Sunrise and sunset times in Evansville
66.923° N, 151.507° W · times in America/Anchorage
On Friday 13 November 2026 the sun rises in Evansville at 9:58 am and sets at 3:41 pm, giving 5h43 of daylight. Solar noon is at 12:50 pm. Civil twilight begins at 8:46 am and ends at 4:53 pm. Tonight the moon is a waxing crescent, 18% illuminated.
Today, Friday 13 November 2026
Sun
- Sunrise
- 9:58 am
- Sunset
- 3:41 pm
- Solar noon
- 12:50 pm
- Daylight
- 5h43
- Civil dawn
- 8:46 am
- Civil dusk
- 4:53 pm
- Nautical dawn
- 7:38 am
- Nautical dusk
- 6:01 pm
- First light
- 6:35 am
- Last light
- 7:03 pm
- Blue hour, morning
- 8:46 am to 9:11 am
- Blue hour, evening
- 4:28 pm to 4:53 pm
Moon
- Phase
- Waxing crescent
- Illumination
- 18% illuminated
The moon stays below the horizon all day.
The year as a wall almanac
Every day of 2026 in Evansville on one printed sheet: sunrise, sunset and moon times, computed for these exact coordinates.
Seasons of 2026
| Event | Date | Local time |
|---|---|---|
| March equinox | 20 March | 6:37 am |
| June solstice | 21 June | 12:20 am |
| September equinox | 22 September | 4:09 pm |
| December solstice | 21 December | 11:49 am |
Month by month
| Month | Sunrise | Sunset | Daylight |
|---|---|---|---|
| January | 11:14 am | 3:17 pm | 4h03 |
| February | 9:15 am | 5:25 pm | 8h09 |
| March | 8:25 am | 8:06 pm | 11h41 |
| April | 6:20 am | 9:54 pm | 15h34 |
| May | 4:12 am | 11:55 pm | 19h43 |
| June | — | — | — |
| July | 3:16 am | 1:08 am | — |
| August | 5:37 am | 10:40 pm | 17h02 |
| September | 7:26 am | 8:34 pm | 13h07 |
| October | 9:07 am | 6:34 pm | 9h27 |
| November | 10:06 am | 3:33 pm | 5h27 |
| December | 12:07 pm | 1:55 pm | 1h47 |
Values for the 15th of each month, local wall-clock time, daylight-saving shifts included.
Sunrise and sunset for the next seven days
| Date | Sunrise | Sunset | Daylight | Moonrise | Moonset |
|---|---|---|---|---|---|
| Saturday 14 November | 10:02 am | 3:37 pm | 5h35 | — | — |
| Sunday 15 November | 10:06 am | 3:33 pm | 5h27 | 3:59 pm | 8:39 pm |
| Monday 16 November | 10:10 am | 3:30 pm | 5h19 | 3:32 pm | 10:38 pm |
| Tuesday 17 November | 10:14 am | 3:26 pm | 5h11 | 3:13 pm | — |
| Wednesday 18 November | 10:19 am | 3:22 pm | 5h03 | 2:58 pm | 12:26 am |
| Thursday 19 November | 10:23 am | 3:18 pm | 4h55 | 2:43 pm | 2:11 am |
| Friday 20 November | 10:27 am | 3:15 pm | 4h47 | 2:28 pm | 3:58 am |
Longest and shortest day of 2026
- Longest day: 15 May, with 19h43 of daylight.
- Shortest day: 21 December, with 1h33 of daylight.
- Earliest sunrise: 2:22 am on 2 June.
- Latest sunset: 11:57 pm on 28 July.
Moon phases ahead
| Phase | Date | Local time |
|---|---|---|
| First quarter | 17 November | 2:47 am |
| Full moon | 24 November | 5:53 am |
| Last quarter | 30 November | 9:08 pm |
| New moon | 8 December | 3:51 pm |
Questions about sunrise and sunset in Evansville
What time does the sun rise in Evansville today?
The sun rises in Evansville at 9:58 am today, Friday 13 November 2026.
What time is sunset in Evansville today?
The sun sets in Evansville at 3:41 pm today, Friday 13 November 2026.
How many hours of daylight does Evansville have today?
Evansville has 5h43 of daylight today, from sunrise at 9:58 am to sunset at 3:41 pm.
When are the longest and shortest days of the year in Evansville?
In 2026 the longest day in Evansville is 15 May, with 19h43 of daylight. The shortest is 21 December, with 1h33.
What is the moon phase tonight in Evansville?
Tonight the moon is a waxing crescent, 18% illuminated. The next first quarter is on 17 November.
When does it get dark in Evansville?
Civil twilight ends at 4:53 pm. Nautical twilight ends at 6:01 pm, and the sky is fully dark after astronomical dusk at 7:03 pm.
What time zone is Evansville in?
Evansville keeps America/Anchorage time. Every time on this page is local wall-clock time, with daylight saving changes included.
Can I get a printed sunrise and sunset calendar for Evansville?
Yes. Sunrise at My House prints a wall almanac with every day of 2026 for Evansville: sunrise, sunset and moon times computed for these coordinates.