need to control a giant atmospheric system involving sea surface temperatures, topography, humidity, winds, pressure, jet streams, seasonal cycles, and global circulation, rather than just spraying a reagent. Modern science does not possess the technology that would allow a state to secretly manage the trajectory of weather systems on a regional scale. The World Meteorological Organization explicitly states that there are no proven methods for using cloud seeding to alter severe weather phenomena such as floods, tornadoes, or other extreme events.
However, the myth survives precisely because it does not argue with science on its own turf. It does not present measurements, satellite data, chemical analyses, precipitation maps, or air mass modeling. It works differently: it takes fear, wraps it in a political narrative, and sells it to society as an explanation.
Cloud Seeding Is Not a Magic Rain Button
The actual technology is far more modest than portrayed on social media. Cloud seeding is not climate control, but an attempt to slightly alter microphysical processes within an existing cloud. At best, it involves a local and limited effect. Even proponents of the technology admit that its results depend on a massive number of variables, and proving the exact contribution of seeding to a specific rainfall is difficult.
A 2024 report from the US Government Accountability Office described cloud seeding as an old technology used primarily to increase precipitation or suppress pride, usually by adding microparticles including silver iodide. Notably, US federal involvement in such programs is minimal, and the efficiency itself remains a subject of ongoing assessment and scientific verification.
Even recent commercial projects promising more precise results via drones face the same limitation: they must prove that it was the seeding, rather than natural atmospheric dynamics, that produced additional snow or rain. In April 2026, The Washington Post wrote about a company claiming to have generated significant snowfall in the US, but the article specifically noted that only a small fraction of the claimed result was reliably confirmed, and the technology requires independent validation and peer-reviewed data.
This is a key point. If the effect of seeding must be proven with such caution even under conditions of open programs, scientific radars, ground measurements, and specialized research, then claims of secret "cloud theft" across entire countries appear not just doubtful, but technically absurd. Such an operation would require a colossal infrastructure: constant flights, weather radars, chemical supply chains, secret bases, controlled synchronization with atmospheric fronts, thousands of participants, and a total absence of leaks. No such evidence has ever been presented.
Instead, something else is evident: regional drought, overheating, falling water reserves, an emergency dependence on dams and groundwater, and an increase in extreme downpours after long dry periods. In other words, the very reality that is harder to explain but impossible to ignore.
The Real Enemy Is Not in the Sky; It Is in the Numbers
The Middle East and North Africa are among the most water-vulnerable regions in the world. According to the WMO, the Arab region is warming nearly twice as fast as the global average: between 1991 and 2024, temperatures there rose by approximately 0.43 degrees per decade, and 2024 became the hottest year on record for the region.
This is not dry statistics. This is the new physics of daily life. Every additional degree means more evaporation, more stress on reservoirs, more heat stress for agriculture, higher electricity demand, and increased risks of fires, dust storms, drinking water shortages, and the collapse of old irrigation schemes.
Reuters, citing a WMO report, stated that in 2024, extreme weather in the region affected 3.8 million people and led to more than 300 deaths. The same report noted that the region already includes 15 of the most water-stressed countries in the world, and under the current emission trajectory, average temperatures could rise by up to 5 degrees by the end of the century.
This is the real "operation against the rain." It is not carried out by a secret aircraft. It flows through the pipes of the oil and gas economy, through coal plants, through inefficient farming, through urban development in arid areas, through worn-out utility networks, through unsystematic borehole drilling, and through a political unwillingness to admit that the water era of the past is over.
Turkey: A Rainy February Does Not Cancel the Drought
Proponents of the "cloud theft" theory often use recent precipitation as proof. They claim that since heavy rains have started in Turkey, someone must have stopped stealing the clouds. However, Turkish data shows the opposite: the climate system is not being "fixed," but is becoming more erratic, broken, and contrast-heavy.
In February 2026, Turkey indeed received an abnormally high amount of precipitation. According to the Turkish State Meteorological Service, February rainfall reached its highest levels in 66 years across 35 of the 81 provinces. The highest figure was recorded in Osmaniye at 320.3 millimeters, and the lowest in Sinop at 51.5 millimeters; notably, precipitation was above the climatic norm in all provinces.
At first glance, this looks like the "return of the rains." But climate cannot be read from a single month. In 2025, Turkey experienced the reverse: average precipitation was 414.9 millimeters, which is 27.6 percent below the 1991-2020 norm and the lowest figure in 61 years.
Thus, the same country received both a historic drought and a record-breaking rainy month within a short period. This is not an argument for "celestial theft." This is a typical portrait of new climatic instability: fewer instances of steady precipitation, more sharp deficits, and sudden deluges. Water does not arrive when the soil needs it, but when the atmosphere snaps into an extreme state. It does not nourish the system calmly - it strikes it with a blow.
This is precisely why the talk of "cloud theft" is dangerous. It distracts from the question that should be asked in Ankara, Baghdad, Tehran, Damascus, Amman, and Riyadh: are these nations prepared for a climate in which drought and flooding are no longer exceptions, but two sides of one new normal?
Iran: A Nation Dried Not by Conspiracy, but by Systemic Crisis
Iran stands as one of the most dramatic examples of how a water crisis evolves into a matter of national security. By the fall of 2025, the country faced one of its severest droughts in decades. The Associated Press reported that Tehran’s reservoirs had dropped to their lowest levels in 60 years, with the Latyan Dam reaching a mere 9 percent capacity. President Masoud Pezeshkian warned of potential water rationing and even evacuation measures if the rains failed to arrive.
In November 2025, Le Monde reported that Iran was enduring its sixth consecutive year of drought. In Tehran, only one millimeter of rain had fallen since the start of the hydrological year on September 23 - a staggering 96 percent less than usual. Several dams supplying the capital reached critically low levels, forcing authorities to implement nightly water shutoffs.
This cannot be explained by "stolen clouds." Iran suffers from an abundance of internal causes: excessive water consumption in agriculture, depletion of groundwater, inefficient irrigation, the construction of water-intensive industries in arid regions, urban growth, the degradation of Lake Urmia, a heavy reliance on dams, and a politically painful inability to reduce consumption. In 2025, The Guardian noted that agriculture in Iran consumes approximately 88 percent of the water supply, while underground resources are being undermined by illegal wells and over-exploitation.
In such a situation, cloud seeding appears not as a solution, but as a symbol of desperation. Iran has indeed turned to this technology, including in the Lake Urmia basin. However, no amount of seeding can compensate for decades of water policy built on the illusion of an infinite resource.
Iraq: A Country Between Thirst, Heat, and Political Anxiety
Iraq is particularly vulnerable. Its climate ranges from semi-arid to desert, characterized by sharp temperature fluctuations and limited precipitation. Iraq’s national climate document, submitted under the UNFCCC framework, indicates that northern mountainous regions receive 400 to 1,000 millimeters of rainfall, transitional steppe zones receive 200 to 400 millimeters, while the western plateau and alluvial plains sit within a hot desert climate zone with extremely low humidity.
Iraq suffers not only from the skies but from geography. Its water security depends on transboundary rivers, primarily the Tigris and the Euphrates. Reduced flow, upstream dams, soil salinization, population growth, wetland degradation, heatwaves, and dust storms create a volatile mix. When rain arrives too late or too intensely, it does not save the country; instead, it often creates a new layer of disaster - flash floods, destroyed roads, and washed-out crops.
Research on Iraqi precipitation shows high interannual variability: the country fluctuates between dry and wet years, and extreme events have become a vital part of long-term series analysis. A 2026 study utilized 84-year monthly precipitation records from four stations spanning 1938 to 2023. This data demonstrates that current weather fluctuations must be viewed in a historical and climatic context rather than through social media rumors.
When a politician claims that rain has returned because the US is "busy with war," they are making a political gesture, not a scientific statement. This gesture is understandable: society is exhausted, water has become the raw nerve of social stability, and explaining a complex system to the public is far harder than naming an external culprit. However, being understandable does not make a lie the truth.
Why People Believe in "Cloud Thieves"
Weather-related conspiracy theories do not emerge in a vacuum. They appear where five factors converge.
First: Real Anxiety. When rivers dry up, dams empty, food prices soar, harvests vanish, and temperatures rise, people seek a culprit with a name and an address rather than an abstract climate model.
Second: Distrust of the State. If authorities have spent years hiding mistakes, distorting statistics, or reacting late to crises, society stops believing official explanations even when they are accurate.
Third: Visual Simplicity. A plane’s contrail in the sky is more convincing than an evaporation graph. A visible trace replaces an invisible system. A person sees a white line and thinks: "There is the proof." In reality, it is often a standard condensation trail determined by temperature and humidity at high altitudes.
Fourth: The Political Environment. In a region where memories of war, sanctions, interventions, and external pressure remain vivid, any version of a secret operation by a great power gains an emotional advantage.
Fifth: Social Media Algorithms. Platforms reward explosive reactions rather than accuracy. The phrase "the regional climate system is experiencing increased precipitation instability" loses to the phrase "they stole our clouds" before the debate even begins.
Thus, digital alchemy is born: fear turns into a viral post, the post into a political accusation, the accusation into a "popular version," and the "popular version" begins to exert pressure on real-world politics.
The Climatic Truth Is More Terrifying Than the Conspiracy
The primary issue facing the region is not that someone is secretly snatching water from the sky. The primary issue is that the climate system itself is becoming increasingly unreliable. In its Sixth Assessment Report, the IPCC emphasizes that global warming intensifies the risks of extreme heat, droughts, heavy precipitation, and complex compound events, where multiple factors overlap to create a more devastating impact.
For the Middle East, this is particularly dangerous. The region is already living on the edge of its water balance. While more humid countries can mitigate a climate shock using reserves from rivers, lakes, and snowpack, here, every percentage point of evaporation and every deficit in rainfall rapidly transforms into an economic and political crisis.
Rising temperatures mean that even the same amount of rain no longer produces the same result. The soil loses moisture faster. Plants require more water. Reservoirs evaporate more intensely. Cities consume more electricity for cooling, overloading power grids. Agriculture demands additional irrigation, leading to faster groundwater depletion. And when heavy rain does arrive, the parched earth absorbs it poorly; the water turns into a flash flood rather than replenishing reserves.
This is why "it rained" does not equal "the drought is over." A few downpours do not restore an exhausted aquifer. A single record-breaking wet month does not cancel out a two-year deficit. A flood is not proof of water prosperity. Sometimes, it is proof that the system has become even more unstable.
The Most Dangerous Aspect of the Myth: It Vacates Responsibility
The theory of "cloud theft" is not merely incorrect. It is politically convenient and therefore dangerous. If an external enemy is to blame, there is no need to overhaul agrarian policy. No need to shut down illegal wells. No need to adjust water tariffs or modernize irrigation. There is no need to admit that certain crops can no longer be grown in previous volumes in arid districts. There is no need to clash with large landowners and industrial lobbies. There is no need to explain to the population that the era of cheap, endless water has ended.
It is much easier to say: "The clouds were stolen."
However, water does not return through slogans. It returns through accounting, conservation, technology, infrastructure, and honest management. The region does not need myths; it needs tough decisions: reducing leaks in water networks, implementing drip irrigation, reusing treated wastewater, utilizing desalination where economically and energetically justified, protecting wetlands, banning the over-exploitation of groundwater, transitioning to less water-intensive crops, establishing transboundary river agreements, and creating early warning systems for floods and droughts.
The WMO report on the region explicitly stresses the need for investments in water security, including desalination, wastewater reuse, and early warning systems; yet, according to Reuters, such systems currently cover only about 60 percent of the region.
This is the real agenda. Not "who stole the clouds," but why states have failed to prepare for a climate that has been knocking on the door for a long time.
The Sky Has Become a Mirror of Politics
The story of "stolen clouds" demonstrates how the nature of public fear is changing in the 21st century. Previously, weather was fate. Now, it has become a political text. Rain is read as a sign of victory. Drought - as sabotage. Fog - as technology. A plane’s trail - as evidence. A downpour - as proof that the conspiracy has temporarily halted.
This is not just absurd; it is a symptom of a crisis of trust and knowledge. When a complex reality becomes unbearable, society reaches for a simple enemy. But the climate crisis is terrifying precisely because it has no single pilot, no single button, no single base, and no single secret order. It is distributed across billions of decisions, millions of pipes, thousands of power plants, hundreds of flawed policies, and decades of procrastination.
Clouds are not stolen. Their movement depends on physics, not rumors. But society can indeed be robbed of its ability to understand reality. And that is no longer a metaphor.
When people begin to believe that drought is created by secret aviation, they stop demanding water management reforms. When they believe a downpour proves the conspiracy has paused, they fail to see that extreme precipitation can be part of the same climatic instability. When they look for an enemy in the sky, they fail to notice the leaking pipes beneath their feet.
A Final Note Without Consolation: Rain Does Not Cancel the Crisis
The most honest statement regarding the water situation in the Middle East is a harsh one: the problem is not the absence of rain per se, but the destruction of the former reliability of the water cycle. The region is entering an era where past norms no longer guarantee future security. Where the rainy season was once a pillar, it may now become a lottery. Where drought was once a calamity lasting a few years, it may now become a permanent state. Where a dam was once considered insurance, it may now turn into an empty concrete symbol of former overconfidence.
This is precisely why the myth of "cloud theft" must be dismantled not as a curiosity, but as a politically harmful technology of self-deception. It is convenient, emotional, and vivid, but it provides no water. It does not fill reservoirs. It does not save harvests. It does not reduce evaporation. It does not stop soil degradation. It does not bring back Lake Urmia. It does not solve the problems of the Tigris and Euphrates. It does not protect cities from the heat.
It only lulls society to sleep with a fairy tale that there is a culprit somewhere who only needs to be exposed for the rain to become obedient once more.
But the rain will not become obedient. The climate will not return to its old boundaries at the request of politicians. The atmosphere does not read the statements of lawmakers. And the longer the region argues with fictional "cloud kidnappers," the less time remains to fight the real adversary - water scarcity, overheating, administrative inertia, and the climatic era that has already arrived.