Planetary vs Schumann Info Live

Track the planetary K-index (Kp) — the standard measure of global geomagnetic activity. Planetary K-Index shows live Kp from NOAA, official charts from GFZ Helmholtz Centre for Geosciences, and related space-weather products so you can see quiet conditions, active periods, and geomagnetic storms at a glance. WHAT YOU GET • Kp — estimated planetary K-index with scrubbable bars, conditions, and a 24-hour forecast • NOAA — station K & A indices, Boulder magnetometer, geospace, ACE, and aurora maps • Europe · GFZ — official Kp nowcast charts, Hp30, daily plots, Bartels diagram, plus Poland INTERMAGNET magnetograms (Belsk & Hel) • Pull to refresh on live data and chart screens WHY Kp MATTERS The K-index (and planetary Kp) characterizes disturbances in Earth’s magnetic field. Space weather agencies use it for geomagnetic alerts and warnings. Higher Kp values mean stronger activity — and better chances of aurora at lower latitudes during storms. FROM THE MAKERS OF QUICK SCHUMANN CHECK A focused companion for people who follow Kp, geomagnetic storms, and space weather — without the clutter. Data courtesy of NOAA SWPC, GFZ Helmholtz Centre for Geosciences, and IGF PAS (INTERMAGNET).

Real-time data directly from our station in Tallinn! All important information at a glance 3x Zoom Informational texts Share your observations with friends Automatic updates of the graphs Schumann resonances, frequencies, amplitudes, qualities Real-time data Schumann Resonance App In progress: Historical data Jonas and Matas, two students from Lithuania, built a measurement device in their free time based on a Russian model. This device captures the Schumann frequency and its oscillation modes, making the data available worldwide. With great enthusiasm and support from Chinese students, who helped set up the second station in China, two stations are now operational: one in Lithuania and one in China. The measurement data is made publicly accessible, but without any guarantee, as the two are still inexperienced and may not have built all components of the device correctly. Their goal is to spark interest in frequency measurements through their work and contribute to international collaboration. The measurement data from Tallinn is included; data from China (Jinchang) can be booked at an affordable price.