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Lunar eclipse 2014: Images of the spectacular 'blood moon'

Colouring is caused by the Sun's rays refracting through Earth's atmosphere

James Vincent
Wednesday 16 April 2014 17:04 BST
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A total lunar eclipse was visible from North and South America, but sky watchers in northern and and eastern Europe, eastern Africa, the Middle East and Central Asia were out of luck, according to US space agency NASA
A total lunar eclipse was visible from North and South America, but sky watchers in northern and and eastern Europe, eastern Africa, the Middle East and Central Asia were out of luck, according to US space agency NASA

We’re happy to say we called it: last night’s total lunar eclipse (the first of four successive ‘blood moons’) passed without even a hint of the apocalypse - instead we got a spectacular view of the Moon was stained red by the Sun.

Although this visual treat was only visible to people in America and a few other locations worldwide (the eclipse was happening in daylight hours in the UK), we've got a selection of the best pictures below.

The distinct colouring was caused as the Moon passed into the deepest part of the Earth's shadow (the umbra*), with the Sun's rays refracting through our planet's atmosphere to disperse the other parts of the spectrum of visible light, leaving only the red portion to reflect of the Moon's surface. 

The astronomical phenomenon was the first in the 'lunar tetrad' - a series of four total eclipses that will continue into 2015. The next will take place on 8 October 2014 although, unfortunately, it won't be visible for UK residents - we’ll have to wait until 20 March 2015 for a (non-total) lunar eclipse.

Until then you can click here to read more about the tetrad (and why some people think it heralds the end of times).

*Fun fact: there are three distinct parts to a shadow. The umbra is the innermost and darkest part; the penumbra is comprised of the parts that are only partial shadows; and the antumbra is the section from which viewers can see the object causing the shadow 'contained' within the light source. When we see a total solar eclipse - with the outline of the moon framed in the Sun's rays - we are in the antumbra of the Moon's shadow.

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