Tag Archives: cloud seeding

Means of Survival vs. Means of Control: Cloud seeding and weather modification are open knowledge in the UAE; In the US it’s considered tin foil hat theory

Cloud Seeding

Important Takeaways:

  • Taking place at the Conrad Abu Dhabi, Etihad Towers between January 28 and 30, 2025 the 7th International Rain Enhancement Forum (IREF) invites the world’s leading experts, researchers, policymakers and weather scientists to discuss a range of topics related to cloud seeding and rain enhancement programs.
  • The conference, which boasts more than 65 headline speakers, will include such fascinating topics as the use of Artificial Intelligence, the deployment of drones, the potential efficacy of new cloud-seeding materials, limited-area climate interventions, hybrid AI-physics models, and completely novel approaches
  • “The 7th edition of IREF represents a landmark event in the global dialogue on water sustainability and weather enhancement, focusing on key topics that will shape the future of rainfall enhancement applications, particularly the transformative potential of AI and other technological breakthroughs.”
  • To date, the UAEREP has been able to rain down Dhs82.6 million on 14 research projects, which have yielded the precipitation of eight patents, with a further three pending registration.
  • The UAE carries out nearly 300 cloud seeding missions annually as part of its efforts to enhance rainfall.
  • The statistical randomization experiment conducted during the summers of 2004 and 2005 demonstrated that cloud seeding can enhance precipitation by 15 per cent in a turbid atmosphere. This enhancement ratio could potentially reach up to 25 per cent in a clean atmosphere.
  • The UAE uses environmentally friendly materials (hygroscopic materials) in flares that contain natural salts such as potassium chloride and sodium chloride. Lately, the country has started using novel nanomaterials (hygroscopic and hydrophilic materials) that have exhibited greater efficiency than conventional materials in enhancing precipitation.
  • The first attempt at cloud seeding took place in February 1982 over a specific area to the west of the country under the management of Abu Dhabi Municipality. During this time, numerous experiments were performed without any scientific bases.
  • The UAE cloud-seeding program started at the end of the 1990s. By early 2001, the program was cooperating with well-known organizations such as the National Centre for Atmospheric Research (NCAR) in Colorado, USA, as well as the Witwatersrand University in South Africa and the US Space Agency, NASA.

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Cloud Seeding Rocket lands on busy sidewalk in China. Confirmed by Yeuchi County Meteorological Bureau

Revelation 16:9 “They were scorched by the fierce heat, and they cursed the name of God who had power over these plagues. They did not repent and give him glory.”

Important Takeaways:

  • Video shows ‘cloud-seeding’ rocket narrowly missing pedestrians on busy sidewalk
  • China is shooting small, chemical-filled rockets high into the sky in an effort to manipulate weather conditions in parts of the country plagued by recent climate extremes.
  • Confirmation of the cloud-seeding operation was made by the Yeuchi County Meteorological Bureau
  • Cloud seeding is a technique used by China that allows for greater rainfall, hailstorm prevention, clearing the skies of clouds, as well as to lower air pollution levels.
  • Scientists have pursued the technique for decades, and China recently used cloud seeding to clear clouds out of the sky in order to celebrate the founding of the Chinese Communist Party in July 2021.
  • The technique is made through the addition of chemicals, including particles of silver iodide, among clouds to spur condensation and increase the chance of precipitation in a particular area.

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Indonesia seeds clouds to keep them away from flooded capital

By Bernadette Christina and Jessica Damiana

JAKARTA (Reuters) – Indonesia’s air force seeded clouds with salt on Friday to try to stop rainfall reaching the slowing sinking capital after deadly flash floods and landslides triggered by some of the heaviest rain ever recorded.

The death toll in Jakarta and surrounding areas rose to 43 as of Friday, the disaster mitigation agency said, while tens of thousands of people have been displaced.

Indonesia’s technology agency BPPT and the air force carried out three rounds of cloud seeding on Friday, with more expected when needed, a BPPT official said.

The seeding, shooting salt flares in an attempt to trigger rainfall, is aimed at breaking up clouds before they reach Jakarta.

“We will do cloud seeding every day as needed,” BPPT chief Hammam Riza told reporters.

Cloud seeding is often used in Indonesia to put out forest fires during the dry season.

The floods followed torrential rains on Dec. 31 and into the early hours of New Year’s Day that inundated swathes of Jakarta and nearby towns, home to about 30 million people.

The deluge at the start of 2020 was “one of the most extreme rainfall” events since records began in 1866, the Meteorological, Climatological and Geophysics Agency (BMKG) said on Friday.

The agency said climate change had increased the risk of extreme weather and warned that heavy rainfall could last until mid-February, with Jan 11-15 an expected peak.

Television footage showed flood waters inundating parts of Southeast Asia’s largest city and mud-covered cars, some piled on top of each other.

President Joko Widodo blamed delays in flood control infrastructure projects for the disaster, including the construction of a canal that has been delayed since 2017 due to land acquisition problems.

Widodo last year announced he would move Indonesia’s capital to East Kalimantan province on Borneo island to reduce the burden on overpopulated Jakarta.

More than 50 people died in one of the capital’s deadliest floods in 2007 and five years ago much of the centre of the city was inundated after canals overflowed.

Jakarta is sinking by several cm a year in northern parts, an official said in October, due to extraction of groundwater over the years causing layers of rock and sediment to slowly pancake on top of each other.

(Additional reporting by Jakarta bureau; Writing by Gayatri Suroyo; editing by Nick Macfie)