Intense Magnetic Disturbance Occurs in Krasnodar Region on May 17th
Light Show on Earth's Horizon and Minor Disruptions Ahead, Alerts Mikhail Leus
Proclaimed expert at the "Phoebus" Weather Center, Mikhail Leus, announced over the weekend that Earth experienced a G2 geomagnetic storm.
According to his insights, an evening shift from a new coronal hole on the Sun impacted Earth's magnetosphere. "Once midnight hit, adjustments to the interplanetary magnetic field components triggered minor hiccups in Earth's magnetosphere," Leus reported via Telegram. "These disruptions escalated post-3:00 AM, surging to a moderate geomagnetic storm magnitude G2."
Weather centers around the globe predict that our planet will stay in the path of a swift, dense solar wind flow, lasting till Monday at least.
"During this period, Earth's magnetic field is expected to maintain an unsettled state, with brief instances of magnetic storms, mostly of minimal intensity, class G1," Leus revealed.
The public can monitor magnetic storm activity on the website of the Laboratory of Solar Astronomy of the ICI and ISZF.
Even during these weak storms, individuals sensitive to weather may experience increased headaches and fatigue, and circulation problems may occur. Medical professionals advise taking extra precautions during these spells.
-- checking the effects of G2 geomagnetic storms --
A G2 storm can manifest captivating auroras at lower latitudes, providing a mesmerizing sight of the Northern or Southern Lights. This occurs due to charged solar particles interacting with Earth's atmosphere.
These storms might also trigger minor radio blackouts, impacting high-frequency radio communications, particularly in the polar regions. Furthermore, a G2 storm can potentially disrupt power grids, satellite systems, navigation systems, and technologies reliant on precise magnetic readings, albeit to a lesser extent compared to stronger storms.
When it comes to a G2 storm's biological impact, ongoing research is verifying whether geomagnetic activity influences human health by altering the Earth's magnetic field, potentially affecting biological rhythms.
-- the duration of a G2 geomagnetic storm --
The longevity of geomagnetic storms varies, usually ranging from a few hours to a couple of days. The specifics rely on the extended interaction between the solar wind and Earth's magnetic field. In instances similar to this one involving an extended coronal hole, the storm can persist for about two days. However, the duration can fluctuate depending on the durability and intensity of the solar wind flow.
For exact details about particular storms, such as duration, consult the Space Weather Prediction Center (SWPC) at NOAA for the most recent forecasts and alerts.
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The G2 geomagnetic storm, as reported by Mikhail Leus, is not only causing minor disruptions in Earth's magnetosphere but also potentially influencing human health, particularly for individuals sensitive to weather. Ongoing research is exploring the impact of geomagnetic activity on human health, possibly altering biological rhythms.
In the realm of science, this G2 geomagnetic storm might also impact health-and-wellness, Space-and-Astronomy, and health-related technologies that rely on precise magnetic readings. Meanwhile, in the realm of health-and-wellness, one might experience increased headaches, fatigue, and circulation problems during these storms, as per medical professionals.
