United States · 17 towns
Aurora towns in New York
Answer
Where the towns sit
The widest gap in the dipole ranking falls between Albany, New York and Greenburgh, 1.6 degrees. 7 neighbouring pairs sit within 0.5 degrees of each other, close enough that the order between them means little.
Of the 9 indexed towns in New York, 9 sit below 55 degrees and need a G2 or stronger storm by NOAA's typical latitudes.
Ranked by geomagnetic latitude
| Rank | Town | Value |
|---|---|---|
| 1 | Clay | 52.4° |
| 2 | Rochester, New York | 52.3° |
| 3 | Utica | 52.3° |
| 4 | Syracuse | 52.2° |
| 5 | Buffalo | 52.0° |
| 6 | Schenectady | 52.0° |
| 7 | Albany, New York | 51.9° |
| 8 | Greenburgh | 50.2° |
| 9 | The Bronx | 50.1° |
Ranked by December darkness
On December 15 the median town gets 13.8 hours of civil night, against 13.8 nationally. Clay has the most at 13.8 hours and Greenburgh the least at 13.6. Every town keeps some civil darkness through the June solstice.
| Rank | Town | Value |
|---|---|---|
| 1 | Clay | 13.8 h |
| 2 | Rochester, New York | 13.8 h |
| 3 | Utica | 13.8 h |
| 4 | Syracuse | 13.8 h |
| 5 | Buffalo | 13.8 h |
| 6 | Schenectady | 13.8 h |
| 7 | Albany, New York | 13.8 h |
| 8 | Greenburgh | 13.6 h |
| 9 | The Bronx | 13.6 h |
Ranked by clear dark season
NASA POWER's 2001 to 2020 climatology puts median cloud amount in the dark months at 69%, against 61% nationally. The Bronx is clearest at 58% and Syracuse cloudiest at 80%. These are all-hours averages for 1 degree cells, not forecasts.
| Rank | Town | Value |
|---|---|---|
| 1 | The Bronx | 58% |
| 2 | Greenburgh | 60% |
| 3 | Schenectady | 64% |
| 4 | Albany, New York | 64% |
| 5 | Utica | 69% |
| 6 | Buffalo | 70% |
| 7 | Rochester, New York | 80% |
| 8 | Clay | 80% |
| 9 | Syracuse | 80% |
Multiplying civil night by the clear share of the sky, September comes out best for 8 of the 9 towns and November for 1. SWPC notes a tendency toward larger storms near the equinoxes, which this score does not include.
Every town
| Town | Dipole | Storm needed | Dec 15 night | Dark-month cloud | Best month |
|---|---|---|---|---|---|
| Irondequoit * | 52.4° | G2 or more | 13.8 h | 80% | Sep |
| Clay | 52.4° | G2 or more | 13.8 h | 80% | Sep |
| Rochester, New York | 52.3° | G2 or more | 13.8 h | 80% | Sep |
| Utica | 52.3° | G2 or more | 13.8 h | 69% | Sep |
| Syracuse | 52.2° | G2 or more | 13.8 h | 80% | Sep |
| Amherst * | 52.1° | G2 or more | 13.8 h | 70% | Sep |
| Cheektowaga * | 52.1° | G2 or more | 13.8 h | 70% | Sep |
| Buffalo | 52.0° | G2 or more | 13.8 h | 70% | Sep |
| Schenectady | 52.0° | G2 or more | 13.8 h | 64% | Sep |
| West Albany * | 51.9° | G2 or more | 13.8 h | 64% | Sep |
| Albany, New York | 51.9° | G2 or more | 13.8 h | 64% | Sep |
| White Plains * | 50.2° | G2 or more | 13.6 h | 60% | Nov |
| Greenburgh | 50.2° | G2 or more | 13.6 h | 60% | Nov |
| Yonkers * | 50.1° | G2 or more | 13.6 h | 58% | Sep |
| Mount Vernon * | 50.1° | G2 or more | 13.6 h | 58% | Sep |
| New Rochelle * | 50.1° | G2 or more | 13.6 h | 58% | Sep |
| The Bronx | 50.1° | G2 or more | 13.6 h | 58% | Sep |
Questions
- Where in New York is best for the aurora?
- By geomagnetic latitude, Clay at 52.4°. No town sits at 60 degrees or more, so every town needs some activity.
- Which town in New York has the longest December night?
- Clay, with 13.8 hours of civil night on December 15.
- Which town in New York has the clearest dark season?
- The Bronx, with 58% mean cloud amount in the months with at least 4 hours of civil night (NASA POWER, 2001 to 2020).
- What is the best month for aurora in New York?
- September for 8 of 9 towns, by civil night times the clear share of the sky. Each town page gives its own month.
Sources and verification
- GeoNames dump (CC BY 4.0)https://download.geonames.org/export/dump/
- IGRF-14, NOAA NCEIhttps://www.ngdc.noaa.gov/IAGA/vmod/coeffs/igrf14coeffs.txt
- NASA POWER climatologyhttps://power.larc.nasa.gov/docs/services/api/temporal/climatology/
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.