Previous abstract|Graphical version|Text version|Next abstract

Session 8S - Space.
POSTER session, Thursday afternoon, November 14
Exhibit Hall - Concourse Level, Adam's Mark

[8S.31] Compatibility of Payload Equipment for Monitoring of the Seismoionospheric Precursors.*

Yu. Ya. Ruzhin, A.Kh. Depueva (IZMIRAN, Troitsk, Moscow Region, Russia), V. Stefan (Tesla Laboratories, Inc., La Jolla, CA 92038)

The earthquake prediction including precursors appearance and their detection on the Earth's surface and at ionospheric altitudes is a matter of high interest.^2 Present warning systems are based on ground-based monitoring data. Satellite monitoring represents, due to some well known advantages (global scale, continuous records, etc.) a significant progress in the area. It is shown that by means of one payload it is possible to monitor all main parameters of seismoionospheric precursors. The active methods and airglow imager are used for detection of anomalous plasma structure during a few days before first shock. Supported in part by Tesla Labs, Inc., La Jolla, CA 92038-2946. ^1Also with Tesla Labs, Inc., La Jolla, CA 92038-2946. ^2V. Stefan (Editor-in-Chief). Environmental Physics. Frontiers in Interdisciplinary Physics series of the La Jolla International School of Physics, The Institute for Advanced Physics Studies, La Jolla, CA (IAPS Press, La Jolla, 1996).

Part 8 of program listing