Nigeria To Witness Lunar Eclipse On Monday – UNN Don

The Astronomy Research Group Lead, University of Nigeria Nsukka, Enugu State, Prof Augustine Ubachukwu, has said that Nigeria and some African countries will witness the first total Lunar eclipse of the year on Monday 16th May.

Ubachukwu, in an interview on Wednesday, said the second eclipse is expected to occur on 8th November.

He explained that every month, the new moon passes roughly between the earth and the sun and then orbits to the other side of the earth to become a full moon.

“In an event of precise alignment of these three heavenly objects, either a solar or lunar eclipse occurs. A total lunar eclipse occurs when a full Moon passes through the earth’s shadow in space and is often called the blood moon because of the characteristic red colour of the lunar surface during the event.”

“The moon’s orbit is tilted with respect to the sun’s apparent path through the sky and only very occasionally does a full moon journey through the earth’s deep umbra shadow to cause a total lunar eclipse.

“This great event will occur in the early hours of 16th May 2022, and would be visible in total phase from most parts of Africa, including Nigeria,” he said.

According to him, a larger-than-usual full moon will enter the centre of the earth’s shadow for well over 80 minutes.

“In Nigeria, the eclipse is expected to start around 2.30 a.m, reaching maximum at 5.11a.m, and then ends at around 6.30 a.m, a total of about four hours of the eclipse.”

“During the moon’s long journey through the earth’s shadow, light that will reach the lunar surface will first be filtered through the earth’s atmosphere. Short-wavelength blue light from the sun will be scattered by molecules in the atmosphere, while longer-wavelength red light mostly travels right through,” the Don said.

He added that the dominant colour of light seen on the moon for the duration will be red.

An eclipse is an astronomical event that occurs when an astronomical object or spacecraft is temporarily obscured by passing into the shadow of another body or by having another body pass between it and the viewer.