Μοναδικές εικόνες από την σπάνια έκλειψη Ηλίου που μαγνήτισε τα βλέμματα στην Ασία (video)

Μάρτυρες μιας σπάνιας δακτυλιοειδούς έκλειψης ηλίου έγιναν οι κάτοικοι χωρών της Ασίας την Πέμπτη (26/12), στρέφοντας τα βλέμματά τους στον ουρανό.

Η έκλειψη ήταν ορατή στη Σαουδική Αραβία, τη Σιγκαπούρη, την Ινδία, τη Σρι Λάνκα και την Ινδονησία, όπου το επέτρεπαν οι μετεωρολογικές συνθήκες.

Στις δακτυλιοειδείς εκλείψεις η Σελήνη είναι πολύ μακριά από τη Γη για να καλύψει πλήρως τον Ήλιο, με αποτέλεσμα να δημιουργείται ένας «δακτύλιος φωτιάς» γύρω από το σκοτεινό φεγγάρι, ενώ το ηλιακό στέμμα δεν είναι ορατό. Η επόμενη έκλειψη Ηλίου,

People across Asia and the Middle East saw a rare annular eclipse AKA “ring of fire” eclipse — when the moon doesn’t completely cover the sun, leaving a bright ring: pic.twitter.com/HNgoXWAij6

— AJ+ (@ajplus) December 26, 2019

A ‘ring of fire’ formed around the sun in a rare annular solar eclipse is viewed by thousands of skywatchers in the Middle East and Asia https://t.co/BovedvahaH pic.twitter.com/tOfUxAhVic

— Reuters (@Reuters) December 26, 2019

A rare annular solar eclipse – which happens when the moon covers the suns’ center but leaves its outer edge visible to form a ring – was visible in parts of the Middle East and Asia https://t.co/rC5qcmXe36 pic.twitter.com/YMpMeXiH6z

— Reuters (@Reuters) December 26, 2019

#SolarEclipse2019
Prophet Muhammad (PBUH) said, ‘The sun and the moon are two signs amongst the signs of Allah. They do not eclipse because of someone’s death or life. So when you see them, invoke Allah and pray till the eclipse is clear. ‘” (Hadith 2:168) pic.twitter.com/JLfBm9jUV5

— Syeda Laila Jaffri (@Mohtermalaila) December 26, 2019

Annular eclipse of the Sun ~ Taken by Elias Chasiotis on December 26, 2019 @ Al Wakrah, Qatar. pic.twitter.com/NfPBjYHJnu

— David Crook (@StellarInsights) December 26, 2019

Gerhana Matahari view from my house. The dual lens camera will produce a twin eclipse which is 45° away from the actual sun position. The real eclipse is the blue one. Then an oposite 180° angle of “twin” projection with a 180 ° color from blue spectrum which is red. Extra pic.twitter.com/Bmk231s7Cv

— Haniff Raymond (@HaniffRaymond) December 26, 2019

Like many Indians, I was enthusiastic about #solareclipse2019.

Unfortunately, I could not see the Sun due to cloud cover but I did catch glimpses of the eclipse in Kozhikode and other parts on live stream. Also enriched my knowledge on the subject by interacting with experts. pic.twitter.com/EI1dcIWRIz

— Narendra Modi (@narendramodi) December 26, 2019

Eclipse of the Sun in the desert of the United Arab Emirates.
Credit: Joshua Cripps#photooftheday pic.twitter.com/zobJX9ZXSs

— Salaheddine Naous (@SaladinNaous) December 27, 2019

#AnnularSolarEclipse which occurred on December 26, 2019, the maximum obstruction of the sun during the eclipse was maximum when seen from Bangalore (89.4%) followed by Chennai (84.6%), AND Mumbai (88.8%). pic.twitter.com/WGYIOTvJaU

— ISTI Portal (@ISTIPortal) December 27, 2019

The nature has gave me the BEST birthday present ever. A PARTIAL SUN ECLIPSE!

Photo credit: ALSOLHEM pic.twitter.com/Mf5NQVfUlE

— Nameless (@nameless_op) December 27, 2019

Crescent Sun #Eclipse pic.twitter.com/5ouWUaJwNR

— பிரபாகரன் (@Prabhasmekian) December 27, 2019

Like others Indians, we were enthusiastic about #solareclipse2019.
Unfortunately, we could not see Sun due to cloud cover but we did catch glimpses of the eclipse in Kozhikode and other parts on live stream. Also enriched my knowledge on the subject by interacting with experts. pic.twitter.com/IfUu7byL0P

— Vijai Kumar Tandon (@TandonVijai) December 27, 2019

Solar Eclipse Surya Grahan
For those who missed
The Amazing ‘Ring of Fire’
It is very rare when Moon overshadowed the Sun. pic.twitter.com/p3V3NTrCyL

— TIRANGA SENA (@Tiranga_Sena) December 27, 2019

A legend says that the sun and the moon have always been in love, but they could never be together, because the moon rises at sunset and the sun just at dawn. In his infinite goodness, God created the eclipse as proof that there is no love thats forbidden and impossible. pic.twitter.com/hakP75hqKp

— itsmeely (@marengeliii) December 27, 2019

Sometimes, I think of the sun and the moon as lovers who rarely meet, always chase, and almost always miss one another, But once in a while, they do catch up, and they kiss, and the world stares in awe of their eclipse. pic.twitter.com/AUHgs2gyJV

— Miracle. (@xvdii) December 26, 2019

Solar eclipse observation at TDMRC rooftop conducted by BMKG Indonesia (@infoBMKG) on Thursday 26/12/2019. The moon partially covers the sun as seen from Banda Aceh, Indonesia. Crowds have gathered to watch the natural phenomenon. #RingofFire #SolarEclipse #solareclipse2019 pic.twitter.com/XhpCPSniuC

— TDMRC Unsyiah (@tdmrc) December 26, 2019

Annular solar eclipse earlier today.
Interesting to see that the Sun prints a reflection of some sort on my camera, probably because there’s too much exposure. Either way it looks cool and you can still see the eclipse #solareclipse2019 pic.twitter.com/Zi2srdWlBV

— Rector (@MrRectorR) December 26, 2019

“She’s my moon and I’m her Sun. We rarely see, and always miss each other. But when we collide, the whole world stares in awe of our eclipse.”
-Deib Lohr Enrile

ctto. pic.twitter.com/g8zWf0VEbE

— asAdo (@knnrnrnqll) December 26, 2019

A legend tells that the sun and the moon were in love but that their love was impossible because when the moon rose, the sun was setting . Then God would have created the eclipse to show that no love is impossible pic.twitter.com/EUjERbk1vk

— Lei (@LeiPanganiban_) December 27, 2019

RT AccuAstronomy: The Moon crossed the face of the Sun on Thursday in a “Ring of Fire” #SolarEclipse. Photos from around the world, and from space: https://t.co/FBimw8Sm4c pic.twitter.com/REuKOkNxo9

— Zachary’s Weather (@ZacharysWeather) December 27, 2019

“She’s my moon and I’m her sun. We rarely see, and always miss each other. But when we collide, the whole world stares in awe of our eclipse.”
-Deib Lohr Enrile pic.twitter.com/4eGehQd2MM

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