(VOR News) – During a total lunar eclipse that was visible across the United States on Thursday night and early Friday morning, the moon appeared to have a deep reddish tint as it moved into the earth’s shadow.

After the sun had set on Thursday, the eclipse took place. This occurred at the time of the eclipse. At the time this occurred, an eclipse was occurring.

This happened when the moon went dark.

The phenomenon that occurs when the Earth’s shadow entirely encloses the moon is known as totality. Beginning at 2:26 a.m. Eastern Time (ET), it lasted for a little over an hour before ending at 3:32 a.m. ET. Earth and Sky gave this information.

When the Earth’s shadow totally obscures the moon, this is known as absolute totality. The eclipse started at around midnight Eastern Time (ET) and lasted for more than three minutes and thirty seconds or more. The entire operation was completed till about six o’clock in the morning Eastern Time.

The eclipse was visible in every area of North and South America, as well as in the northern portion of Japan, the eastern parts of Australia and Russia, and the western parts of Africa and Europe.

In addition, Japan was able to observe the eclipse. Global influence has had an impact on the western parts of Africa and Europe. It was also essential to visit the western parts of Europe and Africa in order to make observations.

A total lunar eclipse happens when the sun, moon, and Earth are all at the same location in space. When the Earth is located exactly in the middle of the three heavenly bodies, this phenomenon occurs. The effect of this is that the Earth’s shadow blocks out the moon entirely.

The phrase “blood moon” is occasionally used to describe a phenomenon when the moon seems to become crimson at specific times over a predetermined length of time. When the moon appears to turn red at specific periods, this happens.

This phenomenon’s appearance is frequently called a “blood moon.” The phenomenon under discussion in this context is referred to as a “blood moon.”

This phenomenon results from the specific route that sunlight follows through the Earth’s atmosphere. This is because blue light has shorter wavelengths and scatters more readily than red light, which has longer wavelengths and is therefore more likely to pass through.

Compared to most other hues, red light has a higher chance of passing through since its wavelengths are longer. Under certain conditions, blue light might be able to pass through more readily. It is possible to explain why sunsets appear orange while the sky appears blue simultaneously by using the same processing technique.

Lunar eclipses are visible to the naked eye, unlike solar eclipses.

One of the things that can be seen is a total moon eclipse. Even though binoculars and telescopes are tools that enhance clarity, you might be able to see the image without making use of any of these.

This is because the picture will already be displayed in an understandable way.

On March 3, 2026, a second lunar eclipse is planned, which will occur immediately following the one on September 7. You will have the chance to see the cosmic event at the next encounter if you were not able to do so at the first one. Furthermore, it is expected that both of these dates will occur at a future date.

Even while total lunar eclipses happen much less frequently than partial ones, there are currently up to three partial lunar eclipses annually. Partial lunar eclipses may become more common than total lunar eclipses in the not-too-distant future.

The last partial lunar eclipse happened in 2022, and the next one was supposed to happen in 2024. Both of these eclipses took place in 2024.

SOURCE: NBC