Geomagnetic: meaning, definitions and examples
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geomagnetic
[ ˈdʒiːəʊməɡˈnætɪk ]
magnetic field
Geomagnetic refers to the Earth's magnetic field and the variations in its magnetic properties. This term is frequently used in the context of geophysics and space weather. Geomagnetic phenomena include geomagnetic storms and the geomagnetic pole shift, which can have significant effects on technology and communication. The study of geomagnetic activity helps scientists understand Earth’s magnetic properties and its interaction with solar winds.
Synonyms
earth's magnetic, planetary magnetic.
Examples of usage
- Geomagnetic storms can disrupt satellite communications.
- Scientists monitor geomagnetic changes to forecast auroras.
- The geomagnetic field plays a crucial role in navigation.
- Geomagnetic reversals have occurred throughout Earth's history.
Translations
Translations of the word "geomagnetic" in other languages:
🇵🇹 geomagnético
🇮🇳 भू-चुम्बकीय
🇩🇪 geomagnetisch
🇮🇩 geomagnetik
🇺🇦 геомагнітний
🇵🇱 geomagnetyczny
🇯🇵 地磁気の
🇫🇷 géomagnétique
🇪🇸 geomagnético
🇹🇷 jeomanyetik
🇰🇷 지자기적인
🇸🇦 جيومغناطيسي
🇨🇿 geomagnetický
🇸🇰 geomagnetický
🇨🇳 地磁的
🇸🇮 geomagnetni
🇮🇸 geómagneskur
🇰🇿 геомагниттік
🇬🇪 გეომაგნიტური
🇦🇿 geomaqnit
🇲🇽 geomagnético
Etymology
The term 'geomagnetic' is derived from the prefix 'geo-' meaning 'earth' and the word 'magnetic,' which comes from the Latin word 'magnetis' meaning 'magnet.' The concept of the Earth's magnetic field has been studied since ancient times, with early navigators using compasses to orient themselves based on this invisible force. The modern understanding of geomagnetism began to develop in the 19th century, particularly with the work of scientists like Carl Friedrich Gauss and William Gilbert. Gauss's investigations into the magnetic field of Earth laid the groundwork for the quantitative study of geomagnetism. As technology advanced, the implications of geomagnetic variations became clear, influencing areas such as navigation, telegraphy, and satellite technology. The study of geomagnetism continues to evolve, especially with current research into its relationship with solar activity and its impact on Earth's environment.