Before we get into why you shouldn't worry, let's first break this event down, word by word. The super is as in 'supermoon', which is when a full moon occurs while the moon is at or near perigee - its closest point to us as it orbits Earth. Blood is as in blood moon, mentioned above, and wolf moon is just the nickname for a full moon in January, so that part has no real bearing on anything.
Basically we're going to have a total lunar eclipse, which means the sun, earth and moon will be in a straight line for a short time, while the moon is also near perigee. Intuitively, it doesn't seem completely unreasonable that this alignment could affect our planet somehow.
In fact, there is evidence that the tidal effect of the moon on the Earth - literally the moon's gravitational pull on our planet, which is strongest during full and new moons - does impact seismic activity.
A 2016 study in Nature Geoscience found that the tides that occur during full and new moons may be connected to a slightly higher likelihood of high magnitude earthquakes around the world. But there remains a complex web of factors that trigger tremors and determine their intensity. Also, more recent analysis of earthquakes with a magnitude greater than 8.0 found no correlation with the lunar cycle.
According to the USGS, earthquakes may be up to three times more likely during high tides, but the agency cautions that means they're still very unlikely.
"You must stop and realize that the background probability is, in general, very low in a given place and year (fractions of a percent), so that raising this tiny probability by a factor of 3 during high tides still results in a very tiny probability."
The overall odds of an earthquake striking a particular location during a full moon remain so small that worry about a moon-quake connection is kind of like leaving town every time there's a thunderstorm because you're worried of the increased risk of a plane crashing into your house.
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The same goes for any added gravitational influence that comes with a supermoon: the difference is just tiny, especially when we're talking about affecting huge tectonic plates and deep pockets of magma.
The USGS has also said that there may be a correlation between the lunar cycle and eruptions of Hawaiian volcanoes, but with the same caveat that attempting to predict eruptions around tides or the moon would be absurd.