At the present time rather diverse and interesting papers are published on\nthe basis of ground-based and satellite data of earth VLF/LF and ULF electromagnetic\n(EM) emissions observed during earthquake preparation period.\nThese phenomena are detectable both at laboratory and geological\nscale. Today in some seismic active countries of the world the network for\ncollecting VLF/LF electromagnetic emissions generated during the process\nof the earthquake preparation has been organized. Permanent monitoring of\nfrequency spectrum of earth VLF/LF electromagnetic emissions might turn\nout very useful with the view of prediction of large M greater than equal to 5 inland earthquakes.\nTo prove the prediction capabilities of earth electromagnetic emissions authors\nhave used avalanche-like unstable model of fault formation and an\nanalogous model of electromagnetic contour, synthesis of which, is rather\nharmonious. According to the opinion of the authors EM emissions observed\nduring earthquake preparation period are more universal and reliable than\nother earthquake indicators. In the presented paper, the possible methods of\nthe large earthquake prediction are offered on the base of the European Network\nof Electromagnetic Radiation (INFREP) data existent before Crete\nearthquake with M = 5.6 (25/05/2016, 08:36:13 UTC) earthquake. Offered\nmethods are capable of simultaneous determination of all three parameters\nnecessary for incoming M greater than equal to 5 inland large earthquake prediction (magnitude,\nepicenter and time of occurring) with certain accuracy.
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