![\"""\"](\""https:\/\/images.immediate.co.uk\/production\/volatile\/sites\/25\/2021\/04\/lyrid-meteor-shower-2022-chart-radiant-9a21630.jpg?quality=90&resize=620%2C427"\" "\\"\"\"\\"\/")
<\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/picture><\/div>What is the Lyrid meteor shower?<\/strong><\/h2>\nLyrid meteors occur when Earth passes through the debris spread around the orbit of comet C\/1861 G1 Thatcher.<\/p>\n
Activity typically begins on 16 April and continues through to 25 April.<\/p>\n
For most of this period, meteor rates are quite low in activity, reaching a peak on the night of 22\/23 April, when a zenithal hourly rate of 18 meteors per hour can be expected.<\/p>\n
The zenithal hourly rate is quoted as the number of meteors expected to occur over an hourly period, adjusted to assume perfect conditions and the shower\u2019s radiant position \u2013 the area of sky where the shower trails appear to emanate from \u2013 directly overhead.<\/p>\n
In practice, visual hourly rate tends to be significantly lower.<\/p>\n
When is the best time to see the Lyrid meteor shower?<\/strong><\/h2>\n ![\"""\"]( "\\"\"\"\\"\/")
<\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/picture><\/div> Use star Vega to find the Lyra constellation and help you spot a Lyrid meteor. Credit: Bernhard Hubl \/ CCDGuide.com<\/span><\/figcaption><\/div>\nIn 2022, Earth will pass through the <\/span>densest part of the Lyrid stream at 20:00 BST (19:00 UT) on 22 April.<\/p>\nAt this time the Lyrid radiant, located near Vega (Alpha (\u03b1<\/span>) Lyrae), will be low, which isn\u2019t ideal. As the night progresses the radiant\u2019s <\/span>altitude increases, which helps matters.<\/p>\nWhen planning to observe a meteor shower, it makes sense to pay attention to what the Moon is doing, as a bright full Moon<\/a> will hamper how many meteors you can see.<\/p>\nFor the 2022 Lyrid meteor shower, the Moon will be at last quarter on the morning of 23 April<\/strong>, but because it\u2019s spring the angle made by the ecliptic<\/a> with the eastern horizon in the run-up to dawn is shallow.<\/p>\nAs a consequence, the Moon won\u2019t really interfere with the 2022 Lyrids, rising as dawn is well underway.<\/p>\n
This would normally mark the end of a meteor watch anyway, so for 2022 <\/span>at least, the Moon will not be an issue.<\/p>\nGet weekly moonrise times and phases sent directly to your email inbox by signing up to receive the BBC Sky at Night Magazine e-newsletter<\/a>.<\/strong><\/em><\/p>\n ![\"""\"]( "\\"\"\"\\"\/")
<\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/picture><\/div> A Lyrid meteor and the Milky Way, Anza-Borrego Desert, California. Credit: Kevin Key \/ Slworking \/ Getty<\/span><\/figcaption><\/div>\nHow to see a Lyrid meteor<\/strong><\/h2>\nTo observe the Lyrid meteor shower:<\/p>\n
- Find a place away from any stray lights<\/li>\n
- Give yourself at 20 minutes in total darkness for your eyes to dark adapt<\/li>\n
- Avoid looking at bright light sources such as a mobile phone<\/li>\n
- Use a garden recliner or an astronomy chair that avoids you straining your neck to look upwards<\/li>\n
- Stare up at an angle of about 60\u02da, two-thirds up the sky from horizon to zenith<\/li>\n
- Look in any direction, but preferably the one in which the sky looks darkest.<\/li>\n
- Aim to observe for periods of at least 30\u201360 minutes between short breaks.<\/li>\n<\/ul>
For more info, read our meteor shower<\/a> guide.<\/strong><\/em><\/p>\nWhat is a meteor shower?<\/strong><\/h2>\nWe see a meteor in the sky when a small particle \u2013 on average about the same size as a grain of sand \u2013 vaporises in Earth\u2019s atmosphere. The path of light across the sky is known as a meteor trail.<\/p>\n
Most meteor showers are associated with comets, but some are linked with asteroids, such as the Geminid meteor shower<\/a>, which is associated with 3200 Phaethon<\/a>. As a comet repeatedly orbits the Sun, it spreads dust around the orbit.<\/p>\nEarth passes through these dust streams as it orbits the Sun, causing particles to vaporise in the atmosphere. When this happens, the number of trails we can see increases.<\/p>\n
We experience peak activity of meteor showers when Earth is passing through the most dense section of the stream.<\/p>\n
Meteor trails appear to come from a specific area of the sky, which is known as the \u2018radiant\u2019. This slowly moves over the duration of the shower.<\/p>\n
The constellation in which peak activity appears to occur is what gives each meteor shower its name. You might have heard of the Perseid meteor shower<\/a>, for example, which shows peak activity when the radiant is in the constellation Perseus.<\/p>\n
![\"""\"](\""https:\/\/images.immediate.co.uk\/production\/volatile\/sites\/25\/2020\/04\/Vega-Lyra-a5cea0c.jpg?quality=90&resize=620%2C446"\" "\\"\"\"\\"\/")
<\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/picture><\/div>In 2022, Earth will pass through the <\/span>densest part of the Lyrid stream at 20:00 BST (19:00 UT) on 22 April.<\/p>\n At this time the Lyrid radiant, located near Vega (Alpha (\u03b1<\/span>) Lyrae), will be low, which isn\u2019t ideal. As the night progresses the radiant\u2019s <\/span>altitude increases, which helps matters.<\/p>\n When planning to observe a meteor shower, it makes sense to pay attention to what the Moon is doing, as a bright full Moon<\/a> will hamper how many meteors you can see.<\/p>\n For the 2022 Lyrid meteor shower, the Moon will be at last quarter on the morning of 23 April<\/strong>, but because it\u2019s spring the angle made by the ecliptic<\/a> with the eastern horizon in the run-up to dawn is shallow.<\/p>\n As a consequence, the Moon won\u2019t really interfere with the 2022 Lyrids, rising as dawn is well underway.<\/p>\n This would normally mark the end of a meteor watch anyway, so for 2022 <\/span>at least, the Moon will not be an issue.<\/p>\n Get weekly moonrise times and phases sent directly to your email inbox by signing up to receive the BBC Sky at Night Magazine e-newsletter<\/a>.<\/strong><\/em><\/p>\n To observe the Lyrid meteor shower:<\/p>\n For more info, read our meteor shower<\/a> guide.<\/strong><\/em><\/p>\n We see a meteor in the sky when a small particle \u2013 on average about the same size as a grain of sand \u2013 vaporises in Earth\u2019s atmosphere. The path of light across the sky is known as a meteor trail.<\/p>\n Most meteor showers are associated with comets, but some are linked with asteroids, such as the Geminid meteor shower<\/a>, which is associated with 3200 Phaethon<\/a>. As a comet repeatedly orbits the Sun, it spreads dust around the orbit.<\/p>\n Earth passes through these dust streams as it orbits the Sun, causing particles to vaporise in the atmosphere. When this happens, the number of trails we can see increases.<\/p>\n We experience peak activity of meteor showers when Earth is passing through the most dense section of the stream.<\/p>\n Meteor trails appear to come from a specific area of the sky, which is known as the \u2018radiant\u2019. This slowly moves over the duration of the shower.<\/p>\n The constellation in which peak activity appears to occur is what gives each meteor shower its name. You might have heard of the Perseid meteor shower<\/a>, for example, which shows peak activity when the radiant is in the constellation Perseus.<\/p>\n![\"""\"](\""https:\/\/images.immediate.co.uk\/production\/volatile\/sites\/25\/2020\/04\/Lyrid-25c704d-scaled-e1648560569706.jpg?quality=90&resize=620%2C413"\" "\\"\"\"\\"\/")
<\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/source><\/picture><\/div>How to see a Lyrid meteor<\/strong><\/h2>\n
What is a meteor shower?<\/strong><\/h2>\n
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