Sunrise and sunset in Salekhard

Salekhard Sunrise, Sunset and Moon in June 2026

Local time (GMT+5)

Day length goes from 22 h 14 min on June 1 to 24 h 00 min on June 30. Sunrise moves from 1:27 AM to and sunset from 11:41 PM to .

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.

DateDawnSunriseSunsetDuskGolden hourFull darkDay lengthChangeMoonMoonriseMoonset
Jun 11:27 AM11:41 PM9:14 PM22 h 14 minFull moon, 99%
Jun 21:21 AM11:49 PM9:16 PM22 h 28 min+14.0 minWaning gibbous, 96%
Jun 31:14 AM11:57 PM9:18 PM22 h 43 min+15.0 minWaning gibbous, 91%
Jun 41:07 AM12:06 AM9:20 PM22 h 59 min+16.0 minWaning gibbous, 85%
Jun 512:57 AM12:21 AM9:22 PM23 h 24 min+25.0 minWaning gibbous, 76%2:37 AM5:58 AM
Jun 6Up all day9:23 PM24 h 00 min+36.0 minWaning gibbous, 67%2:01 AM8:09 AM
Jun 7Up all day9:25 PM24 h 00 min+0.0 minLast quarter, 56%1:40 AM10:02 AM
Jun 8Up all day9:26 PM24 h 00 min+0.0 minLast quarter 3:01 PM1:23 AM11:50 AM
Jun 9Up all day9:28 PM24 h 00 min+0.0 minWaning crescent, 35%1:08 AM1:37 PM
Jun 10Up all day9:29 PM24 h 00 min+0.0 minWaning crescent, 25%12:53 AM3:31 PM
Jun 11Up all day9:30 PM24 h 00 min+0.0 minWaning crescent, 17%12:37 AM5:37 PM
Jun 12Up all day9:31 PM24 h 00 min+0.0 minWaning crescent, 10%12:16 AM8:13 PM
Jun 13Up all day9:32 PM24 h 00 min+0.0 minWaning crescent, 4%
Jun 14Up all day9:33 PM24 h 00 min+0.0 minWaning crescent, 1%
Jun 15Up all day9:34 PM24 h 00 min+0.0 minNew moon 7:54 AM
Jun 16Up all day9:35 PM24 h 00 min+0.0 minWaxing crescent, 1%
Jun 17Up all day9:36 PM24 h 00 min+0.0 minWaxing crescent, 5%
Jun 18Up all day9:36 PM24 h 00 min+0.0 minWaxing crescent, 10%5:37 AM1:33 AM
Jun 19Up all day9:37 PM24 h 00 min+0.0 minWaxing crescent, 17%8:03 AM12:59 AM
Jun 20Up all day9:37 PM24 h 00 min+0.0 minWaxing crescent, 26%10:04 AM12:39 AM
Jun 21Up all day9:37 PM24 h 00 min+0.0 minWaxing crescent, 36%11:54 AM12:23 AM
Jun 22Up all day9:37 PM24 h 00 min+0.0 minFirst quarter 2:56 AM1:39 PM12:09 AM
Jun 23Up all day9:37 PM24 h 00 min+0.0 minFirst quarter, 57%3:24 PM11:37 PM
Jun 24Up all day9:37 PM24 h 00 min+0.0 minWaxing gibbous, 67%5:15 PM11:17 PM
Jun 25Up all day9:37 PM24 h 00 min+0.0 minWaxing gibbous, 77%7:25 PM10:40 PM
Jun 26Up all day9:37 PM24 h 00 min+0.0 minWaxing gibbous, 85%
Jun 27Up all day9:36 PM24 h 00 min+0.0 minWaxing gibbous, 92%
Jun 28Up all day9:36 PM24 h 00 min+0.0 minWaxing gibbous, 97%
Jun 29Up all day9:35 PM24 h 00 min+0.0 minFull moon, 99%
Jun 30Up all day9:35 PM24 h 00 min+0.0 minFull moon 4:57 AM

Golden hour, blue hour and where the sun and moon rise

Golden hour is the sun between 6 degrees above the horizon and 4 degrees below it; blue hour is the sun between 4 and 6 degrees below, the definitions timeanddate.com and PhotoPills use. Directions are degrees clockwise from true north, where the sun’s upper edge and the moon’s center cross a flat horizon. A blank means the sun does not reach that height, or the moon does not rise or set, on that date.

DateBlue hour, morningGolden hour, morningGolden hour, eveningBlue hour, eveningSunrise directionSunset directionMoonrise directionMoonset direction
Jun 113° NNE348° NNW
Jun 211° NNE350° N
Jun 310° N352° N
Jun 48° N354° N
Jun 56° N357° N159° SSE204° SSW
Jun 6140° SE224° SW
Jun 7124° SE242° WSW
Jun 8108° ESE258° WSW
Jun 993° E275° W
Jun 1077° ENE293° WNW
Jun 1161° ENE312° NW
Jun 1243° NE335° NNW
Jun 13
Jun 14
Jun 15
Jun 16
Jun 17
Jun 1829° NNE335° NNW
Jun 1951° NE314° NW
Jun 2070° ENE297° WNW
Jun 2187° E280° W
Jun 22103° ESE265° W
Jun 23120° ESE235° SW
Jun 24136° SE219° SW
Jun 25157° SSE200° SSW
Jun 26
Jun 27
Jun 28
Jun 29
Jun 30

In your calendar

Sunrise and sunset at Salekhard for the next twelve months as a calendar you subscribe to: each morning runs from first light to sunrise, each evening from sunset to last light, shown as free time. It keeps itself a year ahead.

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Other months

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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.