BIBLIOGRAPHY

Alimov, O.A. M.B.Gokhberg, E.V. Liperovskaia, I.L. Gufeld, V.
Liperovsky, L.N. Roubtsov, 1989, Anomalous characteristics of the
middle latitude Es layer before earthquakes, Physics of the Earth
and Planetary Interiors, 57, 76-81.

Bahcall, J. N., A. Dar, and T Piran, 1987, Neutrinos from the
recent LMC supernova, Nature, 326, 135-136.

Bai, T. and P. A. Sturrock, 1991, The 154-day and related
periodicities of solar activity as subharmonics of a fundamental
period, Nature, 350, 141-143.

Balbachan, M. Ya, and E. I Parkhomenko, 1983, Electret Effect
during rupture of Rocks, Isvestiya, Physics of the Solid Earth, 19,
661-665.

Balbachan, M. Ya, and I.S. Tomashevskaya, 1987, Change in Rock
Strength as a result of Mechanical Induction of Charges, Doklady
Akademii Nauk, SSR, 296, 1085-1089.

Bauer, L.A., 1902, Magnetic Disturbance at time of Eruption of Mont
Pelee, Science, 15, 873.

Bell, B. 1963, Geomagnetic activity and major solar flares,
Advances in Astronautical sciences, New York, Plenum Press Vol. 8
92-102.

Bernard, P., 1938, Solar cycle in microseismic disturbance, Comptes
Rendes, 206, 1585-1598.

Bernardi, A., A. C. Fraser-Smith, P.R. McGill and O.G. Villard,
Jr., 1991, Phys. Earth and Planet. Int. 68, 45-63.

Bogolepav, A., 1989, Periodicity of Volcanic eruptions, Soc. Nat.
Moscow Bull, 23, 19-38.

Boshi, E. and M. Dragoni, 1985, Fractures due to free oscillations
of the earth. Nuovo, Cimento, 8(3), 301.

Brady, B.T. and G. A. Rowell, 1986, Laboratory investigation of the
electrodynamics of rock fracture, Nature (London, 312, 29.

Briner, S. 1964, Piezomagnetic effect at the time of local
earthquakes, Nature, 202, 790-791.

Byerly, P. 1942, Seismology, Prentice-Hall, New York, p 76.

Comptes rendus de l'Academid des Sciences, 1926, Note aux cette
eruption d'une importance exceptionelle, 13-14 Octobre, 1926, 183,
701.

Corliss, William R., 1983, Unidentified Tides, Unidentified Sounds
and related phenomena - A catalog of Geophysical Anomalies, The
Source book project, p 137.

Crampin, S. 1987, The geological and Industrial implications of
extensive dilatancy anisotropy, GS report No 300, British
Geological Survey, 1987.

Creamer, F. H., 1987, A Method to predict a large earthquake in an
aftershock sequence, Masters thesis, Georgia Institute of
Technology, Dept. Geophysical Sciences, 87pp.

Cress, G. O., B. T. Brady and A. A. Rowell, 1987, Sources of
electromagnetic radiation from fracture of rock samples in the
laboratory, Geophys. Res. Lett, 14(4), 331-334.

Currie, R. G., 1980, Detection of the 11-year sunspot cycle signal
in the Earth's rotation, Geophys. Jour. R. Astron. Soc. 61, 131-
140.

Czechoslovak Academy of Sciences, Geophysical Institute, 1960-1988,
Results of Geomagnetic and Earth Current Measurements made at
Observatories of Pruhonice and Budkov, Ed: M. Konecny, K. Bodlak,
J. Subrt.

Dahlen, F.A., 1968, The normal modes of a rotating, elliptical
earth, Geophys. J. R. str. Soc, 16, 329-367.

Dahlen, F.A. and R.V. Sailor, 1979, Rotational and elliptical
splitting of the free oscillations of the Earth, Geophys. J. R.
astr. soc. 58, 609-623.

Danja, A., 1960, Variations in the rotations of the earth
associated with solar flares of Feb 23, 1956 and July 10-14-16,
1959, In: July 1959 Events symposium, Helsinki, 1960, p 5-7.

Danja, A. 1962, Terrestrial rotation and the quiet sun, C., R.
Acad. Sci. France 254 (17), 3058-3066.

Davison, C., 1933, Eleven Year period of earthquake frequency, Phil
Mag., 15, 1085-1088.

Davison, C., 1939, Studies on the periodicities of Earthquakes,
Thomas Murby and Co. London, B. C. 131 pp.

Derr, John S., 1973, Earthquake Lights: A review of Observations
and Present theories, Bull. Seism. Soc. Am., 63, 2177-2187.

Derr, J. S. and Persinger, M. A., 1986, Lunimous phenomena and
earthquakes in southern Washington, Experim. Sci, 5, 991-999.

Djurovic, D. 1985, Secular and decade fluctuations of the
geomagnetic field and the universal time (UTI), Bull. Astron. Inst.
Czech, 36, 246-250.

Fishcova, L.M., M. B. Gohkberg and V. A. Pilipenko, 1985, The
Relationship between night airglow and seismic activity, Ann.
Geophys., 3, 689-694.

Gadzhiev, Y.A., R. M. Dadeshev, A. G. Sapunov, 1985, Mud Volcano
eruption periodicity and sun activity, Dokl. Adad. Nauk. SSR
41(11), 38-42.

Gershenzon, N. I, M. N. B. Gokhberg, V. A. Morgunov and V. N.
Nikolayevskiy, 1987, Sources of Electromagnetic Emissions preceding
seismic events. Izvestiya, Phys. Solid EArth,m 23, 96-101.

Gershenzon, N.I., M. B. Gokhberg, A.V. Karakin, N.V.
Petviashvili,and A. L. Rykunov, 1989, Modelling the connection
between earthquake processes and crustal electromagnetic emission,
Physics of the Earth and Planetary Interiors, 57, 129-138.

Gokhberg, M. B., V.A. Morgounov, T Yoshino and I. Tomizawa, 1982,
Experimental measurement of electromagnetic emissions possible
related to earthquakes in Japan, J. Geophys. Res, 87(B9), 7824-
7828.

Gokhberg, M.B, N. I. Gershenson, I. L. Gufeld, A. V. Liperovsky and
S. S. Khusameddinov, 1984, Possible effects of the action of
electric fields of seismic origin on the ionosphere, Geomagn.
Aeronom. 24, 183-186.

Gokhberg, M.B., I. L. Gufeld, V. F. Marenko, Ye. A. Ponomarev and
A. A. Rozhnoy, 1987, Studies of Perturbations of Natural and
Artificial electromagnetic fields of seismic origin, Izvestiry,
Physics of Solid Earth, 23, 102-107.

Goldstein, S. J., 1985, On the Slow changes in the Earth's
rotation, Astron. Jour. 90, 1900-1905.

Goode, Philip R., and W. A. Dziembowski, 1991, Solar-cycle
dependence of the Sun's deep internal rotation shown by
helioseismology, Nature, 349, 223-225.

Goupheld, L. L., E. V. Liperovskaya, F. T. Shalima, 1987, On the
mechanism of radiation from the Earth's Sand structure during
transitional states, XIX IUGG General Assembly.

Grigoryev, A. I., N. I. Gershenzon and M. B. Gokkhberg, 1989,
Parametric instability of water drops in an electric field as a
possible mechanism for luminous phenomena accompanying earthquakes,
Physics of the Earth and Planet. Int. 57, 139-143.

Greene, Gary E., 1973, Sources of Natural Infrasound, EOS, 54, 290.

Guberman, Sh. A., 1981, D-waves and earthquake forecasting, Comput.
Seis., 13, 22-27.

Guberman, Sh. A. and I. M. Rotvayn, 1986, Verifying Predictions for
the locations of large earthquakes (1974-1984), Izvestiya, Earth
Physics, 22, 1022-1024.

Gutenberg, B. and C. F. Richter, 1949, Seismicity of the Earth and
Associated Phenomena, Princeton University Press, Princeton N. J.

Habe, R. H., and W. S. Wyner, 1979, Earthquake lights and related
occurrences, possible mechanisms and variables involved, EOS,
Trans. A. Geophys. U., 60, 738.

Habermann, R. E. 1987, Man-Made changes of Seismicity rates, Bull.
Seism. Soc. Am, 77, 141-159.

Habermann, R. E., and L. S. Whiteside, 1989, The seismic quiescence
prior to the 1978 Oaxaca Mexico Earthquake is not a precursor to
the earthquake, 1989 ISASPEI General Assembly.

Hagakawa, Masashi, Ryusuke Kawate, Oleg A. Molchanov and Kiyohumi
Yumoto, 1997, Results of ultra-low-frequency magnetic field
measurements during the Guam earthquake of 8 August, 1993.
Unpublished manuscript.

Hendenvari, R. Nosztiozios, Z., 1985, Recent results concerning
earthquake lights, Ann. Geophys. 3(6), 705-708.

Hines, C. O. and I. Halevy, 1977, On the reality and nature of a
certain sun-weather correlation, Jour. Atmosphere. Science, 34,
382-404.

Hollister, J. C. and R. J. Weaver, 1968, Geophysical and Geological
studies of the relationships between the Denver Earthquakes and the
Rocky Mountain wells, Quat. Colo. Sch. Mines, Colo. Sch. Mines.

Hughes, David W., 1975, Noisy Meteors, Nature, 254, 384.

Ichimoto, K. J. Kubota, M. Suzuki, I. Tohmura and H. Kurokawa,
1985, Periodic behavior of solar flare activity, Nature, 316, 422-
425.

Iijima, S. N. Matsunami, S. Okazaku, 1964, On the abrupt changes in
the earth's rotation at the beginning of 1963., Ann. Tokyo Astron.
Obs, 8(4), 205-217.

International Astronomical Union, 1916-1950, Bulletin for Character
Figures for Solar Phenomena, Annual Bulletin.

International Astronomical Union, 1940-1997, Quarterly Bulletin of
Solar Activity.

International Seismological Centre, 1916-1998, Catalogue of events
and associated observations, Bulletin of the Seismological Center,
Edinburgh, Scotland, U.K.

Ismail-Zade, T. A. Ye. A. Lyubimova, A. Sh. Mukhtarov, Z. Z.
Sultanova and F. V. Firsov, 1982, Temperature variation in a
seismically Active region from observations in Hydrological
Boreholes, Izv. Phys. Solid Earth, 13(9), 696-700.

Kagan, Y.Y. and D. D. Jackson, 1991, Long-term earthquake
clustering, Geophys. J. Int., 104, 117-133.

Kalinin, Yu and V. M. Kisselev, 1980, Solar dependence and
prediction of seismic activity of the earth, In: R. Donneley *ed.)
International Solar-Terrestrial Predictions Proceedings Vol. 2.
U.S. Dept of Commerce.

Kisselev, V. M., 1981, Solar activity, tidal friction and the
earth's rotation over the last two millennia, Astron. Ah. 58(3),
590-596.

Kouvellotou, C., J. van Paradiji, O. J. Fishman, M.S. Briggs, J.
Kammers, B. A. Marmon, C. A. Meegan and W. H. G. Lwein, 1996, A new
type of transient high-energy source in the direction of the
galactic centre, Nature, 379, 799-801.

Larinov, V. A., 1983, The connection between geomagnetic field
changes and the earth's surface deformation, Izd. Nauk, 142-143.

Lin, R.P. 1994, Exploring the Enigma of Solar Energetic Particles,
EOS, Transactions AGU, 75(40), 457-465.

Linde, A. T. I. S. Sacks, M. J. S. Johnston, D. P. Hill and R.
Bilham, 1994, Increased pressure from rising bubbles as a mechanism
for remotely triggered seismicity, Nature, 371, 408-410.

Meeus, J., 1976, Solar Activity and Earthquakes, Ciel and Terre,
92(4), 2570267.

Noszticzius, Z. 1979, A possible explanation for the origin of
earthquake lights, Bull. Seism. Soc. Am. 69(5), 1629.

Odinets, M.G. 1985, Statistical analysis of a sequence of
earthquakes of the Far East and Central Asia, Izv. Acad. Sc. USSR,
Phys. Solid Earth, 19(8), 597-602.

Ostman, Bo, 1967, Studies of the recovery part of cosmic ray
storms, Arkiv for Geofysik, Bank 5 nr 25, 387-399.

Paul, M., 1950, Contribution to the problem of solar influence on
geophysical events. Geofis. Pure. Appl. 17, 13-36.

Rieger, R., G. H. Share, D. J. Forrest, G. Kanbach, C. Reppin and
E. L. Chupp, 1984, A 154-day periodicity in the occurrence of hard
solar flares?, Nature, 312, 623-625.

Robbins, R. W., 1983, An analysis of cycles in the sunspot data,
Cycles, Sept - Oct. 1983, 187-192.

Roldugin, V. K., 1967, Recurrence of auroral bursts, Geomagn &
Aeron. 7(6), 907-909.

Roult, G., B. Romanowicz, and J. P. Montagner, 1990, 3-D upper
mantle shear velocity and attenuation from fundamental mode free
oscillation data, Geophys. J. Int. 101, 61-80.

Sabbata, de. V., and R. Rizzati, 1977, A relation between
periodicity of earthquakes and the variation of the gravitational
constant, Lett. Nuovo, Cim, 20(2), 117-120.

Sadeh, D. S., 1975, Periodic solar effects on earthquake
occurrence, J. Geophys. Res. 80(20), 3375-3380.

Severny, A.B., V. A. Kotov, and T. T. Tsap, 1984, Power Spectrum of
long-period solar oscillations and 160-min. pulsations during 1974-
82, Nature, 307, 247-249.

Shova, D. J. 1955, The sunspot cycle, 649 B. C. to A. D. 2000, J.
Geophys. Res, 60, 127-180.

Simpson, J.C., 1968, Solar Activity as a Triggering mechanism for
Earthquakes, Earth and Planetary Sci. Lett., 3, 417-425.

Singh, Surendra, 1978, Geomagnetic Activity and Microearthquakes,
Bull. Seism. Soc. Am, 68(5), 1533-1535.

Smithsonian Institution, 1987, SEAN Bulletin, 12(2).
Sturtevant, B., H. Kanamori and E. E. Brodsky, 1996, Seismic
triggering by rectified diffusion in geothermal systems, Jorn.
Geophys. Res., 101, 26269-25282.

Sobakar, G. T. V. I. Deineko, 1978, Space-time correlations between
gravity, quasi periodic variations, solar activity, earthquake
energy and Earth's crustal structure. Geofiz. 82, 3-8.

Sytimski, A. D. 1979, On a solar-atmosphere effect during strong
earthquakes, Dokl. Adak Nauk. SSR, 245(6), 1337-1340.

Tamrazjan, G. P., 1963, The presence of pulsations of the earth
connected in time with solar activity, Dolk. Akad. Nauk. SSR,
147(6), 1361-1364.

Tamrazjan, G. P., 1968, Principle regularities in the distribution
of major earthquakes relative to solar and lunar tides and other
cosmic forces, Icarus, 9(3), 574-592.

Terada, T., 1931, Luminous phenomena accompanying earthquakes,
Tokyo Univ. earthq. Inst. Bull. 9, 225-255.

Treadwell, F. 1974, Ionospheric disturbance before earthquake in
Hawaii, Cycles, 1974, 71.

Tserning, C. C. and C. C. Goad, 1985, Correlation between time
dependent variations of doppler determined height and sunspot
number, J. Geophys. Res. 90 (B6), 4589-4596.

Stern, David, P. 1977, Large-scale Electric Fields in the Earth's
Magnetosphere, Reviews of Geophys. and Space Physics, 15(2), 156-
194.

Svensmark, Henrik, and Eigil Eriis-Christensen, 1996, Variation of
Cosmic Ray Flux and Global Cloud Coverage - A missing link in solar
Climate relationships, Danish Meteorlogical Institute, Scientific
Report 96-6. 15pp.

Tryggvason, E., 1995, Optical leveling tilt stations in the
vicinity of Krafka and the Krafka Fissure swarm, Nordic
Volcanological Institute, 9505, University of Iceland.

U.S. Department of Commerce, 1980-1999, Solar Geophysical Data
prompt reports, NOAA, National Geophysical Data Center.

Walker, D. A., 1996, Temporal Clustering of large rare earthquakes,
J. Phys. Earth, 44, 205-213.

Williams, D. J., 1983, The Earth's ring current, Space Sci. Review,
Mar 1983, 223-234.

Xanthalis, J. 1982, Possible periodicities of the annually
released global seismic energy (M>7.9) during the period 1898-1971.
Tectonophysics 81, T7-T14.