Big Lake Sunrise, Sunset and Moon in June 2026
Day length goes from 18 h 53 min on June 1 to 19 h 21 min on June 30. Sunrise moves from 4:32 AM to 4:23 AM and sunset from 11:25 PM to 11:44 PM.
Every day
Dawn and dusk are civil twilight (the sun 6 degrees below the horizon); golden hour starts when the evening sun is 6 degrees up; full dark is astronomical twilight, 18 degrees down. A blank moonrise or moonset means it falls on the next day.
| Date | Dawn | Sunrise | Sunset | Dusk | Golden hour | Full dark | Day length | Change | Moon | Moonrise | Moonset |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Jun 1 | 2:38 AM | 4:32 AM | 11:25 PM | 1:25 AM | 10:02 PM | 18 h 53 min | Waning gibbous, 98% | 2:02 AM | 3:32 AM | ||
| Jun 2 | 2:31 AM | 4:30 AM | 11:27 PM | 1:34 AM | 10:03 PM | 18 h 57 min | +4.0 min | Waning gibbous, 94% | 2:41 AM | 4:40 AM | |
| Jun 3 | 2:22 AM | 4:29 AM | 11:29 PM | 1:48 AM | 10:05 PM | 19 h 00 min | +3.0 min | Waning gibbous, 88% | 2:46 AM | 6:20 AM | |
| Jun 4 | 4:27 AM | 11:30 PM | 10:06 PM | 19 h 03 min | +3.0 min | Waning gibbous, 80% | 2:45 AM | 8:01 AM | |||
| Jun 5 | 4:26 AM | 11:32 PM | 10:07 PM | 19 h 06 min | +3.0 min | Waning gibbous, 71% | 2:43 AM | 9:40 AM | |||
| Jun 6 | 4:25 AM | 11:34 PM | 10:08 PM | 19 h 09 min | +3.0 min | Waning gibbous, 61% | 2:40 AM | 11:15 AM | |||
| Jun 7 | 4:23 AM | 11:35 PM | 10:09 PM | 19 h 12 min | +3.0 min | Last quarter, 50% | 2:37 AM | 12:48 PM | |||
| Jun 8 | 4:22 AM | 11:37 PM | 10:10 PM | 19 h 15 min | +3.0 min | Last quarter 2:01 AM | 2:33 AM | 2:22 PM | |||
| Jun 9 | 4:21 AM | 11:38 PM | 10:11 PM | 19 h 17 min | +2.0 min | Waning crescent, 30% | 2:30 AM | 3:58 PM | |||
| Jun 10 | 4:20 AM | 11:39 PM | 10:12 PM | 19 h 19 min | +2.0 min | Waning crescent, 21% | 2:27 AM | 5:41 PM | |||
| Jun 11 | 4:19 AM | 11:41 PM | 10:13 PM | 19 h 22 min | +3.0 min | Waning crescent, 13% | 2:25 AM | 7:34 PM | |||
| Jun 12 | 4:19 AM | 11:42 PM | 10:14 PM | 19 h 23 min | +1.0 min | Waning crescent, 7% | 2:23 AM | 9:38 PM | |||
| Jun 13 | 4:18 AM | 11:43 PM | 10:15 PM | 19 h 25 min | +2.0 min | Waning crescent, 2% | 2:23 AM | 11:46 PM | |||
| Jun 14 | 4:17 AM | 11:44 PM | 10:15 PM | 19 h 27 min | +2.0 min | New moon 6:54 PM | 2:31 AM | ||||
| Jun 15 | 4:17 AM | 11:45 PM | 10:16 PM | 19 h 28 min | +1.0 min | New moon, 0% | 3:18 AM | 1:22 AM | |||
| Jun 16 | 4:16 AM | 11:45 PM | 10:16 PM | 19 h 29 min | +1.0 min | Waxing crescent, 3% | 5:14 AM | 1:46 AM | |||
| Jun 17 | 4:16 AM | 11:46 PM | 10:17 PM | 19 h 30 min | +1.0 min | Waxing crescent, 7% | 7:22 AM | 1:49 AM | |||
| Jun 18 | 4:16 AM | 11:46 PM | 10:17 PM | 19 h 30 min | +0.0 min | Waxing crescent, 14% | 9:20 AM | 1:48 AM | |||
| Jun 19 | 4:16 AM | 11:47 PM | 10:18 PM | 19 h 31 min | +1.0 min | Waxing crescent, 22% | 11:07 AM | 1:46 AM | |||
| Jun 20 | 4:16 AM | 11:47 PM | 10:18 PM | 19 h 31 min | +0.0 min | Waxing crescent, 31% | 12:45 PM | 1:43 AM | |||
| Jun 21 | 4:16 AM | 11:47 PM | 10:18 PM | 19 h 31 min | +0.0 min | First quarter 1:56 PM | 2:18 PM | 1:40 AM | |||
| Jun 22 | 4:17 AM | 11:47 PM | 10:18 PM | 19 h 30 min | -1.0 min | First quarter, 52% | 3:49 PM | 1:36 AM | |||
| Jun 23 | 4:17 AM | 11:47 PM | 10:18 PM | 19 h 30 min | +0.0 min | Waxing gibbous, 63% | 5:21 PM | 1:33 AM | |||
| Jun 24 | 4:17 AM | 11:47 PM | 10:18 PM | 19 h 30 min | +0.0 min | Waxing gibbous, 72% | 6:55 PM | 1:30 AM | |||
| Jun 25 | 4:18 AM | 11:47 PM | 10:18 PM | 19 h 29 min | -1.0 min | Waxing gibbous, 81% | 8:32 PM | 1:28 AM | |||
| Jun 26 | 4:19 AM | 11:46 PM | 10:18 PM | 19 h 27 min | -2.0 min | Waxing gibbous, 89% | 10:13 PM | 1:26 AM | |||
| Jun 27 | 4:20 AM | 11:46 PM | 10:18 PM | 19 h 26 min | -1.0 min | Waxing gibbous, 95% | 11:49 PM | 1:26 AM | |||
| Jun 28 | 4:21 AM | 11:45 PM | 10:17 PM | 19 h 24 min | -2.0 min | Waxing gibbous, 98% | 1:35 AM | ||||
| Jun 29 | 4:22 AM | 11:45 PM | 10:17 PM | 19 h 23 min | -1.0 min | Full moon 3:57 PM | 12:45 AM | 2:27 AM | |||
| Jun 30 | 4:23 AM | 11:44 PM | 10:17 PM | 19 h 21 min | -2.0 min | Full moon, 99% | 12:55 AM | 4:02 AM |
Other months
More
Sources
Computed with the NOAA solar position equations and the lunar methods of Meeus, Astronomical Algorithms, for a flat horizon; hills and buildings delay a real sunrise.