Russian, Emirati Scientists to Use Cloud Warming in Rainmaking

FILE - The dried, cracked bed of the Qaraoun artificial lake is seen in West Bekaa, Lebanon, Sept. 19, 2014. Reuters.
FILE - The dried, cracked bed of the Qaraoun artificial lake is seen in West Bekaa, Lebanon, Sept. 19, 2014. Reuters.
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Russian, Emirati Scientists to Use Cloud Warming in Rainmaking

FILE - The dried, cracked bed of the Qaraoun artificial lake is seen in West Bekaa, Lebanon, Sept. 19, 2014. Reuters.
FILE - The dried, cracked bed of the Qaraoun artificial lake is seen in West Bekaa, Lebanon, Sept. 19, 2014. Reuters.

As global temperatures continue to rise, and desertification and drought expand in many regions around the world, the scientific efforts to find new methods that help make rain are ongoing.

While some countries adopt the "effect" mechanisms to stimulate rainfalls or move clouds, the media office of the North-Caucasus Federal University announced a new mechanism suggested by Emirati scientists in cooperation with Russian experts, to stimulate rainfall through cloud warming.

The media office has released the abstract of a study carried out by an Emirati-Russian research team about drought, highlighting that rainfalls have sharply declined in many regions around the world.

The researchers explained that among the reasons behind this phenomenon are the incomplete growth of clouds which prevents the fall of natural amounts of rain, and the rarity of clouds in a certain place.

In both cases, the scarcity of rainfalls affects agriculture, causes more wildfires, and exposes humans to more challenges. Some countries have adopted a method that uses chemicals to induce rain, but it's costly and cannot be applied all the time.

Therefore, the researchers focused in their study on looking at new low-cost methods that help enhance the size of clouds so they become able to produce natural amounts of rain.

The team suggested a new method to develop clouds through warming with a powerful thermal source on the ground that can create a thermal current (contrail).

According to the study, this current should reach the lowest layers of the clouds, three to four kilometers above the Earth surface.

Co-author Robert Zakianin said the thermal current's temperature should be 10-20 degrees higher that the temperature in the clouds' environment.

He also explained that its speed should be 100km/h so it manages to reach the lowest layers of the clouds without losing its temperature in the wind. Jet engines like those used in airplanes can be used to ensure the thermal current reaches the required speed.



World War II Sergeant Whose Plane Was Shot Down over Germany Honored with Reburial in California

This 1944 photo provided by Honoring Our Fallen shows WWII veteran US Army Air Force Tech. Sgt. Donald V. Banta from Los Angeles. Banta, 21, was killed in action in early 1944 when his plane was hit by anti-aircraft fire over Gotha, Germany. On Thursday, July 25, 2024 community members lined the roads to honor Banta as he was brought from Ontario International Airport in southern California to a burial home. (Honoring Our Fallen via AP)
This 1944 photo provided by Honoring Our Fallen shows WWII veteran US Army Air Force Tech. Sgt. Donald V. Banta from Los Angeles. Banta, 21, was killed in action in early 1944 when his plane was hit by anti-aircraft fire over Gotha, Germany. On Thursday, July 25, 2024 community members lined the roads to honor Banta as he was brought from Ontario International Airport in southern California to a burial home. (Honoring Our Fallen via AP)
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World War II Sergeant Whose Plane Was Shot Down over Germany Honored with Reburial in California

This 1944 photo provided by Honoring Our Fallen shows WWII veteran US Army Air Force Tech. Sgt. Donald V. Banta from Los Angeles. Banta, 21, was killed in action in early 1944 when his plane was hit by anti-aircraft fire over Gotha, Germany. On Thursday, July 25, 2024 community members lined the roads to honor Banta as he was brought from Ontario International Airport in southern California to a burial home. (Honoring Our Fallen via AP)
This 1944 photo provided by Honoring Our Fallen shows WWII veteran US Army Air Force Tech. Sgt. Donald V. Banta from Los Angeles. Banta, 21, was killed in action in early 1944 when his plane was hit by anti-aircraft fire over Gotha, Germany. On Thursday, July 25, 2024 community members lined the roads to honor Banta as he was brought from Ontario International Airport in southern California to a burial home. (Honoring Our Fallen via AP)

After 80 years, a World War II sergeant killed in Germany has returned home to California.

On Thursday, community members lined the roads to honor US Army Air Force Tech. Sgt. Donald V. Banta as he was brought from Ontario International Airport to a burial home in Riverside, California, The AP reported.

Banta, 21, was killed in action in early 1944 when his plane was hit by anti-aircraft fire over Gotha, Germany, according to Honoring Our Fallen, an organization that provides support to families of fallen military and first responders.

One of the surviving crewmembers saw the plane was on fire, then fell in a steep dive before exploding on the ground. After the crash, German troops buried the remains of one soldier at a local cemetery, while the other six crewmembers, including Banta, were unaccounted for.

Banta was married and had four sisters and a brother. He joined the military because of his older brother Floyd Jack Banta, who searched for Donald Banta his whole life but passed away before he was found.

Donald Banta's niece was present at the planeside honors ceremony at the Ontario airport coordinated by Honoring Our Fallen.

The remains from the plane crash were initially recovered in 1952, but they could not be identified at the time and were buried in Belgium. Banta was accounted for Sept. 26, 2023, following efforts by the Defense POW/MIA Accounting Agency within the US Department of Defense and the Armed Forces Medical Examiner System.