IASPEI - Picture Gallery

IUGG XXIV General Assembly July 2-13, 2007 Perugia, Italy
(S) - IASPEI - International Association of Seismology and Physics of the Earth's
Interior
JSS010 Poster presentation 2081
Earthquake Clouds
Prof. Ugur Kaynak
Dept.of Geophysics-Kou-Turkey Retired
Roland Karel
We decided to work about the earthquake clouds after the ionosphere investigations begin to announce
that there are some relationship between the ionosphere and lithosphere. These relationships are based
on the huge amount of electric discharges from surrounded strained rocks of a stressed fault zone. On
the other hand, the ionosphere affected from huge amount of the bearing particle coming from Sun by
the solar winds. This phenomenon also will affect the lithosphere but only by the induction effect to the
natural displacement currents. When the fault planes begin to emanate electrons to the lower
troposphere by the piezoelectric effect, the newer electrostatic forces of these electron clouds will
disturb the entire electric and magnetic systems located on the closed environments of it, until the
ejected electron clouds will be reabsorbed by the main capacitor of the earth. Just on this exaggerated
electron bearing condition of the lower troposphere, there may be two kind of coulombic bearing
earthquake clouds produced from lithosphere and induced ionosphere. The lower earthquake clouds
induced from the emanated electron clouds directly, called here as electrostatic earthquake clouds and
stratospheric ice clouds that known as jet-streams called ionic earthquakes clouds when they deviated
from their flying route because of their positive charges. Another earthquake clouds are the thermal
earthquakes clouds emanating of the water vapor and other gases. (Such as radon, argon, methane)
Their main gas and vapor ejections column namely tornado type earthquake clouds called first by the
Japanese investigators. Also there are normal thermal clouds produced by the volcanic craters, warm
tectonical lakes, hot water springs, and warm rivers streaming in the frozen territories. Because of these
abundant types of the thermal clouds, it is very difficult to distinguish the thermal earthquake clouds
from the normal one.
Keywords: electrostatic clouds, ionic earthquakes clouds, thermic earthquakes clouds