🌅 Longyearbyen Sunrise & Sunset Calendar
🇸🇯 Svalbard and Jan Mayen · Arctic/Longyearbyen
| Sun | Mon | Tue | Wed | Thu | Fri | Sat |
|---|---|---|---|---|---|---|
| 1 🌄 — 🌇 — | 2 🌄 — 🌇 — | 3 🌄 — 🌇 — | 4 🌄 — 🌇 — | 5 🌄 — 🌇 — | 6 🌄 — 🌇 — | 7 🌄 — 🌇 — |
| 8 🌄 — 🌇 — | 9 🌄 — 🌇 — | 10 🌄 — 🌇 — | 11 🌄 — 🌇 — | 12 🌄 — 🌇 — | 13 🌄 — 🌇 — | 14 🌄 — 🌇 — |
| 15 🌄 — 🌇 — | 16 🌄 — 🌇 — | 17 🌄 — 🌇 — | 18 🌄 — 🌇 — | 19 🌄 — 🌇 — | 20 🌄 — 🌇 — | 21 🌄 — 🌇 — |
| 22 🌄 — 🌇 — | 23 🌄 — 🌇 — | 24 🌄 — 🌇 — | 25 🌄 — 🌇 — | 26 🌄 — 🌇 — | 27 🌄 — 🌇 — | 28 🌄 — 🌇 — |
| 29 🌄 — 🌇 — | 30 🌄 — 🌇 — | 31 🌄 — 🌇 — |
All times in local time for Longyearbyen (Arctic/Longyearbyen).
About the Longyearbyen Sunrise & Sunset Calendar
This calendar shows the sunrise and sunset time in Longyearbyen, Svalbard and Jan Mayen for every day of July 1877. All times are shown in Longyearbyen's local time (Arctic/Longyearbyen), with daylight saving changes applied automatically.
Each day's cell shows the local 🌄 sunrise and 🌇 sunset time, so you can see at a glance how daylight grows and shrinks through the month — useful for photography, travel, prayer planning, gardening, fitness and organising your day around the sun.
How to use this calendar
- Search any city using the box at the top to jump to its full monthly calendar.
- Change month with the ← and → arrows above the grid.
- Print or save a clean copy with the 🖨️ Print button.
Frequently Asked Questions
What is the difference between sunrise and sunset?
Sunrise is the moment the sun's top edge first appears above the horizon in the morning; sunset is when it disappears below the horizon in the evening. The gap between them is the day's length, which shifts gradually through the year.
When are the days longest and shortest in Longyearbyen?
Daylight peaks around the summer solstice (about June 21 in the northern hemisphere, December 21 in the southern) and bottoms out at the winter solstice. Browse the months above to watch the change.
Are the sunrise and sunset times for Longyearbyen accurate?
Times are calculated from the location's exact latitude, longitude and time zone using standard astronomical algorithms, accurate to about a minute. Local terrain such as hills or tall buildings can slightly shift when the sun actually appears or disappears.