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The 1st major meteor shower in months will peak on Earth Day

AccuWeather logo AccuWeather 4/18/2019 brian.lada

a close up of a map: lyrid cloud forecast © Provided by Accuweather, Inc lyrid cloud forecast Seeing a shooting star streak across the night sky can be a thing of beauty, and stargazers will have their chance to catch a few on Earth Day during the first major meteor shower in months.

The Lyrids will end the long meteor shower drought that began in early January after the peak of the Quadrantids on Jan. 4, 2019.

Up to 20 meteors per hour will grace the night sky on the peak night of the Lyrids, which is expected on Monday night into the early hours of Tuesday morning. However, cloudy conditions may interfere with the viewing conditions for some stargazers.

This year's Lyrid meteor shower may be obscured by clouds across much of the central, midwestern and northeastern United States.

"Viewing conditions Monday night will be hampered by a storm system over the Central states. Widespread clouds are expected through the central Plains," AccuWeather Astronomy Blogger Dave Samuhel said.

"There will be a storm system extending impacting the Ohio Valley into the mid-Atlantic," Samuhel added. "There will be clouds near the system, but it should be mostly clear both to the north and south."

Clouds are also in the forecast for the Pacific Northwest and into western Canada.

Meanwhile, clear conditions across the Deep South and Southwest will provide stargazers with nearly ideal weather.

This year, the nearly full moon will interfere with viewing conditions as it fills the night sky with natural light pollution most of the night. This will make it difficult to see some of the dimmer meteors associated with the Lyrids, reducing the overall number of meteors that will be visible.

Samuhel has some tips to help stargazers see as many shooting stars as possible despite the light from the moon.

"Do not look at the moon. Do anything to avoid looking at the moon and focus on a different part of the sky," Samuhel said.

Onlookers should focus on the darkest parts of the sky far away from the moon, even if the area is not near the radiant point, or point of origin, of the Lyrids.

A common misconception about meteor showers is that you need to look directly at the radiant point to see a meteor shower when in fact, meteors will be visible in all areas of the sky.

"The radiant is not extremely important, but the higher in the sky it is, the better chance you have of seeing the meteors that streak in all directions from a common origin," Samuhel said.

a star filled sky: USE Lyrids graphic with radiant point.png © Provided by Accuweather, Inc USE Lyrids graphic with radiant point.png

The Lyrids are an annual meteor shower that can be traced back to comet C/1861 G1 Thatcher. Every time the comet makes an orbit around the sun, it leaves behind a trail of debris. When the Earth passes through this field of debris, a meteor shower unfolds.

It is one of the longest-running meteor showers in recorded history.

"The Lyrid meteor shower has the distinction of being among the oldest of known meteor showers. Records of this shower go back for some 2,700 years. The ancient Chinese are said to have observed the Lyrid meteors falling like rain in the year 687 B.C.," EarthSky explained on their website.

On overage, the shower delivers 10 to 20 meteors per hour, but it has been known to produce brilliant light shows in the past that fill the night sky with shooting stars.

"The Lyrids meteor shower has occasional outbursts with up to 100 meteors per hour," Samuhel said.

However, an outburst like this is not anticipated this year.

a close up of a sign: FACTS ABOUT THE LYRID METEOR SHOWER © Provided by Accuweather, Inc FACTS ABOUT THE LYRID METEOR SHOWER

Folks that miss the Earth Day meteor shower do not have to wait long for another opportunity to spot some shooting stars as the next meteor shower is just a few weeks away.

The Eta Aquarids will peak on the night of May 6 into the early morning of May 7, delivering up to 30 meteors per hour to the sky across the Northern Hemisphere and as many as 60 meteors per hour for those across the Southern Hemisphere.

Questions or comments? Email Brian Lada at Brian.Lada@accuweather.com and be sure to follow him on Twitter!

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