When do you watch Perseids? Optimal date and time!

shooting stars. If the whole month of August is conducive to observing the falling stars, then the night of Friday 12 to Saturday 13 August is sure to be the most beautiful in this spectacle. The star shower from Perseids would be an amazing sight.

[Mis à jour le 11 août 2022 à 11h44] Want to take advantage of the holidays to see the falling stars, give your kids a little astronomy lesson or just enjoy the show? So see you these coming nights! If the whole month of August is traditionally a favorable period for observing the falling stars, then the most favorable night for observing this phenomenon is approaching.

These are the Perseids, the most famous of the meteor showers. These meteors are easily visible on the night of Wednesday 12 August to Thursday 13 August 2022. You will have to go to bed late or get up early to make the most of them as the shower of towering stars will be visible in about three days. The time is in the morning! After last weekend’s starry night, this time it will be a swarm of meteors made up of the debris of Comet Swift-Tuttle that will do the show. And for good reason, the rate of towering stars will be up to 100 per hour!

Attention cette année, un obstacle pourrait altérer la visibilité du spectacle : la luminosité de la pleine lune qui s’installe le 12 août dans le ciel nocturne… Vous pourrez toutefois masquer la Lune par b un enâbrement direction ou from the north. Time and Watch Tips, Meaning and Next Shooting Stars Find all the info in our profile below!

Composed of the debris of comet 109P/Swift-Tuttle, the Perseid meteor shower is the most famous of the year because it is one of the most active. This meteorite swarm in the constellation Perseus runs from July 17 to August 24, with peak activity on the night of August 12 to 13. It’s the most amazing of all, with 100 observable meteors per hour, or at a rate of one star per minute!

You should be up early in the night before the moonrise, until 3 a.m., to observe the falling stars of the Perseids. In fact, moonlight interferes with observations and makes the stars invisible. However, if you are observing a meteor after moonrise, stand with your back to the moon if possible. Brightness should not interfere with observing the most visible meteors, especially if you can move away from city centers or points of light. “To observe the falling stars of the Perseids, it is best to turn to the northeast and observe a large part of the sky around the constellation PerseusStelvision astronomy site suggests.

If the shooting star often lasts only a fraction of a second, then it is better to think carefully for a quarter of an hour in a large part of the sky, preferably in complete darkness. Be comfortable on the lounge chair! When you see a meteor, double your wishes, a famous tradition! In your calendars: On the night of Thursday, August 12 to Friday, August 13, the Perseids meteor shower will be at its most summertime, at 3 a.m. (Paris time) !

Below you can find all the essential tips for a good preparation and good observation of the stars. Photography enthusiasts will learn all the tricks needed to immortalize this magical celestial ballet.

No danger or need for specific equipment! Shooting stars can be seen with the naked eye by everyone. So there is no need to take out the telescope or telescope, due to the high speed at which the fireballs pass through the Earth’s atmosphere (at a rate of 50 km/s). About a quarter of the meteors leave visible traces for several seconds. To be able to perfectly observe a barrage of falling stars, neither clouds nor light pollution should obscure the sky.

The chance of seeing a rising star depends mainly on the period of observation, although other factors such as the observation area play a role. Falling stars are actually small dust particles that enter the Earth’s atmosphere very quickly. By producing a luminous path visible from Earth. This dust comes from comets that approach the sun and see their ice evaporate and crush very small pieces of rock, forming a cloud of small rock particles. When the Earth passes through these clouds, this dust creates bright stars that can be admired in the sky.

Meteor showers during the Perseids © Marek – stock.adobe.com

This is why you will have an increased chance of observing falling stars as the Earth passes through one of these swarms. This summer, you can take advantage of the Perseids that peak at the beginning of August with about a hundred meteors per hour. During the Quadratides and Gemenides, which take place in early January and mid-December respectively, you can observe up to 120 stars per hour.

Finally, viewing conditions can affect the number of film stars you will see. Give preference to sparsely populated areas, protected from light pollution. Try to find a place where the horizon is clear and the night is clear.

This tradition appears to have originated in ancient Greece, according to the Huffington Post. At that time, it was believed that the gods looked at the earth by raising the celestial vault, like a covering over the world. By doing so, they sometimes caused stars to fall: shooting stars. These events were interpreted as a sign that God was watching over the earth, meaning the best time to send him a wish.

The stellar tradition, which takes place every year in the same period, will continue, but beware of confusion: it is clearly not a matter of “star” in the strict sense of the word, but about the dust of an asteroid passing very close to our planet and some of it entering into a “collision” with the Earth. Shooting stars have nothing to do with the stars. It is an extinct comet, or an asteroid, which, as it moves, leaves a large number of debris.

Thus luminous phenomena, falling stars (or meteors) appear every time small meteors come into contact with the dense layers of the atmosphere, at speeds ranging from 15 to 70 km per second. Due to air friction, this dust – sometimes one or more large pebbles – becomes glowing before volatilization. When passing electricity, the air becomes luminous, giving the impression of continuous lines that seem to come from the same place in the sky: the constellation Lyra for the Lyrids, the constellation Orion for the Orionids, Perseus for the Perseids, Leo for Leonids or the constellation of Gemini for the Orionids …

There will be many big star-meetings for shooting stars during 2022. This summer, don’t miss out on a phenomenon Perseids It can be observed from July 17 to August 24, 2022, during which its peak activity occurs The night of August 12 to 13. Then check out the other notable meteor showers that appear in the sky throughout the year, in chronological order of appearance below:

  • Orionids: active from September 26 to November 22, and can be observed especially from October 20 to 21, in the middle of autumn. Orionids, named after the constellation Orion (it’s easy to identify, and the seven brightest stars form a slightly tilted bowtie or hourglass!) can be seen in the Northern Hemisphere at this time of year. Depending on the year, between 50 and 75 shooting stars streak the sky every hour.
  • The Leonids: Located in the constellation Leo, the Leonids meteor appears from November 3 to December 2 with peak activity from November 17 to 18. If 10-20 stars can be observed in the sky every hour, every 33 years, the spectacle becomes unforgettable after the passing of Comet 55P/Temple-Tuttle: the barrage of falling stars turns into a storm, with thousands of meteors in one night!
  • Gemini: Produced by a celestial body called “3200 Phaethon”, so Geminids will not come from comets, but from asteroids. Active from November 19 to December 24, their peak activity is between December 13 and 14 at a rate of 60 to 75 meteors per hour, or even 120 to 160 meteors per hour at the latest. To observe them, imagine the constellation Gemini above the eastern horizon.
  • Ursids: This meteor shower is active from December 13 to 24, associated with Comet 8P/Tuttle. Ursids peak occurs just before Christmas on the night of December 21 to 22. They are of low intensity, ranging from 10 to 20 meteors per hour.
  • The Quadrantids: Active during the winter nights between December 26 and January 16, it displays an average of 25 meteors per hour during the night of January 2 to 3. It originated from Sleeping Comet 2003 EH1.
  • The Lyrids: They are located in the constellation Lyra and are active from April 16 to April 25, peaking on the night of April 21 to 22 each year, with an average of 5 to 20 meteors observable at the exact time. It is associated with Comet C/1861 G1 Thatcher.
  • Eta Basins: Active from April 19 through May 28, can be seen mainly in the Southern Hemisphere, the meteor swarm is provided by Halley’s Comet. Its peak falls on the night of May 4-5, at a rate of 30 meteors per hour.

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