Supermoon and pregnancy: What does a Supermoon mean for you and your baby?

On average, the Moon is 238,000 miles from Earth, but during a Supermoon it can be a close as 221,000 miles. This is because the Moon’s orbit is not a perfect circle and is actually slightly oval as it travels around the Earth.

The Moon’s gravity has an affect on Earth as it’s slight pull helps to regulate the ocean’s tides and keep the delicate ecosystem in balance.

However, some believe that a Full Moon and a Supermoon can induce labour, as the slight gravitational pull apparently has an affect on a woman’s body.

Old wives tales suggest that the Moon can even influence a woman’s menstrual cycle.

However, this is simply not true.

There is absolutely zero medical science which suggests that lunar cycles influence a woman’s body to the point it can affect her menstrual cycle or even induce labour.

According to “Full Moons do some crazy stuff to people, maybe they make baby finally decide to break out of that uterus!

“There’s really no rhyme or reason to this tale, and obviously, it’s not backed up by medical science. Or any science, actually.

“The lunar cycle makes a lot of stuff happen, but it’s probably not to blame for your water breaking.”

Other superstitions around a Supermoon include the theory that it can trigger earthquakes.

The fact the Moon is slightly closer to Earth at certain points has led to questions as to whether it can trigger earthquakes.

Theoretically, the closer the Moon is to us, the more our planet is influenced by its slight gravitational pull.

Some believe this pull can effect the tectonic plates beneath the surface, and lead to earthquakes.

Surprisingly, there is some evidence to support this, but it is few and far between.

A study from Japanese researchers in 2016 read: “The possibility of tidal triggering of earthquakes has been investigated since the 19th century, and numerous studies have examined this topic.

“Statistically significant correlations between seismicity and tidal stress have been discovered using large data sets, but the correlations are generally limited to special regions or circumstances.”

Others, however, disagree and in 2011, NASA Goddard Space Center chief scientist James Garvin said: “The Earth has stored a tremendous amount of internal energy within its thin outer shell or crust, and the small differences in the tidal forces exerted by the moon (and Sun) are not enough to fundamentally overcome the much larger forces within the planet due to convection (and other aspects of the internal energy balance that drives plate tectonics).”

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