Sun and twilight
- Sunset
- Civil twilight ends
- Nautical twilight ends
- Astronomical darkness
- –
- Sunrise
Sweden · 59.33°N, 18.07°E · times in Europe/Stockholm
Monday 26 October 2026. Sunset , properly dark from until . The Moon is waning gibbous, 99% lit, and it is up through all of tonight's darkness.
99%
Waning Gibbous
Times between local noon today and noon tomorrow; (+1) means after midnight.
A bright Moon tonight. Its light hides the Milky Way and fainter meteors. Use it instead: binoculars on the line between light and dark show craters in sharp relief.
Let the sky turn. The stars rise about four minutes earlier each night, so a constellation you see at 22:00 now will be in the same place at 20:00 in a month. If something is too low tonight, wait an hour or come back in a few weeks.
Day Civil twilight Nautical Astronomical Full dark · bars show when each body is above the horizon
Morning: rises around in the east-northeast, best near , 48° up in the south-southeast.
Morning: rises around in the east-northeast, best near , 44° up in the south-southeast.
–, highest around , 32° up in the south.
Morning: rises around in the east-northeast, best near , 52° up in the south.
–, highest around , 30° up in the south.
"Visible" means at least 5° above the horizon (15° for Uranus and Neptune) while the Sun is more than 6° below it. Directions: N, NE, E… are compass points along the horizon.
It is mánadagr ᛘᛅᚾᛅᛏᛅᚴᚱ, the Moon's day. In the old Icelandic calendar it is day 3 of Gormánuður ᚴᚢᚱᛘᛅᚾᚢᚦᚱ, in week 1 of winter (how the old calendar works).
Sól drives her horses down at with the wolf Sköll at her heels; Night's horse Hrímfaxi has the sky to himself from , when twilight ends. She is back at .
Máni, who in Snorri's words decides the Moon's waxing and waning, has made it waning gibbous, 99% lit. It rises at ; it sets at . The wolf Hati runs ahead of it.
Óðinn, says Snorri, threw the giant Þjazi's eyes into the sky as two stars; no source says which. Since Jacob Grimm (1835) writers have suggested Castor and Pollux, the bright twins of Gemini. Castor and Pollux are clear of the northeast horizon from about , highest around (61° S).
Lokabrenna, 'Loki's burning', is an Icelandic name for Sirius, the brightest star of the night, written down by scholars around 1800; no medieval text uses it. Sirius is clear of the south-southeast horizon from about , highest around (14° S).
Icelanders called the three stars of Orion's belt Fjósakonur, 'the cowshed women'; in Sweden they were Friggerock, 'Frigg's distaff'. The belt is clear of the east-southeast horizon from about , highest around (30° S).
Medieval Icelandic texts call the Big Dipper simply vagn, the wain; Karlsvagn, 'the carl's wain', is its later Scandinavian name. The Wain is up all night, circling the pole, highest around (55° up in the east-northeast).
Leiðarstjarna, 'the way-star', is the Old Norse name for the pole star that sailors steered by. From Stockholm it stays 59° above the northern horizon all night, while every other star wheels round it.
Sjaustirni, 'the seven-star', is the Old Norse name for the Pleiades; medieval Icelanders told the time on winter nights by where 'the Star' stood. The Pleiades are up all night, highest around (55° up in the south).
Þórr threw Aurvandil's frozen toe into the sky as a star; which star is unknown. Rigel, at Orion's foot, was the guess of Cleasby and Vigfusson's dictionary (1874); others say the morning star. Rigel is clear of the southeast horizon from about , highest around (22° S).
The Norwegian King's Mirror of the thirteenth century describes the norðrljós, the northern lights of Greenland, and weighs three explanations for them. At 59° north, the northern lights can be seen here on active nights, best looking north, though tonight's bright Moon will hide fainter displays. We do not forecast them: check a space-weather service before you go out.
The Milky Way, Vetrarbraut, is washed out by the Moon.
Grades: Medieval source the story or name is in a medieval Old Norse text; Later folk tradition recorded in later Icelandic or Scandinavian tradition; Modern guess a modern guess. Times are for Stockholm; "up" means at least 10° above the horizon in a sky dark enough to see it. On the chart above, the Norse names are drawn in bronze. All Norse sky lore.
| Date | Appears | Highest | Disappears | Visible for |
|---|---|---|---|---|
| Tue 27 Oct | SSE | 19° SSE | SE | 1.7 min |
| Tue 27 Oct | WSW | 15° SSW | SSE | 4.1 min |
| Wed 28 Oct | SSW | 18° SSW | SSE | 2.7 min |
| Thu 29 Oct | SSE | 15° SSE | SE | 1.1 min |
| Fri 30 Oct | SSW | 12° SSW | S | 1.2 min |
The International Space Station looks like a bright, steady star moving across the sky in a few minutes. Passes are computed from the latest orbital elements (epoch 2026-10-25); the station's orbit is adjusted from time to time, so a pass can shift by a minute or more. It may also fade suddenly when it enters Earth's shadow.
| Night of | Sunset | Dark | Moon | Moonrise / set | Moon-free dark | Planets |
|---|---|---|---|---|---|---|
| Tue 27 Oct | – | 95% | ↑ ↓ | — | Mars, Jupiter, Saturn | |
| Wed 28 Oct | – | 89% | ↑ | — | Mars, Jupiter, Saturn | |
| Thu 29 Oct | – | 81% | ↑ ↓ | — | Mars, Jupiter, Saturn | |
| Fri 30 Oct | – | 71% | ↑ ↓ | — | Mars, Jupiter, Saturn | |
| Sat 31 Oct | – | 60% | ↑ ↓ | 1 h 30 min | Mars, Jupiter, Saturn | |
| Sun 1 Nov | – | 49% | ↑ ↓ | 3 h 20 min | Mars, Jupiter, Saturn | |
| Mon 2 Nov | – | 38% | ↑ ↓ | 5 h 00 min | Mars, Jupiter, Saturn |
Illumination at local noon; ↑ moonrise, ↓ moonset, local time. Phase dates for the whole world: Moon phases October 2026.
Best on the night of Thu 5 Nov around , when the radiant is 46° up. Under a dark sky expect up to about 5 meteors an hour.
Moon 12% at peak
Best on the night of Thu 12 Nov around , when the radiant is 53° up. Under a dark sky expect up to about 4 meteors an hour.
Moon 11% at peak
Best on the night of Tue 17 Nov around , when the radiant is 53° up. Under a dark sky expect up to about 12 meteors an hour, fewer this year because the Moon is 55% lit.
Moon 55% at peak
Rate = the shower's zenithal hourly rate × the sine of the radiant's altitude. Real counts are lower from towns and with moonlight; treat this as an upper guide.
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