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Rumbling Meteor Lights Up Norway, a Bit Possibly Landing near Oslo

OSLO, July 25 (Reuters) - An "unusually large meteor" briefly lit up southern Norway on Sunday, creating a spectacular sound and light display as it rumbled across the sky, and a bit of it may have hit Earth, possibly not far from the capital, Oslo, experts said.
OSLO, July 25 (Reuters) - An "unusually large meteor" briefly lit up southern Norway on Sunday, creating a spectacular sound and light display as it rumbled across the sky, and a bit of it may have hit Earth, possibly not far from the capital, Oslo, experts said.
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Rumbling Meteor Lights Up Norway, a Bit Possibly Landing near Oslo

OSLO, July 25 (Reuters) - An "unusually large meteor" briefly lit up southern Norway on Sunday, creating a spectacular sound and light display as it rumbled across the sky, and a bit of it may have hit Earth, possibly not far from the capital, Oslo, experts said.
OSLO, July 25 (Reuters) - An "unusually large meteor" briefly lit up southern Norway on Sunday, creating a spectacular sound and light display as it rumbled across the sky, and a bit of it may have hit Earth, possibly not far from the capital, Oslo, experts said.

An "unusually large meteor" briefly lit up southern Norway on Sunday, creating a spectacular sound and light display as it rumbled across the sky, and a bit of it may have hit Earth, possibly not far from the capital, Oslo, experts said.

There were no immediate reports of injuries or damage.

Reports of sightings started arriving around 1 a.m., with video circulating on social media showing at least one bright flash lighting up a marina at Holmestrand, south of Oslo.

The Norwegian Meteor network on Sunday was analyzing the video footage and other data to try to pinpoint the meteor's origin and destination.

Preliminary data suggested a meteorite may have hit Earth in a large wooded area, called Finnemarka, just 60 km (40 miles) west of the capital, Oslo, the network said.

"This was crazy," the network's Morten Bilet, who saw and heard the meteor, told Reuters.

The meteor travelled at 15-20 km per second and lit up the night sky for about five to six seconds, Bilet said. The summer sky was dark, with the days starting to get shorter from the end of June.

"What we had last night was a large rock travelling likely from between Mars and Jupiter, which is our asteroid belt. And when that whizzes in, it creates a rumble, light and great excitement among us (experts) and maybe some fear among others," Bilet said.

There were no reports of damage or people being particularly frightened, as was the case in 2013 when a meteorite streaked across Russia and exploded over Chelyabinsk Bilet said.

For those nearest, it was likely more of a "spooky" event, he added.

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Sunshine Abounds as the Summer Solstice Arrives

Children cool off as they run through a public fountain in Colmar, eastern France, on August 21, 2023, as France experiences a late summer heatwave. (AFP)
Children cool off as they run through a public fountain in Colmar, eastern France, on August 21, 2023, as France experiences a late summer heatwave. (AFP)
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Sunshine Abounds as the Summer Solstice Arrives

Children cool off as they run through a public fountain in Colmar, eastern France, on August 21, 2023, as France experiences a late summer heatwave. (AFP)
Children cool off as they run through a public fountain in Colmar, eastern France, on August 21, 2023, as France experiences a late summer heatwave. (AFP)

Peak sunshine has arrived in the Northern Hemisphere: the summer solstice.

Friday is the longest day of the year north of the equator, where the solstice marks the start of astronomical summer. It's the opposite in the Southern Hemisphere, where it is the shortest day of the year and winter will start.

The word “solstice” comes from the Latin words “sol” for sun and “stitium” which can mean “pause” or “stop.” The solstice is the end of the sun's annual march higher in the sky, when it makes its longest, highest arc. The bad news for sun lovers: It then starts retreating and days will get a little shorter every day until late December.

People have marked solstices for eons with celebrations and monuments, including Stonehenge, which was designed to align with the sun's paths at the solstices. Here’s what to know about the Earth’s orbit.

Solstices are when days and nights are at their most extreme

As the Earth travels around the sun, it does so at an angle relative to the sun. For most of the year, the Earth’s axis is tilted either toward or away from the sun. That means the sun’s warmth and light fall unequally on the northern and southern halves of the planet.

The solstices mark the times during the year when this tilt is at its most extreme, and days and nights are at their most unequal.

During the Northern Hemisphere’s summer solstice, the upper half of the earth is tilted toward the sun, creating the longest day and shortest night of the year. This solstice falls between June 20 and 22.

Meanwhile, at the winter solstice, the Northern Hemisphere is leaning away from the sun, leading to the shortest day and longest night of the year. The winter solstice falls between December 20 and 23.

The equinox is when there is an equal amount of day and night

During the equinox, the Earth’s axis and its orbit line up so that both hemispheres get an equal amount of sunlight.

The word equinox comes from two Latin words meaning equal and night. That’s because on the equinox, day and night last almost the same amount of time, though one may get a few extra minutes, depending on where you are on the planet.

The Northern Hemisphere’s spring, or vernal, equinox can land between March 19 and 21, depending on the year. Its fall, or autumnal, equinox can land between Sept. 21 and 24.

On the equator, the sun will be directly overhead at noon. Equinoxes are the only time when both the north and south poles are lit by sunshine at the same time.

What's the difference between meteorological and astronomical seasons? These are just two different ways to carve up the year.

While astronomical seasons depend on how the Earth moves around the sun, meteorological seasons are defined by the weather. They break down the year into three-month seasons based on annual temperature cycles. By that calendar, spring starts on March 1, summer on June 1, fall on Sept. 1 and winter on Dec. 1.