G2 Geomagnetic Storm May Bring Northern Lights to New York and Idaho
A fast stream of solar wind originating from a large coronal hole on the sun is expected to trigger moderate G2 geomagnetic storm conditions overnight from May 14 into May 15, 2026. According to NOAA's Space Weather Prediction Center, this space weather event could make the northern lights visible significantly farther south than usual, potentially reaching parts of the northern United States including New York, Idaho, Michigan, Minnesota, Montana, North Dakota, and Washington. The peak activity is forecasted between 11 p.m. and 2 a.m. EDT. While the storm enhances aurora chances, visibility remains dependent on local conditions such as cloud cover, darkness, and magnetic field responses. Experts advise observers in affected regions to seek dark sky locations away from city lights and look north. Smartphone cameras may help capture faint displays not easily seen by the naked eye. Elevated geomagnetic activity may persist into May 16 as the solar wind continues to interact with Earth's magnetic field, offering extended opportunities for stargazers in high-latitude areas to witness this natural phenomenon.
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G2 Geomagnetic Storm May Bring Northern Lights to New York and Idaho
A fast stream of solar wind originating from a large coronal hole on the sun is expected to trigger moderate G2 geomagnetic storm conditions overnight from May 14 into May 15, 2026. According to NOAA's Space Weather Prediction Center, this space weather event could make the northern lights visible significantly farther south than usual, potentially reaching parts of the northern United States including New York, Idaho, Michigan, Minnesota, Montana, North Dakota, and Washington. The peak activity is forecasted between 11 p.m. and 2 a.m. EDT. While the storm enhances aurora chances, visibility remains dependent on local conditions such as cloud cover, darkness, and magnetic field responses. Experts advise observers in affected regions to seek dark sky locations away from city lights and look north. Smartphone cameras may help capture faint displays not easily seen by the naked eye. Elevated geomagnetic activity may persist into May 16 as the solar wind continues to interact with Earth's magnetic field, offering extended opportunities for stargazers in high-latitude areas to witness this natural phenomenon.