Celestial Triple Play
Wednesday, August 12, 2026 features a triple play of celestial events. Depending on where you are located, the morning has a 6‑planet alignment; Day/Evening brings a total solar eclipse; Night is the peak of the Perseid meteor shower.
Paradelle gets all three sky events, but each one looks different here.
A rare total solar eclipse sweeps across Greenland, Iceland, northern Spain, and part of Portugal, with a partial eclipse visible across much of Europe, North America, and North Africa. Observers in the path of totality will see the Sun’s corona revealed for up to ~2 minutes.
I will see will see a partial eclipse (not totality) starting at 1:05 PM EDT with the maximum at ~1:53–1:54 with about 10% of the Sun covered, ending at 2:39 PM. Anyone looking up needs ISO‑certified eclipse glasses, because even 10% coverage is still dangerously bright.
There are excellent conditions this year for viewing the peak of the Perseid meteor shower thanks to the dark New Moon. My best views will be 10 PM–Midnight when it is already dark and the Moon has set. But from midnight to dawn will be the highest meteor rates (up to 50–100/hr in dark skies). Where to look: Anywhere dark; meteors radiate from Perseus (NE) but appear across the whole sky, so find a dark place with a wide sky view. Ideally, let your eyes adjust for about 30 minutes to catch the highest frequency of meteors.
About 90 minutes before sunrise, six-planet alignment of Mars, Saturn, Mercury, Jupiter, Uranus, and Neptune.
For me, the best viewing window is similar to NYC. The best time is ~5:18–5:34 AM EDT when Mercury reaches ~5° altitude and the sky is still dark enough. Look to the low eastern horizon, sweeping upward toward the southwest. You need a clear view of the horizon.
What you’ll actually see? Easily with the naked‑eye are Mars and Saturn. You might see Mercury (low), and Jupiter (very low). You will need binoculars or a telescope to see Uranus and Neptune A clear horizon is essential.
#astronomy #meteorShowers #Perseid #planetaryAlignment #solarEclipse