The Quadrantid Meteor Shower Peaks Tonight—Here's How to See It

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iStock.com/mdesigner125

The first major celestial event of 2019 kicks off the night of Thursday, January 3. The Quadrantid meteor shower appears in the night sky each year in the beginning of January, and it's considered one of the most impressive annual meteor showers. If you're looking to catch the spectacle before it disappears for another year, here's where to look.

According to The Washington Post, the Quadrantids are set to peak this year between 9 and 10 p.m. Eastern time Thursday night. Sky gazers in Eastern Europe and Central Europe will have the best view, potentially seeing as many as 120 meteors burn up in the atmosphere per hour. In the U.S., the meteor shower will appear very low in the sky during its peak, and much of it will be lost beneath the horizon.

But in clear, dark conditions, U.S. viewers can still expect to catch up to 40 meteors in an hour. The shower will appear to originate from the northern part of the sky around 8 to 9 p.m. Eastern time and migrate north-northeast by 10 p.m. At 1 a.m., the shooting stars will have reached their highest point in the northeastern night sky.

Unlike other meteor showers like December's Geminids, the Quadrantids are contained to just a single night rather than stretched out over several days. Peak activity usually lasts four hours, which means there are parts of the world that miss them altogether in some years. The Quadrantids are also distinct in that they come from the debris trailing an asteroid, where most other meteor showers occur when the Earth passes through the tail of a comet.

[h/t The Washington Post]

The Northern Lights May be Visible in New York, Michigan, and Illinois on Saturday

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iStock.com/den-belitsky

The Northern Lights, a meteorological event most common to areas north of the Arctic Circle, may be visible over parts of America this weekend, Newsweek reports. Due to a solar storm, the light show may appear Saturday night over states in the northern part of the contiguous U.S., including New York, Michigan, Illinois, and Washington state.

Aurora borealis, or the Northern Lights, occur when solar particles react to gases in Earth's atmosphere. Magnetic energy exaggerates this effect, which is why auroras most often appear at the geomagnetic poles where Earth's magnetic field is strongest. Rare circumstances can produce this phenomenon at lower latitudes, which may be the case this weekend.

On Wednesday, March 20, a solar flare sent a blast of solar particles toward Earth. The resulting geomagnetic storm could make for a vibrant and colorful aurora reaching as far south as New York and Wisconsin.

To catch the spectacle, look up at the night sky on Saturday, March 23. People in areas with minimal light pollution have the best chance of seeing the Northern Lights, though cloudy weather may make them hard to see.

[h/t Newsweek]

5 Fast Facts About the Spring Equinox

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iStock.com/AHPhotoswpg

The northern hemisphere has officially survived a long winter of Arctic temperatures, bomb cyclones, and ice tsunamis. Spring starts March 20, which means warmer weather and longer days are around the corner. To celebrate the spring equinox, hear are some facts about the event.

1. The spring equinox arrives at 5:58 p.m.

The first day of spring is today, but the spring equinox will only be here for a brief time. At 5:58 p.m. Eastern Time, the Sun will be perfectly in line with the equator, which results in both the northern and southern hemispheres receiving equal amounts of sunlight throughout the day. After the vernal equinox has passed, days will start to become shorter for the Southern Hemisphere and longer up north.

2. The Equinox isn't the only time you can balance an egg.

You may have heard the myth that you can balance on egg on its end during the vernal equinox, and you may have even tried the experiment in school. The idea is that the extra gravitational pull from the Sun when it's over the equator helps the egg stand up straight. While it is possible to balance an egg, the trick has nothing to do with the equinox: You can make an egg stand on its end by setting it on a rough surface any day of the year.

3. Not every place gets equal night and day.

The equal night and day split between the northern and southern hemispheres isn't distributed evenly across all parts of the world. Though every region gets approximately 12 hours of sunlight the day of the vernal equinox, some places get a little more (the day is 12 hours and 15 minute in Fairbanks, Alaska), and some get less (it's 12 hours and 6 minutes in Miami).

4. The name means Equal Night.

The word equinox literally translates to equal ("equi") and night ("nox") in Latin. The term vernal means "new and fresh," and comes from the Latin word vernus for "of spring."

5. The 2019 spring equinox coincides with a supermoon.

On March 20, the day the Sun lines up with equator, the Moon will reach the closest point to Earth in its orbit. The Moon will also be full, making it the third supermoon of 2019. A full moon last coincided with the first day of spring on March 20, 1981, and it the two events won't occur within 24 hours of each other again until 2030.

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