The second and last solar eclipse of the year will take place on October 25. The solar eclipse will be visible from most European countries, including Turkey, as well as parts of northeastern Africa, the Middle East and western Asia. The solar eclipse will begin at 12:00 – 12:10 Turkish time.
The sky will witness the last solar eclipse of the year on October 25. The first solar eclipse this year was on April 22. The solar eclipse is the last solar eclipse of 2022 but will not be the last overall. On November 8, the moon will pass through Earth's shadow in a total lunar eclipse visible from parts of Asia, Australia, North America, South America, and northern and eastern Europe. The next solar eclipse will occur on April 20, 2023, followed by another on October 14, 2023.
WILL THE SOLAR eclipse be seen from Turkey?
The moon will pass in front of the sun, creating a partial solar eclipse. The sun will look like a crescent moon, depending on where the observers are in the world.
The partial eclipse will be visible in the northern hemisphere at Guernsey in Africa, Asia, Europe and the UK, and will be at the north pole and Russia at its extreme.
The solar eclipse will also be visible from Turkey. The solar eclipse that will occur on Tuesday will be seen around 40 percent in many cities, including Istanbul.
On October 25, the central eclipse point will pass over the north pole, where 82% of the sun will be eclipsed. Up to 80% of the sun will be eclipsed from Russia, falling to 70% in China, 63% in Norway and 62% in Finland.
WHAT CAUSES A SOLAR eclipse?
A solar eclipse is a natural phenomenon observed as a result of the Moon's coming between the Earth and the Sun during its orbital movement and thus the Moon partially or completely covering the Sun. For an eclipse to occur, the Moon must be in the new moon phase and in conjunction with the Sun relative to the Earth, that is, its orbital plane must coincide with the Earth's orbital plane around the Sun. Although the Moon revolves around the Earth about twelve times in a year, the Moon does not pass directly in front of the Sun every time, as a result of the angle between the Moon's orbital plane and the Earth's orbital plane of about five degrees, and this coincidence occurs infrequently. . That's why between two and five solar eclipses a year are observed. At most two of these could be total eclipses. The solar eclipse follows a narrow corridor on Earth. Therefore, a solar eclipse is a very rare event for any region.
HOW TO WATCH A SOLAR eclipse?
Never look at the sun with binoculars, telescopes or your naked eyes without special protection. Astrophotographers and astronomers use special filters to safely observe the sun during solar eclipses or other solar events.
It is not enough to use regular sunglasses when observing the sun. Observers hoping to watch the eclipse should use sunspotting or eclipse glasses. If these are not available, they can use another indirect imaging method such as using a pinhole projector to reflect sunlight onto a surface.
PROF. DR. NACI VISIBLE SOLAR eclipse EXPLANATION
prof. Dr. Naci Görür made an important statement about the possible effects of solar eclipses on earthquakes…
Answering the questions from his followers about the solar eclipse, Görür used the following statements:
- Some of my followers are asking. There will be a solar eclipse this month. It had happened before the 17 August 1999 earthquake.
- We are worried, teacher, they say if it happens again. This happens when the Moon comes between the Earth and the Sun.
- Since all three planets are in the same row during this event, they exert more gravity on the Earth. This attraction causes swells in both the hydrosphere and the lithosphere.
- Sometimes the swelling in the lithosphere can reach 25-30 cm. Normally, this gravitational force does not cause large earthquakes.
- However, if the faults in some places have accumulated excessive stress and are already ready to produce earthquakes, it may cause earthquakes on those faults. So it can play the role of the last straw. With love.
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