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See a rare 5-planet alignment peak in the sky this weekend

See a rare 5-planet alignment peak in the sky this weekend
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According to Sky and Telescope Observatory Editor Diana Hannikinen, the event started in early June and is going to be brighter and easier to watch as the month progresses.

On Friday a decaying crescent moon between Venus and Mars will join the group, adding another celestial object to the lineup. In the alignment, the moon will represent the relative position of the earth, which means that this is where our planet will appear in planetary order.

This rare event has not occurred since December 2004, and this year, the distance between Mercury and Saturn will be reduced, According to Sky & Telescope.

Stargazers need to have a clear view of the eastern horizon to see the incredible phenomenon, Hannikinen said. People can see planetary shows with the naked eye, but binoculars are recommended for the best viewing experience, he added.

He said that one hour before sunrise is the best time to visit five planets. The night before you plan to see the alignment, check When the sun rises In your area.

Some stargazers are particularly excited for heavenly events, including Haniquinen. He flew from his home in a seaside town on the Atlantic Ocean west of Boston to secure an optimal view of the alignment.

“I’ll be there with my binoculars, looking east and southeast, and crossing all my toes and toes that it’s getting clear,” Hannikinen said.

The Space Telescope detects unexpected star vibrations

You don’t have to travel to see a glimpse of the action because it will be visible to people all over the world.

Northern Hemisphere stargazers can see planets on the east-southeast horizon, while Southern Hemisphere planets have to look along the east-northeast horizon. The only requirement is a clear sky towards the alignment.

The next day, the moon will continue its orbit around the earth, moving out of alignment with the planets, he said.

If you miss the five-planet alignment in sequence, the next one will happen in 2040, according to Sky & Telescope.

There will be seven more full moons in 2022, according to Old Farmers Almanac:
  • June 14: Strawberry Moon
  • July 13: Buck Moon
  • August 11: Sturgeon Moon
  • September 10: Harvest moon
  • October 9: Hunter’s Moon
  • November 8: Beaver Moon
  • December 7: Cool moon
These are popular names associated with the monthly full moon, but each can have significance Varies across Native American tribes.

Lunar and solar eclipses

In 2022 there will be another full lunar eclipse and a partial solar eclipse, according to Old Farmers Almanac.
A Beginner's Guide to Stargazing (CNN Underscored)

A partial solar eclipse occurs when the moon passes in front of the sun but only blocks some of its light. Be sure to wear proper eclipse glasses to watch the eclipse safely, as sunlight can be harmful to the eyes.

On October 25 a partial solar eclipse will be visible in Greenland, Iceland, Europe, Northeast Africa, the Middle East, West Asia, India and West China. None of the partial solar eclipses can be seen from North America.

A full lunar eclipse will also be observed in Asia, Australia, the Pacific, South America and North America on November 8 from 3:01 ET to 8:58 ET – but the moon will set for them in the eastern part of North America.

Meteor showers

See the remaining 11 The shower will be the highest of that In 2022:
  • Southern Delta Aquarius: July 29 to 30
  • Alpha Capricornids: July 30 to 31
  • Perseids: August 11 to 12
  • Orionids: October 20 to 21
  • Southern Tourids: November 4 to 5
  • North Taurides: 11 to 12 November
  • Leonids: November 17 to 18
  • Gemini: 13 to 14 December
  • Ursids: December 21 to 22

If you live in an urban area, you may want to drive to a place where there is no city light to get the best view.

Find an open area with a wide view of the sky. Make sure you have a chair or blanket so you can see directly. And give your eyes about 20 to 30 minutes – without looking at your phone or other electronics – to adjust to the darkness to make it easier to detect meteors.

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