Super blood wolf moon to be seen by 2.8 billion

Super blood wolf moon to be seen by 2.8 billion

Astronomy buffs across the globe have been promised all the makings of a spectacular total lunar eclipse on Monday night (AEDT).

Stargazers from North and South America, Europe, West Africa and northernmost Russia — as many as 2.8 billion people — will keep their eyes on the sky for the eclipse, known as a super blood wolf moon, expected to appear on Sunday beginning at 9.36pm on America’s East Coast (1.36 pm Monday AEDT).

Although it is a total eclipse, the moon will never go completely dark but rather take on a coppery red glow — called a blood moon. It is also a full moon that is especially close to Earth, called a supermoon.

And since it appears in January, when wolves howled in hunger outside villages, it has earned the name wolf moon, according to The Farmers Almanac.

But no matter how perfectly the stars align for this stellar event, the thrill or disappointment of the evening really depends on one thing: the weather. If skies are clear on Sunday night, the spectacular total lunar eclipse will be visible with the naked eye.

Unlike a solar eclipse, which requires eye protection to safely enjoy the view, no extra measures need to be taken for hazard-free lunar eclipse watching. If cloud cover ruins visibility, there is always a view on the internet.

“Anyone clouded out can go online and see the view from our sky cameras around the world,” said Andrew Fazekas, spokesman for the site AstronomersWithoutBorders.org.

The next chance for Americans to see a total lunar eclipse is 2022.

The blood moon’s red hue is the result of sunlight travelling through the Earth’s dusty, polluted atmosphere, Fazekas said.

The shorter, more pliable blue wavelengths of light are scattered outside the Earth’s shadow and the longer, less bendable red wavelengths are refracted toward the moon.

Unfortunately for Australia, New Zealand and Asia, the eclipse won’t be visible, but astronomy buffs can hope for some dazzling photographs of the rare lunar occurrence.

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