Saudi Space Experiment to Increase Artificial Seeding

The Saudi astronauts aim to carry out 14 scientific research experiments in several fields during their mission to the ISS.
The Saudi astronauts aim to carry out 14 scientific research experiments in several fields during their mission to the ISS.
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Saudi Space Experiment to Increase Artificial Seeding

The Saudi astronauts aim to carry out 14 scientific research experiments in several fields during their mission to the ISS.
The Saudi astronauts aim to carry out 14 scientific research experiments in several fields during their mission to the ISS.

Saudi Astronaut Ali al-Qarni began an artificial seeding experiment in space, which will contribute to the development of the technology used on the earth and raise its efficiency by more than 50%.

His colleague, Rayana Bernawi, shared a video of the Grand Mosque in Mecca from the International Space Station (ISS), to which they arrived on Monday, where they joined seven other astronauts who are already on board.

The Saudi astronauts aim to carry out 14 scientific research experiments in several fields during their mission to the ISS, which will include human medicine, biomedicine, and physics.

Al-Qarni appeared in a video he posted on his Twitter account, carrying a green box inside the Columbus unit, which he said was an artificial seeding experiment and prepared by Saudis.

“The cloud seeding will help us to raise the artificial raining rate by 50%,” he stated.

King Fahd University of Petroleum and Minerals, headed by Dr. Ashraf Farhat, and in cooperation with the Saudi Space Authority, is supervising this experiment, which aims to simulate the cloud seeding process that is used in Saudi Arabia and many countries to increase precipitation rates.

The experiment aims to help scientists and researchers to devise new ways to provide conditions suitable for humans - including artificial rain - to live in space colonies on the surface of the Moon and Mars. It will also contribute to improving researchers’ understanding of rain seeding technology, which will help to increase rainfall rates.

Saudi Arabia seeks to enhance water resources, develop vegetation, and benefit from renewable sources through the artificial cloud seeding program, which was approved by the Council of Ministers in February 2020.

The operational work of the program, which already completed three phases, has achieved a success rate of more than 97 percent. Preliminary studies of rainfall point to precipitation amounts amounting to 3.5 billion cubic meters of water in the targeted areas, according to Dr. Ayman Ghulam, CEO of the National Center for Meteorology, the program supervisor.

For her part, Bernawi shared a video clip on Twitter showing the Holy Mosque of Makka from the ISS.

“After I finished my experiments for today, we happened to pass over Makka Al-Mukarramah,” she said.

On Thursday, Bernawi began her first scientific experiment, by testing the response of immune cells to infections using the live experiment box.



Saudi Aseer's Sidr Honey Season Boosts Local Markets

The recent heavy rainfall in the region has led to a prolific flowering of Sidr trees, providing ideal conditions for bees to produce abundant and flavorful honey. - SPA
The recent heavy rainfall in the region has led to a prolific flowering of Sidr trees, providing ideal conditions for bees to produce abundant and flavorful honey. - SPA
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Saudi Aseer's Sidr Honey Season Boosts Local Markets

The recent heavy rainfall in the region has led to a prolific flowering of Sidr trees, providing ideal conditions for bees to produce abundant and flavorful honey. - SPA
The recent heavy rainfall in the region has led to a prolific flowering of Sidr trees, providing ideal conditions for bees to produce abundant and flavorful honey. - SPA

The Kingdom's Aseer region is currently experiencing the bountiful Sidr honey season, with local markets flooded with high-quality honey produced from the nectar of Sidr trees, SPA reported.
The recent heavy rainfall in the region has led to a prolific flowering of Sidr trees, providing ideal conditions for bees to produce abundant and flavorful honey.
Sidr honey, renowned for its numerous health benefits, is particularly prized for its antioxidant properties and ability to strengthen the immune system. The unique taste and aroma of this honey have made it a sought-after commodity, both locally and internationally.
Beekeepers in Tihama Aseer have been busy harvesting the golden nectar, with prices ranging from SAR350 to SAR500 per kilogram. The region's diverse ecosystem, characterized by its fertile valleys and abundant flora, provides an optimal environment for beekeeping.
The Ministry of Environment, Water, and Agriculture is actively supporting the development of the beekeeping industry. Initiatives such as the beekeeping and honey production development initiative aim to improve beekeeping practices, protect bee populations, and enhance the quality of honey.
By promoting sustainable beekeeping and preserving the natural habitats of bees, the Kingdom seeks to strengthen its position as a leading producer of high-quality honey and contribute to the global market.