The Carinae meteor shower is back for its annual show in the skies. While this year's spectacle may be weaker than previous years, experts believe the 2025 light show could be more powerful than ever.
From October 6th to October 10th, Americans lucky enough to live in areas with limited air pollution will be able to see the Draconid meteor shower, featuring the constellation Draco in one of the most famous showers. You can.
There will be few meteors during showers, and about 10 will be visible per hour during the evening peak on October 7th and October 8th.
The Draconid meteor shower is one of the weakest visible showers, traveling only 21 kilometers (21 kilometers). But every once in a while, the fickle dragon picks up speed, with more than 1,000 meteors per hour being recorded. Although not expected to happen this year, the dragon could wake up in 2025.
This depends on ideal conditions such as clear skies, low light pollution, and late night suitability.
“The Draconid shower is what I call an all-or-nothing shower,” said Bill Cook, director of NASA's Meteor Environment Office. smithsonian museum magazine.
“If there's an explosion, it might be worth going outside to see what's going on. But in normal carina activity, it's very slow-moving, so it's very faint. In a normal meteor shower year, you might see two or three meteors per hour, but that's almost nothing.”
Cook said all of this strength depends on the gravitational pull of other planets, primarily Jupiter. This gravitational pull affects the comet's orbit, potentially moving it closer to Earth or farther from Earth.
Fortunately, Draco, the constellation where all the meteors fall, is relatively easy to spot due to its proximity to the Big Dipper and the Big Dipper, two of the easiest constellations for the average space enthusiast to spot. Masu.
The Draconid meteor shower was first discovered by French astronomer Michel Jacobini at the University of Nice in France in the winter of 1900. It was later recovered by Ernst Zinner in 1913.
The source, comet 21P/Jacobini-Zinner, was named after both discoverers. The streaks leave behind a trail of rock and ice, and these particles flare up as they pass Earth, creating the Drumid meteor shower.
Most of the meteor showers weren't visible from the Big Apple grounds, but one that hit New Jersey in July could be seen streaking the sky directly above the Statue of Liberty.
