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Title: A possible radio anomaly observed on the occasion of the MW=6.0 earthquake occurred in Dodecanese islands at the end of January 2020
Authors: Biagi, P.F.
Ermini, A.
Boudjada, M.
Eichelberger, GH.
Katzis, K.
Contadakis, M.
Skebelis, C.
Moldovan, I.
Bezzeghoud, M.
Nina, A.
Nico, G.
Keywords: radio anomaly
VLF/LF radio receivers
seismic activity
Fresnel ellipses
Issue Date: 3-Mar-2021
Publisher: Copernicus
Citation: 1. Biagi P.F., A. Ermini M. Boudjada, H. Eichelberger, K. Katzis, M. E. Contadakis, C. Skeberis, I. A. Moldovan, M. Bezzeghoud A. Nina, G. Nico, 2021, A possible radio anomaly observed on the occasion of the MW=6.0 earthquake occurred in Dodecanese islands at the end of January 2020, EGU21-1047, EGU General Assembly 202, egu21-1047
Abstract: Since 2009, several VLF/LF radio receivers have been installed throughout Europe in order to realize a European radio network for studying the radio precursors of earthquakes, called the INFREP network. The current network has nine VLF/LF receiving stations, two in Romania and Greece, one in Italy, Austria, Portugal, Cyprus, and Serbia. The receivers can measure with 1 min sampling rate the intensity of 10 radio signals in the band VLF (10-50 kHz) and LF (150-300 kHz). The scope of existing transmitters is manifold, e.g. they are used for radio broadcast (LF), for radio- navigation or time signals and mainly for military purposes in the VLF range. At the end of January 2020 an intense seismic crisis occurred in Dodecanese Islands; the main event (Mw= 6.0) occurred on January 30. This seismic activity occurred in the "sensitive" area of the INFREP network. The analysis of the data collected by INFREP receivers has revealed clear anomalies in three VLF signals appearing some days before the main earthquake. The anomalies appear in the trends collected by the Cyprus receiver and the epicenter is inside the 5th Fresnel ellipses defined by transmitters- receiver. Here we report the data analysis and we present in detail the anomalies. The possibility that they are precursors of the quoted earthquake seems significant.
EGU General Assembly 2021
Type: article
Appears in Collections:FIS - Artigos em Livros de Actas/Proceedings
ICT - Artigos em Livros de Actas/Proceedings

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