AuroraMeteo

G2Peak 10 June 2003 at 06:00 UTC

Northern Lights on 10 June 2003 (Kp 5.7): Where They Were Visible

Kp reached 5.7. At that level the edge of the auroral oval reaches about 55.2° magnetic latitude, so the aurora could be seen low on the horizon down to roughly 50.7°. Activity stayed at storm level (Kp 5 or more) for 3 hours.

03579 G1 G3 Mon 9 Jun 06:00 UTC · Kp 3.33 Mon 9 Jun 09:00 UTC · Kp 4.00 Mon 9 Jun 12:00 UTC · Kp 3.00 Mon 9 Jun 15:00 UTC · Kp 3.67 Mon 9 Jun 18:00 UTC · Kp 4.33 Mon 9 Jun 21:00 UTC · Kp 6.00 Tue 10 Jun 00:00 UTC · Kp 3.67 Tue 10 Jun 03:00 UTC · Kp 2.33 Tue 10 Jun 06:00 UTC · Kp 5.67 Tue 10 Jun 09:00 UTC · Kp 4.00 Tue 10 Jun 12:00 UTC · Kp 3.00 Tue 10 Jun 15:00 UTC · Kp 3.33 Tue 10 Jun 18:00 UTC · Kp 3.33 Tue 10 Jun 21:00 UTC · Kp 3.00 Wed 11 Jun 00:00 UTC · Kp 2.33 Wed 11 Jun 03:00 UTC · Kp 3.00 Wed 11 Jun 06:00 UTC · Kp 3.33 Tue 10 JunWed 11 Jun
Kp 0–3 Kp 4 Kp 5–6 (G1–G2) Kp 7+ (G3+) Times in UTC; faded bars are forecasts.

Three-hourly Kp from GFZ, one day either side of the storm.

Where the aurora could be seen

939 towns on our list had enough activity while it was dark there. Cloud cover is not included.

CountryPlacesExamplesFurthest from the pole
United States 568 Seattle, Detroit, Milwaukee, Minneapolis Cedar Rapids
Canada 360 Toronto, Montreal, Calgary, Ottawa LaSalle
New Zealand 9 Dunedin, Invercargill, Mosgiel, Wānaka Wānaka
Australia 2 Bruny Island (Alonnah), Southport / Cockle Creek Bruny Island (Alonnah)
Based on each place's Kp threshold (terrain included) and the Sun's position during each 3-hour Kp block.

Whether the aurora was actually seen also depended on the weather. Use this as a guide to where it was possible.

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