SUMMARY
The discussion confirms that lightning in the tropics contributes to the creation of AC, DC, and neutral fields/currents in the Earth, primarily through the ionospheric layer's electrical conductivity. Thunderstorms function as giant Van de Graaff generators, charging the ionosphere and creating a constant electric field across the Earth's surface. The Schumann Resonance phenomenon, linked to low-frequency atmospheric electromagnetic waves produced by lightning, is also highlighted as an area of interest. Additionally, a continuous influx of charged particles, including dust and precipitation, contributes to the Earth's net positive charge, with an average worldwide current flow of approximately 1800 amps.
PREREQUISITES
- Understanding of ionospheric conductivity
- Familiarity with Van de Graaff generators
- Knowledge of Schumann Resonance
- Basic principles of atmospheric electricity
NEXT STEPS
- Research the mechanisms of Schumann Resonance and its implications in atmospheric science
- Explore the role of thunderstorms in atmospheric electricity generation
- Investigate the relationship between atmospheric electromagnetic fields and biological systems
- Study the impact of charged particles on Earth's electrical balance
USEFUL FOR
Atmospheric scientists, electrical engineers, environmental researchers, and anyone interested in the interactions between lightning, atmospheric electricity, and Earth's electromagnetic fields.