The trio of Jupiter (highest and brightest), Saturn (in the middle and dimmest), and Mercury (lowest) in the evening twilight on January 9, 2021. Technically, Mercury was a magnitude and a half brighter than Saturn, but due to its lower altitude appears about the same brightness here as Saturn. Jupiter was naked eye but it took binoculars to show the other two planets. This is a single exposure with the 135mm Canon lens and Canon EOS Ra. I shot this from home in Alberta at latitude 51° N, so the planets were very low. I added labels to this version.
The trio of Jupiter (highest and brightest), Saturn (in the middle and dimmest), and Mercury (lowest) in the evening twilight on January 9, 2021. Technically, Mercury was a magnitude and a half brighter than Saturn, but due to its lower altitude appears about the same brightness here as Saturn. Jupiter was naked eye but it took binoculars to show the other two planets. This is a single exposure with the 135mm Canon lens and Canon EOS Ra. I shot this from home in Alberta at latitude 51° N, so the planets were very low.
A star trail image with the main trails at centre of Jupiter (brightest) and below it dimmer Saturn setting together in the southwest twilight sky on January 3, 2021. Stars add the other trails above in the darker sky from the later frames in the sequence. This was more than 10 days after their very close Great Conjunction, though the two planets were still quite close in the evening sky. This is a stack of 950 frames taken over 45 minutes at 2-second intervals with manually increased exposure time throughout. All with the 85mm Rokinon lens at f/4 and Canon 6D MkII at ISO 100. Stacking was direct from the developed raw files with the now sadly discontinued Advanced Stacker Actions Plus action set. Processing was with LRTimelapse to equalize and ramp the settings to smooth the transitions for the purposes of a time-lapse movie. The ground and band of dark clouds are from a stack of 10 frames from early in the sequence when it was brighter, stacked to smooth noise.
