Eclipse arrived on the northern hemisphere’s longest day of the year – the summer solstice.
A solar eclipse that lasted approximately two minutes plunged southern Chile and Argentina into darkness on Monday.
Heavy rain had threatened to prevent thousands of stargazers in Chile from seeing the eclipse but at the last moment, the clouds parted just enough for the phenomenon to be partially visible.
“It was beautiful, unique. The truth is that no one held much hope of seeing it due to the weather and clouds, but it was unique because it cleared up just in time. It was a miracle,” an emotional Matias Tordecilla, 18, told the AFP news agency from the town of Pucon, on the shores of Lake Villarrica.
“It’s something that you don’t just see with your eyes but also feel with your heart,” added Tordecilla, who travelled 10 hours with his family to see the eclipse.
In Argentine Patagonia, several families and foreigners had set up camp between the towns of Villa El Chocon and Piedra del Aguila hoping to see the eclipse.
While there was no rain there, strong winds had threatened to affect the visibility of the second total eclipse for Chile in the last 18 months.
This one struck at 1:00pm (16:00 GMT) as thousands of tourists and residents gathered, hoping the clouds would disappear in time.
“It made my skin crawl,” said Pucon resident Cinthia Vega.
Despite restrictions on movement imposed by authorities to slow the spread of the coronavirus pandemic, almost 300,000 tourists had arrived in the Araucania region about 800 kilometres (500 miles) south of the capital Santiago.
Dozens of amateur and professional scientists set up telescopes on the slopes of the Villarrica volcano – one of the most active in Chile – to observe the phenomenon when the moon passes between the sun and Earth.
The eclipse was due to be visible along a 90km (56-mile) wide corridor from the Pacific coast in Chile across the Andes mountain range and into Argentina.
In July 2019, some 300,000 people turned out in the Atacama desert in Chile’s north, home to several observatories, to see the previous eclipse.