Kayyerkan · February 2027
Northern lights in Kayyerkan in February 2027
Answer
February against the rest of the year
February cloud at Kayyerkan averages 62% in NASA POWER's 2001 to 2020 record, 7 points clearer than its yearly mean. January is Kayyerkan's clearest month at 56%. By civil night times clear sky, February scores 5.3 hours at Kayyerkan, 4th of 12. Norilsk, 18 km away, averages 60%, clearer by 2 points.
Civil night at Kayyerkan starts February at 15 h 48 min and reaches 12 h 19 min by February 28, 3.5 hours shorter. SWPC's 10 PM to 2 AM window is fully dark on every night. True astronomical darkness, the sun 18 degrees down, lasts 9.4 hours on the 15th.
February night by night
February opens toward a new moon on Feb 6, with full moon on Feb 21, in Asia/Krasnoyarsk dates. Kayyerkan gets 216 hours of civil night with the moon below the horizon across the month. The best of them for moon-free darkness inside 10 PM to 2 AM: Feb 1 (4 h), Feb 2 (4 h), Feb 3 (4 h).
- 1
21% lit
15.8 h
- 2
14% lit
15.7 h
- 3
8% lit
15.6 h
- 4
3% lit
15.4 h
- 5
1% lit
15.3 h
- 6
0% lit
15.2 h
- 7
1% lit
15.1 h
- 8
4% lit
13.4 h
- 9
9% lit
11.5 h
- 10
15% lit
9.6 h
- 11
23% lit
7.3 h
- 12
33% lit
4.1 h
- 13
43% lit
0.0 h
- 14
54% lit
0.0 h
- 15
65% lit
0.0 h
- 16
76% lit
0.0 h
- 17
85% lit
0.0 h
- 18
93% lit
0.0 h
- 19
98% lit
0.0 h
- 20
100% lit
0.0 h
- 21
99% lit
0.0 h
- 22
96% lit
2.1 h
- 23
90% lit
4.3 h
- 24
83% lit
7.0 h
- 25
74% lit
11.6 h
- 26
65% lit
12.6 h
- 27
55% lit
12.4 h
- 28
45% lit
12.3 h
Each cell is the night that starts on that date. Hours are civil-dark time with the moon below the horizon; the green rule scales with them. Green outline: new moon. Bone outline: full moon.
Activity in past Februarys
Kayyerkan needs Kp 3 for the average oval edge to sit overhead. 455 of the 848 February days from 1996 to 2025 (54%) reached it in the GFZ Potsdam record, 5th of 12 months; storm days with Kp 5 or more made up 8%. Kayyerkan sits at 60.5 degrees geomagnetic, inside SWPC's 60 to 75 degree band, where aurora can be seen on more than half of all nights. No storm is needed: by SWPC's rule the average oval edge is overhead at Kp 3.
February across Russia
No month-page town in Russia has more civil night on February 15 than Kayyerkan; the national median is 13.8 hours. Coming from January (17.7 hours at Kayyerkan), February loses darkness, and March brings shorter nights (10.2 hours on the 15th).
| Town | Civil night | Cloud |
|---|---|---|
| Kayyerkan | 14.0 h | 62% |
| Norilsk | 14.0 h | 60% |
| Talnakh | 14.0 h | 60% |
| Severomorsk | 14.0 h | 82% |
| Dudinka | 14.0 h | 62% |
| Zapolyarnyy | 14.0 h | 80% |
| Nikel | 14.0 h | 80% |
| Murmansk | 13.9 h | 77% |
| Olenegorsk | 13.9 h | 77% |
| Vorkuta | 13.8 h | 70% |
| Apatity | 13.8 h | 76% |
| Monchegorsk | 13.8 h | 76% |
Darkness and moon, every night
| Night | Civil | Astronomical | Moon-free dark | Moon-free, 10 PM to 2 AM | Moon lit |
|---|---|---|---|---|---|
| Mon Feb 1 | 15 h 48 min | 11 h 1 min | 15 h 48 min | 4 h | 21% |
| Tue Feb 2 | 15 h 41 min | 10 h 55 min | 15 h 41 min | 4 h | 14% |
| Wed Feb 3 | 15 h 34 min | 10 h 49 min | 15 h 34 min | 4 h | 8% |
| Thu Feb 4 | 15 h 26 min | 10 h 42 min | 15 h 26 min | 4 h | 3% |
| Fri Feb 5 | 15 h 19 min | 10 h 36 min | 15 h 19 min | 4 h | 1% |
| Sat Feb 6 | 15 h 11 min | 10 h 29 min | 15 h 11 min | 4 h | 0% |
| Sun Feb 7 | 15 h 4 min | 10 h 23 min | 15 h 4 min | 4 h | 1% |
| Mon Feb 8 | 14 h 56 min | 10 h 16 min | 13 h 22 min | 4 h | 4% |
| Tue Feb 9 | 14 h 49 min | 10 h 9 min | 11 h 28 min | 4 h | 9% |
| Wed Feb 10 | 14 h 41 min | 10 h 2 min | 9 h 33 min | 2 h 50 min | 15% |
| Thu Feb 11 | 14 h 33 min | 9 h 55 min | 7 h 16 min | 50 min | 23% |
| Fri Feb 12 | 14 h 26 min | 9 h 48 min | 4 h 7 min | 0 min | 33% |
| Sat Feb 13 | 14 h 18 min | 9 h 41 min | 0 min | 0 min | 43% |
| Sun Feb 14 | 14 h 10 min | 9 h 33 min | 0 min | 0 min | 54% |
| Mon Feb 15 | 14 h 2 min | 9 h 26 min | 0 min | 0 min | 65% |
| Tue Feb 16 | 13 h 55 min | 9 h 18 min | 0 min | 0 min | 76% |
| Wed Feb 17 | 13 h 47 min | 9 h 11 min | 0 min | 0 min | 85% |
| Thu Feb 18 | 13 h 39 min | 9 h 3 min | 0 min | 0 min | 93% |
| Fri Feb 19 | 13 h 31 min | 8 h 55 min | 0 min | 0 min | 98% |
| Sat Feb 20 | 13 h 23 min | 8 h 47 min | 0 min | 0 min | 100% |
| Sun Feb 21 | 13 h 15 min | 8 h 38 min | 0 min | 0 min | 99% |
| Mon Feb 22 | 13 h 7 min | 8 h 30 min | 2 h 6 min | 0 min | 96% |
| Tue Feb 23 | 12 h 59 min | 8 h 22 min | 4 h 16 min | 1 h 2 min | 90% |
| Wed Feb 24 | 12 h 51 min | 8 h 13 min | 6 h 59 min | 3 h 17 min | 83% |
| Thu Feb 25 | 12 h 43 min | 8 h 4 min | 11 h 35 min | 4 h | 74% |
| Fri Feb 26 | 12 h 35 min | 7 h 55 min | 12 h 35 min | 4 h | 65% |
| Sat Feb 27 | 12 h 27 min | 7 h 46 min | 12 h 27 min | 4 h | 55% |
| Sun Feb 28 | 12 h 19 min | 7 h 37 min | 12 h 19 min | 4 h | 45% |
Questions
- Can you see the northern lights in Kayyerkan in February?
- On dark, clear nights with enough activity. 28 of 28 nights at Kayyerkan have civil darkness, and 54% of past February days reached Kp 3.
- How dark is Kayyerkan in February?
- Kayyerkan averages 14.1 hours of civil night a night in February 2027, from 15 h 48 min on the 1st to 12 h 19 min on the last night.
- How cloudy is Kayyerkan in February?
- NASA POWER's 2001 to 2020 climatology gives Kayyerkan's 1 degree cell 62% mean cloud in February, against 69% for the whole year. It is an all-hours average, not a forecast.
- What is the best night in February 2027 for aurora in Kayyerkan?
- By darkness and moon alone, Feb 1, with 4 h of moon-free darkness inside 10 PM to 2 AM at Kayyerkan. Activity on that date will only be known hours ahead.
- Is February or March better in Kayyerkan?
- By civil night times the clear share, February scores 5.3 hours at Kayyerkan and March 3.5. February comes out ahead.
Sources and verification
- SunCalchttps://github.com/mourner/suncalc
- NASA POWER climatologyhttps://power.larc.nasa.gov/docs/services/api/temporal/climatology/
- GFZ Potsdam Kp indexhttps://kp.gfz.de/en/data
- NOAA SWPC, Tips on viewing the aurorahttps://www.spaceweather.gov/content/tips-viewing-aurora
Quoted figures last checked against their sources on 2026-09-30; next review 2026-12-31. Computed figures come from SunCalc and the IGRF-14 dipole as described in the methodology. Every quote is listed in the sources ledger.