Eclipse 2019 path of totality: Where will the 'Ring of Fire' eclipse be visible today?

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The “Ring of Fire” annular solar eclipse was just witnessed around much of the world. A ring appeared around the Moon and was visible from Sri Lanka, Indonesia, India and Saudi Arabia.

The partial eclipse began at 2.30am GMT (8am IST) and lasted until 6am GMT (11.30am IST).

However, the final eclipse of the year was not visible in northern Europe, including the UK.

The annular eclipse “Ring of Fire” was only visible till 9.27am IST (3.57 GMT) on India’s west coast and 9.35am IST (3.35am GMT) on the east coast, giving eclipse fans an approximate three-minute window to catch the eclipse event happen in real-time.

The annularity, also known as “Ring of Fire”, however, lasted only seconds.

Eclipse 2019 path of totality

eclipse (Image: Getty)

Eclipse 2019 path of totality map

Eclipse 2019 path of totality: This interactive Google map [1] shows the path of the Annular Solar Eclipse of December 26 (Image: NASA)

Now the “Ring of Fire” Eclipse is over, when is the next one?

In 2020 there will be two such events, but both are dramatically different.

The first eclipse in June is also an annular solar eclipse — but only just.

This “Ring of Fire” will be visible at sunrise in the Democratic Republic of Congo.

Then as a higher-in-the-sky spectacle in South Sudan, Ethiopia, Eritrea, Yemen, Oman, Pakistan, India, Tibet, China and Taiwan.

2020’s second eclipse is destined to be a very similar event to the “Great American” total solar eclipse of 2017.

This will occur in December 2020 in Chile and Argentina.

For two minutes nine seconds, observers in the path of totality will thrown into darkness and get to glimpse the solar corona with their naked eyes.

Eclipse 2019 path of totality

Eclipse 2019 path of totality: A ring appeared around the Moon (Image: Getty)

What is a solar eclipse?

A solar eclipse happens when Earth’s Moon moves in between the planet and the Sun, causing our natural satellite to cast a cosmic shadow over Earth.

A solar eclipse only occurs during a New Moon phase, when transits directly between us and our Solar System’s star and its shadow falls on Earth’s surface.

Whether the alignment produces a total solar eclipse, a partial solar eclipse or an annular solar eclipse is dependent on multiple factors.

The fact an such an eclipse can occur is a serendipity of celestial physics.

nasa Eclipse 2019 path of totality

Eclipse 2019 path of totality: The final eclipse of the year was not visible in northern Europe (Image: NASA)

Since the Moon first formed, it has been gradually drifting away from Earth – by around 4cm (1.6 inches) – each year.

The nearby Moon is at the perfect distance to appear in our sky exactly the same size as the Sun.

The Sun’s 864,000-mile diameter is 400 times greater than that of Moon, which measures only 2,160 miles across.

The Moon also happens to be about 400 times closer to Earth than the Sun.

The most dramatic and rarer eclipses are of the total variety, plunging parts of the planet into surreal darkness for a matter of minutes.

When will the next lunar and solar eclipses appear?

London’s Royal Observatory Greenwich said: “There are between two and five solar eclipses each year with a total eclipse taking place every 18 months or so.

“Total solar eclipses are seen every 400 years from any one place on the surface of the Earth.”

December 26, 2019: Annular solar eclipse (where the Moon covers the Sun’s centre).

January 10–11, 2020: Penumbral lunar eclipse (when the Sun, Earth, and the Moon are in imperfect alignment).

June 5–6, 2020: Penumbral lunar eclipse.

June 21, 2020: Annular solar eclipse.

July 4–5, 2020: Penumbral lunar eclipse.

November 29–30, 2020: Penumbral lunar eclipse.

December 14, 2020: Total solar eclipse.

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