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Sunrise and sunset times in Saint-André-de-Boëge

Today

November 12, 2026. Current time: 4:15:20 pm

Sunrise time: 7:30:56 amWhen the top edge of the Sun appears over a flat, clear horizon. Behind hills, mountains or buildings the Sun appears a few minutes later (or more in a valley).

5:47Night ends5:47:12 am
Start of astronomical twilight: the Sun is 18° below the horizon and the sky begins to brighten, too faintly to notice in a city.6:59First light6:58:38 am
Start of civil twilight: the Sun is 6° below the horizon, and there is enough light to be outdoors without artificial light.6:59–7:11Blue hour6:58:38 am – 7:10:59 am
Blue hour: the Sun is between 6° and 4° below the horizon. The sky turns deep blue and lit buildings stand out against it.7:11–8:16Golden hour7:10:59 am – 8:16:16 am
Golden hour: the Sun is between 4° below and 6° above the horizon. The light is warm and soft and the shadows are long.

Sunset time: 5:05:36 pmWhen the top edge of the Sun disappears below a flat, clear horizon. Behind hills, mountains or buildings the Sun disappears a few minutes earlier (or more in a valley).

4:20–5:26Golden hour4:20:17 pm – 5:25:33 pm
Golden hour: the Sun is between 4° below and 6° above the horizon. The light is warm and soft and the shadows are long.5:26–5:38Blue hour5:25:33 pm – 5:37:53 pm
Blue hour: the Sun is between 6° and 4° below the horizon. The sky turns deep blue and lit buildings stand out against it.5:38Dark5:37:53 pm
End of civil twilight: the Sun reaches 6° below the horizon, and from then on artificial light is needed outdoors.6:49Night6:49:15 pm
End of astronomical twilight: the Sun is 18° below the horizon and the sky is dark enough to see the faintest stars. In a city it looks dark sooner.

Sun position chart

Now · Sun altitude: 6.72° · Azimuth: 235.42° (SW)

Daylight   Golden Hour   Blue Hour   Twilight   Night

Day length: 9 hours, 34 minutes

50 minutes left for today's sunset in Saint-André-de-Boëge

Moonrise: 10:58 am Moonset: 6:48 pmMoon phase: 🌒 Waxing Crescent (10%)🌕 Full moon: Nov 24 at 3:53 pm · 🌑 New moon: Dec 9 at 1:51 am

Tomorrow

November 13, 2026

Night ends at 5:48 am5:48:25 am
Start of astronomical twilight: the Sun is 18° below the horizon and the sky begins to brighten, too faintly to notice in a city.·First light at 7:00 am6:59:58 am
Start of civil twilight: the Sun is 6° below the horizon, and there is enough light to be outdoors without artificial light.

Sunrise time: 7:32:21 amWhen the top edge of the Sun appears over a flat, clear horizon. Behind hills, mountains or buildings the Sun appears a few minutes later (or more in a valley).

Sunset time: 5:04:28 pmWhen the top edge of the Sun disappears below a flat, clear horizon. Behind hills, mountains or buildings the Sun disappears a few minutes earlier (or more in a valley).

Dark at 5:37 pm5:36:50 pm
End of civil twilight: the Sun reaches 6° below the horizon, and from then on artificial light is needed outdoors.·Night at 6:48 pm6:48:19 pm
End of astronomical twilight: the Sun is 18° below the horizon and the sky is dark enough to see the faintest stars. In a city it looks dark sooner.

Day length: 9 hours, 32 minutes

Tomorrow will be 3 minutes shorter than today in Saint-André-de-Boëge

Moonrise: 11:45 am Moonset: 7:46 pmMoon phase: 🌒 Waxing Crescent (19%)

Explore map

• Saint-André-de-Boëge, Auvergne-Rhône-Alpes
• Latitude: 46.189178 (North)
• Longitude: 6.39259 (East)
• Time zone: Central European Standard Time (CET, UTC+1)

Eclipses seen from Saint-André-de-Boëge in the next 12 months:

February 21, 2027: Penumbral lunar eclipse (a faint shading, hard to notice), visible from here, greatest at 12:12 am.

August 2, 2027: Partial solar eclipse from here: 61% of the Sun covered at 11:04 am.

Never look at the Sun without eclipse glasses.

Why the Shortest Day Is Not the Day With the Earliest Sunset or Latest Sunrise

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The Total Solar Eclipse of August 2, 2027

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November 2026 - Saint-André-de-Boëge, Auvergne-Rhône-Alpes - Sunrise and sunset calendar

Sunrise and sunset times, civil twilight start and end times as well as solar noon, and day length for every day of November in Saint-André-de-Boëge.

All times are in Saint-André-de-Boëge's time: Central European Standard Time (CET, UTC+1).

The day length shortens by 1 hour, 10 minutes over the course of November 2026 in Saint-André-de-Boëge, Auvergne-Rhône-Alpes - from 10 hours, 5 minutes on the first day to 8 hours, 55 minutes on the last day.

Year distribution of sunrise and sunset times in Saint-André-de-Boëge, Auvergne-Rhône-Alpes - 2026

The following graph shows sunrise and sunset times in Saint-André-de-Boëge, Auvergne-Rhône-Alpes for every day of the year. There are two jumps in the graph that represent the hour change for Daylight Saving Time (DST) in Saint-André-de-Boëge, Auvergne-Rhône-Alpes.

Saint-André-de-Boëge Analemma

Due to Earth's tilted axis and slightly elliptical orbit, the Sun is never seen in the same position at noon in Saint-André-de-Boëge. Throughout the year, it slowly traces this figure-eight:

Explore day by day

June solstice December solstice Equinoxes Today

Saint-André-de-Boëge analemma interactive visualizer.
Move along the curve to read the Sun's altitude and azimuth for any day of the year in Saint-André-de-Boëge.

Over the year, the 12:00 Sun swings between just 20° above the horizon (around Dec 23) and 66.1° (around Jun 20) in Saint-André-de-Boëge. The smaller loop sits at the top, the signature of a Northern Hemisphere analemma. Notice the whole figure leans east of the meridian: over Saint-André-de-Boëge the Sun reaches its highest point between 12:17 and 12:48 depending on the time of year, but never at 12:00.

Detailed Analemma Chart

See a technical version of this analemma, with exact dates and Sun altitudes, and download it in high resolution.

The technical chart below plots one dot per day, labels the first day of each month, marks the solstices, equinoxes, perihelion and aphelion, and draws the noon altitude of the equinoxes (90° minus your latitude) together with its ±23.4° seasonal limits.

Download Saint-André-de-Boëge Analemma Chart (SVG)

Why does the figure look wider here than in the sky view above?

Both draw the same data, but with different conventions. The sky view uses the same scale on both axes, so it shows the analemma with its true proportions, as a camera would capture it: about 47° tall and only a few degrees wide. This chart, like most technical analemma diagrams, stretches each axis independently to fill the plot, expanding the narrow azimuth range several times so its day-to-day variation can actually be read. Also, azimuth is not sky distance: near the zenith, one degree of azimuth spans much less than one degree across the sky, which further widens the figure in this representation.