| Date | Sunrise | Solar Noon | Sunset | Day length |
|---|---|---|---|---|
| 2026-Apr-01, Wednesday | 06:41:46 | 13:12:50 | 19:43:55 | 13h 2m 9s |
| 2026-Apr-02, Thursday | 06:39:21 | 13:12:33 | 19:45:44 | 13h 6m 23s |
| 2026-Apr-03, Friday | 06:36:56 | 13:12:15 | 19:47:34 | 13h 10m 38s |
| 2026-Apr-04, Saturday | 06:34:32 | 13:11:58 | 19:49:23 | 13h 14m 51s |
| 2026-Apr-05, Sunday | 06:32:08 | 13:11:40 | 19:51:12 | 13h 19m 4s |
| 2026-Apr-06, Monday | 06:29:45 | 13:11:23 | 19:53:02 | 13h 23m 17s |
| 2026-Apr-07, Tuesday | 06:27:22 | 13:11:06 | 19:54:51 | 13h 27m 29s |
| 2026-Apr-08, Wednesday | 06:24:59 | 13:10:50 | 19:56:40 | 13h 31m 41s |
| 2026-Apr-09, Thursday | 06:22:37 | 13:10:33 | 19:58:30 | 13h 35m 53s |
| 2026-Apr-10, Friday | 06:20:15 | 13:10:17 | 20:00:19 | 13h 40m 4s |
| 2026-Apr-11, Saturday | 06:17:54 | 13:10:01 | 20:02:09 | 13h 44m 15s |
| 2026-Apr-12, Sunday | 06:15:34 | 13:09:46 | 20:03:58 | 13h 48m 24s |
| 2026-Apr-13, Monday | 06:13:14 | 13:09:31 | 20:05:47 | 13h 52m 33s |
| 2026-Apr-14, Tuesday | 06:10:55 | 13:09:16 | 20:07:37 | 13h 56m 42s |
| 2026-Apr-15, Wednesday | 06:08:36 | 13:09:01 | 20:09:26 | 14h 0m 50s |
| 2026-Apr-16, Thursday | 06:06:18 | 13:08:47 | 20:11:15 | 14h 4m 57s |
| 2026-Apr-17, Friday | 06:04:01 | 13:08:33 | 20:13:05 | 14h 9m 4s |
| 2026-Apr-18, Saturday | 06:01:45 | 13:08:19 | 20:14:54 | 14h 13m 9s |
| 2026-Apr-19, Sunday | 05:59:29 | 13:08:06 | 20:16:44 | 14h 17m 15s |
| 2026-Apr-20, Monday | 05:57:15 | 13:07:54 | 20:18:33 | 14h 21m 18s |
| 2026-Apr-21, Tuesday | 05:55:01 | 13:07:42 | 20:20:22 | 14h 25m 21s |
| 2026-Apr-22, Wednesday | 05:52:48 | 13:07:30 | 20:22:11 | 14h 29m 23s |
| 2026-Apr-23, Thursday | 05:50:37 | 13:07:18 | 20:24:00 | 14h 33m 23s |
| 2026-Apr-24, Friday | 05:48:26 | 13:07:08 | 20:25:49 | 14h 37m 23s |
| 2026-Apr-25, Saturday | 05:46:16 | 13:06:57 | 20:27:38 | 14h 41m 22s |
| 2026-Apr-26, Sunday | 05:44:08 | 13:06:47 | 20:29:27 | 14h 45m 19s |
| 2026-Apr-27, Monday | 05:42:00 | 13:06:38 | 20:31:15 | 14h 49m 15s |
| 2026-Apr-28, Tuesday | 05:39:54 | 13:06:29 | 20:33:04 | 14h 53m 10s |
| 2026-Apr-29, Wednesday | 05:37:49 | 13:06:20 | 20:34:52 | 14h 57m 3s |
| 2026-Apr-30, Thursday | 05:35:45 | 13:06:13 | 20:36:40 | 15h 0m 55s |
London (London, City of), Birmingham (Birmingham), Leeds (Leeds), Sheffield (Sheffield), Glasgow (Glasgow City), Newcastle upon Tyne (Newcastle upon Tyne), Nottingham (Nottingham), Liverpool (Liverpool), Southend-on-Sea (Southend-on-Sea), Bristol (Bristol, City of), Edinburgh (Edinburgh, City of), Brighton (Brighton and Hove), Bradford (Bradford), Leicester (Leicester), Sunderland (Sunderland), Belfast (Belfast), Portsmouth (Portsmouth), Bournemouth (Bournemouth), Middlesbrough (Redcar and Cleveland), Stoke-on-Trent (Stoke-on-Trent), Coventry (Coventry), Southampton (Southampton), Reading (Reading), Kingston upon Hull (Kingston upon Hull, City of), Abertawe (Swansea), Blackpool (Blackpool), Plymouth (Plymouth), Luton (Luton), Oxford (Oxfordshire), Norwich (Norfolk)
London (London, City of), Birmingham (Birmingham), Leeds (Leeds), Sheffield (Sheffield), Glasgow (Glasgow City), Newcastle upon Tyne (Newcastle upon Tyne), Caerdydd (Cardiff), Nottingham (Nottingham), Liverpool (Liverpool), Southend-on-Sea (Southend-on-Sea), Bristol (Bristol, City of), Edinburgh (Edinburgh, City of), Brighton (Brighton and Hove), Bradford (Bradford), Leicester (Leicester), Sunderland (Sunderland), Belfast (Belfast), Portsmouth (Portsmouth), Bournemouth (Bournemouth), Middlesbrough (Redcar and Cleveland), Stoke-on-Trent (Stoke-on-Trent), Coventry (Coventry), Southampton (Southampton), Reading (Reading), Kingston upon Hull (Kingston upon Hull, City of), Abertawe (Swansea), Blackpool (Blackpool), Plymouth (Plymouth), Luton (Luton), Oxford (Oxfordshire)
*Calculation of distances from capital to capital
Daylight hours refer to the period between sunrise and sunset. This duration changes throughout the year based on season and geographic location.
Earth's 23.5° axial tilt causes uneven sunlight distribution. Your hemisphere receives less direct sunlight in winter (shorter days) and more in summer (longer days).
Northern Hemisphere: June 20-22 (summer solstice).
Southern Hemisphere: December 21-23.
Near polar circles, the sun doesn't set for 24 hours.
Northern Hemisphere: December 21-22 (winter solstice).
Southern Hemisphere: June 20-21.
The closer to poles, the more extreme variations:
Miami's lower latitude means:
During equinoxes:
Most rapid change near equinoxes: 2-4 minutes daily.
Slowest change near solstices: <1 minute daily.
Reliable tools:
Yes. Reduced winter sunlight may cause:
Solution: Light therapy lamps & midday walks