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Eclipses occur when celestial bodies align from "summary" of The Secret World of Stargazing by Adrian West

One of the fascinating phenomena in the night sky is the occurrence of eclipses. These events take place when celestial bodies align in a particular way, creating a temporary darkening or obscuring of one body by another. This alignment is crucial for an eclipse to occur, whether it is a solar eclipse, where the moon passes between the Earth and the sun, or a lunar eclipse, where the Earth comes between the sun and the moon. The alignment required for an eclipse is a precise and delicate balance of positioning in space. In the case of a solar eclipse, the moon must be in just the right position to cast its shadow on the Earth, blocking out the sun's light. This alignment creates a spectacular sight for observers on Earth, as the sun appears to be covered by a dark disc, surrounded by the glowing halo of its outer atmosphere. Similarly, a lunar eclipse occurs when the Earth's shadow falls on the moon, causing it to darken and sometimes even take on a reddish hue. This alignment of the Earth, sun, and moon is essential for the phenomenon to take place, as the shadow cast by our planet is what causes the lunar eclipse to occur. The alignment of celestial bodies that leads to eclipses is a reminder of the intricate dance of the cosmos. It is a testament to the precise movements and interactions of the objects in our solar system, each playing a role in creating these awe-inspiring events. Whether it is a solar eclipse or a lunar eclipse, the alignment of celestial bodies is a key factor in bringing these captivating displays to life in the night sky.
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    The Secret World of Stargazing

    Adrian West

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