Employees walk towards a hangar at Al Ain International Airport after a cloud-seeding flight.
Hygroscopic (water-attracting) salt flares are attached to an aircraft at Al Ain International Airport before a cloud-seeding flight operated by the National Centre of Meteorology. The UAE has been leading the effort to seed clouds and increase precipitation, which remains at less than 100 millimetres a year on average. All photos by Reuters
Pilot Michael Anstis writes a weather report before the cloud-seeding flight from Al Ain.
An airport employee closes an aircraft door, with hygroscopic salt flares seen in the background, before the cloud-seeding flight.
Pilots Michael Anstis and Ahmed Al Jaberi receive instructions before the flight.
The control room at the National Centre of Meteorology in Abu Dhabi.
An explanatory hologram of the cloud-seeding process in the National Centre of Meteorology control room in Abu Dhabi.
Cloud-seeding flares in the National Centre of Meteorology control room.
Hygroscopic salt flares are attached to an aircraft during a cloud-seeding flight between Al Ain and Al Hayer. At 9,000 feet above sea level, the plane releases the flares into the most promising white clouds, hoping to trigger rainfall.
Hygroscopic salt flares are attached to an aircraft during a cloud-seeding flight. Scientists in Abu Dhabi combine shooting the flares with releasing salt nanoparticles, a newer technology, into the clouds to stimulate and accelerate the condensation process and hopefully produce droplets big enough to then fall as rain.
Flares are released during a cloud-seeding flight between Al Ain and Al Hayer.
Employees walk towards a hangar at Al Ain International Airport after a cloud-seeding flight.
Hygroscopic (water-attracting) salt flares are attached to an aircraft at Al Ain International Airport before a cloud-seeding flight operated by the National Centre of Meteorology. The UAE has been leading the effort to seed clouds and increase precipitation, which remains at less than 100 millimetres a year on average. All photos by Reuters
Pilot Michael Anstis writes a weather report before the cloud-seeding flight from Al Ain.
An airport employee closes an aircraft door, with hygroscopic salt flares seen in the background, before the cloud-seeding flight.
Pilots Michael Anstis and Ahmed Al Jaberi receive instructions before the flight.
The control room at the National Centre of Meteorology in Abu Dhabi.
An explanatory hologram of the cloud-seeding process in the National Centre of Meteorology control room in Abu Dhabi.
Cloud-seeding flares in the National Centre of Meteorology control room.
Hygroscopic salt flares are attached to an aircraft during a cloud-seeding flight between Al Ain and Al Hayer. At 9,000 feet above sea level, the plane releases the flares into the most promising white clouds, hoping to trigger rainfall.
Hygroscopic salt flares are attached to an aircraft during a cloud-seeding flight. Scientists in Abu Dhabi combine shooting the flares with releasing salt nanoparticles, a newer technology, into the clouds to stimulate and accelerate the condensation process and hopefully produce droplets big enough to then fall as rain.
Flares are released during a cloud-seeding flight between Al Ain and Al Hayer.
Employees walk towards a hangar at Al Ain International Airport after a cloud-seeding flight.
