NASA grants Oman Astronomical Society first scientific documentation of aurora borealis
Published: 09:07 AM,Jul 01,2024 | EDITED : 01:07 PM,Jul 01,2024
Muscat: The Omani Astronomical Society has achieved a remarkable milestone with the first scientific documentation of the aurora borealis phenomenon in Oman, granted by NASA.
This came after a team of astrophotographers spotted mysterious coloured lights caused by a solar storm on the night of May 12.
The rare occurrence was reported from Jabal Al-Sarat in Al Hajar al Gharbi Starlight Reserve. NASA specialists confirmed that this observation marks the first scientific documentation of the aurora borealis in Oman.
Typically associated with polar regions, the aurora borealis results from charged particles from the sun interacting with molecules in Earth's atmosphere. Solar storms, shedding millions of tons of solar matter into space, intensify this phenomenon.
Observing and documenting the aurora borealis and other celestial phenomena worldwide is crucial for understanding Earth's dynamics and its interactions with space and the sun. Such research contributes to our knowledge of Earth's magnetic field and its implications for our planet's future and life. Scientific teams and space missions dedicated to studying these phenomena play a vital role in exploring the mysteries of the sky and their impacts on communication and navigation systems.
This came after a team of astrophotographers spotted mysterious coloured lights caused by a solar storm on the night of May 12.
The rare occurrence was reported from Jabal Al-Sarat in Al Hajar al Gharbi Starlight Reserve. NASA specialists confirmed that this observation marks the first scientific documentation of the aurora borealis in Oman.
Typically associated with polar regions, the aurora borealis results from charged particles from the sun interacting with molecules in Earth's atmosphere. Solar storms, shedding millions of tons of solar matter into space, intensify this phenomenon.
Observing and documenting the aurora borealis and other celestial phenomena worldwide is crucial for understanding Earth's dynamics and its interactions with space and the sun. Such research contributes to our knowledge of Earth's magnetic field and its implications for our planet's future and life. Scientific teams and space missions dedicated to studying these phenomena play a vital role in exploring the mysteries of the sky and their impacts on communication and navigation systems.