• DC ELECTRIC FIELD AMPLIFICATION IN THE MID-LATITUDE IONOSPHERE OVER SEISMICALLY ACTIVE FAULTS 

  Sorokin V.M.; Yaschenko A.K.; Chmyrev V.M.; Hayakawa M. (2006)

  DC electric field in the ionosphere above seismically active regions can be formed in a process of external current insertion into the atmosphere–ionosphere electric circuit. This current arises as a result of convective ...
• PETSAMOMYCES, A NEW GENUS OF ORGANIC-WALLED MICROFOSSILS FROM THE COAL-BEARING DEPOSITS OF THE EARLY PROTEROZOIC, KOLA PENINSULA 

  Belova M.Yu.; Akhmedov A.M. (2006)

  A new genus of organic-walled microfossils of supposed fungal origin, Petsamomyces Belova gen. nov., is described from the black shales of the Pechenga complex of the Early Proterozoic (Kola Peninsula). The find testifies ...
• POLARIZATION METHOD TO DETECT THE CO-SEISMIC MAGNETIC OSCILLATIONS 

  Guglielmi A.; Hayakawa M.; Potapov A.; Tsegmed B. (2006)

  A method for detecting seismomagnetic signals is considered. These signals are generated during the course of the propagation of surface seismic Love wave from far earthquakes. Magnetic field vector of the seismomagnetic ...
• HIGH-FREQUENCY SEISMIC NOISE: RESULTS OF INVESTIGATION IN KAMCHATKA 

  Saltykov V.; Chebrov V.; Kugaenko Yu.; Sinitsyn V. (2006)

  The investigation of seismic noise in Kamchatka is carried out for the control of the medium stress condition and search of the strong earthquakes precursors. The main directions of this research are modulation of ...
• BADDELEYITE: A PROMISING GEOCHRONOMETER FOR ALKALINE AND BASIC MAGMATISM 

  Bayanova T.B. (2006)

  The paper is devoted to the history of the discovery, petrological and mineralogical characterization, and U-Pb dating of baddeleyite ZrO2, which was separated from various Archean, Proterozoic, and Paleozoic rocks from ...

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