Short-term Earthquake Prediction Based on Seismic Precursory Electric  Signals Recorded on Ground Surface.

   
   
  CONTENTS
   

 

Preface.

1. 

Introduction.

2. 

Various topics in seismology tectonics pertaining to earthquake prediction.

3. 

Generation of seismic precursory electric signals.

4. 

Earthquake prognostic parameters determination.

4.1.

Time of EQ occurrence determination.

4.2. 

Epicenter area determination.

4.3. 

Magnitude determination.

5.  

Integrated examples from real EQs.

6. 

Implementation of the method.

7. 

Overall conclusions.

8.  

Other seismological topics. The Aegean microplate rotation.

9.

References.

10. 

Present network.

11. 

Monitoring network to be installed.

12. 

Hardware presentation

13. 

Data description contained in data files.

   
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11. MONITORING NETWORK TO BE INSTALLED.
 


   The experience which is obtained from the operation of the monitoring sites in PYR, ATH and HIO, almost after 4 year’s time, has shown that, preseismic, electrical signals can be detected at rather large distances, of the order of some hundreds of kilometers. Therefore, an evenly spaced network, allover Greece, requires (taking into account the Greek territory extent) nine (9) monitoring sites, the most.
   These future monitoring sites must be located in such a way, so that a group of three of them would comprise an array of almost E-W direction. Their location is presented in the following figure (11.1).

 


 

Fig. 11.1. Monitoring network scheduled to be installed in the future.


     The northern array will consist of KER, THE and EVR monitoring sites.

     The middle array is consisted of the already installed PYR, ATH and HIO monitoring sites.

     The southern array will consist of CRW, CRE and ROD monitoring sites.


   After the installation of the northern and southern part of the monitoring network (in the near future) the entire methodology will be fully testable.
   It is expected that the entire, monitoring network will be capable to detect any preseismic, electric signal which will be generated, from the focal area of any predictable strong earthquake, which could occur in the Greek territory (and neighborhood countries - Turkey, Bulgaria, FYROM, and Albania).