Earth's electromagnetic pulse is currently in an elevated state, showing a return to calmer levels after a period of heightened intensity. The primary Schumann resonance frequencies are discernible, though some localized energetic events have recently occurred. Overall activity suggests a stable, yet responsive, global electromagnetic environment.
Updated 49 min ago
Solar Activity
431
Solar Wind
km/s
3.9
IMF Bz
northward nT
60%
Solar Flares
M-class · X: 10%
Live solar wind, magnetic field and flare data from NOAA Space Weather.
Earth's electromagnetic pulse has recently experienced a significant surge of intense activity, indicated by broad white and red signatures. Following this event, the Schumann resonance has settled...
The rightmost portion of the spectrogram shows a return to baseline conditions with thin, stable horizontal lines at the primary Schumann resonance frequencies. The PSD panel confirms moderate, wel...
At the rightmost edge, the ULF (purple) and ELF (pink) noise lines are positioned near the -60 dB to -70 dB range, indicating a return to baseline conditions. The 2nd Schumann resonance frequency (...
The rightmost portion of the spectrogram shows sustained, elevated power levels across the 5-40 Hz range. The PSD panel indicates broad, well-defined peaks at the fundamental and subsequent harmoni...
The rightmost portion of the chart shows persistent, high-intensity horizontal bands corresponding to the primary Schumann resonances. The overall color profile is dominated by yellow and pink, ind...
The spectrogram is entirely black, indicating no detectable electromagnetic activity or signal reception. The PSD panel on the right is also empty, confirming a lack of measurable power across all ...
Station Health
Tomsk, Russia
100%
ETNA, Sicily
100%
Cumiana, Piedmont
100%
Eskdalemuir, UK
100%
California, USA
100%
Alberta, Canada
100%
Meet the Stations
Tomsk
RU
Siberian Physical-Technical Institute, Tomsk State University
Tomsk, Russia (55.1°N, 82.9°E)
Continuously monitoring Schumann Resonance since 2005 with a custom receiver covering all five fundamental modes (7.83 to 33 Hz). The public spectrogram feed is one of the most widely referenced Schumann data sources worldwide.
Magnetic coil sensor positioned on the slopes of Mount Etna in Sicily. Exceptionally low anthropogenic noise combined with active volcanic geology makes this one of Europe's most distinctive Schumann observation sites.
Citizen-science VLF/ELF station in Piedmont, northern Italy, operated by Renato Romero (IK1QFK). Over two decades of continuous monitoring. The vlf.it data stream adds mid-latitude European coverage between ETNA and BGS Eskdalemuir.
Part of the British Geological Survey, Eskdalemuir has monitored Earth's geomagnetic field since 1908. One of the world's premier observatories, its ELF spectrogram data offers scientific-grade Schumann Resonance measurements with calibrated frequency and power axes.
HeartMath Institute's Global Coherence Initiative station in Boulder Creek, California. Part of a worldwide network studying the relationship between human health and Earth's magnetic fields. Provides daily 24-hour spectrograms of Schumann Resonance activity.
HeartMath Institute's Canadian monitoring station in Alberta. Together with the California site, it provides North American coverage for Schumann Resonance monitoring, enabling cross-validation between continents.
Conditions are expected to remain relatively stable over the next 24-72 hours, with the solar wind and IMF Bz in a favorable configuration. While there is a moderate probability of M-class solar flares, significant geomagnetic storm activity is not anticipated. The Kp forecast suggests a slight increase towards the end of the 72-hour period, which may lead to a gentle rise in Schumann resonance activity.
Wellness Tip
This is a good time to focus on grounding practices and mindful awareness to integrate the subtle shifts in Earth's energy.
