A wide coronal hole, which is about 800,000 kilometers, is emerging on the surface of the sun. The region is eliminating high solar winds and is expected to reach the ground by January 31. Space weather experts have pointed out that this trend has the ability to create a minor geographical storm situation, which can increase and eural display in high longer areas. The opening of the sun’s magnetic field in this area allows the charged particles to escape in space at a speed of more than 500 km per second.

Solar winds and predictions of geographical storms

As if Reported Through Space.com, according to Space Weather.com data, Coronal Hole is expected to affect the earth’s magnetic area, which issued by the National Ocean and Environmental Administration (NOAA) Minor (G1) is a geographical storm. The system used by NOAA is the status of geographical storms from G1 (minor) to G5 (extreme). Although the expected storms are at the bottom of the scale, the growing activity of Aurora can be seen in areas near the poles.

Impact on the exposure of aurora

Solar air -charged particles interact with the earth’s magnetic field, interesting oxygen and nitrogen molecules in the environment. This reaction produces dynamic and varying, which is commonly seen as northern and southern light. A strong influx of these particles can lead to more severe and widespread and overwhelming activity. Although the effect of G -1 storms is usually limited, the fluctuations in space weather conditions can lead to variations.

Uncertainty in space weather forecast

Although geographical obstacles are predicted, it is difficult to predict with definite confidence in the space weather. Some geographical storm watches have the least impact, while others produce an unexpected increase in eural activity. For the latest information about the exhibition and solar activity trends on the real -time weather conditions and the latest information about the trends of “my aerora’s predictions and warnings” and “Space Weather Live” such as Can use captions.

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