"If you get a chance to see a total lunar eclipse, such as the one on September 7, 2025, go for it. This one in particular was visible to people in Europe, Africa, Asia and Australia. And it was spectacular!But don't worry if you missed it because there will be another four opportunities to witness a total lunar eclipse before the year 2030."
"What's the difference between a lunar eclipse and a solar eclipse? Lunar and solar eclipses occur with equal frequency about twice a year. And both are fascinating. Some people known as "eclipse chasers" travel the world to get the best view. Usually, solar eclipses draw bigger crowds. We've all seen those sci-fi-like images of hordes staring intently up at the sky,"
"But total lunar eclipses are special events for the spectacular effect they have on the moon, dousing it in a blood-red or orange light. And the best thing is you don't need special eyewear to view one. On a clear night, you won't even need a telescope. You can see all there is to see with the naked eye. What happens during a total lunar eclipse?"
"While a solar eclipse is caused when the moon blocks light from the sun and casts a shadow on Earth, a lunar eclipse happens when the Earth blocks sunlight and casts a shadow on the moon. During a total lunar eclipse, the moon is enveloped in what is known as the umbra the inner part of Earth's shadow. But some sunlight still manages to pass through the Earth's atmosphere and reach our closest celestial companion, lighting it dimly in reds and oranges."
Total lunar eclipses occur when Earth blocks sunlight and casts a shadow on the Moon, often bathing it in red and orange tones. Lunar and solar eclipses happen about twice a year with similar frequency. Solar eclipses typically draw larger crowds and require protective eyewear, while lunar eclipses are visible at night without special glasses or telescopes. Eclipse chasers travel globally to observe eclipses. Some total lunar eclipses are visible across wide regions, such as Europe, Africa, Asia, and Australia. Shorter-wavelength colors like blue and violet scatter in Earth's atmosphere, leaving reds and oranges to illuminate the eclipsed Moon.
Read at www.dw.com
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