On the night of March 13 into March 14, a total lunar eclipse will be visible across North America and other regions, offering a red ghoulish hue, opposite of a solar eclipse.
To witness the lunar eclipse, individuals in the Western Hemisphere, particularly in North America, can look towards the sky during specific timings provided by NASA.
During a lunar eclipse, the Earth's shadow covers the moon completely, causing its color to change to a deep, blood-red hue, creating the visual effect of a 'blood moon.'
The red coloration of the moon during a lunar eclipse is due to the refraction of light through Earth's atmosphere, with red light wavelengths passing through more easily than others.
The visibility of the blood moon is similar to the red light observed during sunrises and sunsets, as the light travels a greater distance through the atmosphere.
The difference in the refraction of blue and red light wavelengths in the atmosphere explains the blue color of the sky and the red coloration of the moon during a lunar eclipse.
The lunar eclipse schedule includes key timings: the moon entering Earth's shadow at 1:09 a.m. EDT, totality beginning at 2:26 a.m. EDT, and concluding with the moon exiting the shadow by 4:47 a.m. EDT.
Understanding light wavelength's properties plays a crucial role in explaining phenomena like the moon's color change during lunar eclipses and why the sky appears blue.
Skygazers can enjoy observing the total lunar eclipse with a red hue as the moon passes through the Earth's shadow, showcasing the beauty of celestial events.
Lunar eclipses, unlike solar eclipses, occur when the Earth blocks sunlight from reaching the moon, leading to the moon's reddish appearance as seen from Earth.
The upcoming lunar eclipse on March 13-14 offers a natural spectacle for those in the Western Hemisphere to witness the moon's transformation into a captivating 'blood moon.'