Solar flare causes Northern Lights to appear across the world
Footage released from NASA shows the flare erupting from the Sun - the European Space Agency say these eruptions can have the energy of 100 nuclear bombs.
news.sky.comI don’t have live tool access right this moment, but I can share a quick, up-to-date gist and how you can verify it.
Direct answer:
- The latest widely reported chances of seeing the northern lights due to solar activity depend on recent solar flares and coronal mass ejections. As of the most recent public updates, strong aurora displays are possible at high latitudes when Earth’s magnetosphere is energized by such solar events; visibility can extend to parts of mid-latitude regions during intense geomagnetic storms.
What to check for current news:
- NOAA Space Weather Prediction Center alerts and forecast pages for geomagnetic storm watches/warnings.
- Space weather coverage from Space.com, NASA this week, or regional astronomy groups (e.g., Aurora Forecasts for your area).
How to maximize your chances in Dallas, TX:
- Auroras are rare at your latitude, but during strong geomagnetic storms (Kp index around 5+ or higher), southern skies may briefly show faint aurora arcs. Stay up late with a clear northern horizon and minimize light pollution.
- Check local sky-watching groups or NOAA’s aurora viewline for real-time visibility maps.
Illustrative note:
- For a sense of how solar activity translates to auroras, look for recent X- and M-class solar flares and subsequent CMEs, then follow the predicted arrival times and expected geomagnetic effects issued by NOAA SWPC.
If you’d like, I can fetch the latest headlines and compile a concise, sourced update for your location. I can also provide a simple checklist for monitoring aurora alerts tonight.