Review of synergic meteor observations: linking the results from cameras, ionosondes, infrasound and seismic detectors

TL;DR

This paper reviews the integration of multiple meteor observation methods, such as cameras, ionosondes, infrasound, and seismic detectors, to enhance understanding of meteor phenomena and atmospheric interactions.

Contribution

It presents novel joint observational examples linking ionospheric effects to specific meteors and demonstrates the potential of combined methods for future discoveries.

Findings

High-altitude meteors recorded with optical cameras show ionospheric effects.

Daytime fireballs produce detectable infrasound and seismic signals.

Integrated observations can improve meteor and atmospheric science understanding.

Abstract

Joint evaluation of different meteor observation types support the better understanding of both the meteor phenomenon and the terrestrial atmosphere. Two types of examples are presented in this work, linking ionospheric effects to specific meteors, where almost one third of the meteors emerged at high altitudes were simultaneously recorded with an optical camera. Very few such observations have been realized yet. With a daytime fireball, the recorded infrasound effect and the atmospheric blast produced shock wave related small earthquakes were identified by a network of ground stations. The overview of these observational types highlights specific topics where substantial improvements and discoveries are expected in the near future.