On the Method of Analysis for Earthquake Forecasting

Authors

  • Nikola Solarić Geodetski fakultet, Zagreb, Hrvatska
  • Miljenko Solarić Geodetski fakultet, Zagreb, Hrvatska
  • Đuro Barković Geodetski fakultet, Zagreb, Hrvatska
  • Mladen Zrinjski Geodetski fakultet, Zagreb, Hrvatska
  • Zlatko Bogdanovski Civil Engineering Skopje, S. Makedonija
  • Sasha Dimevski Civil Engineering Skopje, S. Makedonija
  • A. Postalovski Civil Engineering Skopje, S. Makedonija

DOI:

https://doi.org/10.14738/aivp.123.17043

Keywords:

GNSS (are global navigation satellite system), GPS (USA Global Navigation system), GLONASS (Russian Global Navigation Satellite System), GALILEO (European global navigation system), COMPAS (Chinese global navigation system)

Abstract

Today, larges and compressions of terrain can be measured very precisely using satellites of the GNSS (global navigation satellite system). GNSS consists of GPS (USA) (Fig. 1.), GLONASS (Russian), GALILEO (European), and COMPAS (Chinese) system. GPS global positioning system) satellites orbit (Fig.2.) the Earth at an altitude of 20,200 km from the Earth’s surface in six orbital planes, so that the GPS receiver on Earth can always receive signals from at least four satellites.

References

Solaric N., Solaric M. (2012): Prijedlog da se u Zagrebu i okolici uz CROPOS-ove stanice postavi nekoliko GPS (GNSS) permanentnih stanica za geodinamiku i moguću najavu većeg zemljotresa u slijedećem periodu vremena (Proposal for Zagreb and Surroundings a few GNSS permanent stations for geodynamics and possibility the announcement of larger earthquake in the future period), Geodetski list, Vol. 66 (92, 149-164(Croatia). http://hrcak.srce.hr/95827.

Solaric N., Solaric M., Pejakovic M. (2017): Dva dana prije potresa u Drežnici 2013. godine došlo je do kompresije terena (Two days before the Earthquake in Dreznica 2013 there has been compression of terrain), Geodetski list, Vol. 71 (94), No. 3, 203-214. (Croatia) https://hrcak.srce.hr/index.php?show=clanak&id

Solaric N., Solaric M., Bogdanovski Z., Dimeski S. (2018): Three days before the Earthquake in Skopje there was a compression of the Earth's crust, Geodetski list, Vol. 72 (95), No. 1, 15-35 (2018), https://hrcak.srce.hr/200222.

Solaric N., Solaric M. (2020): Proposal for Zagreb and Surroundings a few GNSS permanent stations for geodynamics and possibility the announcement of larger earthquake in the future period), Geodetski list, Vol. 66 (92, 149164 (Croatia). http://hrcak.srce.hr/95827.

We have a reviewed chapter of the book published in Intechopen.com. The Possibility of Earthquake Forecasting, A Few Days before the Earthquake using GNSS Satellites, WRITTEN BY Nikola Solarić and Miljenko Solarić the Possibility of Earthquake Forecasting, a Few Days before the Earthquake Using GNSS Satellites, December 2022

In book: Earthquakes - Recent Advances, New Perspectives and Applications [Working Title] OI: 10.5772/intechopen.10884 Reviver Dr Walter Salazar write „The Chapter written by Solaric brothers present a fantastic application of GPS satellites for, analysing the distance changes amongst different Earth stations before and after an occurrence”. Hower, I would like to write soma comments that might improve the quality of the manuscript.

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Published

2024-06-13

How to Cite

Solarić, N., Solarić, M., Barković, Đuro, Zrinjski, M., Bogdanovski, Z., Dimevski, S., & Postalovski, A. (2024). On the Method of Analysis for Earthquake Forecasting. European Journal of Applied Sciences, 12(3), 324–337. https://doi.org/10.14738/aivp.123.17043