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First Total Lunar Eclipse of 2026: Partial Visibility in India, Chance to Witness the ‘Blood Moon’
A spectacular celestial event will take place on 3 March 2026, when the first total lunar eclipse of the year occurs on the night of the full moon (Phalguna Purnima). While the eclipse will be total in several parts of the world, observers in India will witness only its final phase. Even so, there will be a brief opportunity to see the famous “Blood Moon” effect.
When and How Long Will It Be Visible in India?
According to Indian Standard Time (IST), the lunar eclipse will begin around 3:00 PM and conclude before 7:00 PM. However, since it occurs during daylight hours in India, visibility will only be possible after sunset.
The eclipse is expected to be visible approximately between 6:30 PM and 6:46 PM, offering a viewing window of about 15–20 minutes. If weather conditions remain clear, observers may notice a reddish tint on the Moon in the eastern sky. Visibility is likely to be slightly better in northeastern parts of India, while western and southern regions may only catch the very last phase.
During this event, the full Moon will be located in the constellation Leo and will shine brightly with a magnitude of around –12.
Where Will the Total Eclipse Be Fully Visible?
The total phase of the lunar eclipse will be clearly visible across large parts of the Americas, the Pacific region, Australia, New Zealand, and sections of East Asia. Observers in these regions will experience the complete totality, including the deep red “Blood Moon” appearance.
How to Watch the Lunar Eclipse
Unlike solar eclipses, a lunar eclipse is completely safe to observe with the naked eye. No special equipment, filters, or protective glasses are required. Binoculars or a small telescope can enhance the view, but they are optional.
Since this eclipse occurs on a full moon night, the brightness of the Moon will make changes in its color during the eclipse easy to notice.
What Is a Lunar Eclipse?
The Moon completes one orbit around the Earth in about 29.5 days. Although a full moon occurs every month, a lunar eclipse does not happen each time. This is because the Moon’s orbital plane is tilted by about 5 degrees relative to Earth’s orbit around the Sun.
A lunar eclipse occurs when the Sun, Earth, and Moon align in a straight line, with Earth positioned between the Sun and the Moon. As a result, Earth’s shadow falls on the Moon.
There are three types of lunar eclipses:
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Total Lunar Eclipse – The Moon moves completely into Earth’s dark central shadow (umbra).
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Partial Lunar Eclipse – Only a portion of the Moon enters the umbra.
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Penumbral Lunar Eclipse – The Moon passes through Earth’s outer, lighter shadow (penumbra).
On 3 March 2026, India will witness only the concluding stage of the eclipse as the Moon rises.
How Often Do Lunar Eclipses Occur?
At least two lunar eclipses occur every year, and in rare cases, up to five can happen in a single year. However, most of them are partial or penumbral. Seeing a total lunar eclipse clearly from a specific location is relatively less frequent.
Why Does the Moon Turn Red? The Science Behind the ‘Blood Moon’
During a total lunar eclipse, the Moon can appear red or copper-colored—an effect commonly known as the “Blood Moon.”
This happens because when sunlight passes through Earth’s atmosphere, shorter blue wavelengths scatter in different directions, while longer red wavelengths bend (refract) and continue toward the Moon. As a result, the Moon is illuminated by filtered red light.
Atmospheric conditions such as dust, humidity, smoke, and temperature influence how deep or bright the red color appears. That is why the shade of the Blood Moon can vary from light copper to dark crimson during different eclipses.
Although the 3 March 2026 lunar eclipse will be visible in India for only a short duration, it offers a fascinating opportunity for skywatchers. If weather conditions are favorable, observers may catch a brief yet beautiful glimpse of the reddish Moon in the evening sky.
This celestial event serves as a reminder of the dynamic relationship between the Sun, Earth, and Moon—and provides a wonderful chance to experience astronomy firsthand.