Anticipated Dates of Potent Magnetic Storms in July Revealed
With solar activity levels remaining normal for the first half of July, there is a forecast of strong geomagnetic disturbances approaching the end of the month. The Laboratory of X-ray Astronomy of the Sun of the Physical Institute of the Russian Academy of Sciences has predicted at least three magnetic storms in July, with one potentially reaching G2 levels or stronger [1].
For people with health issues, it is crucial to take precautionary steps to minimize the indirect effects of these events. Geomagnetic storms generally pose no direct threat to human health in terms of radiation exposure at ground level, but they can exacerbate symptoms for individuals with certain health conditions, especially those sensitive to weather or electromagnetic changes [2].
Staying informed is the first line of defence. Monitor space weather alerts and forecasts from reliable sources such as NOAA’s Space Weather Prediction Center and specialized apps like Meteoagent, which provide updates tailored for weather-sensitive individuals [3][4].
Preparing for power and communication disruptions is also essential. Keep battery-powered radios, flashlights, and extra batteries readily available in case of power outages [4]. Have offline maps and alternative communication methods ready if GPS or mobile networks go down, such as pre-downloaded information, walkie-talkies, or satellite phones [4]. If you rely on electrically powered medical devices, ensure you have backup power sources to maintain their operation during outages.
Creating a calm environment during geomagnetic storms can help reduce the impact on vulnerable individuals. Minimizing exposure to additional electromagnetic sources inside your home, maintaining a routine that supports relaxation, hydrating well, and avoiding stimulants that exacerbate symptoms can all contribute to a more comfortable experience [3].
Consulting healthcare providers is also advisable. Discuss with your doctor or specialist how to manage your health during geomagnetic storm periods, particularly if you have heart conditions or neurological sensitivities that can be affected by environmental stressors [3].
For those with severe health issues, it may be advisable to avoid high-altitude travel during strong geomagnetic storms due to increased radiation exposure risks at flight altitudes, as noted in aviation safety protocols [3].
In addition to these measures, having an emergency plan and a support network to assist during power outages or other disruptions is essential. Follow government and local authority alerts on infrastructure failures or emergency instructions related to geomagnetic storm impacts [4].
While strong magnetic storms mainly disrupt technology and infrastructure, taking these steps can help people with health issues minimize indirect effects and stay safe during such events. Stay informed, prepare for technological disruptions, maintain health routines, consult your healthcare provider, and have emergency plans in place to better survive strong geomagnetic storms if you have health vulnerabilities [3][4].
References: [1] The Laboratory of X-ray Astronomy of the Sun of the Physical Institute of the Russian Academy of Sciences [2] National Aeronautics and Space Administration (NASA) [3] NOAA’s Space Weather Prediction Center [4] Meteoagent (specialised app for weather-sensitive individuals)
- For individuals with health-and-wellness concerns, continuous monitoring of geomagnetic disturbances through reliable sources like NOAA’s Space Weather Prediction Center and Meteoagent can help in taking precautionary measures.
- Aside from staying informed, maintaining a calm environment during geomagnetic storms can help reduce the impact on vulnerable mental health, particularly for those who are sensitive to electromagnetic changes.
- In addition to previous steps, seeking advice from healthcare providers is important, especially for individuals with heart conditions or neurological sensitivities that might be affected by environmental stressors during geomagnetic storm periods.
