Moon And Jupiter: North America to see Oct. 6 occultation

Moon And Jupiter align before dawn on Oct. 6, when a waning crescent moon hides Jupiter from view across parts of North America.

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Moon And Jupiter: North America to see Oct. 6 occultation

The moon and Jupiter will line up before dawn on Oct. 6, when a waning crescent moon passes directly in front of the planet and hides it from view across parts of North America. The event lands in a narrow pre-sunrise window, so observers will need to be in place early.

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The moon will be just 20% illuminated and a little over four days from new phase, with Jupiter shining near its sunlit side. That gives skywatchers a clean geometry to watch: the moon moves across Jupiter’s line of sight rather than simply passing nearby.

Oct. 6 over North America

For observers in North America, the event is temporary, not a lasting disappearance. Jupiter goes behind the moon, then reappears as the moon keeps moving along its orbit. The sequence is the whole point of the sightline, and it is why the event stands out from an ordinary close pairing in the sky.

The best practical cue is timing. The moon will rise in the east-northeast at around 2:30 a.m. local daylight time, which means the occultation unfolds in the hours before dawn rather than later in the morning. That makes the event most accessible to anyone able to watch the eastern sky during that narrow span.

Observers in east-northeast

The source says the Moon And Jupiter event will be visible across parts of North America, but it does not name the exact locations. That leaves viewers with a simple rule: if the moon is above the east-northeast horizon before sunrise where you are, and Jupiter is in the same patch of sky, the alignment may be visible from your location.

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Anyone hoping to catch it should plan around the 2:30 a.m. rise time and look toward the moon’s bright edge, where Jupiter will be moving in relation to the lunar disk. The open question is which parts of North America will get the best view, since the event’s visibility is defined only in broad regional terms.

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