V|1979:1||Bibliography of seismology. 1979 January-June|ISC:15:1:1980 J|0001|Teisseyre,R.|Relation between the defect distribution and stresses. The glacier motion|With Polish abstract|Acta geophys. pol.:26:4:1978:283-290|Dislocation+Dilatancy J|0002|Dey,S.K.+Sengupta,P.R.|Effects of anisotropy on surface waves under the influence of gravity|With Polish abstract|Acta geophys. pol.:26:4:1978:291-298|Homogeneous medium+Rayleigh wave+Stoneley wave+Love wave J|0003|Acharya,D.P.+Sengupta,P.R.|Magneto-thermo-elastic surface waves in initially stressed conducting media|With Polish abstract|Acta geophys. pol.:26:4:1978:299-311|Magnetothermoelasticity+Rayleigh wave+Love wave+Stoneley wave+Magnetic field J|0004|Grad,M.+Perchuc,E.|Determination of the parameters of diffracted wave travel-times using the t2(x,t) method|With Polish abstract|Acta geophys. pol.:26:4:1978:313-319|Homogeneous medium J|0005|Guterch,B.+Sobotova,C.|Station correction for Cracow (KRA) in the Eurasian homogeneous magnitude system for PV waves|With Polish abstract|Acta geophys. pol.:26:4:1978:321-325|Magnitude+Krakow+Poland+Europe+Asia+PV-wave J|0006|Gibowicz,S.J.+Bober,A.+Cichowicz,A.+Droste,Z.+|Source study of the Lubin, Poland tremor of 24 March 1977|With Polish abstract|Acta geophys. pol.:27:1:1979:3-38|||#*LUBIN J|0007|Gibowicz,S.J.|Space and time variations of the frequency-magnitude relation for mining tremors in the Szombierki coal mine in Upper Silesia, Poland|With Polish abstract|Acta geophys. pol.:27:1:1979:39-49|Spatial variation+Temporal variation J|0008|Kebeasy,R.M.+Albert,R.N.H.+Fahim,M.+Ibrahim,S.D.|Frequency dependent energy and magnitude of earthquakes and under-ground nuclear explosions|With Polish abstract|Acta geophys. pol.:27:1:1979:51-57|Discrimination+USSR+China+Underground nuclear explosion+1973-1975+Helwan+Shallow-focus earthquake+Egypt J|0009|Maiti,N.C.|Note on the motion from seismic sources|With Polish abstract|Acta geophys. pol.:27:1:1979:59-70|SV-wave+Displacement J|0010|De,S.|Errata to ``Problem of surface waves in crystalline media. 2''||Acta geophys. pol.:27:2:1979:159|Love wave+Rayleigh wave+Stoneley wave J|0011|Lu,Z-X.+Fang,C-L.+Shi,Z-T.+Zhang,M-S.|Variation of the gravitational field and the Haicheng earthquake|In Chinese with English abstract|Acta geophys. sin.:21:1:1978:1-8|China+1975+Gravitational anomaly||#*HAICHENG J|0012|Liu,Y-L.+Wang,Q-S.+Zhao,J-H.|Preliminary study from gravimetric data of the crustal structure of the Peking-Tientsin region and neighbouring regions|In Chinese with English abstract|Acta geophys. sin.:21:1:1978:9-17|Mohorovicic discontinuity+China+Seismicity+Tectonics J|0013|Qi,G-Z.|The magnetic effect of dilatancy|In Chinese with English abstract|Acta geophys. sin.:21:1:1978:18-33|Geomagnetism+Rock mechanics J|0014|Chen,P-S.+Zhuo,Y-R.+Jin,Y.+Wang,Z-G.+|Stress field in the Peking-Tientsin-T'ang-shan-Zhangjiakou region before and after the T'ang-shan earthquake, 28 July 1976|In Chinese with English abstract|Acta geophys. sin.:21:1:1978:34-58|China+Focal mechanism+Rock mechanics+Precursor+Aftershock||#*TANGSHAN J|0015|Zheng,Z-Z.+Hu,Z-C.|Spatial and temporal variations of the average dislocation before and after large earthquakes|In Chinese with English abstract|Acta geophys. sin.:21:1:1978:59-66|Rock mechanics+Aftershock+Spatial variation+Precursor J|0016|Li,C-Y.|Study of seismic prediction on the basis of geotectonics|In Chinese with English abstract|Acta geophys. sin.:21:1:1978:67-75|Crustal movement J|0017|Shao,X-Z.+Zhang,J-R.+Yang,X-F.+Zhang,X-H.+|Experimental study of the structure of the earth's crust and upper mantle|In Chinese with English abstract|Acta geophys. sin.:21:2:1978:89-100|Crustal structure+P-wave+Refracted wave+Velocity+China J|0018|Li,Q-L.+Chen,J-B.+Yu,L.+Hao,B-L.|Time-space measurement of b-Value. A method for studying the development of catastrophic earthquakes|In Chinese with English abstract|Acta geophys. sin.:21:2:1978:101-125|Space-time pattern+Statistical method+Magnitude+Frequency-magnitude relation+b-Value+Prediction J|0019|Ma,H-C.|Variations of b-Values before large earthquakes that took place in the north of China|In Chinese with English abstract|Acta geophys. sin.:21:2:1978:126-141|b-Value+Precursor+Magnitude+Frequency-magnitude relation J|0020|Cheng,R.|Validity of focal mechanism as a new parameter for describing seismic activity|In Chinese with English abstract|Acta geophys. sin.:21:2:1978:142-159|Swarm+Aftershock+Precursor+Risk J|0021|Tseng,J-S.+Shi,J-S.|Multiplicity of the source of the principal shock of the Yungshan-Daguan, Yunnan earthquake, 10th May, 1974|In Chinese with English abstract|Acta geophys. sin.:21:2:1978:160-173|Focal mechanism+China||#*YUNGSHAN J|0022|Huang,H-Z.|Experimental model for the prospecting of faults by the refraction method - certain characteristics on the seismograms|In Chinese with English abstract|Acta geophys. sin.:21:2:1978:174-181|Tectonics J|0023|Gonzalez G.,J.J.+Flores L.,C.F.|Seismic refraction evidence of a scattering zone in the mouth of the Gulf of California|In Spanish with English abstract|An. Inst. Geofis. Univ. Mex. 1976-1977:22::1978:117-129|California, Gulf of J|0024|Lascu,S.|Some notes on intermediate earthquakes produced in Vrancea||Anal. Univ. Bucuresti:27::1978:103-107|Focal mechanism+Intermediate-depth earthquake+Romania+Crustal movement J|0025|Van Gils,J.M.+Zaczek,Y.|The seismicity of Belgium and its application in earthquake engineering|In French with Dutch abstract|Annls Trav. publ. Belg.::6:1978:502-539|History+Temporal distribution+Spatial distribution J|0026|Mimura,C.+Morimitsu,Y.+Fujita,T.+|Study on prestressed concrete cable-stayed bridge. Pt 3: Dynamic indeterminate force and vertical earthquake response|In Japanese with separately published English abstract|A. Rep. Kajima Inst. Constr. Tech. 1977:26::1978:69-74 J|0027|Hara,A.+Kiyota,Y.|Stress-strain model of soils for seismic analysis|In Japanese with separately published English abstract|A. Rep. Kajima Inst. Constr. Tech. 1977:26::1978:209-214|Dynamic characteristics J|0028|Omori,N.+Tsugawa,T.|R & D on aseismic design of a B.W.R. nuclear power plant. Pt 3: Earthquake response|In Japanese with separately published English abstract|A. Rep. Kajima Inst. Constr. Tech. 1977:26::1978:215-220|Earthquake-resistant design J|0029|Ota,T.+Uchiyama,S.+Niwa,M.+|Earthquake response of structure with pile foundation on soft soil layers and its simulation analysis|In Japanese with separately published English abstract|A. Rep. Kajima Inst. Constr. Tech. 1977:26::1978:221-226|Model+Layered medium+Building J|0030|Ota,T.+Ujiyama,N.|Earthquake response characteristics of the non-linear response analysis of surface soil layers|In Japanese with separately published English abstract|A. Rep. Kajima Inst. Constr. Tech. 1977:26::1978:227-230|Layered medium J|0031|Ota,T.+Niwa,M.|Amplification ratio and spectral characteristics of surface soil layers based on the earthquake records|In Japanese with separately published English abstract|A. Rep. Kajima Inst. Constr. Tech. 1977:26::1978:231-236|Layered medium+Spectral structure J|0032|Lewis,B.T.R.|Evolution of ocean crust seismic velocities||A. Rev. Earth planet. Sci.:6::1978:377-404|Wave+Velocity J|0033|McGarr,A.+Gay,N.C.|State of stress in the earth's crust||A. Rev. Earth planet. Sci.:6::1978:405-436 J|0034|Stiller,H.+Franck,S.|On the geophysical significance of the works of A. Einstein on solid-state theory|In German with English and Russian abstracts|Beitr. Geophys.:88:1:1979:4-10|Solid state geophysics J|0035|Neunhofer,H.|Anisotropic attenuation of mean-period Rayleigh waves||Beitr. Geophys.:88:1:1979:82-83|Anisotropy J|0036|Myachkin,V.I.+Stiller,H.|Preface to ``Physics of earthquake sources''; a symposium held during the IASPEI meeting in Durham, 1977|Papers are listed separately under individual authors|Beitr. Geophys.:88:2:1979:89-90|Focal mechanism+Aftershock+Deformation J|0037|Rice,J.R.|Theory of precursory processes in the inception of earthquake rupture|With German and Russian abstracts|Beitr. Geophys.:88:2:1979:91-127|Rupturing+Deformation+Rock+Failure J|0038|Stiller,H.+Wagner,F.C.|Elastic-wave velocities in rocks under pressure and cracking phenomena|With German and Russian abstracts|Beitr. Geophys.:88:2:1979:128-139|Elastic wave+Velocity+Deformation+Poisson's ratio J|0039|Sobolev,G.A.+Gol'dstein,R.V.+Myachkin,V.I.+Osipenko,N.M.+|Laboratory study of failure precursors|With German and Russian abstracts|Beitr. Geophys.:88:2:1979:140-153|Rock+Compression+Crack J|0040|Rutter,E.H.+Mainprice,D.H.|On the possibility of slow fault slip controlled by a diffusive mass transfer process|With German and Russian abstracts|Beitr. Geophys.:88:2:1979:154-162|Rock+Deformation+Fault-slip J|0041|Ishii,H.+Takagi,A.+Suzuki,Z.|Characteristic movement of crustal deformation in northeast Honshu, Japan|With German and Russian abstracts|Beitr. Geophys.:88:2:1979:163-169|Strain+Extensometer+Instrument J|0042|Volarovich,M.P.+Budnikov,V.A.|Velocities of elastic waves in mineral tests in the process of their inelastic deformation under high pressure conditions|In German with English and Russian abstracts|Beitr. Geophys.:88:3:1979:193-200|Rock+Velocity+P-wave+S-wave J|0043|Volarovich,M.P.+Bayuk,Ye.I.+Shaginyan,G.Sh.|Investigation of the velocity of longitudinal waves and their absorption in rocks and minerals in a high pressure apparatus with internal heating|In German with English and Russian abstracts|Beitr. Geophys.:88:3:1979:201-211|Compressional wave+High temperature J|0044|Dittfeld,H-J.|A tidal gravimeter as a seismic instrument|In German with English abstract|Beitr. Geophys.:88:3:1979:219-224 J|0045|Kosarev,G.L.+Makeyeva,L.I.+Savarenskii,Ye.F.+Chesnokov,Ye.M.|The influence of anisotropy under seismic stations on body waves|In Russian with German and English abstracts|Beitr. Geophys.:88:3:1979:225-239|Volume wave+P-wave+Half-space+Layered medium J|0046|Gregson,P.J.+Paull,E.P.+Gaull,B.A.|The effects in Western Australia of a major earthquake in Indonesia on 19 August 1977||BMR J. Aust. Geol. Geophys.:4:2:1979:135-140|Tsunami+Damage||#*INDONESIAN J|0047|Harvey,N.+Davies,P.J.+Marshall,J.F.|Seismic refraction - a tool for studying coral reef growth||BMR J. Aust. Geol. Geophys.:4:2:1979:141-147|Great Barrier Reef+Australia+Refraction study J|0048|Ilieva,M.|Seismic modelling of a medium with slanting contacts|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:5:1:1979:75-80 J|0049|Yoshida,M.|Velocity and response of higher mode Rayleigh waves for the Pacific Ocean|With Japanese abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:4:1978:1135-1150 J|0050|Aida,I.|Modification of the response characteristics of bay water due to an incoming tsunami of very large amplitude|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:4:1978:1151-1165 J|0051|Aida,I.|Numerical experiments for the tsunami accompanying the Miyagiken-oki earthquake of 1978|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:4:1978:1167-1175|Japan+Numerical modelling||#*MIYAGIKEN J|0052|Hatori,T.|The tsunami generated off Miyagi Prefecture in 1978 and tsunami activity in the region|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:4:1978:1177-1189|Miyagiken-oki+Japan||#*MIYAGIKEN J|0053|Hatori,T.|Field investigation of the Tokai tsunamis in 1707 and 1854 along the Mie coast, East Kii peninsula|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:4:1978:1191-1225|Japan+Field work J|0054|Kobayashi,M.+Chiba,H.+Haneda,T.+Hashimoto,S.+|Continuous observations of crustal deformation at Nagano city, central Japan (2) Ground tilt at Ohmine observation site, 1969-1977|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:4:1978:1227-1235 J|0055|Shima,E.+Yanagisawa,M.+Kudo,K.+Yoshii,T.+|On the base rock of Tokyo. 4. Observations of seismic waves generated by the 6th and 7th Yumenoshima explosions|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:4:1978:1245-1255|Honshu+Japan+Underground nuclear explosion J|0056|Nakajima,N.+Otsuka,M.|Physical understanding of microtremor (Part 1). Energy partition functions||Bull. IISEE:16::1978:1-16|Response+Microearthquake J|0057|Otsuka,M.+Nakajima,N.|Physical understanding of microtremor (Part 2). Modelling||Bull. IISEE:16::1978:17-23|Microearthquake J|0058|Erguvanli,A.|Aspects of aseismic design procedures for fill dams||Bull. IISEE:16::1978:25-38|Earthquake-resistant design+Embankment+Reservoir+Barrage J|0059|Taniwangsa,W.|Dynamic analysis of the structure utilizing microtremor measurement||Bull. IISEE:16::1978:39-54|Indonesia+Jakarta+Microearthquake J|0060|Hoshiya,M.+Hasgur,Z.|AR and MA models of nonstationary ground motion||Bull. IISEE:16::1978:55-68|Earthquake engineering+Autoregression+Moving average J|0061|Hattori,S.|Factor analysis on the vertical-horizontal ratio of maximum earthquake motions||Bull. IISEE:16::1978:69-87|Maximum acceleration J|0062|Hattori,S.+Nakajima,N.|Stability of spectra of micro-tremors||Bull. IISEE:16::1978:89-103|Microearthquake+Spectral analysis J|0063|Hattori,S.|Temporal variations of seismicity and seismic risk in and around Japan||Bull. IISEE:16::1978:105-118 J|0064|Hattori,S.|Seismic risk maps in the world (Maximum acceleration and maximum particle velocity. 1) - China and its vicinity||Bull. IISEE:16::1978:119-150|1581-1976+Prediction+Global seismicity J|0065|Elms,D.G.+Silvester,D.|Cost effectiveness of code base shear requirements for reinforced concrete frame structures||Bull. N.Z. natn. Soc. Earthq. Engng:11:2:1978:85-93|Building+New Zealand J|0066|Hatrick,A.V.|Dams and earthquakes in New Zealand||Bull. N.Z. natn. Soc. Earthq. Engng:11:2:1978:94-100|Reservoir+Barrage+Hydroelectric plant+Earthquake-resistant design J|0067|Thompson,K.J.+Park,R.|Stress-strain model for Grade 275 reinforcing steel with cyclic loading||Bull. N.Z. natn. Soc. Earthq. Engng:11:2:1978:101-109|Earthquake-resistant design J|0068|Priestley,M.J.N.+Stockwell,M.J.|Seismic design of South Brighton Bridge - a decision against mechanical energy dissipators||Bull. N.Z. natn. Soc. Earthq. Engng:11:2:1978:110-120|Earthquake-resistant design+New Zealand+Christchurch J|0069|Burns,R.J.|Seismic design of ductile moment resisting reinforced concrete frames. Conclusion||Bull. N.Z. natn. Soc. Earthq. Engng:11:2:1978:121|Ductility+Earthquake-resistant design J|0070|Allardice,N.W.+Fenwick,R.C.+Taylor,P.W.+Williams,R.L.|Foundations for ductile frames||Bull. N.Z. natn. Soc. Earthq. Engng:11:2:1978:122-128|Ductility+Earthquake-resistant design J|0071||Earthquake damage at Sendai June 1978||Bull. N.Z. natn. Soc. Earthq. Engng:11:2:1978:129-130|Miyagiken-oki+Photograph+Honshu+Japan+Building+Structure||#*MIYAGIKEN J|0072|Stephenson,W.R.|Discussion of ``The importance of surface waves in strong ground-motion'' by W.D. Smith||Bull. N.Z. natn. Soc. Earthq. Engng:11:2:1978:131-132|Ground motion+New Zealand|With a reply by the author J|0073|Paulay,T.|Review of ``Reinforced concrete structures in seismic zones'' published by the American Concrete Institute||Bull. N.Z. natn. Soc. Earthq. Engng:11:2:1978:133-134|Building+Earthquake-resistant design J|0074|Ambraseys,N.N.|The 1976 Gemona (Italy) earthquake|Taken from the Proceedings of a seminar on recent advances in earthquake hazard minimization, Tehran, 1976|Bull. N.Z. natn. Soc. Earthq. Engng:11:2:1978:135-136|Friuli||#*FRIULI J|0075|Priestley,M.J.N.+Evison,R.J.+Carr,A.J.|Seismic response of structures free to rock on their foundations||Bull. N.Z. natn. Soc. Earthq. Engng:11:3:1978:141-150|Building+Shear wall+Rocking J|0076|Paulay,T.|A consideration of P-delta effects in ductile reinforced concrete frames||Bull. N.Z. natn. Soc. Earthq. Engng:11:3:1978:151-160|Ductility+Earthquake-resistant design J|0077||Seismic effects on nuclear installations: introduction, summary and recommendations||Bull. N.Z. natn. Soc. Earthq. Engng:11:3:1978:161-180|Nuclear power plant+Hazard+Earthquake-resistant design+Risk+New Zealand+Geology J|0078|McKenzie,G.H.F.|The new draft concrete design code||Bull. N.Z. natn. Soc. Earthq. Engng:11:3:1978:181-183|Earthquake-resistant design+Building+New Zealand J|0079|Hodder,S.B.+Skinner,R.I.+Hefford,R.T.+Randal,P.M.|Strong motion records of the Milford Sound earthquake 1976 May 4||Bull. N.Z. natn. Soc. Earthq. Engng:11:3:1978:184-185|Milford Sd+New Zealand+Strong-motion instrument+Accelerogram+Ground motion||#*MILFORDSOUND J|0080|Eiby,G.A.|The Milford Sound earthquake of 1976 May 4||Bull. N.Z. natn. Soc. Earthq. Engng:11:3:1978:191-192|Milford Sd+New Zealand||#*MILFORDSOUND J|0081|Lensen,G.J.|Palmdale bulge and its significance||Bull. N.Z. natn. Soc. Earthq. Engng:11:3:1978:193-194|Uplift+California+United States J|0082|McKenzie,G.H.F.|Discussion on ``Seismic design of South Brighton Bridge - a decision against mechanical energy dissipators'' by M.J.N. Priestley and M.J. Stockwell||Bull. N.Z. natn. Soc. Earthq. Engng:11:3:1978:195-196|Earthquake-resistant design+New Zealand+Christchurch|With a reply by the authors J|0083|Andrews,A.L.|Discussion on ``A consideration of P-delta effects in ductile reinforced concrete frames'' by T. Paulay||Bull. N.Z. natn. Soc. Earthq. Engng:11:3:1978:196-199|Ductility+Earthquake-resistant design J|0084|Lee,D.M.+Medland,I.C.|Base isolation - a historical development, and the influence of higher mode responses||Bull. N.Z. natn. Soc. Earthq. Engng:11:4:1978:219-233|Base isolation system+Earthquake-resistant design J|0085|Lee,D.M.+Medland,I.C.|Estimation of base isolated structure responses||Bull. N.Z. natn. Soc. Earthq. Engng:11:4:1978:234-244|Base isolation system+Earthquake-resistant design J|0086|Megget,L.M.|Analysis and design of a base-isolated reinforced concrete frame building||Bull. N.Z. natn. Soc. Earthq. Engng:11:4:1978:245-254|Earthquake-resistant design+Base isolation system+Response+Structure J|0087|Kelly,T.E.|Floor response of yielding structures||Bull. N.Z. natn. Soc. Earthq. Engng:11:4:1978:255-272|Building J|0088|Tyler,R.G.|A tenacious base isolation system using round steel bars||Bull. N.Z. natn. Soc. Earthq. Engng:11:4:1978:273-281|Earthquake-resistant design J|0089|Tyler,R.G.|Tapered steel energy dissipators for earthquake resistant structures||Bull. N.Z. natn. Soc. Earthq. Engng:11:4:1978:282-294|Building+Earthquake-resistant design J|0090|Suggate,R.P.|Seismotectonics and earthquake risk macrozoning in New Zealand||Bull. N.Z. natn. Soc. Earthq. Engng:12:1:1979:3-6 J|0091|Calhaem,I.M.|Pukaki earthquake of 17 December 1978||Bull. N.Z. natn. Soc. Earthq. Engng:12:1:1979:7-10|Pukaki, L.+New Zealand+Reservoir+Dam+Barrage+Induced seismicity+Impounding+Seismicity J|0092|Rutenberg,A.|A consideration of the torsional response of building frames||Bull. N.Z. natn. Soc. Earthq. Engng:12:1:1979:11-21|Structure+Earthquake engineering J|0093|Priestley,M.J.N.+Park,R.+Heng,N.K.|Influence of foundation compliance on the seismic response of bridge piers||Bull. N.Z. natn. Soc. Earthq. Engng:12:1:1979:22-34 J|0094|Paulay,T.|Developments in the design of ductile reinforced concrete frames||Bull. N.Z. natn. Soc. Earthq. Engng:12:1:1979:35-48|Earthquake-resistant design+Building+Structure J|0095|Katayama,T.|Damage to lifeline systems in the city of Sendai caused by the 1978 Miyagiken-oki earthquake||Bull. N.Z. natn. Soc. Earthq. Engng:12:1:1979:49-65|Honshu+Japan||#*MIYAGIKEN J|0096|Eiby,G.A.|Principal New Zealand earthquakes in 1978||Bull. N.Z. natn. Soc. Earthq. Engng:12:1:1979:66|Seismicity J|0097|Bentley,R.J.|Report on the second (1978) microzonation conference||Bull. N.Z. natn. Soc. Earthq. Engng:12:1:1979:72-78|Microzoning+San Francisco+United States J|0098|Eiby,G.A.|Review of ``Earthquakes: a primer'' by B.A. Bolt||Bull. N.Z. natn. Soc. Earthq. Engng:12:1:1979:80|Geology J|0099|Herrmann,R.B.|SH-wave generation by dislocation sources - a numerical study||Bull. seism. Soc. Am.:69:1:1979:1-15|SH-wave+Numerical method J|0100|O'Neill,M.E.+Hill,D.P.|Causal absorption: its effect on synthetic seismograms computed by the reflectivity method||Bull. seism. Soc. Am.:69:1:1979:17-25|Seismogram J|0101|Goforth,T.T.+Herrin,E.|Phase-matched filters: application to the study of Love waves||Bull. seism. Soc. Am.:69:1:1979:27-44|Surface wave+Wave train+Filtering+Linear filtering J|0102|Bollinger,G.A.|Attenuation of the Lg phase and the determination of mb in the southeastern United States||Bull. seism. Soc. Am.:69:1:1979:45-63|Lg-phase+1964-1974+Magnitude J|0103|Lee,W-B.+Solomon,S.C.|Simultaneous inversion of surface-wave phase velocity and attenuation: Rayleigh and Love waves over continental and oceanic paths||Bull. seism. Soc. Am.:69:1:1979:65-95|Surface wave+Rayleigh wave J|0104|Suyehiro,K.+Sacks,I.S.|P- and S-wave velocity anomalies associated with the subducting lithosphere determined from travel-time residuals in the Japan region||Bull. seism. Soc. Am.:69:1:1979:97-114|P-wave+S-wave+Subduction+Travel-times J|0105|Molnar,P.|Earthquake recurrence intervals and plate tectonics||Bull. seism. Soc. Am.:69:1:1979:115-133 J|0106|Anderson,J.G.|Estimating the seismicity from geological structure for seismic-risk studies||Bull. seism. Soc. Am.:69:1:1979:135-158|Geology+United States+California J|0107|Street,R.L.+Lacroix,A.|An empirical study of New England seismicity: 1727-1977||Bull. seism. Soc. Am.:69:1:1979:159-175|United States+Risk J|0108|Carlson,R.+Kanamori,H.+McNally,K.C.|A survey of microearthquake activity along the San Andreas Fault from Carrizo Plains to Lake Hughes||Bull. seism. Soc. Am.:69:1:1979:177-186|Hughes, L.+California+United States J|0109|Pitt,A.M.+Weaver,C.S.+Spence,W.|The Yellowstone Park earthquake of June 30, 1975||Bull. seism. Soc. Am.:69:1:1979:187-205|Yellowstone National Park+Wyoming+United States||#*YELLOWSTONE J|0110|Butler,R.+Stewart,G.S.+Kanamori,H.|The July 27, 1976 Tangshan, China earthquake - a complex sequence of intraplate events||Bull. seism. Soc. Am.:69:1:1979:207-220|Intraplate earthquake+T'ang-shan||#*TANGSHAN J|0111|Little,R.R.+Raftopoulos,D.D.|Vertical soil-structure interaction effects||Bull. seism. Soc. Am.:69:1:1979:221-236|Vibration+Numerical method J|0112|Chandra,U.+McWhorter,J.G.+Nowroozi,A.A.|Attenuation of intensities in Iran||Bull. seism. Soc. Am.:69:1:1979:237-250|Intensity J|0113|Farrell,W.E.+Berger,J.|Seismic system calibration: 1. Parametric models||Bull. seism. Soc. Am.:69:1:1979:251-270|SRO system+IDA system J|0114|Berger,J.+Agnew,D.C.+Parker,R.L.+Farrell,W.E.|Seismic system calibration: 2. Cross-spectral calibration using random binary signals||Bull. seism. Soc. Am.:69:1:1979:271-288|SRO system+IDA system J|0115|Marza,V.I.|The March 4, 1977 Vrancea earthquake seismic gap||Bull. seism. Soc. Am.:69:1:1979:289-291|Romania+Seismicity||#*ROMANIAN J|0116|Berberian,M.|Discussion of the paper by A.A. Nowroozi, 1976 ``Seismotectonic provinces of Iran''||Bull. seism. Soc. Am.:69:1:1979:293-297|Seismicity+Spatial distribution+Temporal distribution+Seismotectonics+1920-1972 J|0117|Boore,D.M.|Review of ``Earthquakes: a primer'' by B.A. Bolt||Bull. seism. Soc. Am.:69:1:1979:299|Geology J|0118|Cloud,W.K.|Review of ``The assessment and mitigation of seismic risk'' published by UNESCO||Bull. seism. Soc. Am.:69:1:1979:299|Hazard+Prediction J|0119|Miller,R.K.|An estimate of the properties of Love-type surface waves in a frictionally bonded layer||Bull. seism. Soc. Am.:69:2:1979:305-317|Love wave+Layered medium+Elastic medium J|0120|Schlue,J.W.|Love-wave propagation in three-dimensional structures using finite element techniques||Bull. seism. Soc. Am.:69:2:1979:319-328|Love wave+Finite element method J|0121|Williams,B.R.|Mo calculations from a generalized AR parameter method for WWSSN instruments||Bull. seism. Soc. Am.:69:2:1979:329-351|Moment+Autoregression+World wide standard seismograph+Seismograph J|0122|Suteau,A.M.+Whitcomb,J.H.|A local earthquake coda magnitude and its relation to duration, moment Mo, and local Richter magnitude ML||Bull. seism. Soc. Am.:69:2:1979:353-368|Local earthquake J|0123|McMechan,G.A.|Topology of ray surfaces in low-velocity zones||Bull. seism. Soc. Am.:69:2:1979:369-378|Low-velocity layer J|0124|McMechan,G.A.|Low-velocity zone inversion by the Wiechert-Herglotz integral||Bull. seism. Soc. Am.:69:2:1979:379-385|Low-velocity layer J|0125|Hileman,J.A.|Inversion of phase times for hypocentres and shallow crustal velocities, Mojave Desert, California||Bull. seism. Soc. Am.:69:2:1979:387-396|1975+Velocity+Mojave Des.+United States+Galway L.||#*GALWAYLAKE J|0126|Stierman,D.J.+Healy,J.H.+Kovach,R.L.|Pressure-induced velocity gradient: an alternative to a Pg refractor in the Gabilan Range, central California||Bull. seism. Soc. Am.:69:2:1979:397-415|United States+San Andreas Fault+Travel-times+Refraction J|0127|Murdock,J.N.|A tectonic interpretation of earthquake focal mechanisms and hypocentres in Ridge Basin, southern California||Bull. seism. Soc. Am.:69:2:1979:417-425|United States+Tectonics J|0128|Langer,C.J.+Bollinger,G.A.|Secondary faulting near the terminus of a seismogenic strike-slip fault: aftershocks of the 1976 Guatemala earthquake||Bull. seism. Soc. Am.:69:2:1979:427-444|||#*GUATEMALA J|0129|Mathews,W.H.|Landslides of central Vancouver Island and the 1946 earthquake||Bull. seism. Soc. Am.:69:2:1979:445-450|Landslip+Vancouver I.+1946-1957+British Columbia+Canada J|0130|Hanks,T.C.|The Lompoc, California, earthquake (November 4, 1927; M=7.3) and its aftershocks||Bull. seism. Soc. Am.:69:2:1979:451-462 J|0131|Buchbinder,G.G.R.+Keith,C.M.|Stability of P travel times in the region of La Malbaie, Quebec||Bull. seism. Soc. Am.:69:2:1979:463-481|P-wave+Travel-times J|0132|Evernden,J.F.+Kohler,W.M.|Further study of spectral composition of P codas of earthquakes and explosions||Bull. seism. Soc. Am.:69:2:1979:483-511|P-wave+LASA+Discrimination+Underground nuclear explosion+Spectral structure J|0133|Hartzell,S.H.|Analysis of the Bucharest strong ground motion record for the March 4, 1977 Romanian earthquake||Bull. seism. Soc. Am.:69:2:1979:513-530|Strong-motion analysis+Accelerogram||#*ROMANIAN J|0134|Malone,S.D.+Bor,S-S.|Attenuation patterns in the Pacific northwest based on intensity data and the location of the 1872 North Cascades earthquake||Bull. seism. Soc. Am.:69:2:1979:531-546|Washington State+United States+Canada J|0135|Sylvester,A.G.|Earthquake damage in Imperial Valley, California May 18, 1940, as reported by T.A. Clark||Bull. seism. Soc. Am.:69:2:1979:547-568|United States+Earthquake engineering J|0136|Winkler,L.|Catalogue of U.S. earthquakes before the year 1850||Bull. seism. Soc. Am.:69:2:1979:569-602|1568-1850+United States J|0137|Masri,S.F.|Evaluation of an approximate seismic analysis technique||Bull. seism. Soc. Am.:69:2:1979:603-625|Dynamic response+Approximation J|0138|Medearis,K.|Dynamic characteristics of ground motions due to blasting||Bull. seism. Soc. Am.:69:2:1979:627-639|Damage J|0139|Nowroozi,A.A.|Reply to M. Berberian's comparison between instrumental and macroseismic epicentre||Bull. seism. Soc. Am.:69:2:1979:641-649|Macroseismic data+Iran+Seismicity+Seismotectonics+Spatial distribution+Temporal distribution+1920-1972 J|0140|Yamashita,T.|Aftershock occurrence due to viscoelastic stress recovery and an estimate of the tectonic stress field near the San Andreas Fault system||Bull. seism. Soc. Am.:69:3:1979:661-687|California+United States+Viscoelasticity+Tectonics+Strength+Fracture J|0141|Daley,P.F.+Hron,F.|SH waves in layered transversely isotropic media - an asymptotic expansion approach||Bull. seism. Soc. Am.:69:3:1979:689-711|SH-wave+Layered medium+Isotropic medium J|0142|Maiti,N.C.+Mitra,M.|Wave propagation from extended, asymmetric surface sources in an elastic half-space||Bull. seism. Soc. Am.:69:3:1979:713-735|Elastic medium+Stress+Displacement J|0143|Singh,D.D.+Gupta,H.K.|Source mechanism and surface-wave attenuation studies for Tibet earthquake of July 14, 1973||Bull. seism. Soc. Am.:69:3:1979:737-750|Focal mechanism+Surface wave J|0144|Lisowski,M.+Savage,J.C.|Strain accumulation from 1964 to 1977 near the epicentral zone of the 1976-1977 earthquake swarm southeast of Palmdale, California||Bull. seism. Soc. Am.:69:3:1979:751-756|1964-1977+United States J|0145|Chinnery,M.A.|A comparison of the seismicity of three regions of the eastern U.S||Bull. seism. Soc. Am.:69:3:1979:757-772|United States J|0146|Quittmeyer,R.C.+Jacob,K.H.|Historical and modern seismicity of Pakistan, Afghanistan, northwestern India, and southeastern Iran||Bull. seism. Soc. Am.:69:3:1979:773-823|History+1914-1965+25 A.D.-1972 J|0147|Talwani,P.+Stevenson,D.+Amick,D.+Chiang,J.|An earthquake swarm at Lake Keowee, South Carolina||Bull. seism. Soc. Am.:69:3:1979:825-841|United States+Keowee, L.+Network+Seneca+1971+1978+Seismicity J|0148|Rogers,A.M.+Malkiel,A.|A study of earthquakes in the Permian Basin of Texas-New Mexico||Bull. seism. Soc. Am.:69:3:1979:843-865|Microearthquake+Network+Permian+Geology+United States J|0149|Klein,F.W.|Earthquakes in Lassen Volcanic National Park, California||Bull. seism. Soc. Am.:69:3:1979:867-875|Network+United States+Geology J|0150|McGuire,R.K.|Adequacy of simple probability models for calculating felt-shaking hazard, using the Chinese earthquake catalogue||Bull. seism. Soc. Am.:69:3:1979:877-892|China+Seismicity+1177 B.C.-1950 A.D. J|0151|Nuttli,O.W.+Bollinger,G.A.+Griffiths,D.W.|On the relation between Modified Mercalli intensity and body-wave magnitude||Bull. seism. Soc. Am.:69:3:1979:893-909|Body wave J|0152|Brazee,R.J.|Reevaluation of Modified Mercalli intensity scale for earthquakes using distance as determinant||Bull. seism. Soc. Am.:69:3:1979:911-924|Body wave J|0153|Firstov,P.P.+Tokarev,P.I.+Gusev,N.A.+Rudenko,O.P.+|Dynamics of the igneous and seismic regime of Karymskaya Volcano in 1976|In Russian|Byull. vulkan. Sta.::55:1978:27-34|Seismicity+Volcanism+USSR+Kamchatka J|0154|Uzumeri,S.M.+Otani,S.+Collins,M.P.|An overview of Canadian code requirements for earthquake resistant concrete buildings|With French abstract|Can. J. civ. Engng:5:3:1978:427-441|Earthquake-resistant design+Canada+Structure J|0155|Youd,T.L.|Major cause of earthquake damage is ground failure||Civ. Engng:48:4:1978:47-51 J|0156|Drury,M.J.|Electrical resistivity sounding as a technique for studying crustal dilatancy prior to earthquakes|With French abstract|Can. J. Earth Sci.:16:2:1979:205-214|Precursor J|0157|Riddihough,R.P.|Gravity and structure of an active margin - British Columbia and Washington|With French abstract|Can. J. Earth Sci.:16:2:1979:350-363|Continental margin+Washington State+Subduction J|0158|Rogers,G.C.|Earthquake fault plane solutions near Vancouver Island|With French abstract|Can. J. Earth Sci.:16:3:1979:523-531|Vancouver I.+Canada+British Columbia J|0159|Rochester,M.G.|Global geodynamics in Canada 1971-79|With French abstract|Can. J. Earth Sci.:16:3:1979:621-646|World+1971-1979 J|0160|Lambert,A.+Vanicek,P.|Contemporary crustal movements in Canada|With French abstract|Can. J. Earth Sci.:16:3:1979:647-668 J|0161|Keen,C.E.+Hyndman,R.D.|Geophysical review of the continental margins of eastern and western Canada|With French abstract|Can. J. Earth Sci.:16:3:1979:712-747|Geophysical investigation J|0162|Hasegawa,H.S.+Chou,C-W.+Basham,P.W.|Seismotectonics of the Beaufort Sea|With French abstract|Can. J. Earth Sci.:16:4:1979:816-830|Arctic Ocean J|0163|Cumming,W.B.+Clowes,R.M.+Ellis,R.M.|Crustal structure from a seismic refraction profile across southern British Columbia|With French abstract|Can. J. Earth Sci.:16:5:1979:1024-1040|Refraction study+Canada J|0164|Clowes,R.M.+Knize,S.|Crustal structure from a marine seismic survey off the west coast of Canada|With French abstract|Can. J. Earth Sci.:16:6:1979:1265-1280|Marine seismic investigation J|0165|Rummel,F.|Symposium on laboratory fracture mechanics related to earthquake source physics||Chron. U.G.G.I.::131:1979:18-22|Germany+1978+Friction+Precursor J|0166|Tamrazyan,G.P.|Cosmo-seismological parameters of Armenia and its neighbouring regions|In Russian with Armenian abstract|Dokl. Akad. Nauk armyan. SSR:66:2:1978:98-107|Seismicity+USSR+Secular variation+1912-1977 J|0167|Darbinyan,S.S.|Determination of seismic forces depending on the ground condition|In Russian with Armenian abstract|Dokl. Akad. Nauk armyan. SSR:66:4:1978:232-234|Earthquake engineering J|0168|Tamrazyan,G.P.|Characteristic of the intradiurnal distribution of strong earthquakes in 1975-1976|In Russian with Armenian abstract|Dokl. Akad. Nauk armyan. SSR:66:4:1978:235-242|Temporal distribution J|0169|Artem'ev,M.Ye.+Genshaft,Yu.S.+Saltykovskii,A.Ya.|Correlation between the recent tectonomagnetic activization of Mongolia and the component of the gravitational field of the mantle|In Russian|Dokl. Akad. Nauk SSSR:241:6:1978:1303-1306|Gravimetric data+Upper mantle+Seismicity J|0170|Guberman,Sh.A.|Temporal distribution and discrete latitudinal distribution of earthquake epicentres|In Russian|Dokl. Akad. Nauk SSSR:241:6:1978:1307-1310|Statistical method J|0171|Korotkov,P.F.+Prosvirnina,B.M.|Numerical study of a cylindrical shock in a viscoelastic medium|In Russian|Dokl. Akad. Nauk SSSR:241:6:1978:1311-1314|Numerical modelling+Viscoelastic solid+Dislocation J|0172|Vinnik,L.P.+Ryaboi,V.Z.+Starobinets,L.N.+Yegorkin,A.V.+|P-wave velocities in the upper mantle of the East European platform|In Russian|Dokl. Akad. Nauk SSSR:242:1:1978:70-73|Velocity+Prospecting+Deep seismic sounding+USSR J|0173|Guberman,Sh.A.|A law of structure of the earth, of the moon and of some planets of the solar system|In Russian|Dokl. Akad. Nauk SSSR:242:1:1978:74-76|Lunar seismology+Seismicity J|0174|Keilis-Borok,V.I.+Rotwein,I.M.+Sidorenko,T.S.|Use of the intensification of seismic aftershocks as a precursor of large earthquakes|In Russian|Dokl. Akad. Nauk SSSR:242:3:1978:567-569|Prediction J|0175|Nikonov,A.A.+Shebalina,T.Yu.|New method of determining the intensification of seismic dislocation (on the example of the epicentral zone of the Khait, Central Asia, earthquake 1949)|In Russian|Dokl. Akad. Nauk SSSR:242:4:1978:808-811|Epicentre+Lichen J|0176|Alekseyev,A.S.+Tsibul'chik,G.M.|Relation between the inverse theory of wave propagation and the visualization of wave fields|In Russian|Dokl. Akad. Nauk SSSR:242:5:1978:1030-1033|Uniqueness+Inverse problem J|0177|Gal'perin,Ye.I.+Frolova,A.V.+Gokhblit,V.A.+Ehrenburg,M.S.|Method of polarization used in the regional study of distant earthquakes|In Russian|Dokl. Akad. Nauk SSSR:242:6:1978:1285-1288|Teleseism+Prospecting+P-wave J|0178|Zhuravlev,V.I.+Sidorin,A.Ya.|Method of compensatory measurement of the variations of the electrical resistivity of the earth's crust using natural electric fields|In Russian|Dokl. Akad. Nauk SSSR:243:1:1978:58-61|Prediction+Geoelectricity J|0179|Bernshtein,I.N.+Gerver,M.L.|Problem of integral geometry in geodesy and the kinematic inverse problem in seismics|In Russian|Dokl. Akad. Nauk SSSR:243:2:1978:302-305 J|0180|Geodekyan,A.A.+Neprochnov,Yu.P.+Yel'nikov,I.N.+|New data on the deep structure of the Tinro trench in the Sea of Okhotsk|In Russian|Dokl. Akad. Nauk SSSR:243:2:1978:449-452|Okhotsk, Sea of+Geophysical prospecting J|0181|Sadovskii,M.A.+Sobolev,G.A.+Migunov,N.I.|Variation of the free radiation of radio waves accompanying a strong earthquake in the Carpathians|In Russian|Dokl. Akad. Nauk SSSR:242:2:1978:316-319|Prediction J|0182|Negmatullayev,S.Kh.+Skovorodkin,Yu.P.+Ostashevskii,M.G.+Guseva,T.V.|Tectonic effects of the 1977 earthquakes in Isfara-Batken|In Russian with Tadzhik abstract|Dokl. Akad. Nauk tadzhik. SSR:21:4:1978:24-27|USSR+Seismicity J|0183|Tyapkin,Yu.K.|Determination of the minimum phase signal by its autocorrelation function|In Ukrainian with English and Russian abstracts|Dopov. Akad. Nauk ukr. SSR, B::8:1978:702-705|Data processing J|0184|White,R.S.|Gas hydrate layers trapping free gas in the Gulf of Oman||Earth planet. Sci. Lett.:42:1:1979:114-120|Oman, G. of+Prospecting+Hydrocarbon J|0185|Liu,L-G.|On the 650-km seismic discontinuity||Earth planet. Sci. Lett.:42:2:1979:202-208|Upper mantle J|0186|Berberian,M.+Asudeh,I.+Arshadi,S.|Surface rupture and mechanism of the Bob-Tangol (southeastern Iran) earthquake of 19 December 1977||Earth planet. Sci. Lett.:42:3:1979:456-462|Rupturing+Focal mechanism+Fault||#*BOBTANGOL J|0187|Poupinet,G.|On the relation between P-wave travel time residuals and the age of continental plates||Earth planet. Sci. Lett.:43:1:1979:149-161|Travel-times+Continental crust+Scandinavia+Thickness+North America J|0188|Okal,E.A.|Higher-mode Rayleigh waves studied as individual seismic phases||Earth planet. Sci. Lett.:43:1:1979:162-167|Seismicity+Japan Sea+Deep-focus earthquake J|0189|Bulin,N.K.|Upper mantle velocities on the northern Cocos plate - a discussion||Earth planet. Sci. Lett.:43:1:1979:168-171|Nazca-Cocos Plate+Velocity+Low-velocity layer+Pacific Ocean+South Pacific+P-wave J|0190|Roots,W.D.+Veevers,J.J.+Clowes,D.F.|Lithospheric model with thick oceanic crust at the continental boundary: a mechanism for shallow spreading ridges in young oceans||Earth planet. Sci. Lett.:43:3:1979:417-433|Refraction study+Lithosphere+Continental margin J|0191|Ukawa,M.|The landward thinning of the low-velocity layer across the Kurile-Japan trench||Earth planet. Sci. Lett.:43:3:1979:434-440|P-wave+Seismogram+Kuril Islands+Intermediate-depth earthquake+Thickness J|0192|Poirier,J.P.+Bouchez,J.L.+Jonas,J.J.|A dynamic model for aseismic ductile shear zones||Earth planet. Sci. Lett.:43:3:1979:441-453|Strike-slip+Ductility+Dynamics J|0193|Takayanagi,T.+Schnobrich,W.C.|Non-linear analysis of coupled wall systems||Earthq. Engng struct. Dyn.:7:1:1979:1-22|Nonlinear analysis+Shear wall J|0194|Yamada,Y.+Takemiya,H.+Kawano,K.|Random response analysis of a non-linear soil-suspension bridge pier||Earthq. Engng struct. Dyn.:7:1:1979:31-47|Structure+Vibration+Nonlinear response J|0195|Rosenblueth,E.|Seismic design requirements in a Mexican 1976 code||Earthq. Engng struct. Dyn.:7:1:1979:49-61|Building+Construction+Earthquake-resistant design+Mexico J|0196|Trifunac,M.D.|Preliminary empirical model for scaling Fourier amplitude spectra of strong ground acceleration in terms of Modified Mercalli intensity and recording site conditions||Earthq. Engng struct. Dyn.:7:1:1979:63-74|Strong-motion analysis+Intensity J|0197|Wong,H.L.+Trifunac,M.D.|A note on an instrumental comparison of the Modified Mercalli (MMI) and the Japanese Meteorological Agency (JMA) intensity scales, based on computed peak accelerations||Earthq. Engng struct. Dyn.:7:1:1979:75-83|Modified Mercalli intensity+Japan Meteorological Agency J|0198|Schiff,A.J.+Torres-Cabrejos,R.E.+Yao,J.T.P.|Evaluating the seismic reliability of electrical equipment containing ceramic structural members||Earthq. Engng struct. Dyn.:7:1:1979:85-98|Earthquake engineering+Vibration J|0199|Duncan,P.E.+Taylor,R.E.|A note on the dynamic analysis of non-proportionally damped systems||Earthq. Engng struct. Dyn.:7:1:1979:99-105|Damping+Soil+Structure J|0200|Williams,D.+Godden,W.G.|Seismic response of long curved bridge structures: experimental model studies||Earthq. Engng struct. Dyn.:7:2:1979:107-128|Shake table+Reinforced concrete J|0201|Kawashima,K.+Penzien,J.|Theoretical and experimental dynamic behaviour of a curved model bridge structure||Earthq. Engng struct. Dyn.:7:2:1979:129-145 J|0202|Dempsey,K.M.+Irvine,H.M.|Envelopes of maximum seismic response for a partially symmetric single storey building model||Earthq. Engng struct. Dyn.:7:2:1979:161-180|Maximum response+Response+Structure J|0203|Wen,Y.K.|Stochastic seismic response analysis of hysteretic multi-degree-of-freedom structures||Earthq. Engng struct. Dyn.:7:2:1979:181-191|Loading+Vibration+Building+Hysteresis J|0204|Aydinoglu,M.N.|Discussion on ``A substructure method for earthquake analysis of structures including structure-soil interaction'' by J.A. Gutierrez and A.K. Chopra||Earthq. Engng struct. Dyn.:7:2:1979:193-194|Finite element method|With a reply by the authors J|0205|Iwan,W.D.+Gates,N.C.|The effective period and damping of a class of hysteretic structures||Earthq. Engng struct. Dyn.:7:3:1979:199-211|Hysteresis+Numerical method+Response+Earthquake engineering J|0206|Mostaghel,N.+Habibagahi,K.|Cyclic liquefaction strength of sands||Earthq. Engng struct. Dyn.:7:3:1979:213-233|Saturation+Shear J|0207|Lee,T.H.|Axisymmetric seismic response of a thick circular plate supporting many rods by modal synthesis||Earthq. Engng struct. Dyn.:7:3:1979:235-251|Dynamic response+Earthquake engineering+Nuclear power plant J|0208|Iyengar,R.N.+Rao,P.N.|Generation of spectrum compatible accelerograms||Earthq. Engng struct. Dyn.:7:3:1979:253-263 J|0209|Kubo,T.+Penzien,J.|Analysis of three-dimensional strong ground motions along principal axes, San Fernando earthquake||Earthq. Engng struct. Dyn.:7:3:1979:265-278|Accelerogram+Strong-motion analysis+California+United States+1971 J|0210|Kubo,T.+Penzien,J.|Simulation of three-dimensional strong ground motions along principal axes, San Fernando earthquake||Earthq. Engng struct. Dyn.:7:3:1979:279-294|California+United States+1971 J|0211|Aki,K.|Progress in Japanese earthquake prediction research||Earthq. Inf. Bull.:10:6:1978:201-203 J|0212|Hill,M.|California Seismic Safety Commission||Earthq. Inf. Bull.:10:6:1978:204-207|Prediction+United States J|0213|Simpson,D.W.+Negmatullayev,S.Kh.|Induced seismicity studies in Soviet Central Asia||Earthq. Inf. Bull.:10:6:1978:208-213|Prediction+Nurek+Dam+Tadzhikistan+Man-made earthquake+Impounding+USSR J|0214|Zoback,M.D.+Roller,J.C.+Healy,J.H.|In-situ measurement of the earth's stress field||Earthq. Inf. Bull.:10:6:1978:214-219|Prediction J|0215||Pre-1857 earthquakes along the San Andreas Fault||Earthq. Inf. Bull.:10:6:1978:220-227|California+United States J|0216|Landsberg,H.E.|Geophysical predictions||Earthq. Inf. Bull.:10:6:1978:228-230|Geophysics J|0217|Shen,L-H.|Can animals help predict earthquakes?||Earthq. Inf. Bull.:10:6:1978:231-233|Prediction+Animal behaviour J|0218|Von Hake,C.A.|Earthquake history of Guam||Earthq. Inf. Bull.:10:6:1978:236-237|Marianas J|0219|Madden,T.R.|Electrical measurements as stress-strain monitors||Earthq. Inf. Bull.:11:1:1979:4-8|Electrical conductivity+Electrical resistivity+Monitoring+Prediction J|0220|Spall,H.|Space techniques for measuring crustal deformation||Earthq. Inf. Bull.:11:1:1979:9-17|Prediction J|0221|Sherburne,R.W.|Earthquake predictions using seismic velocity ratios||Earthq. Inf. Bull.:11:1:1979:18-21|P-wave+S-wave+California+United States J|0222|Spall,H.|Earthquake research in the Soviet Union||Earthq. Inf. Bull.:11:1:1979:22-25|USSR+Tadzhikistan+Seismicity+Prediction+Earthquake engineering J|0223|Spall,H.|Review of ``Earthquakes: a primer'' by B.A. Bolt||Earthq. Inf. Bull.:11:1:1979:33|Geology J|0224||The Oaxaca earthquake||EOS. Trans. Am. geophys. Un.:60:1:1979:7|Mexico+1978||#*OAXACA J|0225|Engdahl,E.R.|Review of ``Earthquakes: a primer'' by B.A. Bolt||EOS. Trans. Am. geophys. Un.:60:2:1979:19|Geology J|0226||European Geophysical Society gathering||EOS. Trans. Am. geophys. Un.:60:7:1979:96-97|Strasbourg+France+1978+European Seismological Commission J|0227|Hinze,W.J.|Review of ``Problems for exploration geophysics'' by C.R. Seegar||EOS. Trans. Am. geophys. Un.:60:9:1979:143|Reflexion+Refraction J|0228||Mississippi Valley earthquake studies||EOS. Trans. Am. geophys. Un.:60:10:1979:152|1811-1812+Missouri+New Madrid+Risk+Hazard J|0229||Earthquake increase in 1978||EOS. Trans. Am. geophys. Un.:60:11:1979:159|Seismicity J|0230|Ohtake,M.|Oaxaca earthquake|Letter to the Editor|EOS. Trans. Am. geophys. Un.:60:13:1979:176|Mexico+1978||#*OAXACA J|0231|Belousov,V.V.|Why do I not accept plate tectonics?||EOS. Trans. Am. geophys. Un.:60:17:1979:207-211 J|0232|Sengor,A.M.C.+Burke,K.|Comments on ``Why do I not accept plate tectonics?'' by V.V. Belousov||EOS. Trans. Am. geophys. Un.:60:17:1979:207-211||With replies passim by Belousov J|0233|McClelland,L.+Fiske,R.S.|Eruption of Soufriere on St. Vincent||EOS. Trans. Am. geophys. Un.:60:21:1979:469|Volcanism+Local earthquake+West Indies+Eruption+1979 J|0234||Wasatch Fault damage estimate||EOS. Trans. Am. geophys. Un.:60:23:1979:481|Utah+United States+Ground motion+Underground nuclear explosion J|0235||Continental reflection profiling||EOS. Trans. Am. geophys. Un.:60:24:1979:489|Profile+Appalachian Mts+Reflexion study+Deep seismic sounding+Continental crust J|0236|Von Herzen,R.P.|Comments on ``Why do I not accept plate tectonics?'' by V.V. Belousov et al||EOS. Trans. Am. geophys. Un.:60:24:1979:490 J|0237||U.S. earthquake station catalogue||EOS. Trans. Am. geophys. Un.:60:24:1979:489-490|United States+History J|0238|Bender,P.L.|Applications of geodesy to geodynamics 3. Tectonic plate movements and crustal deformations (Space techniques)|Meeting report|EOS. Trans. Am. geophys. Un.:60:25:1979:500|Plate tectonics J|0239|Robinson,E.A.|Iterative identification of non-invertible autoregressive moving average systems with seismic applications||Geoexplor.:16:1-2:1978:1-19|Autoregression+Deconvolution J|0240|Wiggins,R.A.|Minimum entropy deconvolution||Geoexplor.:16:1-2:1978:21-35 J|0241|Mereu,R.F.|Stability characteristics of a new inverse filter which is optimum in an error-distribution sense||Geoexplor.:16:1-2:1978:37-53|Inverse filtering J|0242|Silvia,M.T.+Robinson,E.A.|Use of the cepstrum in signal analysis||Geoexplor.:16:1-2:1978:55-73|Data processing+Deconvolution+Cepstral analysis J|0243|Tribolet,J.M.|Applications of short-time homomorphic signal analysis to seismic wavelet estimation||Geoexplor.:16:1-2:1978:75-96|Wavelet shaping+Deconvolution J|0244|McCowan,D.W.|High-resolution group velocity analysis||Geoexplor.:16:1-2:1978:97-109|Spectral analysis+Maximum entropy+Filtering J|0245|Sun,D.+Shaub,J.S.|Analysis of seismic surface waves using PDP-15 interactive graphics||Geoexplor.:16:1-2:1978:111-132|Spectral analysis+Group velocity+Focal mechanism J|0246|Chen,C.H.|Seismic pattern recognition||Geoexplor.:16:1-2:1978:133-146|Data processing+Discrimination J|0247|Dorin,R.H.+Eastlake,D.E.|Use of the data computer in the VELA seismological network||Geoexplor.:16:1-2:1978:147-158|Data processing J|0248|Anderson,K.R.|Automatic analysis of microearthquake network data||Geoexplor.:16:1-2:1978:159-175|Data processing J|0249|Kesmarky,I.|Estimation error of interval velocities and the geological model|With Hungarian and Russian abstracts|Geofiz. Kozl.:24::1977:63-75|Interval velocity+Geological data+Model+Velocity J|0250|Sollogub,V.B.+Chekunov,A.V.+Babinets,V.A.+Borodulin,M.I.+|Detailed studies of the earth's crust of the Ukrainian Shield and adjacent geostructures|In Russian with English abstract|Geofiz. Sb.::87:1979:22-35|USSR+Crustal structure+Ukraine+Deep seismic sounding J|0251|Lebedev,T.S.+Orishchenko,I.V.+Korchin,V.A.|Multidimensional regression analysis of laboratory data on the elastic properties of rocks under high PT conditions with relation to the study of the composition of the deep zones of the earth's crust|In Russian with English abstract|Geofiz. Sb.::87:1979:49-57|Elasticity+Data processing+High pressure+High temperature J|0252|Kopf,M.|Effect of the composition, porosity and depth of occurrence of rock on the correlation between density and velocity|In Russian with English abstract|Geofiz. Sb.::87:1979:58-64|Crust+Porous medium J|0253|Kutas,V.V.|Parameters of seismic body waves in the upper mantle from seismological data in the region of the eastern part of the Crimea-Vrancea-Bohemian Massif geotraverse|In Russian with English abstract|Geofiz. Sb.::88:1979:15-26|USSR J|0254|Rudnitskii,V.P.|On steady solutions of some problems in digital processing of seismic observations|In Russian with English abstract|Geofiz. Sb.::88:1979:27-31|Data processing J|0255|Grin',N.Ye.+Chernyavskaya,Ye.I.|*Estimation and certain properties of *absorption-conditioned transition functions|In Russian with English abstract|Geofiz. Sb.::88:1979:32-41 J|0256|Tyapkin,Yu.K.|Spectral characteristics of reflected waves in the region of the ``bright spot'' anomalies|In Russian with English abstract|Geofiz. Sb.::88:1979:65-72|Spectral analysis J|0257|Ganzhenko,A.S.+Gerasimenko,A.N.|On systems of formation of seismic images based on the idea of a two-point iconal|In Russian with English abstract|Geofiz. Sb.::89:1979:40-47|Reflexion+Refraction J|0258|Gontovaya,L.I.+Kalyuzhnaya,L.T.|Distinguishing of abyssal fractures in the northwestern part of the Ukrainian Shield (as based on deep seismic sounding data)|In Russian with English abstract|Geofiz. Sb.::89:1979:48-55|Tectonics+Ukraine+USSR+Crust J|0259|Ambraseys,N.N.|A test case of historical seismicity: Isfahan and Chahar Mahal, Iran||Geogrl J.:145:1:1979:56-71|History+Risk+Tectonics J|0260|Lobachevskii,I.V.+Golenetskii,S.I.|Interpretation of regional gravity anomalies and seismicity of northeastern PreBaikalia|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::1:1979:101-109|Deep seismic sounding+Prospecting J|0261|Mitrofanov,G.M.|Use of flattened windows in spectral analysis of seismic traces|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::1:1979:110-122|Data processing+Signal-to-noise ratio J|0262|Lapin,S.I.+Lapin,K.S.|Methods of determination of effective anisotropy coefficients by reflected wave hodographs in laminar-homogeneous media|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::1:1979:124-132|Layered medium+Homogeneous medium J|0263|Bulin,N.K.|On the problem of the Moho boundary beneath the oceans|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::2:1979:54-64|Mohorovicic discontinuity+Pn-wave+Velocity+Converted wave+Kuril-Kamchatka Arc+Prospecting+Deep seismic sounding J|0264|Kirillova,G.L.|Mesozoic problems in the eastern Australia-New Zealand sector of the Pacific mobile belt|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::2:1979:65-78|Pacific Ocean+Geophysical investigation+Tectonics J|0265|Kulikov,V.A.|On the diagram of directivity of the first order of trenches of explosive sources of transverse waves|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::2:1979:140-148|Explosion+SH-wave+SV-wave J|0266|Kuznetsov,V.L.+Sal'nikov,A.S.|Seismic data on the thickness of the earth's crust in the inner zone of the Tunguska synclase|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::2:1979:149-154|USSR J|0267|Misharina,L.A.|On the directional peculiarities of the potential rupture surfaces in weak seismic foci in the central Baikalian Rift|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::3:1979:145-149|Rupturing J|0268|Trofimuk,A.A.+Cherskii,N.V.+Tsarev,V.P.|Effect of hydrate formation, glaciation and seismicity on the formation of hydrocarbon resources|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::4:1979:3-18 J|0269|Nedashkovskii,I.Yu.|On the recording of reflected refraction waves on seismograms and time sections by the RWT method|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::4:1979:106-114|Refracted wave J|0270|Zhdanov,S.M.+Arzhenkov,A.N.+Trigubov,A.V.|On the designing of apparatus for the automatic charging of trench sources of transverse waves|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::4:1979:115-123|Seismogram+Reflected wave+Instrument+Charge J|0271|Solov'ev,S.L.+Tuyezov,I.K.+Snegovskoi,S.S.+Krasnyi,M.L.+|Deep structure of the Okhotsk Sea shelf off central Sakhalin|In Russian|Geologiya Geofiz. Novosibirsk::5:1979:104-116|Okhotsk, Sea of+USSR J|0272|Krylov,S.V.+Mishen'kin,B.P.+Petrik,G.V.+Seleznev,V.S.|On seismic modelling of the upper mantle of the Baikalian Rift zone|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::5:1979:117-129 J|0273|Yevchatov,G.P.|Algorithm for the accelerated transformation of frequency seismograms into impulse ones|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::5:1979:130-135 J|0274|Vesanen,E.+Teisseyre,R.|Symmetry and asymmetry in geodynamics||Geophysica:15:2:1978:147-170|Global seismicity+Plate tectonics+Fracture+Shear+Seismicity J|0275|Shapiro,V.A.+Abdullabekov,K.N.|Observation of the variations of the geomagnetic field of the Gazli earthquake of 17th May 1976|In Russian|Geomagn. Aeronom.:18:1:1978:177-179|Aftershock+Geomagnetic variation+USSR+Uzbekistan||#*GAZLI J|0276|Gazdag,J.|Wave equation migration with the phase-shift method||Geophysics:43:7:1978:1342-1351|Fourier transform+Heterogeneous medium J|0277|Sinton,J.B.+Ward,R.W.+Watkins,J.S.|Suppression of long-delay multiple reflections by predictive deconvolution||Geophysics:43:7:1978:1352-1367|Reflexion+Multiple reflexion+Common depth point+Prospecting+Mexico, Gulf of J|0278|Aftab Alam,M.|Orthonormal lattice filter - a multistage multichannel estimation technique||Geophysics:43:7:1978:1368-1383|Filtering J|0279|Berryman,J.G.|Choice of operator length for maximum entropy spectral analysis||Geophysics:43:7:1978:1384-1391 J|0280|Ward,S.H.+Parry,W.T.+Nash,W.P.+Sill,W.R.+Cook,K.L.+|A summary of the geology, geochemistry, and geophysics of the Roosevelt Hot Springs thermal area, Utah||Geophysics:43:7:1978:1515-1542|United States+Seismicity+Microearthquake J|0281|Foster,M.R.+Laird,C.E.|Alternative derivation of the Claerbout equations||Geophysics:43:7:1978:1543-1545|Data processing J|0282|Hubral,P.|Discussion on ``Wavefront curvature in a layered medium'' by B. Ursin||Geophysics:43:7:1978:1551-1552||With a reply by the author J|0283|Lindseth,R.O.|Synthetic sonic logs - a process for stratigraphic interpretation||Geophysics:44:1:1979:3-26|Prospecting+Reflexion+Stratigraphy+Acoustics J|0284|Daley,P.F.+Hron,F.|Reflection and transmission coefficients for seismic waves in ellipsoidally anisotropic media||Geophysics:44:1:1979:27-38|Anisotropy+Reflexion coefficient J|0285|Taylor,H.L.+Banks,S.C.+McCoy,J.F.|Deconvolution with the l1 norm||Geophysics:44:1:1979:39-52|Data processing+Linear programming J|0286|Wuenschel,P.C.|Review of ``Earthquakes: a primer'' by B.A. Bolt||Geophysics:44:1:1979:111|Geology J|0287|Sangree,J.B.+Widmier,J.M.|Interpretation of depositional facies from seismic data||Geophysics:44:2:1979:131-160|Prospecting+Reflexion+Lithology+Stratigraphy J|0288|Mavko,G.M.+Nur,A.|Wave attenuation in partially saturated rocks||Geophysics:44:2:1979:161-178|Saturation+Porous medium+P-wave+S-wave J|0289|Henstridge,J.D.|A signal processing method for circular arrays||Geophysics:44:2:1979:179-184|Data processing+Network+Microearthquake J|0290|Gibson,B.S.+Odegard,M.E.+Sutton,G.H.|Nonlinear least-squares inversion of traveltime data for a linear velocity-depth relationship||Geophysics:44:2:1979:185-194|Travel-times+Least squares solution+Prospecting J|0291|Ackermann,H.D.|Seismic refraction study of the Raft River geothermal area, Idaho||Geophysics:44:2:1979:216-225|United States+Regional study+Prospecting+Geothermal region J|0292|Majer,E.L.+McEvilly,T.V.|Seismological investigations at The Geysers geothermal field||Geophysics:44:2:1979:246-269|Geothermal region+Prospecting+Seismicity+P-wave+S-wave+Regional study+Velocity+Microearthquake+California+United States+Geysers, The J|0293|Toksoz,M.N.+Johnston,D.H.+Timur,A.|Attenuation of seismic waves in dry and saturated rocks: 1. Laboratory measurements||Geophysics:44:4:1979:681-690|P-wave+S-wave+Dry medium+Saturation J|0294|Johnston,D.H.+Toksoz,M.N.+Timur,A.|Attenuation of seismic waves in dry and saturated rocks: 2. Mechanisms||Geophysics:44:4:1979:691-711|P-wave+S-wave+Saturation+Dry medium J|0295|Pann,K.+Shin,Y.+Eisner,E.|A collocation formulation for wave equation migration||Geophysics:44:4:1979:712-721|Finite difference method+Data processing J|0296|Peacock,K.L.|An optimum filter design for discrete integration||Geophysics:44:4:1979:722-729|Data processing+Filtering J|0297|Brown,R.J.S.+Korringa,J.|Discussion on ``Elastic properties of unconsolidated porous sand reservoirs'' by S.N. Domenico||Geophysics:44:4:1979:830-833|Elasticity+P-wave+Velocity+Sedimentary rock|With a reply by the author J|0298|Renick,H.|Review of ``Seismic reflection interpretation'' by A.A. Fitch||Geophysics:44:4:1979:834|Reflexion J|0299|Brandsaeter,H.+Farestveit,A.+Ursin,B.|A new high-resolution or deep penetration airgun array||Geophysics:44:5:1979:865-879|Air cannon+Prospecting+Marine seismic investigation J|0300|Mendel,J.M.+Nahi,N.E.+Chan,M.|Synthetic seismograms using the state-space approach||Geophysics:44:5:1979:880-895|Recording+Seismogram+Layered medium J|0301|Berryman,J.G.|Long-wave elastic anisotropy in transversely isotropic media||Geophysics:44:5:1979:896-917|P-wave+S-wave+Layered medium+Isotropic medium J|0302|Levin,F.K.|Seismic velocities in transversely isotropic media||Geophysics:44:5:1979:918-936|Velocity+P-wave+S-wave+SV-wave+Layered medium+Isotropic medium J|0303|Helbig,K.|Discussion on ``The reflection, refraction and diffraction of waves in media with an elliptical velocity dependence'' by F.K. Levin||Geophysics:44:5:1979:987-990|Reflexion|With a reply by the author J|0304|Pennington,W.D.+Isacks,B.L.|Analysis of short-period waveforms of P phases from deep-focus earthquakes beneath the Fiji Islands||Geophys. J. R. astr. Soc.:56:1:1979:19-40|P-wave+1965-1966+Moment+Magnitude+Focal mechanism J|0305|Molnar,P.+Freedman,D.+Shih,J.S.F.|Lengths of intermediate and deep seismic zones and temperatures in downgoing slabs of lithosphere||Geophys. J. R. astr. Soc.:56:1:1979:41-54|Intermediate-depth earthquake+Deep-focus earthquake+Subduction+Plate tectonics+Aleutian Islands+Kuril Islands+Japan+Tonga+South America J|0306|Minster,J.B.|Near-field waveforms from an arbitrarily expanding, transparent spherical cavity in a prestressed medium||Geophys. J. R. astr. Soc.:56:1:1979:81-96|Shear+Radiation+Source+Sphere J|0307|Levshin,A.L.+Berteussen,K.A.|Anomalous propagation of surface waves in the Barents Sea as inferred from NORSAR recordings||Geophys. J. R. astr. Soc.:56:1:1979:97-118|Rayleigh wave+Novaya Zemlya+Underground nuclear explosion+Siberia+USSR+Array+1971-1974+Arctic Ocean+Crustal structure+Travel-times J|0308|Wang,C.|Ray-mode duality for SH waves in earth models with crust and mantle discontinuities -2. The case of N discontinuities||Geophys. J. R. astr. Soc.:56:1:1979:199-209|Discontinuity+SH-wave+Free oscillation J|0309|Knopoff,L.+Mitchell,R.G.+Kausel,E.G.|A search for the oceanic Lg phase||Geophys. J. R. astr. Soc.:56:1:1979:211-218|Lg-phase+Oceanic crust+Continental crust J|0310|Fowler,C.M.R.+Keen,C.E.|Oceanic crustal structure - Mid-Atlantic Ridge at 45degreesN||Geophys. J. R. astr. Soc.:56:1:1979:219-226|Velocity+Depth+Oceanic crust+Model J|0311|Kennett,B.L.N.+Nolet,G.|The influence of upper mantle discontinuities on the toroidal free oscillations of the Earth||Geophys. J. R. astr. Soc.:56:2:1979:283-308|Discontinuity+Toroidal mode+SH-wave+Travel-times+Velocity J|0312|Caputo,M.|Two thousand years of geodetic and geophysical observation in the Phlegrean Fields near Naples||Geophys. J. R. astr. Soc.:56:2:1979:319-328|Italy+History+Strain+1970-1977+Volcanism+Prediction+Earthquake+Geophysical investigation+Risk+Geodetic survey+Deformation+Regional study J|0313|Barcilon,V.|Ideal solution of an inverse normal mode problem with finite spectral data||Geophys. J. R. astr. Soc.:56:3:1979:399-408|Inverse problem+Free oscillation J|0314|Lossovskii,Ye.K.|Multiples in multilayered absorbing medium||Geophys. J. R. astr. Soc.:56:3:1979:439-449|Layered medium+Multiple reflexion+Attenuation+Q J|0315|White,R.S.+Bunch,A.W.H.|Explosive sink rates||Geophys. J. R. astr. Soc.:56:3:1979:473-476|Explosive source+Marine seismic investigation+Travel-times+Geophone+Instrument J|0316|Williams,C.A.|Review of ``The ocean basins and margins, Vol. 4A: The eastern Mediterranean'' edited by A.E.M. Nairn, W.H. Kanes and F.G. Stehli||Geophys. J. R. astr. Soc.:56:3:1979:483-485 J|0317|Fukao,Y.+Furumoto,M.|Stress drops, wave spectra and recurrence intervals of great earthquakes - implications of the Etorofu earthquake of 1958 November 6||Geophys. J. R. astr. Soc.:57:1:1979:23-40|Japan+Stress-drop J|0318|Stewart,G.S.+Cohn,S.N.|The 1976 August 16, Mindanao, Philippine earthquake (Ms=7.8) - evidence for a subduction zone south of Mindanao||Geophys. J. R. astr. Soc.:57:1:1979:51-65|Philippines||#*MINDANAO J|0319|Mainardi,F.+Servizi,G.+Turchetti,G.|A variational approach to elastic wave propagation in anomalous layers||Geophys. J. R. astr. Soc.:57:1:1979:79-90|Layered medium+Earthquake engineering+Amplification J|0320|Cerveny,V.+Psencik,I.|Ray amplitudes of seismic body waves in laterally inhomogeneous media||Geophys. J. R. astr. Soc.:57:1:1979:91-106|Inhomogeneous medium J|0321|Hall,J.+Al-Haddad,F.M.|Variation of effective seismic velocities of minerals with pressure and its use in velocity prediction||Geophys. J. R. astr. Soc.:57:1:1979:107-118|P-wave+Rock+Crust J|0322|Evans,J.R.+Beavan,R.J.+Bilham,R.G.+King,G.C.P.|A survey of Earth strain tides in Great Britain||Geophys. J. R. astr. Soc.:57:1:1979:119-135|United Kingdom+Earth tide+Strainmeter+Instrument J|0323|Jackson,D.D.|The use of a priori data to resolve non-uniqueness in linear inversion||Geophys. J. R. astr. Soc.:57:1:1979:137-157 J|0324|Jackson,J.+Fitch,T.J.|Seismotectonic implications of relocated aftershock sequences in Iran and Turkey||Geophys. J. R. astr. Soc.:57:1:1979:209-229|Seismotectonics+Zagros+Teleseism+Crust+Deformation+Location J|0325|Yu,G-K.+Mitchell,B.J.|Regionalized shear velocity models of the Pacific upper mantle from observed Love and Rayleigh wave dispersion||Geophys. J. R. astr. Soc.:57:2:1979:311-341|Regional study+Pacific Ocean+Love wave+Group velocity J|0326|Doornbos,D.J.+Mondt,J.C.|Attenuation of P and S waves diffracted around the core||Geophys. J. R. astr. Soc.:57:2:1979:353-379|P-wave+S-wave+Diffraction J|0327|Doornbos,D.J.+Mondt,J.C.|P and S waves diffracted around the core and the velocity structure at the base of the mantle||Geophys. J. R. astr. Soc.:57:2:1979:381-395|P-wave+S-wave+Diffraction+Lower mantle J|0328|Bamford,S.A.D.+Jentsch,M.+Prodehl,C.|Pn anisotropy studies in northern Britain and the eastern and western United States||Geophys. J. R. astr. Soc.:57:2:1979:397-429|Velocity+Refraction study+United Kingdom+Upper mantle+Pn-wave J|0329|Hubral,P.|On the computation of shear waves by the ray method||Geophys. J. R. astr. Soc.:57:2:1979:445-449|Elastodynamics+S-wave J|0330|Ilan,A.+Bond,L.J.+Spivack,M.|Interaction of a compressional impulse with a slot normal to the surface of an elastic half space||Geophys. J. R. astr. Soc.:57:2:1979:463-477|Crack+Half-space+P-wave+Elastic medium J|0331|Romanowicz,B.A.|Seismic structure of the upper mantle beneath the United States by three-dimensional inversion of body wave arrival times||Geophys. J. R. astr. Soc.:57:2:1979:479-506|P-wave+S-wave+1964-1973+Teleseism+Travel-times J|0332|Ohnaka,M.|Corrigendum to ``Earthquake-source parameters related to magnitude''||Geophys. J. R. astr. Soc.:57:2:1979:535|Corrigenda+Focal mechanism+Energy+Fault J|0333|Barazangi,M.+Isacks,B.L.|Subduction of the Nazca plate beneath Peru: evidence from spatial distribution of earthquakes||Geophys. J. R. astr. Soc.:57:3:1979:537-555|Nazca-Cocos Plate+Shallow-focus earthquake+Intermediate-depth earthquake+Plate tectonics+Lithosphere J|0334|Kennett,B.L.N.+Kerry,N.J.|Seismic waves in a stratified half space||Geophys. J. R. astr. Soc.:57:3:1979:557-583|Layered medium+Elastic medium+Half-space+P-wave+SV-wave+Semi-infinite medium J|0335|Marshall,P.D.+Springer,D.L.+Rodean,H.C.|Magnitude corrections for attenuation in the upper mantle||Geophys. J. R. astr. Soc.:57:3:1979:609-638|Nevada test site+Explosion+Underground nuclear explosion+United States+USSR+Test ban J|0336|Cara,M.|Lateral variations of S velocity in the upper mantle from higher Rayleigh modes||Geophys. J. R. astr. Soc.:57:3:1979:649-670|S-wave+Rayleigh wave+Inversion+United States+Pacific Ocean J|0337|White,R.S.|Oceanic upper crustal structure from variable angle seismic reflection-refraction profiles||Geophys. J. R. astr. Soc.:57:3:1979:683-726|Reflexion study+Refraction study+Oceanic crust+Prospecting+North Atlantic J|0338|Burton,P.W.|Review of ``Earthquake precursors. Proceedings of the U.S.-Japan seminar on theoretical and experimental investigations of earthquake precursors. Advances in Earth and planetary Sciences, 2'' edited by C. Kisslinger and Z. Suzuki||Geophys. J. R. astr. Soc.:57:3:1979:745-746|United States+Prediction+1977 J|0339|King,G.C.P.|Review of ``Stress in the earth'' edited by M. Wyss||Geophys. J. R. astr. Soc.:57:3:1979:748 J|0340|Kennett,B.L.N.|Review of ``Earthquakes: a primer'' by B.A. Bolt||Geophys. J. R. astr. Soc.:57:3:1979:749|Geology J|0341|Kennett,B.L.N.|Review of ``Ray method in seismology'' by V. Cerveny, I.A. Molotkov and I. Psencik||Geophys. J. R. astr. Soc.:57:3:1979:750|Ray theory+Wave+Inhomogeneous medium J|0342|Mikumo,T.+Miyatake,T.|Erratum to ``Dynamic rupture process on a three-dimensional fault with non-uniform frictions and near-field seismic waves''||Geophys. J. R. astr. Soc.:57:3:1979:755|Rupturing+Focal mechanism+Errata J|0343|Ichikawa,M.|Lateral heterogeneity under the southern Kuril Trench and its vicinity and systematic discrepancy in epicentre location|With Japanese abstract|Geophys. Mag.:38:2:1978:1-19|Japan Meteorological Agency+Kuril Islands+Spatial distribution+Heterogeneous medium J|0344|Ichikawa,M.+Suyehiro,S.|Location capability of a multi-array stations system|With Japanese abstract|Geophys. Mag.:38:2:1978:21-32 J|0345|Ichikawa,M.|Some problems on earthquake magnitude-frequency distribution|With Japanese abstract|Geophys. Mag.:38:2:1978:33-44|Frequency-magnitude relation J|0346|Thajuddin,M.|Rayleigh waves in semi-infinite poroelastic solids||Geophys. Res. Bull. N.G.R.I. Hyderabad:16:4:1978:217-223|Semi-infinite medium+Porous medium+Elastic medium J|0347|Kaila,K.L.+Sarkar,D.|Atlas of isoseismal maps of major earthquakes in India||Geophys. Res. Bull. N.G.R.I. Hyderabad:16:4:1978:234-267|Geology+Maximum intensity+1897-1975 J|0348|Ursin,B.|Seismic signal detection and parameter estimation||Geophys. Prospect.:27:1:1979:1-15|Prospecting+Multiple reflexion+Algorithm J|0349|Naess,O.E.|Superstack - an iterative stacking algorithm||Geophys. Prospect.:27:1:1979:16-28|Data processing+Prospecting+Multiple cover+Signal J|0350|Buttkus,B.|Coherency weighting - an effective approach to the suppression of long leg multiples||Geophys. Prospect.:27:1:1979:29-39|Prospecting+Algorithm+Multiple cover+Marine seismic investigation+Data processing J|0351|Ristow,D.+Kosbahn,B.|Time-varying prediction filtering by means of updating||Geophys. Prospect.:27:1:1979:40-61|Deconvolution+Prospecting+Data processing J|0352|Kuhn,M.J.|Acoustical imaging of source receiver coincident profiles||Geophys. Prospect.:27:1:1979:62-77|Prospecting+Multiple cover+Data processing+Acoustic wave+Migration J|0353|Werner,H.+Krey,T.|Combisweep - a contribution to sweep techniques||Geophys. Prospect.:27:1:1979:78-105|Prospecting+Vibroseis+Recording J|0354|Negi,J.G.+Dimri,V.P.|On Wiener filter and maximum entropy method for multichannel complex systems||Geophys. Prospect.:27:1:1979:156-167|Filtering+Multichannel filter J|0355|Khattri,K.+Sinvhal,A.+Awasthi,A.K.|Seismic discriminants of stratigraphy derived from Monte Carlo simulation of sedimentary formations||Geophys. Prospect.:27:1:1979:168-195|Monte Carlo method+Prospecting+Lithology J|0356|Berkhout,A.J.|Steep dip finite-difference migration||Geophys. Prospect.:27:1:1979:196-213|Data processing+Finite difference method+Prospecting J|0357|Berkhout,A.J.+Van Wulfften Palthe,D.W.|Migration in terms of spatial deconvolution||Geophys. Prospect.:27:1:1979:261-291|Prospecting+Data processing J|0358|Kennett,B.L.N.|Theoretical reflection seismograms for elastic media||Geophys. Prospect.:27:2:1979:301-321|Elastic medium+Multiple reflexion+Layered medium+Explosion+Theoretical seismogram+Synthetic seismogram J|0359|Bamford,S.A.D.+Nunn,K.R.|In situ seismic measurements of crack anisotropy in the carboniferous limestone of northwest England||Geophys. Prospect.:27:2:1979:322-338|United Kingdom+Velocity+Sedimentary rock J|0360|Khattri,K.+Mithal,R.+Gaur,V.K.|Pattern space of seismic anomalies associated with hydrocarbon deposits||Geophys. Prospect.:27:2:1979:339-359|Prospecting+Natural resources+Synthetic seismogram+Seismogram+Signal J|0361|Ziolkowski,A.+Lerwill,W.E.|A simple approach to high resolution seismic profiling for coal||Geophys. Prospect.:27:2:1979:360-393|Prospecting+Fault+Profile J|0362|Sjogren,B.+Ofsthus,A.+Sandberg,J.|Seismic classification of rock mass qualities||Geophys. Prospect.:27:2:1979:409-442|Velocity+Mechanical characteristics J|0363|Ward,R.W.+Reining,J.B.|Cubic spline approximation of inaccurate RMS-velocity data||Geophys. Prospect.:27:2:1979:443-457|Texas+United States+Prospecting+Root-mean-square+Reflexion+Multiple reflexion+Regional study+Data processing J|0364|Ooe,M.+Ulrych,T.J.|Minimum entropy deconvolution with an exponential transformation||Geophys. Prospect.:27:2:1979:458-473|Prospecting+Data processing J|0365|Vijaya Raghava,M.S.+Nanda Kumar,G.|The blind-zone problem in multiple refraction-layer overburden situations||Geophys. Prospect.:27:2:1979:474-479|Prospecting+Refraction+Computer program+Layered medium+Shadow zone J|0366|Kepkay,P.E.+Cooke,R.C.|Velocity of sound as a function of bubble distribution in gas-bearing sediments||Geophys. Res. Lett.:5:12:1978:1071-1073|Acoustic wave+Hydrocarbon+Saturation+Porous medium J|0367|Winkler,K.+Nur,A.|Pore fluids and seismic attenuation in rocks||Geophys. Res. Lett.:6:1:1979:1-4|S-wave+P-wave+Velocity J|0368|Langston,C.A.|A single-station fault-plane solution method||Geophys. Res. Lett.:6:1:1979:41-44|Focal mechanism+P-wave+S-wave+Single-station recording J|0369|Pennington,W.D.+Mooney,W.D.+Van Hissenhoven,R.+Meyer,H.+|Results of a reconnaissance microearthquake survey of Bucaramanga, Colombia||Geophys. Res. Lett.:6:2:1979:65-68|Crustal structure+Q+Attenuation+Seismicity J|0370|Estill,R.E.+Odegard,M.E.|Velocity structure of the southeastern Hawaiian Ridge determined by tau inversion||Geophys. Res. Lett.:6:2:1979:69-72|Tau method+Inverse problem+Crustal structure+Oceanic crust+Travel-times+Method tau J|0371|Cohen,S.C.|Postseismic surface deformations due to lithospheric and asthenospheric viscoelasticity||Geophys. Res. Lett.:6:3:1979:129-131|Lithosphere+Asthenosphere J|0372|Dorman,L.M.|A linear relationship between earth models and seismic body wave data||Geophys. Res. Lett.:6:3:1979:132-134|Travel-times J|0373|Rudnicki,J.W.|Rotation of principal stress axes caused by faulting||Geophys. Res. Lett.:6:3:1979:135-138|Focal mechanism+Rock mechanics J|0374|Morrison,H.F.+Fernandez,R.+Corwin,R.F.|Earth resistivity, self potential variations and earthquakes: a negative result for M=4.0||Geophys. Res. Lett.:6:3:1979:139-142|Precursor+Geoelectricity+California+United States J|0375|Chouet,B.|Temporal variation in the attenuation of earthquake coda near Stone Canyon, California||Geophys. Res. Lett.:6:3:1979:143-146|United States J|0376||National earthquake plan||GeoTimes:23:10:1978:27-29|Planning+Hazard J|0377|Schmalfeldt,B.|A comparison between microseismic and sea swell spectra and an attempt at locating the regions that give rise to them|In German|Hamburger geophys. Einzelschr., A::35:1978:1-53|Location J|0378|Kebe,H-W.|Optimization of anchored acoustic recording system for seismic refraction measurements at sea, taking into consideration the effect of the swell and flow|In German|Hamburger geophys. Einzelschr., A::36:1978:1-152|Acoustics+Refraction study J|0379||Reinforced concrete and prestressed reinforced concrete for the strengthening and consolidation of structures: bridges and special constructions|In Italian|Industria ital. Cem.:48:7-8:1978:3-9|Building+Highway J|0380|Bo,G.M.+Manzone,G.+Perazzone,R.+Valente,S.|Problems relative to the paraseismic design of bridges|In Italian|Industria ital. Cem.:48:7-8:1978:9-16|Earthquake-resistant design J|0381|Grigor'ev,A.S.+Mikhailova,A.V.+Shakhmuradova,Z.E.|Kinematic characteristics of the motion of the daily surface and stress state of the sedimentary cover in the zones above basement fractures|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::1:1979:3-20|Crust+Deformation+Risk+Kinematics J|0382|Aptekman,Zh.Ya.+Zakharova,A.I.+Zobin,V.M.+Levshin,A.L.+Malinovskaya,L.N.|Foci of strong earthquakes of Kamchatka in 1971|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::1:1979:37-56|Focus+USSR+Regional study J|0383|Kondrat'ev,I.K.+Chistov,P.I.|Choice of the best linear multichannel system for seismic prospecting by the reflected waves method in platform regions|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::1:1979:57-69|Multiple cover+Signal-to-noise ratio J|0384|Monakhov,F.I.|Duration of short-term precursors of earthquakes|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::1:1979:91-94|Risk J|0385|Babich,V.M.|On the space-time beam method in the theory of elastic waves|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::2:1979:3-13|Space-time pattern J|0386|Movchan,A.A.|On equations of torsional oscillations of the earth|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::2:1979:14-19 J|0387|Polshkov,M.K.+Urupov,A.K.+Yegorkina,G.V.|Anisotropy of the earth's crust in the Malyy Kavkaz|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::2:1979:20-25|USSR+Caucasus J|0388|Kosarev,G.L.+Makeyeva,L.I.+Savarenskii,Ye.F.+Chesnokov,Ye.M.|The influence of anisotropy under seismic stations on body waves|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::2:1979:26-37 J|0389|Yakovenko,M.G.|Rayleigh waves and surface instability in a preliminary deformed nonlinear and elastic semi-surface|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::2:1979:48-53 J|0390|Gliko,A.O.+Yefimov,A.B.|On the motion of the boundary of the phase division when the boundary conditions are disturbed|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::3:1979:3-14 J|0391|Nevskii,M.V.+Riznichenko,O.Yu.|Scattering of seismic waves in the upper part of the crystalline basement|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::3:1979:37-48 J|0392|Al'perovich,L.S.+Gokhberg,M.B.+Sorokin,V.M.+Fedorovich,G.V.|On the generation of geomagnetic variations by acoustic oscillations appearing during earthquakes|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::3:1979:58-68|Acoustics+Geomagnetism J|0393|Savarenskii,Ye.F.+Kendzera,A.V.|The approximation of rapidly oscillating parts of seismograms during processing|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::3:1979:89-94|Data processing J|0394|Savinov,O.A.|Seismicity of earth dams|In Russian|Izv. vyssh. ucheb. Zaved., Stroit. Arkhit.::11:1977:122-132|1875-1975+Barrage+Dam+World+Reservoir J|0395|Assaulenko,O.P.|Behaviour of short structures in the case of earthquake|In Russian|Izv. vyssh. ucheb. Zaved., Stroit. Arkhit.::2:1978:43-46|Building+Vibration J|0396|Bath,M.|Structural and vibrational bedrock properties in Sweden||J. comput. Phys.:29:3:1978:344-356|Crustal structure+Granite J|0397|Gangi,A.F.+Wesson,R.L.|P-wave to Rayleigh-wave conversion coefficients for wedge corners; model experiments||J. comput. Phys.:29:3:1978:370-388|Rayleigh wave J|0398|Jobert,N.|Contribution of some particularities in the dispersion curves to numerical seismograms computed by normal modes||J. comput. Phys.:29:3:1978:404-411|Theoretical seismogram+Spheroidal mode+S-wave+Mantle J|0399|Chwang,A.T.+Housner,G.W.|Hydrodynamic pressures on sloping dams during earthquakes. 1. Momentum method||J. Fluid Mech.:87:2:1978:335-341|Hydrodynamics+Barrage+Reservoir+Loading J|0400|Kaila,K.L.+Krishna,V.G.+Choudhury,K.R.+Narain,H.|Structure of the Kashmir Himalayas from deep seismic soundings||J. geol. Soc. India::1:1978:1-20 J|0401|Dobson,M.R.+Whittington,R.J.|The geology of the Kish Bank basin||J. geol. Soc. Lond.:136:2:1979:243-249|Bouguer anomaly+Reflexion study+Thickness+Irish Sea J|0402|Sengor,A.M.C.|The North Anatolian transform fault: its age, offset and tectonic significance||J. geol. Soc. Lond.:136:3:1979:269-282|Seismicity+Strike-slip+Tectonics+Fault J|0403|Crowell,J.C.|The San Andreas fault system through time||J. geol. Soc. Lond.:136:3:1979:293-302|San Andreas Fault+California+United States+Plate tectonics+History J|0404|Wang,C.+Cleary,J.R.+Anderssen,R.S.|The effect of earth structure on radial oscillations||J. Geophys.:45:2:1979:129-145|Eigenperiod+PKIKP-wave+Discontinuity+Transition zone+Inner core+Outer core J|0405|Meissner,R.O.+Vetter,U.R.|Relationship between the seismic quality factor Q and the effective viscosity eta||J. Geophys.:45:2:1979:147-158|Q+Attenuation J|0406|Kosminskaya,I.P.+Kapustyan,N.K.|The wave field associated with a fine structured Moho in continents and oceans||J. Geophys.:45:2:1979:159-170|Mohorovicic discontinuity+Travel-times+Transition zone+Block+Reflexion J|0407|Young,D.+Zurn,W.|Tidal triggering of earthquakes in the Swabian Jura||J. Geophys.:45:2:1979:171-182|Tidal strain+Triggering agent+Swabian Jura+Statistical method+Germany+Catalogue+1900-1976+Focal mechanism J|0408|Vees,R.|Review of ``Earthquake prediction and rock mechanics. Contributions to current research in geophysics, Vol. 1'' edited by M. Wyss|In German|J. Geophys.:45:2:1979:233 J|0409|Sbar,M.L.+Engelder,J.T.+Plumb,R.+Marshak,S.|Stress pattern near the San Andreas Fault, Palmdale, California, from near-surface in situ measurements||J. geophys. Res.:84:1:1979:156-164|United States J|0410|Savage,J.C.+Prescott,W.H.|Geodimeter measurements of strain during the southern California uplift||J. geophys. Res.:84:1:1979:171-177|United States+San Andreas Fault+Instrument+Palmdale J|0411|Spudich,P.K.P.+Helmberger,D.V.|Synthetic seismograms from model ocean bottoms||J. geophys. Res.:84:1:1979:189-204|Seismogram+Oceanic crust J|0412|Carlson,R.L.+Christensen,N.I.|Velocity anisotropy in semi-indurated calcareous deep sea sediments||J. geophys. Res.:84:1:1979:205-211|P-wave+South Atlantic+Sedimentary rock J|0413|Kirkpatrick,R.J.|The physical state of the oceanic crust: results of downhole geophysical logging in the Mid-Atlantic Ridge at 23degreesN||J. geophys. Res.:84:1:1979:178-188|Physical properties+Density+Prospecting+Refraction study+Electrical resistivity J|0414|Nishenko,S.+McCann,W.|Large thrust earthquakes and tsunamis: implications for the development of fore arc basins||J. geophys. Res.:84:2:1979:573-584|Large earthquake+Shallow-focus earthquake+Deformation+Spatial distribution+Island arc+Pacific Ocean J|0415|Leary,P.C.+Malin,P.E.+Phinney,R.A.+Brocher,T.+|Systematic monitoring of millisecond travel time variations near Palmdale, California||J. geophys. Res.:84:2:1979:659-666|P-wave+Travel-times+United States+San Andreas Fault J|0416|Helmberger,D.V.+Engen,G.R.+Scott,P.|A note on velocity, density, and attenuation models for marine sediments determined from multibounce phases||J. geophys. Res.:84:2:1979:667-671|Marine seismic investigation+Bering Sea+Prospecting J|0417|Stierman,D.J.+Kovach,R.L.|An in situ velocity study: the Stone Canyon well||J. geophys. Res.:84:2:1979:672-678|P-wave+San Andreas Fault+California+United States J|0418|Swingler,D.N.|A comparison between Burg's maximum entropy method and a nonrecursive technique for the spectral analysis of deterministic signals||J. geophys. Res.:84:2:1979:679-685 J|0419|Tucholke,B.E.+Shirley,D.J.|Comparison of laboratory and in situ compressional-wave velocity measurements on sediment cores from the western North Atlantic||J. geophys. Res.:84:2:1979:687-695|Compressional wave+Physical properties+Density J|0420|Uyeda,S.+Kanamori,H.|Back-arc opening and the mode of subduction||J. geophys. Res.:84:3:1979:1049-1061|Chile+Marianas+Back-arc basin J|0421|Stuart,W.D.|Strain softening prior to two-dimensional strike slip earthquakes||J. geophys. Res.:84:3:1979:1063-1070|Strike-slip+Deformation+Fault+Precursor J|0422|Abe,K.|Size of great earthquakes of 1837-1974 inferred from tsunami data||J. geophys. Res.:84:4:1979:1561-1568|Large earthquake+Magnitude+Moment+Macroseismic data+Chile+Alaska+Amplitude J|0423|Ginzburg,A.+Makris,J.+Fuchs,K.+Prodehl,C.+|A seismic study of the crust and upper mantle of the Jordan-Dead Sea rift and their transition toward the Mediterranean Sea||J. geophys. Res.:84:4:1979:1569-1582|Refraction study+Crustal structure+Israel J|0424|e*Hanks,T.C.+Kanamori,H.|Fault mechanics||J. geophys. Res.:84:5:1979:2145|Prediction+Conference+1977 J|0425|Weertman,J.|Inherent instability of quasi-static creep slippage on a fault||J. geophys. Res.:84:5:1979:2146-2152|Fault mechanics+Prediction J|0426|Stuart,W.D.+Mavko,G.M.|Earthquake instability on a strike-slip fault||J. geophys. Res.:84:5:1979:2153-2160|Fault mechanics+Prediction J|0427|Dieterich,J.H.|Modelling of rock friction 1. Experimental results and constitutive equations||J. geophys. Res.:84:5:1979:2161-2168|Fault mechanics+Prediction J|0428|Dieterich,J.H.|Modelling of rock friction 2. Simulation of preseismic slip||J. geophys. Res.:84:5:1979:2169-2175|Fault mechanics+Prediction+Finite element method J|0429|Rice,J.R.+Rudnicki,J.W.|Earthquake precursory effects due to pore fluid stabilization of a weakening fault zone||J. geophys. Res.:84:5:1979:2177-2193|Fault mechanics+Prediction J|0430|Brune,J.N.|Implications of earthquake triggering and rupture propagation for earthquake prediction based on premonitory phenomena||J. geophys. Res.:84:5:1979:2195-2198|Fault mechanics+Triggering agent+Rupturing J|0431|Freund,L.B.|The mechanics of dynamic shear crack propagation||J. geophys. Res.:84:5:1979:2199-2209|Fault mechanics+Prediction J|0432|Burridge,R.+Conn,G.+Freund,L.B.|The stability of a rapid mode II shear crack with finite cohesive traction||J. geophys. Res.:84:5:1979:2210-2222|Fault mechanics+Prediction J|0433|Israel,M.+Nur,A.|A complete solution of a one-dimensional propagating fault with nonuniform stress and strength||J. geophys. Res.:84:5:1979:2223-2234|Fault mechanics+Prediction J|0434|Hanks,T.C.|b Values and omega-gamma seismic source models: implications for tectonic stress variations along active crustal fault zones and the estimation of high-frequency ground motion||J. geophys. Res.:84:5:1979:2235-2242|Fault mechanics+Prediction+Frequency-magnitude relation+Tectonics+b-Value J|0435|Madariaga,R.|On the relation between seismic moment and stress drop in the presence of stress and strength heterogeneity||J. geophys. Res.:84:5:1979:2243-2250|Stress-drop+Fault mechanics+Prediction J|0436|McGarr,A.+Spottiswoode,S.M.+Gay,N.C.+Ortlepp,W.D.|Observations relevant to seismic driving stress, stress drop, and efficiency||J. geophys. Res.:84:5:1979:2251-2261|Stress-drop+South Africa+Mine+Witwatersrand+Fault mechanics+Prediction J|0437|Brune,J.N.+Archuleta,R.J.+Hartzell,S.H.|Far-field S-wave spectra, corner frequencies and pulse shapes||J. geophys. Res.:84:5:1979:2262-2272|Fault mechanics+Prediction+Frequency J|0438|Turcotte,D.L.+Clancy,R.T.+Spence,D.A.+Kulhawy,F.H.|Mechanisms for the accumulation and release of stress on the San Andreas Fault||J. geophys. Res.:84:5:1979:2273-2282|Fault mechanics+Prediction+California+United States J|0439|Thatcher,W.S.|Systematic inversion of geodetic data in central California||J. geophys. Res.:84:5:1979:2283-2295|Fault mechanics+Prediction+United States+San Andreas Fault J|0440|Mahrer,K.D.+Nur,A.|Strike slip faulting in a downward varying crust||J. geophys. Res.:84:5:1979:2296-2302|Fault mechanics+Prediction+Strike-slip J|0441|Fukao,Y.|Tsunami earthquakes and subduction processes near deep-sea trenches||J. geophys. Res.:84:5:1979:2303-2314|Lithosphere+Hokkaido+Japan+USSR+Kuril Islands+Fault mechanics+Prediction J|0442|Chouet,B.|Sources of seismic events in the cooling lava lake of Kilauea Iki, Hawaii||J. geophys. Res.:84:5:1979:2315-2330|Volcanism+Seismicity+Fault mechanics+Prediction J|0443|Crosson,R.S.+Koyanagi,R.Y.|Seismic velocity structure below the island of Hawaii from local earthquake data||J. geophys. Res.:84:5:1979:2331-2342|Fault mechanics+Prediction+P-wave+Travel-times+Arrival J|0444|Hanks,T.C.|Deviatoric stresses and earthquake occurrence at the outer rise||J. geophys. Res.:84:5:1979:2343-2347|Fault mechanics+Prediction+Energy+Oceanic crust+Trench J|0445|Hanks,T.C.+Kanamori,H.|A moment magnitude scale||J. geophys. Res.:84:5:1979:2348-2350|Prediction+Fault mechanics+Moment-magnitude relation J|0446|Thatcher,W.S.|Horizontal crustal deformation from historic geodetic measurements in southern California||J. geophys. Res.:84:5:1979:2351-2370|San Andreas Fault+United States+History+Geodetic survey+Fault mechanics+Prediction J|0447|Turcotte,D.L.+McAdoo,D.C.|Geoid anomalies and the thickness of the lithosphere||J. geophys. Res.:84:5:1979:2381-2387|Prediction+Fault mechanics J|0448|Ando,M.+Balazs,E.I.|Geodetic evidence for aseismic subduction of the Juan de Fuca plate||J. geophys. Res.:84:6:1979:3023-3028|Geodetic survey+Plate tectonics+Lithosphere+North Pacific+Pacific Ocean J|0449|Bjornsson,A.+Johnsen,G.+Sigurdsson,S.+Thorbergsson,G.|Rifting of the plate boundary in north Iceland 1975-1978||J. geophys. Res.:84:6:1979:3029-3038|Volcanism+Swarm+Ground motion J|0450|Jackson,I.+Ahrens,T.J.|Shock wave compression of single-crystal forsterite||J. geophys. Res.:84:6:1979:3039-3048 J|0451|Ward,S.N.|Ringing P waves and submarine faulting||J. geophys. Res.:84:6:1979:3057-3062|Ocean+P-wave+Shallow-focus earthquake+Teleseism+Focal mechanism J|0452|Savage,J.C.+Prescott,W.H.+Lisowski,M.+King,N.|Deformation across the Salton Trough, California, 1973-1977||J. geophys. Res.:84:6:1979:3069-3079|United States+Strain+Geodetic survey+Salton Sea J|0453|Makdisi,F.I.+Seed,H.B.|Simplified procedure for estimating dam and embankment earthquake-induced deformations||J. geotech. Engng Div. Am. Soc. civ. Engrs:104:7:1978:849-867|Induced seismicity+Earth dam+Earthquake engineering J|0454|Donovan,N.C.+Bornstein,A.E.|Uncertainties in seismic risk procedures||J. geotech. Engng Div. Am. Soc. civ. Engrs:104:7:1978:869-887|Probability+Statistical method+Earthquake-resistant design J|0455|Christian,J.T.+Borjeson,R.W.+Tringale,P.T.|Probabilistic evaluation of OBE for nuclear plant||J. geotech. Engng Div. Am. Soc. civ. Engrs:104:7:1978:907-919|Nuclear power plant+Probability+Operating basis earthquake+Earthquake-resistant design J|0456|Balakrishna,S.+Chary,K.R.R.+Subrahmanyam,K.|Seismic investigations along tunnel alignment in Gudulur valley, T.N||J. Indian geophys. Un.:14:1-4:1977:109-113|India J|0457|Gupta,H.K.|Earthquake prediction: facts and fantasies||J. Indian geophys. Un.:14:1-4:1977:115-125 J|0458|Kaila,K.L.+Reddy,P.R.+Tripathi,K.M.|Deep seismic sounding studies in India||J. Indian geophys. Un.:14:1-4:1977:195-211 J|0459|Watt,B.J.+Boaz,I.B.+Dowrick,D.J.|Response of concrete gravity platforms to earthquake excitations||J. Petrol. Technol.:3:30:1978:318-324|Fourier transform+Drilling platform J|0460|Bea,R.G.|Earthquake criteria for platforms in the Gulf of Alaska||J. Petrol. Technol.:3:30:1978:325-340|Drilling platform+Earthquake-resistant design+Alaska, Gulf of J|0461|Rikitake,T.+Yamazaki,Y.|A resistivity precursor of the 1974 Izu-Hanto-oki earthquake||J. Phys. Earth:27:1:1979:1-6|Japan||#*IZUHANTO J|0462|Seno,T.|Intraplate seismicity in Tohoku and Hokkaido and large interplate earthquakes: a possibility of a large interplate earthquake off the southern Sanriku coast, northern Japan||J. Phys. Earth:27:1:1979:21-51|Seismicity+History+1850-1976+Probability J|0463|Schiff,A.J.|Seismic emergency operation of power systems||J. tech. Counc. Am. Soc. civ. Engrs:104:1:1978:1-11|Reliability+Earthquake engineering+Power station+Power facilities J|0464|Degenkolb,O.H.|Retrofitting bridges to increase seismic resistance||J. tech. Counc. Am. Soc. civ. Engrs:104:1:1978:13-20|Earthquake-resistant design+California+Reinforcement+United States+Stability J|0465|Mahin,S.A.+Bertero,V.V.|Prediction of nonlinear seismic building behaviour||J. tech. Counc. Am. Soc. civ. Engrs:104:1:1978:21-37|Structure+Nonlinear response+Earthquake engineering J|0466|Steinhardt,O.W.|Protecting a power lifeline against earthquakes||J. tech. Counc. Am. Soc. civ. Engrs:104:1:1978:49-57|Earthquake engineering+Power facilities+Protection+Lifeline system+Power station J|0467|Ru-Liang Wang,L.|Vibration frequencies of buried pipelines||J. tech. Counc. Am. Soc. civ. Engrs:104:1:1978:71-89|Dynamics+Frequency J|0468|Hall,W.J.+Newmark,N.M.|Seismic design criteria for pipelines and facilities||J. tech. Counc. Am. Soc. civ. Engrs:104:1:1978:91-107|Earthquake engineering J|0469|Ru-Liang Wang,L.+O'Rourke,M.J.|Overview of buried pipelines under seismic loading||J. tech. Counc. Am. Soc. civ. Engrs:104:1:1978:121-130|Earthquake engineering J|0470|Abe,K.|Determination of the fault model consistent with tsunami generation of the 1964 Niigata earthquake||Mar. Geod.:1:4:1978:313-330|Honshu+Japan+Focal mechanism J|0471|Oxburgh,E.R.|Non-ideal plate tectonics||Nature, Lond.:277:5695:1979:352-353|Sea-floor spreading+Himalayas+Tibet+Multispectral detection J|0472|Buland,R.+Berger,J.+Gilbert,F.|Observations from the IDA network of attenuation and splitting during a recent earthquake||Nature, Lond.:277:5695:1979:358-362|Accelerometer+Instrument+1977+Sumbawa+Indonesia||#*INDONESIAN J|0473|Dickson,D.|Budget cuts cause upheavals in earthquake research||Nature, Lond.:277:5696:1979:421|Sociological aspect+United States+Economics+Hazard+Mitigation+Prediction J|0474|Imbo,G.|Seismic prediction at Pozzuoli; comment on ``La Soufriere, volcanology and forecasting'' by H. Tazieff||Nature, Lond.:277:5697:1979:511|Volcanism+Italy+West Indies J|0475|Winkler,K.+Nur,A.+Gladwin,M.T.|Friction and seismic attenuation in rocks||Nature, Lond.:277:5697:1979:528-531|Energy J|0476|Landers,T.E.|Review of ``Reflection seismology: a tool for energy resource exploration'' by K.H. Waters||Nature, Lond.:277:5697:1979:582|Natural resources+Reflexion J|0477|Mercier,J.L.+Mouyaris,N.+Simeakis,C.+Roundoyannis,T.+Angelidhis,C.|Intra-plate deformation: a quantitative study of the faults activated by the 1978 Thessaloniki earthquakes||Nature, Lond.:278:5699:1979:45-48|Greece+Tectonics+Thessaloniki+Focal mechanism||#*THESSALONIKI J|0478|Yamashina,K.+Inoue,Y.|A doughnut-shaped pattern of seismic activity preceding the Shimane earthquake of 1978||Nature, Lond.:278:5699:1979:48-50|Japan+Seismicity+Precursor+Honshu||#*SHIMANE J|0479|Tarling,D.H.|Review of ``Earth, 2nd edition'' by F. Press and R. Siever||Nature, Lond.:278:5699:1979:76|Geology J|0480|Redfearn,J.|Europe plans to predict earthquakes||Nature, Lond.:278:5701:1979:198|Prediction J|0481|Angenheister,G.+Gebrande,H.+Miller,H.+Weigel,W.+Goldflam,P.+|First results from the Reykjanes Ridge Iceland seismic project 1977||Nature, Lond.:279:5708:1979:56-60|Crustal structure+Prospecting J|0482||Aerosol anomalies preceding earthquakes|Comment on an article by H. Tributsch|Nature, Lond.:279:5709:1979:169|Precursor+Animal behaviour J|0483|Hallam,A.|A decade of plate tectonics|Symposium at University of Toronto, May 1979|Nature, Lond.:279:5713:1979:478|Symposium+Toronto+1979+Canada J|0484|Smith,P.J.|Review of ``Earthshock'' by B. Booth and F. Fitch||Nature, Lond.:279:5714:1979:654|Earthquake+Natural disaster J|0485|Kuznetsov,O.L.+Chirkin,I.A.+Rogotskii,G.V.+|Increasing the level of information on seismo-acoustic methods of prospecting from the study of the dynamic characteristics of elastic waves|In Russian|Neftegaz. Geologiya Geofiz.::3:1978:38-43|Seismoacoustics+Statistical method+Data processing+Recording+Attenuation J|0486|Meshbey,V.I.|Nonlinear D transform of a time profile and, in depth, of a two-dimensional distribution of average velocities|In Russian|Neftegaz. Geologiya Geofiz.::3:1978:43-47|Recording+Nonlinear transformation+Prospecting+Data processing+Velocity+Algorithm J|0487|Barulin,G.I.+Zakharov,P.Yu.|Use of the characteristic frequencies of reflexion boundaries in the operator's calculations of smoothing filters|In Russian|Neftegaz. Geologiya Geofiz.::4:1978:29-33|Seismogram+Prospecting+Data processing+Filtering+Frequency+Signal J|0488|Malovichko,A.A.|Influence of the degree of heterogeneity of the velocity of the medium on the form of the hodograph of the reflected waves|In Russian|Neftegaz. Geologiya Geofiz.::5:1978:31-33 J|0489||A big quake on record - but only just||New Scient.:81:1139:1979:257|Mexico+Oaxaca+1978+Seismic gap||#*OAXACA J|0490||Dam engineers become excited over earthquakes||New Scient.:81:1140:1979:323|Reservoir+Barrage+Triggering agent+Induced seismicity+Earthquake engineering J|0491||Earthquake hazard closes nuclear power plants||New Scient.:81:1147:1979:933|United States+Safety+Cooling J|0492|Gribbin,J.|Review of ``The earthquake handbook'' by P. Verney||New Scient.:82:1154:1979:480|Manual+History+Prediction J|0493|Gribbin,J.|Review of ``Earthshock'' by B. Booth and F. Fitch||New Scient.:82:1154:1979:480|Earthquake+Natural disaster J|0494||Earthquake monitoring made to measure||New Scient.:82:1155:1979:549|Seismometer+Instrument J|0495||Growing confidence in earthquake prediction||New Scient.:82:1158:1979:798|United States+Alaska+Seismic gap J|0496|Penzes,L.E.+Bedore,R.L.|Seismic model test of the GCFR core and core support structure||Nucl. Engng Des.:45:2:1978:471-479|Nuclear power plant+Earthquake engineering J|0497|Tsai,N.C.+Tseng,W-S.|Standardized seismic design spectra for nuclear plant equipment||Nucl. Engng Des.:45:2:1978:481-488|Nuclear power plant+Earthquake engineering J|0498|Mohraz,B.|Comments on earthquake response spectra||Nucl. Engng Des.:45:2:1978:489-495|Spectral analysis J|0499|Castoldi,A.+Casirati,M.+Scotto,F.L.|In situ dynamic tests and seismic records on the RHR system building ENEL IV nuclear plant/Caorso (Italy)||Nucl. Engng Des.:45:2:1978:497-505|Earthquake engineering+Nuclear power plant J|0500|Shahin,R.M.+Manuelyan,R.+Jan,C-M.|Seismic analysis and design of electrical cable trays and support systems||Nucl. Engng Des.:45:2:1978:515-522|Earthquake engineering+Nuclear power plant J|0501|Fischer,E.G.|Seismic qualification of systems, structures, equipment and components||Nucl. Engng Des.:46:1:1978:151-167|Nuclear power plant+Earthquake engineering+Shake table J|0502|Kausel,E.G.+Whitman,R.V.+Morray,J.P.+Elsabee,F.|The spring method for embedded foundations||Nucl. Engng Des.:48:2-3:1978:377-392|Soil+Structure+Nuclear power plant+Finite element method+Building J|0503|Denham,R.N.+Bannister,R.W.+Guthrie,K.M.+Browning,D.G.|Underwater acoustic signals from a Kermadec Ridge earthquake||N.Z. Jl Geol. Geophys.:21:5:1978:545-547|1976+Acoustic emission||#*KERMADEC J|0504|Hochstein,M.P.+Nixon,I.M.|Geophysical study of the Hauraki Depression, North Island, New Zealand||N.Z. Jl Geol. Geophys.:22:1:1979:1-19|Geophysical investigation+Hauraki, G.+Seismicity+Bouguer anomaly+Fault+Geothermy J|0505|Haines,A.J.|Seismic wave velocities in the uppermost mantle beneath New Zealand||N.Z. Jl Geol. Geophys.:22:2:1979:245-257|Velocity+Upper mantle J|0506|Blot,C.|Deep earthquakes that were precursors of the eruption of Ruapehu, New Zealand on 22 June 1969||N.Z. Jl Geol. Geophys.:22:3:1979:413-414|Volcanism+Deep-focus earthquake J|0507|Kulikov,Ye.A.+Pavlenko,V.G.+Lappo,S.S.+|The second Soviet-American expedition on tsunami studies in the open sea|In Russian|Okeanologiya:19:2:1979:357-359|USSR+United States J|0508|Neprochnov,Yu.P.+Sedov,V.V.+Grin'ko,B.N.|Experience in the storage of seismic signals from pneumatic emitters in deep seismic sounding|In Russian|Okeanologiya:19:3:1979:499-503|Instrument+Prospecting J|0509|Kalinin,A.V.+Kalinin,V.V.+Pivovarov,B.L.|Determination of the velocity characteristics of a one-channel seismic profile|In Russian|Okeanologiya:19:3:1979:504-507|Prospecting+Thickness+Sea J|0510|Tanaka,Y.+Jingu,H.|Type of volcanic earthquakes at Asama-yama Volcano|In Japanese with English abstract|Pap. Met. Geophys., Tokyo:30:1:1979:61-74|Classification+Regional study+Honshu+Japan+Volcanism J|0511|Wright,C.+Lyons,J.A.|The identification of radial velocity anomalies in the lower mantle using an interference method||Phys. Earth planet. Interiors:18:1:1979:27-33|Travel-times+P-wave+Signal+Yellowknife+South America+Caribbean J|0512|Doornbos,D.J.+Vermeulen,J.M.+Van den Berg,A.P.+Cloetingh,S.A.P.L.|Seismic array evidence of lateral variations in the lower mantle|Extended abstract|Phys. Earth planet. Interiors:18:1:1979:34 J|0513|Willmore,P.L.|Developments in electromagnetic and hybrid seismometers||Phys. Earth planet. Interiors:18:2:1979:35-37|Instrument+Recorder+Electromagnetic seismograph J|0514|Usher,M.J.+Burch,R.F.+Guralp,C.|Wide-band feedback seismometers||Phys. Earth planet. Interiors:18:2:1979:38-50|Instrument+Recorder J|0515|Long,R.E.|The specification of wide-band recorders||Phys. Earth planet. Interiors:18:2:1979:51-57|Wide-band seismograph+Signal+Instrument J|0516|Teupser,C.+Plesinger,A.|Design of feedback-controlled wide-band seismographs with respect to undesired side-effects||Phys. Earth planet. Interiors:18:2:1979:58-63|Instrument+Recorder J|0517|Melton,B.S.|The sensitivity and dynamic range of inertial seismographs||Phys. Earth planet. Interiors:18:2:1979:64-70|Instrument+Recorder J|0518|Prothero,W.A.|An operationally optimized ocean-bottom seismometer capsule||Phys. Earth planet. Interiors:18:2:1979:71-77|Ocean-bottom seismograph+Instrument+Recorder J|0519|Kondorskaya,N.V.+Aranovich,Z.I.|The uniform system of seismic observations of the U.S.S.R. and prospects of its development||Phys. Earth planet. Interiors:18:2:1979:78-86|Observational seismology+USSR+Instrument+USSO J|0520|Varghese,T.G.+Roy,F.+Rao,B.S.S.+Suryavanshi,M.P.+|Exploitation of the Gauribidanur array for seismic monitoring||Phys. Earth planet. Interiors:18:2:1979:87-94|India+Discrimination+Observational seismology+Instrument J|0521|Hayman,R.B.+Shannon,W.E.|Seismological service of Canada: instrumentation and data processing||Phys. Earth planet. Interiors:18:2:1979:95-104|Observational seismology J|0522|McGregor,P.M.|Seismological services of the Australian Bureau of Mineral Resources, Geology and Geophysics||Phys. Earth planet. Interiors:18:2:1979:105-113|Observational seismology+Antarctic+Papua+New Guinea+Solomon Islands+Instrument J|0523|Adams,R.D.|The New Zealand seismograph network||Phys. Earth planet. Interiors:18:2:1979:114-120|Observational seismology+Instrument+Antarctic+Samoa+Cook Is. J|0524|Pirhonen,S.E.+Nurminen,S.+Luosto,U.+Korhonen,H.|The Finnish seismic array||Phys. Earth planet. Interiors:18:2:1979:121-126|Observational seismology+Finland+Instrument J|0525|Browitt,C.W.A.|Seismograph networks of the Institute of Geological Sciences, U.K||Phys. Earth planet. Interiors:18:2:1979:127-134|Instrument+Observational seismology+United Kingdom+IGS+Brazil+Turkey+Scotland+Seismicity+LOWNET+North Sea J|0526|Grover,F.H.|The collection and analysis of seismological data to detect possible violations of a nuclear test ban treaty||Phys. Earth planet. Interiors:18:2:1979:135-142|Discrimination+Detection+Monitoring+Underground nuclear explosion+Nuclear explosion+Blacknest Seismological Centre+ARPA+Instrument J|0527|Singh,D.D.+Rastogi,B.K.+Gupta,H.K.|Spectral analysis of body waves for earthquakes and their source parameters in the Himalaya and nearby regions||Phys. Earth planet. Interiors:18:2:1979:143-152|Himalayas+Regional study J|0528|Yamashina,K.|A possible factor which triggers intra-plate earthquakes||Phys. Earth planet. Interiors:18:2:1979:153-164|Triggering agent+Shallow-focus earthquake+Japan+Strain+Intraplate earthquake+Stress J|0529|Adams,R.D.|Review of ``Earthquake precursors. Proceedings of the U.S.-Japan seminar on theoretical and experimental investigations of earthquake precursors. Advances in Earth and planetary Sciences, 2'' edited by C. Kisslinger and Z. Suzuki||Phys. Earth planet. Interiors:18:2:1979:165-166|Prediction+United States+1977 J|0530|Kanamori,H.+Stewart,G.S.|A slow earthquake||Phys. Earth planet. Interiors:18:3:1979:167-175|1960+Chile J|0531|Okal,E.A.+Geller,R.J.|On the observability of isotropic seismic sources: the July 31, 1970 Colombian earthquake||Phys. Earth planet. Interiors:18:3:1979:176-196|Isotropic medium J|0532|Furumoto,A.S.+Kovach,R.L.|The Kalapana earthquake of November 29, 1975: an intra-plate earthquake and its relation to geothermal processes||Phys. Earth planet. Interiors:18:3:1979:197-208|Hawaii+P-wave+Focal mechanism+Geothermy+Intraplate earthquake||#*HILO J|0533|Robinson,R.|Variation of energy release, rate of occurrence and b-value of earthquakes||Phys. Earth planet. Interiors:18:3:1979:209-220|b-Value+Prediction+Regional study+1840-1977 J|0534|Fairhead,J.D.|Review of ``Earth; 2nd edition'' by F. Press and R. Siever||Phys. Earth planet. Interiors:18:3:1979:249-250|Geology J|0535|Peacock,J.H.|Review of ``Reflection seismology'' by K.H. Waters||Phys. Earth planet. Interiors:18:3:1979:253|Reflexion+Energy+Exploration+Oil+Prospecting+Vibroseis+Natural resources J|0536|Deng,Q-D.+Zhang,Y-M.+Xu,G-L.+Fan,F-T.|On the tectonic stress field in China and its relation to plate movement||Phys. Earth planet. Interiors:18:4:1979:257-273|Plate tectonics+Fault+Deformation+Observational seismology+Prediction J|0537|Purcaru,G.|The Vrancea, Romania, earthquake of March 4, 1977 - a quite successful prediction||Phys. Earth planet. Interiors:18:4:1979:274-287|Observational seismology+Intermediate-depth earthquake+Carpathians+1100-1973||#*ROMANIAN J|0538|Talwani,P.|An empirical earthquake prediction model||Phys. Earth planet. Interiors:18:4:1979:288-302|Observational seismology+South Carolina+United States+Microearthquake+Jocassee, L.+Dam+Reservoir+Barrage+Hydroelectric plant J|0539|Jackson,D.D.+Ergas,R.A.|Statistical analysis of travel-time anomalies||Phys. Earth planet. Interiors:18:4:1979:303-308|Prediction+Observational seismology+Statistical method+Travel-times+Velocity+Anomaly+Oroville+California+1975+United States||#*OROVILLE J|0540|Dong,S-S.+Ge,H-C.+Luo,R-L.+Xa,Z-Y.+Wang,F-Q.|Earthquake prediction on the basis of Vp/Vs variations - a case history||Phys. Earth planet. Interiors:18:4:1979:309-318|P-wave+S-wave+Velocity+Observational seismology+Strike-slip+Fault J|0541|Dolbilkina,N.A.+Myachkin,V.I.+Palyonov,A.M.+Preobrazhenskii,V.R.|The study of the variations of elastic-wave parameters: results and problems||Phys. Earth planet. Interiors:18:4:1979:319-325|Observational seismology+Prediction+Elastic wave+Temporal variation+Velocity+Absorption J|0542|Gusev,A.A.+Semenov,A.N.+Sinel'nikova,L.G.|The earthquake spectral anomaly estimate by the MLH to mB relation and its possible application to earthquake prediction||Phys. Earth planet. Interiors:18:4:1979:326-329|Magnitude+Observational seismology+Kuril-Kamchatka Arc J|0543|Chen,Y-T.+Gu,H-D.+Lu,Z-X.|Variations of gravity before and after the Haicheng earthquake, 1975 and the Tangshan earthquake, 1976||Phys. Earth planet. Interiors:18:4:1979:330-338|Observational seismology+Prediction+China+T'ang-shan||#*TANGSHAN|#*HAICHENG J|0544|Whitham,K.|Earthquake prediction research in eastern Canada||Phys. Earth planet. Interiors:18:4:1979:339-340|Observational seismology J|0545|Oike,K.|Seismic activity and crustal movement on the Yamasaki fault in southwest Japan|Extended abstract|Phys. Earth planet. Interiors:18:4:1979:341-344|Observational seismology+Prediction J|0546|Raikes,S.A.|Temporal variation of P-delays in southern California|Extended abstract|Phys. Earth planet. Interiors:18:4:1979:345-348|P-wave+United States+Observational seismology+Prediction J|0547|Engdahl,E.R.+Kisslinger,C.|Seismological precursors of earthquakes in an island arc|Extended abstract|Phys. Earth planet. Interiors:18:4:1979:349-350|Observational seismology+Prediction+Adak I.+Alaska+United States+Seismicity J|0548|Takagi,A.+Hasegawa,A.+Umino,N.+Suzuki,Z.|Seismic activity in the northeastern Japan arc|Extended abstract|Phys. Earth planet. Interiors:18:4:1979:351-354|Seismicity+Observational seismology+Prediction+Honshu J|0549|Goulty,N.R.|Tidal triggering of deep moonquakes||Phys. Earth planet. Interiors:19:1:1979:52-58|Lunar seismology+Triggering agent J|0550|Solomon,S.C.|Formation, history and energetics of cores in the terrestrial planets||Phys. Earth planet. Interiors:19:2:1979:168-182 J|0551|Lomnicki,R.+Pawlak,W.+Poleszak,E.|Generation of seismic energy thanks to the use of the Vibroseis system and its first applications in Poland|In Polish with English and Russian abstracts|Przegl. geol.:26:6:1978:380-387|Prospecting J|0552|Weaver,C.S.+Hill,D.P.|Earthquake swarms and local crustal spreading along major strike-slip faults in California||Pure appl. Geophys.:117:1-2:1979:51-64|Imperial Valley+Focal mechanism+United States+Geothermy+Volcanism J|0553|Rybach,L.|The relationship between seismic velocity and radioactive heat production in crustal rocks: an exponential law||Pure appl. Geophys.:117:1-2:1979:75-82|P-wave+Igneous rock+Radioactivity+Low-velocity layer J|0554|Demetrescu,C.|On the geothermal regime of some tectonic units in Romania||Pure appl. Geophys.:117:1-2:1979:124-134|Geothermy+Crustal structure+Deep seismic sounding J|0555|Yamagishi,N.|On the long-period diffracted P waves observed at Matsushiro|In Japanese with English abstract|Q. Jl Seism., Tokyo:42:3-4:1978:41-50|P-wave+Japan+Travel-times+Diffracted wave J|0556|Izumi,S.|On the earth strain measured by borehole strainmeters at Matsushiro Seismological Observatory (Second paper: Responses from seismic waves)|In Japanese with English abstract|Q. Jl Seism., Tokyo:42:3-4:1978:51-54|Japan+Instrument J|0557|Ichikawa,M.|Simulation on epicentre detection capability of JMA network for local earthquakes|In Japanese with English abstract|Q. Jl Seism., Tokyo:42:3-4:1978:55-60|Location+Japan Meteorological Agency J|0558|a-Osaka District Meteorological Observatory+a-Matsue Local Meteorological Observatory|Report on the earthquake of May 2, 1977, Shimane Prefecture|In Japanese|Q. Jl Seism., Tokyo:42:3-4:1978:61-72|Japan||#*SHIMANE J|0559|Katsumata,M.|The relation between earthquake magnitude and the distance to which damage reaches and the area to which severe damage extends|In Japanese|Q. Jl Seism., Tokyo:42:3-4:1978:73-76 J|0560|a-Japan Meteorological Agency, Seismological Division+|Report on the earthquake of January 14, 1978, near Izu-Oshima|In Japanese|Q. Jl Seism., Tokyo:43:1-2:1978:21-57|Izu-Oshima-kinkai+Japan||#*IZUOSHIMA J|0561|Hamada,N.|On the relation between earth tidal strain and Matsushiro earthquakes|In Japanese with English abstract|Q. Jl Seism., Tokyo:43:1-2:1978:1-10|Earth tide+Japan J|0562|Ichikawa,M.|A new subroutine program for determination of earthquake parameters and local travel time tables for events near the southern Kuril Trench|In Japanese with English abstract|Q. Jl Seism., Tokyo:43:1-2:1978:11-19|Travel-times+Kuril Islands+Computer program+Location+Japan Meteorological Agency J|0563|Cohen,S.C.|Numerical and laboratory simulation of fault motion and earthquake occurrence||Rev. Geophys. Space Phys.:17:1:1979:61-72|Model+Numerical modelling+Focal mechanism J|0564|Dziewonski,A.M.|Elastic and anelastic structure of the earth||Rev. Geophys. Space Phys.:17:2:1979:303-312|Earth structure+Elasticity+Anelasticity J|0565|Scheidegger,A.E.|Comparative aspects of the geotectonic stress fields|With German abstract|Rock Mech.::6:1978:55-64|Geotectonics J|0566|Lawrence,W.S.+Qamar,A.|Hydraulic transients: a seismic source in volcanoes and glaciers||Science, N.Y.:203:4381:1979:654-656|Volcanism J|0567|Kerr,R.A.|Earthquake prediction: Mexican quake shows one way to look for the big ones||Science, N.Y.:203:4383:1979:860-862|Mexico+History+Alaska+Aleutian Islands+Seismicity||#*OAXACA J|0568|Amos,A.F.+Gerard,R.D.|Anomalous bottom water south of the Grand Banks suggests turbidity current activity||Science, N.Y.:203:4383:1979:894-897|Seismicity+North Atlantic+Atlantic Ocean J|0569|Stuart,W.D.|Strain-softening instability model for the San Fernando earthquake||Science, N.Y.:203:4383:1979:907-910|1971+California+United States+Fault+Crustal movement J|0570|Zana,N.+Hamaguchi,H.|Some characteristics of aftershock sequences in the Western Rift Valley of Africa||Sci. Rep. Tohoku Univ. 5:25:2:1978:55-72|Uvira+1960+1966+Ruwenzori J|0571|a-Research Group for Crustal Movements of Tohoku University|Analysis of crustal movements in the northeastern Japanese arc observed by means of an array system||Sci. Rep. Tohoku Univ. 5:25:2:1978:73-82|Extensometer+Honshu+Strain+Instrument J|0572|Ishii,H.+Sato,T.+Takagi,A.|Characteristics of strain migration in the northeastern Japanese arc (1) Propagation characteristics||Sci. Rep. Tohoku Univ. 5:25:2:1978:83-90|Extensometer+Instrument+Honshu J|0573|Yamazaki,K.|Theory of crustal deformation due to dilatancy and quantitative evaluation of earthquake precursors||Sci. Rep. Tohoku Univ. 5:25:3:1978:115-167|Crack+Dislocation+Niigata+1964+Akita+1970+Japan J|0574|Sardzhayev,Ch.K.|Cost calculation of the reconstruction of buildings after earthquakes|In Russian|Seismost. stroit.::5:1977:34-36|Structure+1966+Tashkent+Earthquake-resistant design J|0575|Zhunusov,T.Zh.+|Damage to school buildings in Bukhara during the 1976 Gazli (Kyzylkum) earthquake|In Russian|Seismost. stroit.::5:1977:52-56|Uzbekistan+USSR||#*GAZLI J|0576|Mamradze,G.P.+Gvelesiani,T.L.|Calculation of hydrodynamic pressure on a dam subjected to seismic excitation|In Russian|Seismost. stroit.::6:1977:14-19|Hydrodynamics+Barrage+Reservoir J|0577|Zheleznyak,T.K.|Gyroseismometer at the base of the S5S seismometer|In Russian|Seismol. Pribory::10:1977:3-5|Instrument+Long-period seismograph J|0578|Tokmakov,V.A.|On seismic apparatus with considerable damping|In Russian|Seismol. Pribory::10:1977:5-10|Instrument J|0579|Aleksandrov,A.L.+Zelikman,E.I.+Fremd,V.M.|Maximal accelerometer-indicator|In Russian|Seismol. Pribory::10:1977:11-12|Instrument+Maximum acceleration J|0580|Mishatkin,V.N.|Photoelectric displacement transformer|In Russian|Seismol. Pribory::10:1977:13-16|Photoelectric apparatus+Recording+Instrument J|0581|Rykov,A.V.|Period of the astatic vertical seismometer|In Russian|Seismol. Pribory::10:1977:17-21|Instrument+Vertical component J|0582|Borisevich,Ye.S.+Zargaryan,D.N.|Vibrometer mountings for engineering seismology studies|In Russian|Seismol. Pribory::10:1977:21-23|Earthquake engineering+Instrument+Recording J|0583|Danilov,V.I.+Karaush,V.M.+Osika,V.I.+Chernobai,I.P.|Quartz deformation measuring instrument with displacement transformer capacity|In Russian|Seismol. Pribory::10:1977:24-29|Recording J|0584|Razorenov,A.A.+Aleksandrov,B.V.+Dubovik,M.I.|Two-component capacity horizontal borehole accelerometer AGS-2K|In Russian|Seismol. Pribory::10:1977:29-31|Instrument J|0585|Aleksandrov,A.L.+Aranovich,Z.I.+Zelikman,E.I.+Trapeznikov,N.L.+Fremd,V.M.|Wide-band velocimeter with magnetic analogue recording composed of industrial elements|In Russian|Seismol. Pribory::10:1977:32-35|Instrument J|0586|Kevlishvili,P.V.+An,V.A.+Bashilov,I.P.+Knyazev,V.N.+|System of automatic recording and processing of the results of geophysical observations|In Russian|Seismol. Pribory::10:1977:35-44|Data processing+Automatic analysis J|0587|Trapeznikov,N.L.|Problems of the stability of long-period seismographs with counter-reaction|In Russian|Seismol. Pribory::10:1977:44-57|Instrument+Long-period seismograph J|0588|Rozenberg,I.M.|Study of an automatic recording system|In Russian|Seismol. Pribory::10:1977:57-61|Instrument J|0589|Shevchenko,N.K.|Analogue-digital transformer for the recording of seismic waves in the zone close to an explosion|In Russian|Seismol. Pribory::10:1977:62-66|Instrument+Digital seismic system+Analogue seismic system J|0590|Akimov,G.N.+Aranovich,Z.I.+Bashkirev,V.P.+Melamud,A.Ya.+|Apparatus for the digital conversion of the readings of analogue magnetic recordings by introducing corrective time marks|In Russian|Seismol. Pribory::10:1977:67-74|Digital seismic system+Instrument J|0591|Razorenov,A.A.|Some optimal correlations for the dimensions of console-type capacitator accelerometers|In Russian|Seismol. Pribory::10:1977:75-85|Instrument J|0592|Mosyagina,M.S.|Field tests of a microphotorecording model|In Russian|Seismol. Pribory::10:1977:86-87|Seismogram J|0593|Ovsyannikov,G.A.|Modernization of the adjustment system for pendulum seismometers|In Russian|Seismol. Pribory::10:1977:87-93|Correction+Instrument J|0594|Kabychenko,N.V.+Fomichev,A.G.+Libin,V.Ya.+Kondrat'ev,Ye.P.|Arrangement for the switching on by radio of the recording apparatus|In Russian|Seismol. Pribory::10:1977:94-96|Instrument J|0595|Shulepov,A.D.|Apparatus for measuring the centre of gravity of a galvanometer|In Russian|Seismol. Pribory::10:1977:97-103|Instrument+Seismometer+Gravity, Centre of J|0596|Shulepov,A.D.|Electric-spark balancing of galvanometers|In Russian|Seismol. Pribory::10:1977:103-108|Instrument+Seismometer J|0597|Berri,B.L.+Boyarskii,I.Ya.+Zagaryan,D.N.+Semivol,G.N.|Recording of avalanches and flows by means of seismic engineering apparatus|In Russian|Seismol. Pribory::10:1977:109-111|Instrument+Earthquake engineering J|0598|Aranovich,Z.I.+Melamud,A.Ya.+Negrebitskii,S.A.+Shilova,N.Ye.|Method, means, schemes and some results of calibration by impulsion of seismometric frequency channels|In Russian|Seismol. Pribory::10:1977:111-120|Instrument+Seismograph J|0599|Aranovich,Z.I.+Gomzyakova,E.S.+Melamud,A.Ya.+Negrebitskii,S.A.+Shilova,N.Ye.|Precision of calibration by impulsion of seismometric frequency channels and some means of enhancing it|In Russian|Seismol. Pribory::10:1977:121-133|Instrument+Seismograph+Error+Precise measurement J|0600|Aranovich,Z.I.+Gomzyakova,E.S.+Melamud,A.Ya.+Negrebitskii,S.A.+Shilova,N.Ye.|Optimization by the least squares method in determining the parameters and amplification curve in the seismometric frequency channels when calibrating by impulsion|In Russian|Seismol. Pribory::10:1977:134-149|Calibration+Least squares solution+Instrument J|0601|Zverev,A.S.+Fomichev,A.G.|Method for measurement of strain waves provoked by an explosion in a homogeneous rock mass|In Russian|Seismol. Pribory::10:1977:150-153|Instrument+Calibration J|0602|Turdumatov,B.M.|Meteorological characteristics of recording channels of strong earthquakes|In Russian|Seismol. Pribory::10:1977:153-156|Instrument J|0603|Svintsov,I.S.+Libin,V.Ya.+Fomichev,A.G.+Kabychenko,N.V.|System for the automatic engaging of the apparatus when recording the seismic effect of the explosion on the Burly-Kiya River|In Russian|Seismol. Pribory::10:1977:156-159|Burly-Kiya, R.+Instrument+USSR J|0604|Fomichev,A.G.+Kabychenko,N.V.|Choice of the optimum length of cable for measuring the velocity of seismo-explosive waves|In Russian|Seismol. Pribory::10:1977:159-161|Recording+Instrument+Transformer+Explosion J|0605|Dvoyeglazov,Yu.B.+Sergeyev,V.M.|Frequency modulation at the time of recording seismo-explosive waves on a magnetic drum|In Russian|Seismol. Pribory::10:1977:161-166|Explosion+Instrument+Signal J|0606|Kevlishvili,P.V.+An,V.A.+Bashilov,I.P.+Markaryan,R.R.+Savinova,I.V.|Reliability of geophysical apparatus with numerical recording|In Russian|Seismol. Pribory::10:1977:167-170|Instrument+Automatic digitization+Recording J|0607|Arkhangel'skii,V.T.+Shvartsburg,Ya.A.|A method for the calibration of seismographs|In Russian|Seismol. Pribory::10:1977:170-174|Instrument J|0608|Agafonov,A.G.|System for the long-distance control of the borehole seismometer SBU-V|In Russian|Seismol. Pribory::10:1977:175-178|Instrument J|0609|Shnirman,G.L.+Agafonov,A.G.+Rybakov,N.P.|Calibration apparatus for the automatic seismic station ASS|In Russian|Seismol. Pribory::10:1977:179-185|Network J|0610|Gusev,A.F.+Razorenov,A.A.|Apparatus for determining the azimuth of seismic equipment in non-tube boreholes|In Russian|Seismol. Pribory::10:1977:186-188|Instrument J|0611|Zhuravlev,V.I.|Correction of the frequency characteristics of the velocity transformer with weak damping|In Russian|Seismol. Pribory::10:1977:188-191|Recording J|0612|Aleksandrov,A.L.+Zelikman,E.I.+Manuilova,N.N.+Fremd,V.M.|Seven-rank apparatus for the numerical conversion of analogue magnetic recordings into the seismic frequency range|In Russian|Seismol. Pribory::10:1977:191-192|Digital converter+Instrument J|0613|Bashilov,I.P.+Konovalov,V.A.+Mednikova,V.N.|On the possibility of combining the UTSS apparatus with the numerical recording multi-channel station of STSR type|In Russian|Seismol. Pribory::10:1977:193-197|Recording J|0614|Katrenko,V.G.|Elements of a telemetric channel with the use of integral circuits|In Russian|Seismol. Pribory::10:1977:197-203|Instrument+Station+Recording J|0615|Abdullayev,M.A.+Zakhidov,Sh.Sh.+Ulomov,V.I.+Yakubov,M.+Yakubov,M.S.|System for the control and recording of fluctuations in the water level in wells for seismic aims|In Russian|Seismol. Pribory::10:1977:203-208|Groundwater+Underground water+Prediction+Instrument+Borehole J|0616|Zaionchkovskii,M.A.+Pevzner,B.N.|Use of a seismometer for the reduction of microseismic noise when working with an absolute ballistic gravimeter|In Russian|Seismol. Pribory::10:1977:208-211|Recording J|0617|Mueller,S.|Earthquakes: foundations and dangers|In German|SIA-Dokum.::31:1978:9-24|Risk+Switzerland+Earthquake-resistant design+Plate tectonics+Seismicity J|0618|Zahradnik,J.|Theoretical seismograms for block structures||Studia geophys. geod.:23:1:1979:17-26|Seismogram+Crustal structure+Microzoning+Earthquake engineering+Inhomogeneous medium J|0619|Plomerova,J.+Ruprechtova,L.|Magnitudes and travel-time residuals of the Friuli earthquakes between May and August 1976||Studia geophys. geod.:23:1:1979:74-89|Travel-times+Italy+Aftershock+Czechoslovakia||#*FRIULI J|0620|Lastovicka,J.|Meteorological microseisms and stratospheric warnings||Studia geophys. geod.:23:1:1979:98-100|Stratosphere J|0621|Pec,K.|Review of ``Ray method in seismology'' by V. Cerveny, I.A. Molotkov and I. Psencik||Studia geophys. geod.:23:1:1979:100-101|Ray theory+Wave+Inhomogeneous medium J|0622|Tobyas,V.+Divis,K.|Sensitivity of the Sharpe and Worden gravity meter to vertical motion||Studia geophys. geod.:23:2:1979:122-130|Seismometer+Gravimeter+Instrument+Vertical movement+Least squares solution J|0623|Hubral,P.|A wave-front curvature approach to computing ray amplitudes in inhomogeneous media with curved interfaces||Studia geophys. geod.:23:2:1979:131-137|Wavefront+Inhomogeneous medium+Layered medium J|0624|Jansky,J.|Amplitudes of core waves recorded in Macedonia||Studia geophys. geod.:23:2:1979:138-143|Yugoslavia+PKP-wave J|0625|Jansky,J.+Ruprechtova,L.+Tittel,B.|Influence of source distance and depth on the branches of PKP waves||Studia geophys. geod.:23:2:1979:144-149|PKP-wave+Travel-times+Amplitude+Magnitude J|0626|Plomerova,J.+Ruprechtova,L.+Tittel,B.+Weyrauch,J.+Wylegalla,K.|New calibrating functions for short-period body waves of Friuli earthquakes|With Russian abstract|Studia geophys. geod.:23:2:1979:189-196|Italy+P-wave+Magnitude+Calibration||#*FRIULI J|0627|Schenkova,Z.+Karnik,V.+Schenk,V.|Earthquake epicentres in central and eastern Europe||Studia geophys. geod.:23:2:1979:197-199|Spatial distribution+History+Bulgaria+Czechoslovakia+Germany+Hungary+Moldavia+Poland+Romania+Ukraine+Austria+Greece+Yugoslavia+USSR J|0628|Bilham,R.G.+Beavan,R.J.|Strains and tilts on crustal blocks||Tectonophysics:52:1-4:1979:121-138|Crustal movement+Deformation J|0629|Illies,J.H.+Greiner,G.|Holocene movements and state of stress in the Rhinegraben rift system||Tectonophysics:52:1-4:1979:349-359|Rhine-Graben+Fault+Seismicity+Neotectonics+Crustal movement J|0630|Pavoni,N.|A study of earthquake focal mechanisms in the Hollister area, southern Coast Ranges, California||Tectonophysics:52:1-4:1979:363-371|Fault plane solution+United States+1969-1971+Crustal movement J|0631|Smith,R.S.U.|Holocene offset and seismicity along the Panamint Valley fault zone, western Basin-and-Range province, California||Tectonophysics:52:1-4:1979:411-415|United States+Basin Range+Crustal movement J|0632|Rogers,T.H.+Cluff,L.S.|The May 1976 Friuli earthquake (northeastern Italy) and interpretations of past and future seismicity||Tectonophysics:52:1-4:1979:521-532|Plate tectonics+Crustal movement||#*FRIULI J|0633|Page,W.D.+Alt,J.N.+Cluff,L.S.+Plafker,G.|Evidence for the recurrence of large-magnitude earthquakes along the Makran coast of Iran and Pakistan||Tectonophysics:52:1-4:1979:533-547|Uplift+Large earthquake+Crustal movement J|0634|Guha,S.K.|Premonitory crustal deformations, strains and seismotectonic features (b-values) preceding Koyna earthquake||Tectonophysics:52:1-4:1979:549-559|Velocity+Seismotectonics+Precursor+b-Value+Maharashtra+India+Crustal movement+P-wave+S-wave+Radon J|0635|Slemmons,D.B.+Van Wormer,J.D.+Bell,E.J.+Silberman,M.L.|Recent crustal movements in the central Sierra Nevada-Walker Lane region of California-Nevada: 1, Rate and style of deformation||Tectonophysics:52:1-4:1979:561-570|Seismicity+Nevada, Sa.+Neotectonics+United States J|0636|Bell,E.J.+Slemmons,D.B.|Recent crustal movements in the central Sierra Nevada-Walker Lane region of California-Nevada: 2, The Pyramid Lake right-slip fault zone segment of the Walker Lane||Tectonophysics:52:1-4:1979:571-583|Seismicity+Neotectonics+Nevada, Sa.+United States+Pyramid L. J|0637|Sanders,C.O.+Slemmons,D.B.|Recent crustal movements in the central Sierra Nevada-Walker Lane region of California-Nevada: 3, The Olinghouse fault zone||Tectonophysics:52:1-4:1979:585-597|Seismicity+Nevada, Sa.+Neotectonics+United States J|0638|Wallace,R.E.|Strain pattern represented by scarps formed during the earthquakes of October 2, 1915, Pleasant Valley, Nevada||Tectonophysics:52:1-4:1979:599|United States+Crustal movement J|0639|Marks,S.M.+Bufe,C.G.|Fault-crossing P delays, epicentral biasing, and fault behaviour in central California|Abstract only|Tectonophysics:52:1-4:1979:600|P-wave+United States+Epicentre+San Juan Batista+Bear Valley+Bitterwater Valley+Crustal movement+Parkfield J|0640|Fuis,G.S.+Lindh,A.G.|A change in fault-plane orientation between foreshocks and aftershocks of the Galway Lake earthquake, ML=5.2, 1975, Mojave Desert, California||Tectonophysics:52:1-4:1979:601-602|Fault plane+Galway L.+Mojave Des.+United States+Crustal movement||#*GALWAYLAKE J|0641|Bufe,C.G.+Harsh,P.W.+Burford,R.O.|Earthquake recurrence on the Calaveras Fault east of San Jose, California|Abstract only|Tectonophysics:52:1-4:1979:603|United States+Crustal movement J|0642|Nason,R.|Earthquakes and fault creep on the northern San Andreas Fault|Abstract only|Tectonophysics:52:1-4:1979:604|California+United States+Crustal movement J|0643|Stuart,W.D.|Aging and strain softening model for episodic faulting||Tectonophysics:52:1-4:1979:613-626|Crustal movement+Strike-slip+Seismicity+Creep J|0644|Rundle,J.B.|Theoretical models of anelastic crustal deformation|Abstract only|Tectonophysics:52:1-4:1979:627|Anelasticity+Seismicity+Crustal movement J|0645|Nikonov,A.A.|Contribution to earthquake prediction by the data of recent crustal movement anomalies|Abstract only|Tectonophysics:52:1-4:1979:644-645|California+United States J|0646|Bath,M.|Focal depth distribution of Swedish earthquakes||Tectonophysics:53:1-2:1979:T29-T31|Sweden+Statistics J|0647|Subhash,S.M.G.+Choudhury,M.A.|Coda power and modulation characteristics of a complex P signal from underground nuclear explosions||Tectonophysics:53:1-2:1979:T33-T39|P-wave+Focal mechanism+Novaya Zemlya+USSR J|0648|Bhattacharya,B.+Biswas,N.N.|Implications of North Pacific plate tectonics in central Alaska: focal mechanisms of earthquakes||Tectonophysics:53:1-2:1979:99-130|Fault+Subduction+Lithosphere+United States J|0649|Ritsema,A.R.|Catastrophic earthquakes in the European area||Tectonophysics:53:3-4:1979:155-158|Spatial distribution+Earthquake+Temporal distribution+1953-1978 J|0650|Karnik,V.|Large European earthquakes of the 20th century||Tectonophysics:53:3-4:1979:159-169|Large earthquake+1901-1975+Spatial distribution+Temporal distribution+Frequency-magnitude relation+Magnitude+Statistics J|0651|Papazachos,B.C.+Mountrakis,D.+Psilovikos,A.+Leventakis,G.|Surface fault traces and fault plane solutions of the May-June 1978 major shocks in the Thessaloniki area, Greece||Tectonophysics:53:3-4:1979:171-183|Focal mechanism+Thessaloniki||#*THESSALONIKI J|0652|Radu,C.+Polonic,G.+Apopei,I.|Macroseismic field of the March 4, 1977 Vrancea earthquake|Abstract only|Tectonophysics:53:3-4:1979:185-186|Romania||#*ROMANIAN J|0653|Radu,C.+Karnik,V.+Polonic,G.+Prochazkova,D.+Schenkova,Z.|Isoseismal map of the Vrancea earthquake of March 4, 1977||Tectonophysics:53:3-4:1979:187-193|Romania+Seismicity||#*ROMANIAN J|0654|Iosif,S.+Prochazkova,D.+Iosif,T.|Seismic source parameters of large earthquakes in Vrancea||Tectonophysics:53:3-4:1979:195-201|Romania+1929-1945+Time domain+Moment+Focal mechanism+1977||#*ROMANIAN J|0655|Kondorskaya,N.V.+Solov'eva,O.N.+Zakharova,A.I.+Yanovskaya,T.B.+|The earthquake of March 4, 1977, its recording peculiarities and source parameters||Tectonophysics:53:3-4:1979:203-215|USSO+Vrancea+Moment+Focal mechanism+Travel-times||#*ROMANIAN J|0656|Marza,V.I.|A seismicity pattern of March 4, 1977 Vrancea, Romania earthquake: an earthquake prediction insight||Tectonophysics:53:3-4:1979:217-222|Precursor||#*ROMANIAN J|0657|Iosif,T.+Iosif,S.|The Vrancea earthquake of March 4, 1977 - a multiple seismic event and its seismotectonic implications|Abstract only|Tectonophysics:53:3-4:1979:223|Seismotectonics+Romania+Multiple event||#*ROMANIAN J|0658|Fuchs,K.+Bonjer,K-P.+Bock,G.+Cornea,I.+Radu,C.+Enescu,D.+Jianu,D.|The Romanian earthquake of March 4, 1977. 2. Aftershocks and migration of seismic activity||Tectonophysics:53:3-4:1979:225-247|Seismicity+Vrancea+Plate tectonics+Spatial distribution||#*ROMANIAN J|0659|Prochazkova,D.+Schenkova,Z.+Karnik,V.|Macroseismic fields of the main Friuli shocks of 1976||Tectonophysics:53:3-4:1979:249-259|Isoseismal map+Italy+Seismicity+Aftershock||#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4 J|0660|Finetti,I.+Russi,M.+Slejko,D.|The Friuli earthquake (1976-1977)||Tectonophysics:53:3-4:1979:261-272|Italy+Foreshock+Geodynamics+Structure+Precursor+Spatial distribution+1976||#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4 J|0661|Stefansson,R.|Catastrophic earthquakes in Iceland||Tectonophysics:53:3-4:1979:273-278|Seismicity+Spatial distribution+Temporal distribution+Displacement+Fault+History J|0662|Schneider,G.|The earthquake in the Swabian Jura of 16 November 1911 and present concepts of seismotectonics||Tectonophysics:53:3-4:1979:279-288|Focal mechanism+Germany+Fault plane solution J|0663|Schick,R.|A seismotectonic study of the 1908 Messina earthquake|Abstract only|Tectonophysics:53:3-4:1979:289-290|Calabria+Italy+Seismotectonics+Focal mechanism J|0664|Udias,A.+Munoz,D.|The Andalusian earthquake of 25 December 1884||Tectonophysics:53:3-4:1979:291-299|Seismicity+Regional study+1400-1975+Spain+Andalucia J|0665|Martinez Solares,J.M.+Lopez Arroyo,A.+Mezcua,J.|Isoseismal map of the 1755 Lisbon earthquake obtained from Spanish data||Tectonophysics:53:3-4:1979:301-313|Portugal+Spain+Tsunami J|0666|Ribaric,V.|The Idrija earthquake of March 26, 1511 - a reconstruction of some seismological parameters||Tectonophysics:53:3-4:1979:315-324|Slovenia+Yugoslavia+Focal mechanism+Aftershock J|0667|Mayer-Rosa,D.+Cadiot,B.|A review of the 1356 Basel earthquake: basic data||Tectonophysics:53:3-4:1979:325-333|Isoseismal map+Switzerland+Seismicity J|0668|Bath,M.+Duda,S.J.|Some aspects of global seismicity||Tectonophysics:54:1-2:1979:T1-T8|Spatial distribution+Seismicity+World+Frequency-magnitude relation+Catalogue+Major earthquake+1965-1977 J|0669|Bath,M.|Seismic risk in Turkey - a preliminary approach||Tectonophysics:54:1-2:1979:T9-T16|Least squares solution+1913-1970 J|0670|Ginzburg,A.+Makris,J.|Gravity and density distribution in the Dead Sea Rift and adjoining areas||Tectonophysics:54:1-2:1979:T17-T25|Bouguer anomaly+Thickness+Prospecting+Geodynamics+Refraction study+Continental crust+Israel J|0671|Vogel,A.|Review of ``Explosion seismology in central Europe'' edited by P. Giese, C. Prodehl & A. Stein||Tectonophysics:54:1-2:1979:163-165|Upper mantle+Crustal structure J|0672|Von der Borch,C.C.|Continent-island arc collision in the Banda Arc||Tectonophysics:54:3-4:1979:169-193|Plate tectonics+Banda Sea+Reflexion study+Subduction+Prospecting J|0673|Lonsdale,P.+Shor,A.|The oblique intersection of the Mid-Atlantic Ridge with Charlie-Gibbs transform fault||Tectonophysics:54:3-4:1979:195-209|Charlie-Gibbs Fracture+Prospecting J|0674|Kern,H.+Richter,A.|Compressional and shear wave velocities at high temperature and confining pressure in basalts from the Faeroe Islands||Tectonophysics:54:3-4:1979:231-252|Compressional wave+Velocity+High pressure+Igneous rock+P-wave+S-wave J|0675|Rikitake,T.|Classification of earthquake precursors||Tectonophysics:54:3-4:1979:293-309|1923-1977 J|0676|Savage,J.C.|Review of ``Contributions to current research in geophysics. Vol. 3. Stress in the earth'' edited by M. Wyss||Tectonophysics:54:3-4:1979:311-312 J|0677|Lewis,B.T.R.+Snydsman,W.E.|Fine structure of the lower oceanic crust on the Cocos Plate||Tectonophysics:55:1-2:1979:87-105|Refraction study+Thickness+Anisotropy+Nazca-Cocos Plate J|0678|Solomon,S.C.+Burr,N.C.|The relationship of source parameters of ridge-crest and transform earthquakes to the thermal structure of oceanic lithosphere||Tectonophysics:55:1-2:1979:107-126|Thermal regime J|0679|Einarsson,P.|Seismicity and earthquake focal mechanisms along the Mid-Atlantic plate boundary between Iceland and the Azores||Tectonophysics:55:1-2:1979:127-153|Charlie-Gibbs Fracture+Spatial distribution+Reykjanes J|0680|Girardin,N.+Jacoby,W.R.|Rayleigh wave dispersion along Reykjanes Ridge||Tectonophysics:55:1-2:1979:155-171 J|0681|Laughton,A.S.+Searle,R.C.+Roberts,D.G.|The Reykjanes Ridge crest and the transition between its rifted and non-rifted regions||Tectonophysics:55:1-2:1979:173-177|Transition zone J|0682|Drimmel,J.|On the assessment of maximum earthquakes in the Alps and adjacent areas||Tectonophysics:55:3-4:1979:T1-T5|Maximum magnitude J|0683|Yoshii,T.|A detailed cross-section of the deep seismic zone beneath northeastern Honshu, Japan||Tectonophysics:55:3-4:1979:349-360|pP-wave+Focal mechanism+Travel-times+Correction+Marine seismic investigation+Spatial distribution J|0684|e*Fedynskii,V.V.+Kosminskaya,I.P.|Method and equipment for regional seismic studies in almost inaccessible places, with application to Siberia|In Russian|Trudy Inst. Geol. Geofiz. sib. Otd.::389:1978:1-204|Regional study+USSR+Prospecting+Refraction study J|0685|Petrova,L.N.+Lin'kov,Ye.M.|Spectrum of long-period oscillations preceding earthquakes|In Russian|Uchen. Zap. leningr. gos. Univ., Ser. fiz. geol. Nauk::27:1978:60-66|Spectral analysis+Precursor+Free oscillation J|0686|Antonova,D.M.+Yanovskaya,T.B.|Characteristics of the coda of P-waves|In Russian|Uchen. Zap. leningr. gos. Univ., Ser. fiz. geol. Nauk::27:1978:66-76|Deep-focus earthquake+Chile+Intermediate-depth earthquake J|0687|Yakubov,D.Kh.+Yarmukhamedov,A.R.|Residual deformations of the epicentral region of the 1976 Gazli earthquake|In Russian with Uzbek abstract|Uzbek. geol. Zh.::5:1978:20-23|Fracture+Epicentre+Uzbekistan+USSR||#*GAZLI J|0688|Jehlicka,P.|Methods of designing for nuclear power plants to protect them against earthquakes and possibilities of using this experience for other types of construction|In German|VDI-Ber.::320:1978:165-171|Earthquake-resistant design J|0689|Henseleit,O.+Hasse,T.|Excitation of multi degree of freedom systems by non-stationary chance oscillations. Extension of a system of finite element programs for the calculation of stochastic vibrations|In German|VDI-Ber.::320:1978:205-210|Computer program+Safety+Structure+Earthquake engineering J|0690|Leps,T.M.+Strassburger,A.G.+Meehan,R.L.|Seismic stability of hydraulic fill dams. 1||Wat. Pwr Dam Constr.:30:10:1978:27-36|Barrage+Reservoir+Earthquake-resistant design+Safety J|0691|Lane,R.G.T.|Earthquake hazards||Wat. Pwr Dam Constr.:30:10:1978:36-38|Dam+Reservoir+Barrage+Loading+Risk J|0692|Scott,R.F.+Abdel-Ghaffar,A.M.|Forced vibration tests of an earth dam||Wat. Pwr Dam Constr.:30:10:1978:41-45|Dam+Barrage+Reservoir+Earthquake engineering+California+United States J|0693|Leps,T.M.+Strassburger,A.G.+Meehan,R.L.|Seismic stability of hydraulic fill dams. 2||Wat. Pwr Dam Constr.:30:11:1978:43-52|Barrage+Reservoir+Earthquake-resistant design+Safety J|0694|Stiller,H.+Wagner,F.C.|Physical processes in earthquake areas: possibilities of interpretation by means of laboratory rock tests|In German with English abstract|Z. angew. Geol.:24::1978:456-464 J|0695|Rosenhauer,W.+Ahorner,L.|Seismic risk map for the western part of central Europe||Atomwirtschaft-Atomtechnik:23:6:1978:285-288|Europe+Intensity+Probability+Earthquake engineering A|0696|Denham,D.|Summary of earthquake focal mechanisms for the Western Pacific-Indonesian region, 1929-1973|Report SE-3|1977:Boulder, Colorado:World Data Centre A for Solid Earth Geophysics|Pacific Ocean|110p A|0697|Adams,R.D.|Survey of practice in determining magnitudes of near earthquakes, Part 2: Europe, Asia, Africa, Australia, the Pacific|Report SE-8|1977:Boulder, Colorado:World Data Centre A for Solid Earth Geophysics|Pacific Ocean|67p A|0698|Lee,W.H.K.+Wetmiller,R.J.|Survey of practice in determining magnitudes of near earthquakes, Part 1: North, Central and South America|Report SE-9|1978:Boulder, Colorado:World Data Centre A for Solid Earth Geophysics|North America+Central America|102p A|0699|Panza,G.F.|Bibliography of statistical aspects of seismicity|Report SE-13|1978:Boulder, Colorado:World Data Centre A for Solid Earth Geophysics|Statistics+Catalogue+Prediction+Risk+Tectonics|74p A|0700|Booth,B.+Fitch,F.|Earthshock||1979:London, Toronto & Melbourne:Dent|Earthquake+Natural disaster|257p A|0701|Burton,P.W.+Neilson,G.|Annual catalogues and maps of British earthquakes recorded on LOWNET (1967-1976)|Report No. 96|1978:Edinburgh, Scotland:Inst. Geol. Sci., Global Seismology Unit|Array+Monitoring+Seismicity+Risk+United Kingdom|60p A|0702|Burton,P.W.+Neilson,G.|Historical seismological archives. 1. The Milne Library|Report No. 100|1978:Edinburgh, Scotland:Inst. Geol. Sci., Global Seismology Unit|History+Seismicity+Seismogram|10p A|0703|Brazee,R.J.|Reevaluation of Modified Mercalli intensity scale for earthquakes using distance as determinant|NOAA Tech. Mem. EDS NGSDC-4|1978:Boulder, Colorado:National Geophysical and Solar-Terrestrial Data Centre|Intensity+Energy+1928-1974|170p A|0704|a-Commission on Sociotechnical Systems|A programme of studies on the socio-economic effects of earthquake prediction||1978:Washington, D.C.:National Research Council, National Academy of Sciences|Sociological aspect+Economics|161p A|0705|a-Geophysics Study Committee|Geophysical predictions||1978:Washington, D.C.:National Academy of Sciences|Geophysics+Hazard+Sociological aspect+Economics|215p A|0706|Heng,N.K.|Seismic behaviour of circular reinforced concrete bridge piers|Research Report 78-14|1978:Christchurch, New Zealand:Dept of Civil Engineering, Univ. of Canterbury|Structure|129p A|0707|e*Iwan,W.D.|Strong-motion earthquake instrument arrays|Proc. International Workshop on Strong-motion Earthquake Instrument Arrays, Honolulu, Hawaii, May 1978|1978:Pasadena, California:Caltech|Strong-motion instrument|103p A|0708|Penttila,E.|Earthquakes in Finland 1610-1976|Report S-1|1978:Helsinki:Inst. Seismology, Univ. of Helsinki|Catalogue|15p A|0709|Noponen,I.T.+Heikkinen,P.J.+Jarvimaki,P.J.|A seismic reflection survey on exposed Precambrian rock|Report S-2|1978:Helsinki:Inst. Seismology, Univ. of Helsinki|Reflexion study+Finland+Pre-Cambrian|25p A|0710|Korhonen,H.+Penttila,E.+Ahjos,T.+Kainulainen,E.|Preliminary estimation of earthquake risk in Finland|Report S-3|1978:Helsinki:Inst. Seismology, Univ. of Helsinki|Seismicity+History+1610-1977|20p A|0711|e*Karnik,V.+Schenkova,Z.|Proceedings of the Symposium on the analysis of seismicity and on seismic risk, Liblice, Czechoslovakia, October 1977|A collection of papers in either English or Russian|1978:Prague:Academia||496p A|0712|Mitchell,W.A.+Barnes,C.T.|Change after an earthquake in western Anatolia|USAFA-TR-78-5|1978:Colorado:USAF Academy, Dept of Economics, Geography and Management|Gediz+1970+Turkey+Reconstruction|58p A|0713|Miyamura,S.|Magnitude of earthquakes (1)|IISEE Lecture Notes No. 11|1978:Tokyo:International Institute of Seismology and Earthquake Engineering||83p A|0714|Papastamatiou,D.J.|The 1978 Chalkidhiki earthquakes in N. Greece - a preliminary field report and discussion|Technical Note TN-LN-28|1978:London:Dames & Moore Advanced Technology Group|Thessaloniki+Khalkidhiki|24p|#*THESSALONIKI A|0715|Psycharis,I.|The Salonica (Thessaloniki) earthquake of June 20, 1978|EERL-78-03|1978:Pasadena, California:Caltech, EER Lab.|Greece+Thessaloniki|33p|#*THESSALONIKI A|0716||Disaster prevention and mitigation: a compendium of current knowledge. Vol. 3. Seismological aspects|GE. 78-1364(8800) - UNDRO/22/76|1978:New York:UNDRO Liaison Office, United Nations Building|Natural disaster+Catastrophe+Seismology+Prediction+Earthquake-resistant design+Economics|127p A|0717|Verney,P.|The earthquake handbook||1979:New York & London:Paddington Press|Manual+History+Prediction|224p A|0718|Waters,K.H.|Reflection seismology: a tool for energy resource exploration||1978:New York & Chichester:Wiley-Interscience|Reflexion+Prospecting+Oil+Vibroseis+Natural resources|377p A|0719|Coffman,J.L.+Stover,C.W.|United States earthquakes 1976||1978:Boulder, Colorado:NOAA & USGS||103p A|0720||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|CSNI Report No. 28 in three volumes|1978:Rome:Comitato Nazionale Energia Nucleare|Proceedings+Earthquake-resistant design+Safety+Nuclear power plant+Italy|881p B|0721|||FOA Report C 20295-E4|Slunga,R.|Swedish earthquakes and acceleration probabilities|With Swedish abstract|1979:Stockholm:Res. Inst. National Defence|Sweden+Macroseismic data|48p B|0722|||Report No. 1|Bath,M.+Duda,S.J.|Some aspects of global seismicity||1979:Uppsala:Seismological Inst.|Seismicity+1965-1977+Catalogue+Major earthquake+Spatial distribution+World+Frequency-magnitude relation|39p B|0723|||Report No. 3|Meyer,K.|Travel times, amplitudes and periods of precursors to PP at epicentral distances 97degrees-116degrees||1979:Uppsala:Seismological Inst.|Travel-times+PP-wave+1965-1977+Andes+Indonesia+South America|21p B|0724|||Report No. 4|Olsson,R.|On the occurrence of aftershock sequences||1979:Uppsala:Seismological Inst.|1952-1976|24p B|0725||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|1|Giuliani,P.|Presentation of the Friuli earthquake||1978:Rome:Comitato Nazionale Energia Nucleare|Italy+Gemona|19-24|#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4 B|0726||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|1|Ogniben,L.|The broad geodynamical frame of Friulian seismicity||1978:Rome:Comitato Nazionale Energia Nucleare|Geodynamics+Italy|25-37|#*FRIULI B|0727||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|1|Weber,C.+Courtot,P.|The Friuli earthquake (Italy, 6 May 1976) in its seismotectonic context|In French with English abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Seismicity+Fault plane solution|41-53|#*FRIULI B|0728||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|1|Carraro,F.+Polino,R.|Geological and morphological phenomena caused by high seismicity as a natural source of information on recent seismicity|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Geology+Morphology+Italy|54-59|#*FRIULI B|0729||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|1|Caloi,P.+Migani,M.|Influence of the local surface strata of the earth crust on the effect of the May 6, 1976 Friuli earthquake|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Crustal structure+Italy|60-86|#*FRIULI B|0730||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|1|Martinis,B.+Cavallin,A.|Ground cracks caused by the Friuli earthquake, 1976, from M. Cuarnan and Tremugna Valley|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy|87-102|#*FRIULI|#*FRIULI4 B|0731||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|1|Benvegnu,F.+Carrara,C.+Iaccarino,E.+Magri,G.+|Seismotectonic investigations in northeastern Italy|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|1934+Seismotectonics+1500-1976+1898+1924|103-131|#*FRIULI B|0732||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|1|Gutdeutsch,R.|Macroseismic observations of the Friuli earthquake of May 6, 1976|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Seebenstein+Austria+1972+Italy+Macroseismic data|135-147|#*FRIULI B|0733||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|1|Wittlinger,G.+Haessler,H.+Hoang Trong,P.|Contribution to the near field study of the aftershocks of the earthquakes on May 6th and September 15th 1976 in Friuli (Italy)|In French with English abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Near-field data|148-164|#*FRIULI|#*FRIULI4 B|0734||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|1|Delhaye,A.+Massinon,B.+Rigaud,J.F.|Seismicity of the Friuli area recorded by a French seismic network from May to October 1976|In French with English abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy+France|165-179|#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4 B|0735||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|1|Delhaye,A.+Massinon,B.+Rigaud,J.F.+Mechler,P.|Note on fault plane solutions relative to the major shocks and some aftershocks of the Friuli area during May to September 1976|In French with English abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy|180-185|#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4 B|0736||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|1|Cagnetti,V.+Console,R.|Space-time distribution of the 1976 Friuli earthquake shocks|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Spatial distribution+Temporal distribution+Italy|186-222|#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4 B|0737||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|2|Wittlinger,G.+Hall,J.M.+Ball,G.|A telemetered 7-station seismic network for near-field study|In French with English abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy+Near-field data|225-243|#*FRIULI B|0738||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|2|Cervellati,R.|Experience of the performance of CNEN seismic instrumentation in Friuli|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy+Accelerometer+Strong-motion instrument+Seismometer|244-261|#*FRIULI B|0739||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|2|Cervellati,R.+Rienzo,G.|Calibration of strong-motion accelerometers - Kinemetrics SMA-1|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy+Strong-motion instrument|262-305|#*FRIULI B|0740||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|2|Mihailov,V.|Strong-motion records of Friuli earthquake 1976|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Strong-motion instrument+Italy|306-321|#*FRIULI B|0741||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|2|Petrovski,D.+Naumovski,N.|Analysis of strong motion records of the Friuli earthquake obtained in Yugoslavia|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy+Strong-motion instrument|322-341|#*FRIULI B|0742||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|2|Barbreau,A.+Mohammadioun,B.+Ferrieux,H.+Mohammadioun,G.|Study of the aftershocks of the earthquake of 6th May 1976 at Friuli|In French with English abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy|342-374|#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4 B|0743||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|2|Basili,M.+Polinari,S.+Tinelli,G.+Berardi,R.+|Strong motion records of Friuli earthquake|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy+Strong-motion instrument|375-386|#*FRIULI B|0744||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|2|Basili,M.+Cagnetti,V.+Polinari,S.+Tinelli,G.+Caputo,M.+|Estimate of seismic moment and other seismic parameters of some 1976 Friuli earthquakes|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy|387-399|#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4 B|0745||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|2|Finetti,I.+Giorgetti,F.+Nieto,D.+Russi,M.+|Seismic evolution of the Friuli earthquake (1976-1977)|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy|400-427|#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4 B|0746||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|2|Bernreuter,D.L.|A geophysical assessment of near-field ground motion and the implications for the design of nuclear installations|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Near-field data+Nuclear power plant+Earthquake-resistant design+Safety|429-459|#*FRIULI B|0747||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|2|Muzzi,F.+Vallini,S.|The Friuli 1976 earthquake considered as a ``near source earthquake''. Presentation and discussion of the surface recordings|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy|460-526|#*FRIULI B|0748||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|2|Berardi,R.+Capozza,F.+Zonetti,L.|Analysis of rock motion accelerograms recorded at surface and underground during the 1976 Friuli seismic period|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Strong-motion analysis+Italy|527-540|#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4 B|0749||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|2|Muzzi,F.+Pugliese,A.|Analysis of the dynamic response of a soil deposit in locality ``Ca-Dant'' (Cornino-Forgaria)|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy|541-566|#*FRIULI B|0750||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|2|Berardi,R.+Berenzi,F.+Capozza,F.+Muzzi,F.+|Soil-structure interaction analysis of the building ``Condominio Giardini'' in Maiano|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy|567-579|#*FRIULI B|0751||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|3|Braga,F.+Parducci,A.|Elastoplastic response spectra of the Friuli earthquakes. Effects of the decay of the mechanical properties in r/c structures taking into account the P-Delta effect|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Elastoplasticity+Reinforced concrete+Building+Mechanical characteristics+Italy|583-604|#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4 B|0752||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|3|Brancaleoni,F.+Gavarini,C.+Petrangeli,M.P.|On the influence of the horizontal ground acceleration components acting contemporaneously on a dissymetric structure|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy+Building+Ground motion|605-628|#*FRIULI B|0753||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|3|Heimgartner,E.+Glauser,E.C.|Behaviour of damaged buildings during renewed earthquakes|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy+Structure|629-641|#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4 B|0754||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|3|Scelfo,A.+Pino,G.+Schembri,B.|Earthquake response analysis of the new civil hospital in Tolmezzo, Friuli|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy|642-685|#*FRIULI B|0755||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|3|Berardi,R.+Sano,T.|An investigation on the behaviour of an instrumented multistorey building in Maiano during the Friuli earthquake|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy+Structure|686-705|#*FRIULI B|0756||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|3|Lopez Arroyo,A.+Villacanas,J.|The Friuli earthquake as a test of the Spanish building code|Abstract only|1978:Rome:Comitato Nazionale Energia Nucleare|Spain+Italy+Structure|706|#*FRIULI B|0757||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|3|Caputo,M.|The distribution of the faults and the maximum magnitude of a seismic region|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy+Spatial distribution+Regional study|709-736|#*FRIULI B|0758||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|3|Basili,A.+Basili,M.+Cagnetti,V.+Colombino,A.+|A stochastic analysis of 1976 Friuli earthquake seismic data|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy|737-758|#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4 B|0759||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|3|Biagi,P.F.+Caloi,P.+Migani,M.+Spadea,M.C.|Tilt variations and seismicity that preceded the strong Friuli earthquake of May 6th, 1976|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy+Precursor|759-772|#*FRIULI B|0760||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|3|Ambraseys,N.N.|A re-appraisal of the Friuli 1976 and Romanian 1977 earthquakes||1978:Rome:Comitato Nazionale Energia Nucleare|Italy|773-789|#*FRIULI|#*ROMANIAN B|0761||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|3|Gurpinar,A.+Gulkan,P.|Preliminary seismic risk assessment for northwestern Turkey|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy|790-808|#*FRIULI B|0762||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|3|Roussopoulos,A.A.|Seismic zoning and nuclear power plants|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Italy|809-822|#*FRIULI B|0763||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|3|Benvegnu,F.+Carrara,C.+Iaccarino,E.+Magri,G.+Mittempergher,M.+|Considerations on the safety of possible nuclear installations in northeastern Italy in relation to local seismotectonics|With French abstract|1978:Rome:Comitato Nazionale Energia Nucleare|Nuclear power plant|823-833|#*FRIULI B|0764||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|3||Final panel: conclusions and recommendations by session chairmen and scientific secretaries||1978:Rome:Comitato Nazionale Energia Nucleare|Italy|835-856|#*FRIULI B|0765||Proc. OECD (NEA) CSNI Spec. Meet. on the 1976 Friuli earthquake and the antiseismic design of nuclear installations; Rome, Oct. 1977|3|Mittempergher,M.|Conclusions and recommendations of the specialist meeting on the 1976 Friuli earthquake and the antiseismic design of nuclear installations||1978:Rome:Comitato Nazionale Energia Nucleare|Earthquake-resistant design+Safety+Nuclear power plant+Italy|857-864|#*FRIULI V|1979:2||Bibliography of seismology. 1979 July-December|ISC:15:2:1980 J|0001|Zhao,Y-L.+Qian,F-Y.|Electrical resistivity anomaly observed in and around the epicentral region before the T'ang-shan earthquake of 1976|In Chinese with English abstract|Acta geophys. sin.:21:3:1978:181-190|Precursor+Epicentre+Geoelectricity+China||#*TANGSHAN J|0002|Wang,C-Y.+Zhu,C-N.+Liu,Y-Q.|Determination of the focal parameters of the Tonghai earthquake from ground deformation data|In Chinese with English abstract|Acta geophys. sin.:21:3:1978:191-198|Focal mechanism+China J|0003|Niu,Z-R.|Theory of the precursors of tectonic earthquakes - slip model - dilatation of the development of a seismic source|In Chinese with English abstract|Acta geophys. sin.:21:3:1978:199-212|Dilatancy+Rock mechanics J|0004|Wei,G-X.+Lin,Z-X.+Zhu,X-J.+Zhao,Y-H.+|The seismic gaps before certain large earthquakes in northern China|In Chinese with English abstract|Acta geophys. sin.:21:3:1978:213-217|Precursor J|0005|Xu,W-Y.+Qi,K.+Wang,S-M.|Short-period geomagnetic variation anomaly in the province of east Kansu|In Chinese with English abstract|Acta geophys. sin.:21:3:1978:218-224|Seismicity+Geomagnetism+China+Geoelectricity J|0006|Shi,Z-L.+Yan,J-Q.+Wang,S-Y.|Damage caused to buildings and ground displacement near cracks|In Chinese with English abstract|Acta geophys. sin.:21:3:1978:234-241|Structure+Focal mechanism+Earthquake engineering+China J|0007|Fan,X-L.+Li,G-B.+Jia,Y-Z.+Zhou,C-B.|Multichannel telemetric system of MFT-PT type|In Chinese with English abstract|Acta geophys. sin.:21:3:1978:242-247|Telemetering system+Instrument+Recording J|0008|Wang,Z-X.+Zheng,D-Y.+Chen,S-H.+Wu,Y-X.+|On fault displacement in the Peking district|In Chinese with English abstract|Acta geophys. sin.:21:4:1978:269-277|China+Precursor J|0009|Li,Z-S.+Zhang,G-D.+Zhang,H-Z.+Liu,X-J.|Correlation between the short residual anomalies of astronomical time and latitude and the major earthquakes around observatories|In Chinese with English abstract|Acta geophys. sin.:21:4:1978:278-291|Precursor+Observatory J|0010|Feng,D-Y.+Gu,J-P.+Wang,Z-Y.+Sheng,G-Y.+|Preliminary study of the velocity anomalies of seismic waves before and after some strong and moderate earthquakes in western China. (3). Variations of curvature of the Wadati diagrams|In Chinese with English abstract|Acta geophys. sin.:21:4:1978:292-309|Precursor+Strong earthquake J|0011|Peng,W-L.+Zhou,R-Q.|Analysis of the stress field in the northern part of the Hsiaokiang Fault, Yunnan|In Chinese with English abstract|Acta geophys. sin.:21:4:1978:320-324|Geodesy+China J|0012|Niu,Z-R.+Zhu,C-Z.|Preliminary study of microseisms in relation to earthquakes. (2)|In Chinese with English abstract|Acta geophys. sin.:21:4:1978:325-331|Precursor+China J|0013|Ye,L-C.+Zhou,G-Y.+Cao,P-A.|A quintuple strong motion seismograph|In Chinese with English abstract|Acta geophys. sin.:21:4:1978:332-339|Strong-motion instrument+Instrument+Displacement J|0014|Liu,H-X.|On the concept and application of seismic intensity|In Chinese with English abstract|Acta geophys. sin.:21:4:1978:340-351 J|0015|Huang,H-Y.|On stress-drop of earthquake sources|In Chinese with English abstract|Acta geophys. sin.:21:4:1978:352-356|Dislocation+Magnitude J|0016|a-Earthquake Prediction Section, State Bureau of Oceanography|A study of the relation between variations of the mean level and earthquake occurrence: the variation of mean sea level before the 1975 Haicheng earthquake|In Chinese with English abstract|Acta seism. sin.:1:1:1979:1-8|Precursor||#*HAICHENG J|0017|Yan,J-Q.+Shi,Z-L.+Wang,S-Y.+Huan,W-L.|Some features of the recent tectonic stress field of China and environs|In Chinese with English abstract|Acta seism. sin.:1:1:1979:9-24|Tectonics J|0018|Liu,W-Q.+Chen,Y-T.|A study of the focal process of the Zhaotong earthquake (M=7.1), Yunnan Province, of May 11, 1974 from the directivity function of Rayleigh waves|In Chinese with English abstract|Acta seism. sin.:1:1:1979:25-38|China+Focal mechanism J|0019|Fan,G-H.+Hou,Z-Z.+|The effect of the T'ang-shan earthquake on the geomagnetic total field in the Peking area|In Chinese with English abstract|Acta seism. sin.:1:1:1979:39-49|China+Geomagnetism+1976||#*TANGSHAN J|0020|Shao,X-Z.+Zhang,J-R.|An experimental study of deep structures along the Kangzhuang-Dachang profile near Peking by observing converted waves of earthquakes|In Chinese with English abstract|Acta seism. sin.:1:1:1979:50-61|China J|0021|Zhuo,Y-R.+Huang,W-Q.+Chen,P-S.+Li,W-X.|Stress field of the source region previous to the 1976 Yan-Yuan earthquake (M=6.9) as deduced from the viewpoint of fracture mechanics|In Chinese with English abstract|Acta seism. sin.:1:1:1979:62-75|Precursor+China J|0022|Xu,S-Z.|On the piezomagnetic effect and dilatancy-magnetic effect|In Chinese with English abstract|Acta seism. sin.:1:1:1979:76-81|Magnetism J|0023|Huan,W-L.+Shi,Z-L.+Yan,J-Q.+Wang,S-Y.|Characteristics of the recent tectonic deformations of China and its vicinity|In Chinese with English abstract|Acta seism. sin.:1:2:1979:109-120|Neotectonics+Fault plane solution+Shallow-focus earthquake+Multispectral detection+Strike-slip+Plate tectonics J|0024|Xu,Z-H.+Liu,Y-F.+Zhang,Y-Z.|On the characteristic of direction of the earthquake stress field around the Beijing area|In Chinese with English abstract|Acta seism. sin.:1:2:1979:121-132|China+1960-1977+P-wave+Peking J|0025|Lin,B-H.+Chen,Y-T.+Wei,F-S.+Li,Z-Y.|A study of asymmetrically bilateral rupture process with application to the Haicheng earthquake|In Chinese with English abstract|Acta seism. sin.:1:2:1979:133-149|1975+Rupturing+P-wave+China||#*HAICHENG J|0026|Wang,Z-G.|Frequency of aftershocks of the 1966 Xingtai earthquake and the subsequent strong earthquakes of North China|In Chinese with English abstract|Acta seism. sin.:1:2:1979:150-153|Stress+Tectonics+Precursor J|0027|Wang,B-Q.+Yang,J-Y.+Wang,C-Z.|Pseudo-periodicity of strong aftershocks|In Chinese with English abstract|Acta seism. sin.:1:2:1979:154-165|China+Prediction J|0028|Luo,M-J.+Gu,M-L.+Wang,B-Z.+|Estimation of the accuracy of the results of repeated measurements for gravity base points|In Chinese with English abstract|Acta seism. sin.:1:2:1979:166-185 J|0029|Tang,G-X.|*A general method for determination of *earthquake parameters by computer|In Chinese with English abstract|Acta seism. sin.:1:2:1979:186-196 J|0030|Wu,R-S.+Xu,S-H.|Digital holography applied to borehole electromagnetic wave exploration|In Chinese with English abstract|Acta seism. sin.:1:2:1979:197-213|Electromagnetism J|0031|Ambraseys,N.N.+Moinfar,A.A.|The seismicity of Iran: the Kaj Darakht, Khurasan, earthquake of 25th May, 1923|With Italian abstract|Annali Geofis.:30:1-2:1977:1-18|Regional study+Khorrassan+Damage J|0032|Delibasis,N.+Carydis,P.G.|Recent earthquake activity in Trichonis region and its tectonic significance|With Italian abstract|Annali Geofis.:30:1-2:1977:19-81|Focal mechanism+Trikhonis+Greece+Regional study+Aftershock+1975 J|0033|Bottari,A.+Federico,B.|Travel time analysis of P waves arising from six underground nuclear explosions at Novaya Zemlya||Annali Geofis.:30:1-2:1977:83-106|Travel-times+P-wave+Upper mantle+USSR J|0034|Cagnetti,V.+Console,R.|Space-time distribution of the Friuli (1976) earthquakes|With Italian abstract|Annali Geofis.:30:1-2:1977:107-183|Spatial distribution+Temporal distribution+P-wave+S-wave+Regional study||#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4 J|0035|Ambraseys,N.N.+Moinfar,A.A.|The seismicity of Iran: the Torud earthquake of 12th February 1953|With Italian abstract|Annali Geofis.:30:1-2:1977:185-200|Magnitude+Regional study J|0036|Boschi,E.+Mulargia,F.|Nucleation and initial propagation of shear cracks|With Italian abstract|Annali Geofis.:30:1-2:1977:201-204|Fault+Dislocation+Displacement J|0037|Casal,G.+Console,R.+De Simoni,B.|Method of calculation of the magnitude of an earthquake recorded at the beginning of the century|In Italian with English abstract|Annali Geofis.:30:1-2:1977:213-222|Recording J|0038|Helmberger,D.V.+Burdick,L.J.|Synthetic seismograms||A. Rev. Earth planet. Sci.:7::1979:417-442|Seismogram J|0039|Laudazi,V.+Salinari,N.|Behaviour of masonry and reinforced cement buildings during the Friuli earthquake of May 1976|In Italian|Atti Ist. Sci. Costr. Univ. Pisa 1976-1977:15::1977:65-95|Masonry structure+Reinforced concrete+Structure+Italy+Damage||#*FRIULI J|0040|Laudazi,V.+Salinari,N.|Review of the damage encountered on some bridges on the occasion of the earthquake that took place in Friuli in 1976|In Italian|Atti Ist. Sci. Costr. Univ. Pisa 1976-1977:15::1977:189-232|Italy||#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4 J|0041|Maaz,R.|Global location of earthquakes in the case of minimal information|In German with English abstract|Beitr. Geophys.:88:4:1979:321-328|Global seismicity J|0042|Nag,K.R.+Pal,P.C.|On SH-type of waves due to shearing-stress discontinuity in a viscoelastic layered half-space|With German abstract|Beitr. Geophys.:88:4:1979:329-337|Layered medium+SH-wave+Viscoelastic solid J|0043|De,S.K.+Sengupta,P.R.|Radially symmetric explosion in a solid anisotropic spherical shell immersed in a liquid|With German abstract|Beitr. Geophys.:88:4:1979:338-344|Anisotropy+Source+Sphere J|0044|Hasert,K.|Review of ``Bibliography of the works produced in the DDR on the history of geology, mineralogy, geophysics and palaeontology 1970-1976'' by P. Schmidt|In German|Beitr. Geophys.:88:4:1979:352|Germany J|0045|Plesinger,A.|Analysis and suppression of parasite resonances in wideband feedback seismometers. Part 1: Displacement sensing systems|With German abstract|Beitr. Geophys.:88:5:1979:353-364|Instrument+Wide-band seismograph J|0046|Plesinger,A.|Analysis and suppression of parasite resonances in wideband feedback seismometers. Part 2: Velocity sensing systems|With German abstract|Beitr. Geophys.:88:5:1979:365-376|Instrument+Wide-band seismograph J|0047|Chesnokov,Ye.M.+Baumbach,M.|Seismic anisotropy of the lithosphere under oceans and its influence on velocity curves of seismic waves|In German with English and Russian abstracts|Beitr. Geophys.:88:5:1979:377-386|P-wave+Refraction study+Global seismicity+Travel-times+Upper mantle+Pacific Ocean J|0048|Schon,J.|The velocity of propagation of elastic waves in granular media - particularly in regolith|In German with English and Russian abstracts|Beitr. Geophys.:88:5:1979:387-393|Granular medium J|0049|Bandyopadhyay,D.K.|Effect of couple stresses on the propagation of waves due to a buried line source|With German abstract|Beitr. Geophys.:88:5:1979:394-402|Couple-stress+Cagniard's technique J|0050|Chadha,T.K.+Singh,K.|On plane Lamb's problem under the influence of gravity|With German abstract|Beitr. Geophys.:88:5:1979:403-406|Half-space+Elastic medium+Isotropic medium J|0051|Chadha,T.K.|Plane Lamb's problem in micropolar elasticity|With German abstract|Beitr. Geophys.:88:5:1979:407-414|Half-space+Elastic medium+Couple-stress J|0052|Hurtig,E.|Review of ``Rock friction and earthquake prediction'' edited by J.D. Byerlee and M. Wyss|In German|Beitr. Geophys.:88:5:1979:431-432|Rock mechanics J|0053|Stiewe,H.|An extension of the Burg algorithm to the maximum entropy spectral analysis of multivariate time series|In German with English abstract|Beitr. Geophys.:88:6:1979:453-462|Autoregression+Burg's method J|0054|Singh,B.M.+Dhaliwal,R.S.|Propagation of SH-type waves in a laterally and vertically heterogeneous medium due to a line source lying in a homogeneous medium|With German abstract|Beitr. Geophys.:88:6:1979:483-491|SH-wave+Half-space J|0055|Sengupta,P.R.+Chakraborti,J.|The effects of couple-stresses on the propagation of waves in an elastic solid half-space covered by a liquid layer|With German abstract|Beitr. Geophys.:88:6:1979:492-498|Elastic medium+Solid medium+Layered medium J|0056|Sinha,T.K.|Displacement due to a propagating impulsive shearing stress over the plane boundary of a heterogeneous elastic half-space|With German abstract|Beitr. Geophys.:88:6:1979:499-504|Elastic medium+Heterogeneous medium J|0057|Arnold,K.|Lateral inhomogeneities of the density in the deep interior of the earth from gravimetric, geothermal and seismological data||Boll. Geod. Sci. aff.:37:2-3:1978:557-568|Gravimetric data+Geothermy+Inversion J|0058|Caputo,M.|The strain tensor, the elastic and seismic energies in the Phlegrean Fields|With Italian abstract|Boll. Geod. Sci. aff.:37:2-3:1978:569-576|Naples+Italy+Rock mechanics+Energy J|0059|Zadro,M.|Use of tiltmeters for the detection of forerunning events in seismic areas|With Italian abstract|Boll. Geod. Sci. aff.:37:2-3:1978:597-618|Instrument+Precursor J|0060|Drakopoulos,J.C.|The importance of a complete microzonation procedure and reliability of existing methods|With Italian abstract|Boll. Geofis. teor. appl.:20:79:1978:235-250|Microzoning J|0061|Eva,C.+Giglia,G.+Graziano,F.+Merlanti,F.|Seismicity and its relation with surface structures in the north-western Appennines|With Italian abstract|Boll. Geofis. teor. appl.:20:79:1978:263-277|Spatial distribution+Focal mechanism+Italy+Fault J|0062||Preliminary interpretation of the profile HD across the eastern Alps|With Italian abstract|Boll. Geofis. teor. appl.:20:79:1978:287-302|Prospecting+Crustal structure+Bouguer anomaly+Italy J|0063|Suhadolc,P.|Total durations and local magnitudes for small shocks in Friuli, Italy|With Italian abstract|Boll. Geofis. teor. appl.:20:79:1978:303-312|Microearthquake J|0064|Breaban,V.+Barbat,H.+Ionescu,C.D.|The influence of higher natural modes on the seismic response of rockfill dams|With Romanian abstract|Bul. Inst. politeh. Iasi, 5:24:3-4:1978:27-32|Earthquake engineering+Finite element method+Reservoir+Barrage J|0065|Fujii,Y.|Phases and characteristice of seismic crustal movement with special reference to Japanese earthquakes|With Japanese abstract|Bull. geogr. Surv. Inst., Tokyo::23:1978:7-81 J|0066|Ilieva,M.+Petkov,I.N.|Some peculiarities of seismic waves in media of wedge-shaped layers|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:5:2:1979:24-31|Layered medium+Homogeneous medium J|0067|Boncheva,Kh.|Determination of damping for evaluating the modifying effect of geological conditions during seismic excitation|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:5:2:1979:56-63|Soil+Amplification+Motion J|0068|Christoskov,L.+Mardirosyan,G.|Seismometer with a tapped coil of the transducer|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:5:2:1979:64-69|Instrument+Electromagnetic seismograph J|0069|Mardirosyan,G.|A system for securing exact time in seismological observations|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:5:2:1979:70-77|Bulgaria+Station+Observatory J|0070|Christoskov,L.+Fedorova,I.V.|*Methods and results of the determination of the *magnitude corrections of the new reference stations of the Eurasian HMS|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:5:3:1979:46-52|Homogeneous magnitude system+Europe+Asia+Bulgaria+Siberia J|0071|Dineva,S.+Sokerova,D.G.|*An investigation of the *space-time and energetic characteristics of the Velingrad earthquakes sequence (November 1977 - April 1978)|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:5:3:1979:53-64|Space-time pattern+Energy+Aftershock+Bulgaria||#*VELINGRAD J|0072|Yoshii,T.|Compilation of geophysical data around the Japanese Islands (1)|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:54:1:1979:75-117|Earthquake+1964-1975+Focal mechanism J|0073|Asano,S.+Ichinose,Y.+Koresawa,S.+Hasegawa,I.+|*Study of *change in the velocity of seismic waves in the southern Kanto area by Tateyama explosions|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:54:1:1979:119-134|1971-1973+Japan+Travel-times J|0074|a-Project Team, ERI.|Development of the borehole easy-operation long-period seismometer (BELS Type 79) which has a stable period|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:54:1:1979:135-146|Long-period seismograph+Instrument J|0075|Hatori,T.|Behaviour of the Kanto tsunamis of 1677 and 1703 along Kujukuri-hama: from the field investigation of old monuments|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:54:1:1979:147-159|Japan+Genroku+Enpo J|0076|Imai,H.+Gyoda,N.+Koyama,E.|Explosion earthquakes associated with the 1973 eruptions of Asama Volcano. (Part 1) Spectral studies|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:54:1:1979:161-186|Volcanism+Spectral analysis+Japan J|0077|Hakuno,M.|A report on the damage by the Shimane-ken chubu earthquake of 1978|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:54:1:1979:211-222|Japan||#*SHIMANE J|0078|Utsu,T.|Seismicity of Japan from 1885 through 1925 - a new catalogue of earthquakes of M>=6 felt in Japan and smaller earthquakes which caused damage in Japan|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:54:2:1979:253-308|1885-1925 J|0079|Tsujiura,M.|The difference between foreshocks and earthquake swarms, as inferred from the similarity of seismic waveform (Preliminary report)|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:54:2:1979:309-315|Kanto+Japan+1978+Izu-Oshima-kinkai||#*IZUOSHIMA J|0080|Watanabe,S.+Okada,Y.|Microearthquake activity in the southernmost part of Yamanashi Prefecture, central Japan|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:54:2:1979:317-327|Seismicity J|0081|Aida,I.|A source model of the tsunami accompanying the Tonankai earthquake of 1944|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:54:2:1979:329-341|Japan+Nankai J|0082|Hatori,T.|Religious monuments of the O-shima tsunami in 1741, west Hokkaido|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:54:2:1979:343-350|Japan J|0083|Hakuno,M.+Fujino,Y.+Katada,T.+Matsubara,K.|A report on the damage to civil engineering structures caused by the Miyagiken-oki earthquake of 1978|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:54:2:1979:351-398|Earthquake engineering||#*MIYAGIKEN J|0084|Matsuda,T.+Ota,Y.+Ando,M.+Yokenura,N.|Fault mechanism and recurrence time of major earthquakes in southern Kanto district, Japan, as deduced from coastal terrace data||Bull. geol. Soc. Am.:89:11:1978:1610-1618|Focal mechanism+Periodicity+Risk+Honshu J|0085|Fletcher,J.B.+Sbar,M.L.+Sykes,L.R.|Seismic trends and travel-time residuals in eastern North America and their tectonic implications||Bull. geol. Soc. Am.:89:11:1978:1656-1676|Tectonics+Travel-times+Canada+United States+P-wave J|0086|Zoback,M.D.|Recurrent faulting in the vicinity of Reelfoot Lake, northwestern Tennessee||Bull. geol. Soc. Am.:90:11:1979:1019-1024|United States+Reelfoot L. J|0087|Kondo,H.|Vibration analysis of hyperbolic cooling towers due to earthquake excitations||Bull. J.S.M.E.:21:157:1978:1095-1102|Response+Reinforced concrete+Earthquake engineering J|0088|Fujimoto,S.+Shimogo,T.+Arii,M.|Response analysis of 500 kv circuit breaker with nonlinear damping devices under seismic excitation||Bull. J.S.M.E.:21:158:1978:1103-1112 J|0089|Walcott,R.I.|New Zealand earthquakes and plate tectonic theory||Bull. N.Z. natn. Soc. Earthq. Engng:12:2:1979:87-93|Plate tectonics+Deformation J|0090|Upritchard,G.J.|The seismic restraint of building services - a code of practice||Bull. N.Z. natn. Soc. Earthq. Engng:12:2:1979:94-100|Earthquake-resistant design+New Zealand+Damage+Lifeline system J|0091|Taylor,P.W.+Williams,R.L.|Foundations for capacity-designed structures||Bull. N.Z. natn. Soc. Earthq. Engng:12:2:1979:101-113|Earthquake-resistant design+Building J|0092|Elms,D.G.+Richards,R.|Seismic design of gravity retaining walls||Bull. N.Z. natn. Soc. Earthq. Engng:12:2:1979:114-121|Gravity dam+Earthquake-resistant design J|0093|Sim,L.C.+Berrill,J.B.|Shaking table tests on a model retaining wall||Bull. N.Z. natn. Soc. Earthq. Engng:12:2:1979:122-126|Shake table+Earthquake engineering J|0094|Iwasaki,T.+Kawashima,K.|Damage to civil engineering structures due to the near Izu-Ohshima earthquake of January 14, 1978||Bull. N.Z. natn. Soc. Earthq. Engng:12:2:1979:127-135|Japan+Izu-Oshima-kinkai+Tunnel+Highway+Bridge||#*IZUOSHIMA J|0095|Blakeley,R.W.G.+Charleson,A.W.+Hitchcock,H.C.+Megget,L.M.+|Recommendations for the design and construction of base isolated structures||Bull. N.Z. natn. Soc. Earthq. Engng:12:2:1979:136-157|Nuclear power plant+Base isolation system+Earthquake-resistant design+Building+Bridge J|0096|Fenwick,R.C.+Fong,A.|The behaviour of reinforced concrete beams under cyclic loading||Bull. N.Z. natn. Soc. Earthq. Engng:12:2:1979:158-167|Earthquake engineering+Shear J|0097|Blackwell,F.N.|A study of the earthquake resistance of domestic break pressure tanks||Bull. N.Z. natn. Soc. Earthq. Engng:12:2:1979:168-173|Earthquake-resistant design J|0098|Stephenson,W.R.|Comment on ``The seismic restraint of building services'' by G.J. Upritchard||Bull. N.Z. natn. Soc. Earthq. Engng:12:2:1979:177|Code+Earthquake-resistant design+New Zealand+Damage+Lifeline system+Comments J|0099|Bentley,R.J.|Earthquake disaster response||Bull. N.Z. natn. Soc. Earthq. Engng:12:2:1979:177-180|California+United States+Reconstruction+Planning+Emergency J|0100|Cooney,R.C.|The structural performance of houses in earthquakes||Bull. N.Z. natn. Soc. Earthq. Engng:12:3:1979:223-237|New Zealand+Structure+Building+Earthquake-resistant design+Timber construction J|0101|Hefford,R.T.+Randal,P.M.+Skinner,R.I.+Beck,J.L.+|The New Zealand strong motion earthquake recorder network||Bull. N.Z. natn. Soc. Earthq. Engng:12:3:1979:256-263|Strong-motion instrument+Instrument+Accelerograph J|0102|Berrill,J.B.|Suggested extensions of the New Zealand strong motion accelerograph network||Bull. N.Z. natn. Soc. Earthq. Engng:12:3:1979:264-268|Strong-motion instrument+Instrument+Recorder J|0103|Stephenson,W.R.|Strategies for strong motion earthquake recording in New Zealand||Bull. N.Z. natn. Soc. Earthq. Engng:12:3:1979:269-272|Recorder+Strong-motion instrument+Instrument+Accelerograph J|0104|Richards,P.G.|Elementary solutions to Lamb's problem for a point source and their relevance to three-dimensional studies of spontaneous crack propagation||Bull. seism. Soc. Am.:69:4:1979:947-956|P-wave+Three-dimensional problem+Slip+Half-space+Elastic medium J|0105|Burdick,L.J.+Helmberger,D.V.|Time functions appropriate for nuclear explosions||Bull. seism. Soc. Am.:69:4:1979:957-973|Underground nuclear explosion+Synthetic seismogram+Body wave+Novaya Zemlya+Amchitka+USSR+United States+P-wave+Seismogram J|0106|Mahrer,K.D.+Nur,A.|Static strike-slip faulting in a horizontally varying crust||Bull. seism. Soc. Am.:69:4:1979:975-1009|Rigidity+Layered medium+Thomson-Haskell matrix J|0107|Rudnicki,J.W.|The stabilization of slip on a narrow weakening fault zone by coupled deformation-pore fluid diffusion||Bull. seism. Soc. Am.:69:4:1979:1011-1026|Precursor J|0108|Bakun,W.H.+McEvilly,T.V.|Are foreshocks distinctive? Evidence from the 1966 Parkfield and the 1975 Oroville, California sequences||Bull. seism. Soc. Am.:69:4:1979:1027-1038|United States+Frequency||#*OROVILLE J|0109|Okal,E.A.+Geller,R.J.|Shear-wave velocity at the base of the mantle from profiles of diffracted SH waves||Bull. seism. Soc. Am.:69:4:1979:1039-1053|Shear wave+SH-wave+North America+Atlantic Ocean+Synthetic seismogram+Lower mantle J|0110|Sipkin,S.A.+Jordan,T.H.|Frequency dependence of QScS||Bull. seism. Soc. Am.:69:4:1979:1055-1079|ScS-wave+Q+Deep-focus earthquake J|0111|Griffiths,D.W.+Bollinger,G.A.|The effect of Appalachian Mountain topography on seismic waves||Bull. seism. Soc. Am.:69:4:1979:1081-1105|Appalachian Mts+United States J|0112|Sanchez-Sesma,F.J.+Esquivel,J.A.|Ground motion on alluvial valleys under incident plane SH waves||Bull. seism. Soc. Am.:69:4:1979:1107-1120|SH-wave+Alluvium+Scattering+Diffraction+Plane wave J|0113|Muller,G.+Mueller,S.|Travel-time and amplitude interpretation of crustal phases on the refraction profile DELTA-W, Utah||Bull. seism. Soc. Am.:69:4:1979:1121-1132|Travel-times+Refraction study+United States+Velocity J|0114|Mitchell,B.J.+Herrmann,R.B.|Shear velocity structure in the eastern United States from the inversion of surface-wave group and phase velocities||Bull. seism. Soc. Am.:69:4:1979:1133-1148|Group velocity+Phase velocity+Surface wave+Rayleigh wave+Love wave+Single-station recording J|0115|Der,Z.A.+McElfresh,T.W.+Mrazek,C.P.|Interpretation of short-period P-wave magnitude anomalies at selected LRSM stations||Bull. seism. Soc. Am.:69:4:1979:1149-1160|P-wave+North America J|0116|Hartzell,S.H.+Brune,J.N.|The Horse Canyon earthquake of August 2, 1975 - two-stage stress-release process in a strike-slip earthquake||Bull. seism. Soc. Am.:69:4:1979:1161-1173|San Jacinto+California+United States+Focal mechanism+Prediction||#*HORSECANYON J|0117|Jacob,K.H.+Pennington,W.D.+Armbruster,J.+Seeber,L.+Farhatulla,S.|Tarbela reservoir, Pakistan: a region of compressional tectonics with reduced seismicity upon initial reservoir filling||Bull. seism. Soc. Am.:69:4:1979:1175-1192|Impounding+Dam+Barrage+Himalayas J|0118|Bottari,A.+Federico,B.|Estimate of the focal depth of deep earthquakes and some structural implications for the deep seismic activity in the Tyrrhenian region||Bull. seism. Soc. Am.:69:4:1979:1193-1208|Deep-focus earthquake+Seismicity+Travel-times+P-wave+S-wave+Single-station recording+Tyrrhenian area+Greece J|0119|Lomnitz-Adler,J.+Lomnitz,C.|A modified form of the Gutenberg-Richter magnitude-frequency relation||Bull. seism. Soc. Am.:69:4:1979:1209-1214|Frequency-magnitude relation+Gutenberg & Richter+Probability J|0120|Garza,T.+Lomnitz,C.+Ruiz de Velasco,C.|An interactive epicentre location procedure for the RESMAC seismic array: 2||Bull. seism. Soc. Am.:69:4:1979:1215-1236|Mexico J|0121|Mortgat,C.P.+Shah,H.C.|A Bayesian model for seismic hazard mapping||Bull. seism. Soc. Am.:69:4:1979:1237-1251|Tectonics+Seismicity+Fault+Bayes theorem J|0122|McCann,M.W.+Shah,H.C.|Determining strong-motion duration of earthquakes||Bull. seism. Soc. Am.:69:4:1979:1253-1265|Strong-motion analysis+Ground motion+Root-mean-square J|0123|Jennings,P.C.+Kanamori,H.|Determination of local magnitude,ML, from seismoscope records||Bull. seism. Soc. Am.:69:4:1979:1267-1288|Instrument+Recording+Managua+Nicaragua+1972+Guatemala+1976+San Francisco+1906||#*GUATEMALA J|0124|Kulhanek,O.+Meyer,K.|Source parameters of the Volvi-Langadhas earthquake of June 20, 1978 deduced from body-wave spectra at stations Uppsala and Kiruna||Bull. seism. Soc. Am.:69:4:1979:1289-1294|Body wave+Thessaloniki+Khalkidhiki+Greece+Sweden||#*THESSALONIKI J|0125|Dumas,D.B.|Active seismic focus near Snyder, Texas||Bull. seism. Soc. Am.:69:4:1979:1295-1299|United States+Seismicity+1978||#*SNYDER J|0126|Heaton,T.H.+Helmberger,D.V.|Generalized ray models of the San Fernando earthquake||Bull. seism. Soc. Am.:69:5:1979:1311-1341|United States+1971+Ground motion+Strong-motion analysis J|0127|Shimazaki,K.+Somerville,P.|Static and dynamic parameters of the Izo-Oshima, Japan earthquake of January 14, 1978||Bull. seism. Soc. Am.:69:5:1979:1343-1378|Izu-Oshima-kinkai+SH-wave+Strong-motion instrument+Amplitude+Surface wave+Displacement||#*IZUOSHIMA J|0128|Kafka,A.L.+Weidner,D.J.|The focal mechanisms and depths of small earthquakes as determined from Rayleigh-wave radiation patterns||Bull. seism. Soc. Am.:69:5:1979:1379-1390|Rayleigh wave+Caribbean+Plate tectonics J|0129|Dahlen,F.A.|Geometrical optics and normal mode perturbation theory: a comparison in one dimension||Bull. seism. Soc. Am.:69:5:1979:1391-1407|Oscillation J|0130|Chen,T.C.+Alsop,L.E.|Reflection and transmission of obliquely incident Rayleigh waves at a vertical discontinuity between two welded quarter-spaces||Bull. seism. Soc. Am.:69:5:1979:1409-1423|Reflexion+Boundary J|0131|Schlue,J.W.|Finite element matrices for seismic surface waves in three-dimensional structures||Bull. seism. Soc. Am.:69:5:1979:1425-1438|Three-dimensional problem+Finite element method J|0132|McMechan,G.A.|Wiechert-Herglotz inversion as integration on a closed contour||Bull. seism. Soc. Am.:69:5:1979:1439-1444|Wiechert-Herglotz integral+Curve J|0133|Linton,J.A.+Smylie,D.E.+Jensen,O.G.|Gravity meter observation of free modes excited by the August 19, 1977 Indonesia earthquake||Bull. seism. Soc. Am.:69:5:1979:1445-1454|Free oscillation+Signal-to-noise ratio+Q+Gravimeter+Instrument+Canada+Montreal||#*INDONESIAN J|0134|Whitcombe,D.N.+Maguire,P.K.H.|The response of the time-term method to simulated crustal structures||Bull. seism. Soc. Am.:69:5:1979:1455-1473|Time-term analysis+Refraction J|0135|Talandier,J.+Okal,E.A.|Human perception of T waves: the June 22, 1977 Tonga earthquake felt on Tahiti||Bull. seism. Soc. Am.:69:5:1979:1475-1486|T-phase+Tsunami||#*TONGA J|0136|Slawson,W.F.+Savage,J.C.|Geodetic deformation associated with the 1946 Vancouver Island, Canada earthquake||Bull. seism. Soc. Am.:69:5:1979:1487-1496|Vancouver I.+Geodetic survey J|0137|Murphy,A.J.+McCann,W.R.|Preliminary results from a new seismic network in the northwestern Caribbean||Bull. seism. Soc. Am.:69:5:1979:1497-1513|Instrument+1975 J|0138|LaForge,R.+Engdahl,E.R.|Tectonic implications of seismicity in the Adak Canyon region, central Aleutians||Bull. seism. Soc. Am.:69:5:1979:1515-1532|Tectonics+Aleutian Islands+Adak I. J|0139|Pate,M-E.+Shah,H.C.|Public policy issues: earthquake prediction||Bull. seism. Soc. Am.:69:5:1979:1533-1547|Mitigation J|0140|Weichert,D.H.+Milne,W.G.|On Canadian methodologies of probabilistic seismic risk estimation||Bull. seism. Soc. Am.:69:5:1979:1549-1566|Probability+Hazard+Canada J|0141|Basham,P.W.+Weichert,D.H.+Berry,M.J.|Regional assessment of seismic risk in eastern Canada||Bull. seism. Soc. Am.:69:5:1979:1567-1602|Regional study+1661-1975+Hazard+Recurrence+Probability J|0142|Rogers,A.M.+Tinsley,J.C.+Hays,W.W.+King,K.W.|Evaluation of the relation between near-surface geological units and ground response in the vicinity of Long Beach, California||Bull. seism. Soc. Am.:69:5:1979:1603-1622|United States+Nevada test site+Geology+Underground nuclear explosion J|0143|Daniel,R.G.|An intermediate-period field system using a short-period seismometer||Bull. seism. Soc. Am.:69:5:1979:1623-1626|Instrument+Recording+Field work J|0144|Noszticzius,Z.|A possible explanation for the origin of the earthquake lights||Bull. seism. Soc. Am.:69:5:1979:1627 J|0145|Buforn,E.+Udias,A.|A note on induced seismicity in dams and reservoirs in Spain||Bull. seism. Soc. Am.:69:5:1979:1629-1632|Man-made earthquake+Barrage J|0146|Asten,M.W.|Comments on ``Microtremor site analysis study at Beatty, Nevada'' by L.J. Katz and R.S. Bellon||Bull. seism. Soc. Am.:69:5:1979:1633-1639|Signal+United States+Data processing+Microearthquake+Underground nuclear explosion|With a reply by L.J. Katz J|0147|Kanamori,H.|A semi-empirical approach to prediction of long-period ground motions from great earthquakes||Bull. seism. Soc. Am.:69:6:1979:1645-1670|Strike-slip+Large earthquake||#*GUATEMALA J|0148|Geller,R.J.+Stein,S.|Time-domain attenuation measurements for fundamental spheroidal modes (0S6 to 0S28) for the 1977 Indonesian earthquake||Bull. seism. Soc. Am.:69:6:1979:1671-1691|IDA System+Time domain||#*INDONESIAN J|0149|Abramovici,F.+Gal-Ezer,J.|Seismic waves from finite faults in layered media||Bull. seism. Soc. Am.:69:6:1979:1693-1714|Layered medium+Numerical seismogram J|0150|Butler,R.|Shear-wave travel times from SS||Bull. seism. Soc. Am.:69:6:1979:1715-1732|SS-wave+Shear wave+Travel-times+1968+Borrego Mt.+Canadian Shield+California+United States+Velocity+Upper mantle J|0151|McMechan,G.A.|An amplitude constrained P-wave velocity profile for the upper mantle beneath the eastern United States||Bull. seism. Soc. Am.:69:6:1979:1733-1744|P-wave J|0152|Mooney,W.D.+Meyer,R.P.+Laurence,J.P.+Meyer,H.+Ramirez,J.E.|Seismic refraction studies of the Western Cordillera, Colombia||Bull. seism. Soc. Am.:69:6:1979:1745-1761|Refraction study+Andes J|0153|Barazangi,M.+Isacks,B.L.|A comparison of the spatial distribution of mantle earthquakes determined from data produced by local and by teleseismic networks for the Japan and Aleutian arcs||Bull. seism. Soc. Am.:69:6:1979:1763-1770|Aleutian Arc+1964-1976 J|0154|Unger,J.D.+Ward,P.L.|A large, deep Hawaiian earthquake - the Honomu, Hawaii event of April 26, 1973||Bull. seism. Soc. Am.:69:6:1979:1771-1781|Deep-focus earthquake+Large earthquake+Hilo J|0155|Wu,F.T.+Yeh,Y.H.+Tsai,Y.B.|Seismicity in the Tsengwen reservoir area, Taiwan||Bull. seism. Soc. Am.:69:6:1979:1783-1796|Induced seismicity+Barrage+Dam+Impounding J|0156|Cagnetti,V.+Pasquale,V.|The earthquake sequence in Friuli, Italy, 1976||Bull. seism. Soc. Am.:69:6:1979:1797-1818|||#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4 J|0157|Reyes,A.+Brune,J.N.+Lomnitz,C.|Source mechanism and aftershock study of the Colima, Mexico earthquake of January 30, 1973||Bull. seism. Soc. Am.:69:6:1979:1819-1840|Focal mechanism J|0158|Stickney,M.C.|The Fort Ross earthquake sequence, March and April, 1978||Bull. seism. Soc. Am.:69:6:1979:1841-1849|California+United States+P-wave+S-wave+Focal mechanism+Hypocentre||#*FORTROSS J|0159|Berberian,M.+Asudeh,I.+Bilham,R.G.+Scholz,C.H.+Soufleris,C.|Mechanism of the main shock and the aftershock study of the Tabas-e-Golshan (Iran) earthquake of September 16, 1978: a preliminary report||Bull. seism. Soc. Am.:69:6:1979:1851-1859|Focal mechanism||#*TABAS J|0160|Berberian,M.|Earthquake faulting and bedding thrust associated with the Tabas-e-Golshan (Iran) earthquake of September 16, 1978||Bull. seism. Soc. Am.:69:6:1979:1861-1887|Thrust fault||#*TABAS J|0161|Acharya,H.K.+Ferguson,J.F.+Isaac,V.|Microearthquake surveys in the central and northern Philippines||Bull. seism. Soc. Am.:69:6:1979:1889-1902|Fault+1975-1976 J|0162|Cipar,J.J.|Source processes of the Haicheng, China earthquake from observations of P and S waves||Bull. seism. Soc. Am.:69:6:1979:1903-1916|P-wave+S-wave+Focal mechanism+1975||#*HAICHENG J|0163|Qamar,A.+Hawley,B.|Seismic activity near the Three Forks Basin, Montana||Bull. seism. Soc. Am.:69:6:1979:1917-1929|United States+Seismicity+1974-1977+1925+Focal mechanism J|0164|Slunga,R.|Source mechanism of a Baltic earthquake inferred from surface-wave recordings||Bull. seism. Soc. Am.:69:6:1979:1931-1964|Focal mechanism+Baltic Sea+Surface wave+1976+Finland, G. of||#*FINLAND J|0165|Savage,J.C.+Prescott,W.H.+Chamberlain,J.F.+Lisowski,M.+Mortensen,C.E.|Geodetic tilt measurements along the San Andreas Fault in central California||Bull. seism. Soc. Am.:69:6:1979:1965-1981|United States+Geodetic survey J|0166|Goulty,N.R.+Davis,P.M.+Gilman,R.+Motta,N.|Meteorological noise in wire strainmeter data from Parkfield, California||Bull. seism. Soc. Am.:69:6:1979:1983-1988|Temperature+United States+Instrument+Rainfall+San Andreas Fault J|0167|Liu,H-S.+Chang,E.S.|On the selection of station sites for observing strain steps and earthquake forerunners in California||Bull. seism. Soc. Am.:69:6:1979:1989-1994|Precursor+United States+1931-1960+Nevada+San Andreas Fault J|0168|Rygg,E.|Anomalous surface waves from underground explosions||Bull. seism. Soc. Am.:69:6:1979:1995-2002|Underground nuclear explosion+Rayleigh wave+USSR+Kazakhstan+Love wave J|0169|Chandra,U.|Attenuation of intensities in the United States||Bull. seism. Soc. Am.:69:6:1979:2003-2024|Intensity+Isoseismal map+Ground motion J|0170|Jurkevics,A.+Ulrych,T.J.|Autoregressive parameters for a suite of strong-motion accelerograms||Bull. seism. Soc. Am.:69:6:1979:2025-2036|Autoregression+California+United States+Strong-motion analysis J|0171|Espinosa,A.F.|Horizontal particle velocity and its relation to magnitude in the western United States||Bull. seism. Soc. Am.:69:6:1979:2037-2061|1933-1971+Scaling J|0172|Acharya,H.K.|Regional variations in the rupture length-magnitude relationships and their dynamical significance||Bull. seism. Soc. Am.:69:6:1979:2063-2084|Regional study+Rupturing+Dynamics+Aftershock J|0173|Bloom,E.D.+Erdmann,R.C.|Frequency-magnitude relationships in the NGSDC earthquake data file||Bull. seism. Soc. Am.:69:6:1979:2085-2099|Statistical method+NGSDC data base+Technique J|0174|Ishida,K.|Study of the characteristics of strong-motion Fourier spectra on bedrock||Bull. seism. Soc. Am.:69:6:1979:2101-2115|Fourier spectrum+Strong-motion analysis+Accelerogram+Japan J|0175|Nuttli,O.W.|The body-wave magnitude of the great 1857 California earthquake||Bull. seism. Soc. Am.:69:6:1979:2117-2119|Body wave+United States+Fort Tejon J|0176|Lisowski,M.+Prescott,W.H.+Savage,J.C.|Geodetic tilt observed near the epicentre of the St. Elias, Alaska earthquake of February 28, 1979||Bull. seism. Soc. Am.:69:6:1979:2121-2123|Geodetic survey+United States||#*STELIAS J|0177|Shaw,D.E.|Comment on ``Duration characteristics of horizontal components of strong-motion earthquake records'' by R. Dobry, I.M. Idriss and E. Ng||Bull. seism. Soc. Am.:69:6:1979:2125-2128|Strong-motion analysis+Horizontal movement+Accelerogram+United States+Comments|With a reply by the authors J|0178|Roussel,J.+Truillet,R.|Seismotectonic correlations on the northern boundary of Africa||Bull. Soc. Hist. nat. Afr. N.:67:3-4:1978:203-209|North Africa+Mediterranean+Seismotectonics+Sicily+Italy J|0179|Fedotov,S.A.+Gorel'chik,V.I.+Stepanov,V.V.|Seismological data on the mechanism and development of the large Tolbachik eruption, accompanied by cracks in 1975-76|In Russian|Byull. vulkan. Sta.::56:1979:3-14|Kamchatka+USSR+Volcanism+1975-1976 J|0180|Balesta,S.T.+Grigoryan,G.B.+Kargopol'tsev,A.A.|*Study of the characteristics of the *dynamics of elastic waves in the study of the structure of the new Tolbachik volcanoes|In Russian|Byull. vulkan. Sta.::56:1979:74-81|Volcanism+Kamchatka+USSR J|0181|Balesta,S.T.+Gorel'chik,V.I.+Zobin,V.M.+Smirnov,V.S.|Possible causes of the seismic activization of the region of the Kozyrevsk depression in relation to the large Tolbachik eruption|In Russian|Byull. vulkan. Sta.::56:1979:88-95|1975-1977+Kamchatka+USSR+Volcanism+Focal mechanism J|0182|Marks,L.W.+Hron,F.|Dynamic properties of reflected and head waves near the critical point|With French abstract|Can. J. Earth Sci.:16:7:1979:1388-1401|Dynamic characteristics+Reflected wave+Seismogram+Synthetic seismogram J|0183|Rogers,G.C.+Ellis,R.M.|The eastern British Columbia earthquake of February 4, 1918|With French abstract|Can. J. Earth Sci.:16:7:1979:1484-1493|Canada J|0184|Forsyth,D.A.+Mair,J.A.+Fraser,I.|Crustal structure of the central Sverdrup Basin|With French abstract|Can. J. Earth Sci.:16:8:1979:1581-1598|Refraction study+Northwest Territories J|0185|Green,A.G.+Anderson,N.L.+Stephenson,O.G.|An expanding spread seismic reflection survey across the Snake Bay-Kakagi Lake greenstone belt, northwestern Ontario|With French abstract|Can. J. Earth Sci.:16:8:1979:1599-1612|Canada+Reflexion study+Kakagi L. J|0186|Horner,R.B.+Wetmiller,R.J.+Hasegawa,H.S.|The St-Donat, Quebec earthquake sequence of February 18-23, 1978|With French abstract|Can. J. Earth Sci.:16:9:1979:1892-1898|Canada||#*DONAT J|0187|Daley,P.F.+Hron,F.|SH waves in layered transversely isotropic media - a wave approach|With French abstract|Can. J. Earth Sci.:16:10:1979:1998-2008|SH-wave+Layered medium+Isotropic medium J|0188|Heigold,P.C.+Ringler,R.W.|A seismic refraction survey of the lower Illinois Valley bottomlands||Circ. Ill. St. geol. Surv.::507:1979:1-18|Refraction study J|0189|Evison,F.F.|Report on ``International symposium on earthquake prediction, UNESCO, Paris, 2-6 April, 1979''||Chron. U.G.G.I.::137:1979:430-434 J|0190|Zelev,Z.P.|*New method for the investigation of *global density inhomogeneities of the earth's crust and upper mantle by terrestrial and satellite gravity observations||C. r. Acad. bulg. Sci.:31:8:1978:979-982|Inhomogeneous medium+Seismicity J|0191|Nesterov,G.T.|A possible ionospheric presage of the Vrancea earthquake of March 4, 1977||C. r. Acad. bulg. Sci.:32:4:1979:443-446|Romania+Ionosphere+Prediction+Reflected wave||#*ROMANIAN J|0192|Berberian,M.|Tabas-e-Golshan (Iran) catastrophic earthquake of 16 September 1978; a preliminary field report||Disasters:2:4:1979:207-219|Field work||#*TABAS J|0193|Belolikov,N.I.+Votsalevskii,Z.S.+Kuznetsov,O.L.+|*On the possibility of *prediction of the location of a seismic focus from the results of seismic prospecting (Example of the Tersk anticlinal zone)|In Russian|Dokl. Akad. Nauk SSSR:244:3:1979:540-543|Attenuation+Kirgizia+USSR J|0194|Gusev,A.A.|Descriptive statistical model of the short-period emissions from a seismic focus|In Russian|Dokl. Akad. Nauk SSSR:244:3:1979:544-548|Moment J|0195|Nersesov,I.L.+Kopnichev,Yu.F.+Medvedeva,Ye.V.|Characteristics of recordings in the high-frequency interval of strong earthquakes with different focal mechanisms|In Russian|Dokl. Akad. Nauk SSSR:244:4:1979:859-863|P-wave+Energy J|0196|Nersesov,I.L.+Sidorin,A.Ya.+Zhuravlev,V.I.+|Prediction of earthquakes by means of deep electrical sounding of the earth's crust and use of the MHD generator ``Pamir 1''|In Russian|Dokl. Akad. Nauk SSSR:245:1:1979:55-58|Geoelectricity+Electrical resistivity J|0197|Kharakhinov,V.V.+Al'perovich,I.M.+Nikiforov,V.M.+|New data on the geological structure of the Sakhalin junction zone and of the region of the lower course of the Amur|In Russian|Dokl. Akad. Nauk SSSR:245:1:1979:192-195|Geology+USSR+Crust J|0198|Sidorin,A.Ya.|Relation between the moment of appearance of earthquake precursors and the epicentral distance|In Russian|Dokl. Akad. Nauk SSSR:245:4:1979:825-828|Epicentre J|0199|Sitinskii,A.D.|On a solar-atmospheric effect during a significant earthquake|In Russian|Dokl. Akad. Nauk SSSR:245:6:1979:1337-1340|Prediction+Sun+Solar activity+Atmosphere J|0200|Chekunov,A.V.+Kuchma,V.G.|Tectonic dislocation and seismic activity (from the example of the Ukraine)|In Russian|Dokl. Akad. Nauk SSSR:245:6:1979:1472-1473|Seismicity+Tectonics+Fault J|0201|Kuchai,V.K.+Kuchai,O.A.|Analysis of the deformation of the earth's crust from the data of earthquake focal planes|In Russian with Tadzhik abstract|Dokl. Akad. Nauk tadzhik. SSR:21:6:1978:18-21|Focal mechanism J|0202|Sokolovskii,O.I.|Synthesis of a multichannel filtering system based on two-dimensional spectral characteristics|In Ukrainian with English and Russian abstracts|Dopov. Akad. Nauk ukr. SSR, B::11:1978:678-683|Data processing+Filtering J|0203|Zayats,Kh.B.+Boiko,A.I.|Section of the limit of reflexion in the granitic layer of the western regions of the Ukraine|In Ukrainian with English and Russian abstracts|Dopov. Akad. Nauk ukr. SSR, B::11:1978:967-970|Granite+Layered medium+Crustal structure+Prospecting+Deep seismic sounding J|0204|Cornell,C.A.+Banon,H.+Shakal,A.F.|Seismic motion and response prediction alternatives||Earthq. Engng struct. Dyn.:7:4:1979:295-315|Maximum response+Ground motion+Statistical method J|0205|Jagadish,K.S.+Prasad,B.K.R.+Rao,P.V.|The inelastic vibration absorber subjected to earthquake ground motion||Earthq. Engng struct. Dyn.:7:4:1979:317-326|Inelasticity+Damping J|0206|Warburton,G.B.|Response using the Rayleigh-Ritz method||Earthq. Engng struct. Dyn.:7:4:1979:327-334|Dynamic response+Vibration J|0207|Mei,C.C.+Foda,M.A.|An analytical theory of resonant scattering of SH waves by thin overground structures||Earthq. Engng struct. Dyn.:7:4:1979:335-353|SH-wave+Half-space+Resonance J|0208|Cheung,Y.K.+Swaddiwudhipong,S.|Free vibration of frame shear wall structures on flexible foundations||Earthq. Engng struct. Dyn.:7:4:1979:355-367|Elastic medium J|0209|Chopra,A.K.+Lopez,O.A.|Evaluation of simulated ground motions for predicting elastic response of long period structures and inelastic response of structures||Earthq. Engng struct. Dyn.:7:4:1979:383-402|Inelasticity J|0210|Iwan,W.D.|The deployment of strong-motion earthquake instrument arrays||Earthq. Engng struct. Dyn.:7:5:1979:413-426|Strong-motion instrument+Network+Ground motion+Focal mechanism+Propagation J|0211|Ohsaki,Y.|On the significance of phase content in earthquake ground motions||Earthq. Engng struct. Dyn.:7:5:1979:427-439|Earthquake engineering J|0212|Sanchez-Sesma,F.J.+Rosenblueth,E.|Ground motion at canyons of arbitrary shape under incident SH waves||Earthq. Engng struct. Dyn.:7:5:1979:441-450|SH-wave+Valley J|0213|Hindy,A.+Novak,M.|Earthquake response of underground pipelines||Earthq. Engng struct. Dyn.:7:5:1979:451-476 J|0214|Wittrick,W.H.+Horsington,R.W.|On the coupled torsional and sway vibrations of a class of shear buildings||Earthq. Engng struct. Dyn.:7:5:1979:477-490|Structure+Oscillation J|0215|Miller,R.K.|The Santa Barbara earthquake of 13 August 1978||Earthq. Engng struct. Dyn.:7:5:1979:491-506|Earthquake engineering+Destructive earthquake+Damage+California+United States||#*SANTABARBARA J|0216||Understanding seismicity within the continents||Earthq. Inf. Bull.:11:3:1979:80-88|Prediction J|0217||Predicting rock bursts in mines||Earthq. Inf. Bull.:11:3:1979:89-94|Prediction+Rockburst J|0218||Earthquake prediction research at the Seismological Laboratory, California Institute of Technology||Earthq. Inf. Bull.:11:3:1979:95-101|Caltech+United States+California J|0219|Mileti,D.S.|Sociological aspects of earthquake prediction||Earthq. Inf. Bull.:11:3:1979:102-105 J|0220|Fang,W.|The 1976 Tangshan earthquake||Earthq. Inf. Bull.:11:3:1979:106-109|China+T'ang-shan||#*TANGSHAN J|0221|Campbell,R.H.|Santa Barbara earthquake of August 13, 1978||Earthq. Inf. Bull.:11:3:1979:113|California+United States||#*SANTABARBARA J|0222|Anderson,D.L.|Seismology on Mars||Earthq. Inf. Bull.:11:4:1979:120-126|Viking J|0223|Wallace,R.E.+LaMarche,V.C.|Trees as indicators of past movements on the San Andreas Fault||Earthq. Inf. Bull.:11:4:1979:127-131|Fault+Precursor+History+Motion+California+United States J|0224|Clark,H.E.|Tsunami alerting systems||Earthq. Inf. Bull.:11:4:1979:132-137|Warning+Instrument J|0225|Hoffman,J.P.|Computers at the Albuquerque seismological laboratory||Earthq. Inf. Bull.:11:4:1979:138-140|New Mexico+United States+SRO System+Instrument+Seismograph+World wide standard seismograph J|0226|Denton,R.C.+Donovan,A.+Wong,K.K.|National Information Service for Earthquake Engineering||Earthq. Inf. Bull.:11:4:1979:141-142|Earthquake engineering+Information system+NISEE+California+United States J|0227|Thirlaway,H.I.S.|Forensic seismology||Earthq. Inf. Bull.:11:5:1979:157-164|Underground nuclear explosion+Detection+Discrimination+Test ban+Earthquake+Source J|0228||International Seismological Centre||Earthq. Inf. Bull.:11:5:1979:165-169|History J|0229|Eiby,G.A.|New Zealand and Antarctic seismology||Earthq. Inf. Bull.:11:5:1979:170-174|History J|0230|Rogers,G.C.+Riddihough,R.P.|Earthquake studies on Canada's west coast: Pacific Geoscience Centre||Earthq. Inf. Bull.:11:5:1979:175-179|History+Seismology+Seismicity J|0231|Doyle,H.A.|The earthquakes near Cadoux, Western Australia, June 1979||Earthq. Inf. Bull.:11:5:1979:180-182|||#*CADOUX J|0232|Sengor,A.M.C.+Burke,K.|Comments on ``Why do I not accept plate tectonics?'' by V.V. Belousov||EOS. Trans. Am. geophys. Un.:60:17:1979:207-211||With replies throughout by Belousov J|0233||Southern California bulge still a geological puzzle||EOS. Trans. Am. geophys. Un.:60:28:1979:522|Uplift+San Andreas Fault+United States+Geology+Mojave Des. J|0234||Fewer earthquakes in 1979||EOS. Trans. Am. geophys. Un.:60:31:1979:547|Global seismicity+Seismicity+World J|0235|Rikitake,T.|The Large-Scale Earthquake Countermeasures Act and the Earthquake Prediction Council in Japan||EOS. Trans. Am. geophys. Un.:60:32:1979:553-555|Hazard+Tokai+Mitigation+Prediction+Large earthquake+Legislation J|0236||Questions and answers about seismic gaps||EOS. Trans. Am. geophys. Un.:60:34:1979:627-628|Seismicity+Prediction+Earthquake+United States J|0237|Olson,R.A.|Review of ``The assessment and mitigation of earthquake risk''||EOS. Trans. Am. geophys. Un.:60:37:1979:660-661|1976+UNESCO J|0238|Weber,J.R.|The Lomonosov Ridge experiment: Lorex 79||EOS. Trans. Am. geophys. Un.:60:42:1979:715-721|Arctic Ocean+Reflexion study+Refraction study+Geophysical investigation J|0239||The August California quake||EOS. Trans. Am. geophys. Un.:60:43:1979:762-763|United States+San Francisco J|0240||Yellowstone-Snake River Plain seismic data available||EOS. Trans. Am. geophys. Un.:60:45:1979:778|Yellowstone National Park+United States+Refraction study+Reflexion study J|0241||The southern California bulge||EOS. Trans. Am. geophys. Un.:60:45:1979:778|Uplift+United States+San Andreas Fault J|0242|Hunkins,K.+Kristoffersen,Y.+Johnson,G.L.+Heiberg,A.|The Fram 1 expedition||EOS. Trans. Am. geophys. Un.:60:52:1979:1043-1044|Refraction study+Microearthquake+Geophysical investigation+Arctic Ocean J|0243|Khattri,K.+Gaur,V.K.+Mithal,R.+Tandon,A.K.|Seismogram synthesis in multilayered dissipative media||Geoexplor.:16:3:1978:185-201|Synthetic seismogram+Reflexion+Layered medium+Dissipation J|0244|Noponen,I.T.+Heikkinen,P.J.+Mehrotra,S.|Applicability of seismic reflection sounding in regions of Pre-Cambrian geology||Geoexplor.:17:1:1979:1-9|Prospecting+Reflexion study+Crustal structure+Data processing J|0245|Zseller,P.|Determination of layer pressures using interval velocities|With Hungarian and Russian abstracts|Geofiz. Kozl.:25::1979:39-51|Interval velocity+Borehole+Layered medium+Porous medium+Velocity+Common depth point J|0246|Korvin,G.|Some notes on a problem of Treitel and Wang|With Hungarian and Russian abstracts|Geofiz. Kozl.:25::1979:53-59|Wiener filter+Prospecting+Time domain+Autocorrelation J|0247|Subbotin,S.I.+Sollogub,V.B.+Chekunov,A.V.+Kharechko,G.Ye.+|Deep seismic studies of the Indian Shield|In Russian with English abstract|Geofiz. Zh.:1:1:1979:3-18|Crustal structure+Deep structure+Geology J|0248|Chekunov,A.V.+Sollogub,V.B.|The earth's crust - problems of structure and evolution|In Russian with English abstract|Geofiz. Zh.:1:1:1979:19-35|Crustal structure+Deep structure J|0249|Lebedev,T.S.+Orishchenko,I.V.+Korchin,V.A.|Similarity criteria in the comparative analysis of elastic wave propagation velocity under model and natural conditions|In Russian with English abstract|Geofiz. Zh.:1:1:1979:48-55 J|0250|Kendzera,A.V.+Kosarev,G.L.+Savarenskii,Ye.F.|Determination of true earth tremor velocities from seismograms|In Russian with English abstract|Geofiz. Zh.:1:1:1979:56-62|Velocity+Earthquake+Technique J|0251|Turchanenko,N.T.+Dyadyura,V.A.|Seismic prospecting in the gas and oil bearing provinces of the Ukrainian SSR|In Russian with English abstract|Geofiz. Zh.:1:1:1979:81-91|Ukraine+Data processing+Reflexion study J|0252|Nikolayev,V.V.+Semenov,R.M.+Koz'min,B.M.|The Ogoron earthquake of 16th August 1977|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::6:1979:60-66|Risk+Prediction+USSR||#*OGORON J|0253|Rudnitskaya,D.I.+Berilko,G.A.+Zakharova,N.G.|The suppressional characteristics of repeated wave impediments in the conditions of the west Siberian plate|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::6:1979:67-74 J|0254|Trigubov,A.V.|Theoretical-experimental estimation of the effectiveness of the source of trench transverse waves|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::6:1979:75-87 J|0255|Shvartsman,Yu.P.|Correction of long-period constituent static corrections during seismic exploration|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::6:1979:88-98|Mathematical model J|0256|Vedernikov,G.V.+Kleshnin,N.N.+Larkin,G.V.+Trigubov,A.V.+|New possibilities of the transverse waves method under the conditions of the West Siberian Plain|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::7:1979:75-88|USSR J|0257|Yevchatov,G.P.+Sagaidachnaya,O.M.|The impediment resistance of the frequency method of vibration seismic survey in the case of harmonic and impulse impediments|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::7:1979:89-95 J|0258|Umperovich,N.V.+Romenko,V.I.+Grishutin,D.V.+Gubina,N.K.|Seismogeological sections in the Cambrian deposits of the southern Siberian platform|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::8:1979:89-100|Seismogeology+Seismicity+Profile+Reflexion study+USSR J|0259|Trigubov,A.V.+Kulikov,V.A.|Experimental study of the barrier transverse wave source in dry grounds|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::8:1979:101-113|Dry medium J|0260|Klyuchevskii,A.V.|New method of calculating a double-channel seismograph|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::8:1979:120-132|Instrument+Recording J|0261|Kuznetsov,V.L.+Bgatova,G.F.+Titarenko,V.V.|Possibility of using transverse waves in the course of studying the basement of the Tunguska synclase|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::8:1979:133-139|Profile+USSR+Reflexion study J|0262|Chipizubov,A.V.|On the character of seismicity changes as applied to their prognosis|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::9:1979:122-129 J|0263|Gritsenko,S.A.|Computation of bed velocities and characteristics of the wavefront curvature in a three-dimensional layer-homogeneous medium|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::9:1979:130-136|Velocity+Layered medium J|0264|Yegorkin,A.V.+Danilova,T.I.+Rybalov,M.B.|A technique for distinguishing exchange waves|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::10:1979:107-119 J|0265|Kanareikin,B.A.|Seismic anisotropy of carbonate deposits from the Pre-Jurassic basement in the south-eastern part of the west Siberian plate|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::11:1979:114-120|USSR J|0266|Nepomnyashchikh,I.A.|Separation of seismic signals by summing along the rays continued in the upper half-space|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::11:1979:125-128 J|0267|Kanestrom,R.+Ovrebo,O.|Seismic measurements of large underwater shots||Geophysica:15:2:1978:215-229|Prospecting+Bothnia, Gulf of+Marine seismic investigation J|0268|Koreshkov,N.A.|Azimuthal displacements of the blocks of the earth's crust|In Russian|Geodeziya Kartogr.::7:1979:31-32|Seismicity+Prediction+Geodesy+USSR+Central Asia+Plate tectonics+Crustal movement J|0269|Phinney,R.A.+Jurdy,D.M.|Seismic imaging of deep crust||Geophysics:44:10:1979:1637-1660|Reflexion study+Deep structure+COCORP+Texas+United States+Image J|0270|Dubrulle,A.A.+Gazdag,J.|Migration by phase shift - an algorithm description for array processors||Geophysics:44:10:1979:1661-1666|Wave equation+Velocity+Data processing J|0271|Pendrel,J.V.+Smylie,D.E.|The relationship between maximum entropy and maximum likelihood spectra||Geophysics:44:10:1979:1738-1739|Burg's method J|0272|Dehlinger,P.|Review of ``Earth; 2nd edition'' by F. Press and R. Siever||Geophysics:44:10:1979:1757|Geology J|0273|Dutta,N.C.+Ode,H.|Attenuation and dispersion of compressional waves in fluid-filled porous rocks with partial gas saturation (White model) - Part 1: Biot theory||Geophysics:44:10:1979:1777-1788|Porous medium+Hydrocarbon J|0274|Dutta,N.C.+Ode,H.|Attenuation and dispersion of compressional waves in fluid-filled porous rocks with partial gas saturation (White model) - Part 2: Results||Geophysics:44:10:1979:1789-1805|Biot theory+Porous medium+Hydrocarbon J|0275|Dutta,N.C.+Seriff,A.J.|On White's model of attenuation in rocks with partial gas saturation||Geophysics:44:11:1979:1806-1812|Porous medium+Hydrocarbon J|0276|Schoenberger,M.+Levin,F.K.|The effect of subsurface sampling on one-dimensional synthetic seismograms||Geophysics:44:11:1979:1813-1829|Seismogram J|0277|Dahlen,F.A.|The spectra of unresolved split normal mode multiplets||Geophys. J. R. astr. Soc.:58:1:1979:1-33|Q+Splitting+Free oscillation J|0278|Nakanishi,I.|Phase velocity and Q of mantle Rayleigh waves||Geophys. J. R. astr. Soc.:58:1:1979:35-59|Q+Deconvolution J|0279|Burridge,R.+Vargas,C.A.|The fundamental solution in dynamic poroelasticity||Geophys. J. R. astr. Soc.:58:1:1979:61-90|Pore fluid+Propagation+Wave J|0280|Abo-Zena,A.M.|Dispersion function computations for unlimited frequency values||Geophys. J. R. astr. Soc.:58:1:1979:91-105|Surface wave+Elastic medium+Matrix method+Layered medium J|0281|Goula,X.+Pascal,G.|Structure of the upper mantle in the convex side of the New Hebrides island arc||Geophys. J. R. astr. Soc.:58:1:1979:145-167|S-wave+Arrival time+Low-velocity layer J|0282|Hashizume,M.+Matsui,Y.|Crustal structure of south-western Honshu, Japan, derived from explosion seismic waves||Geophys. J. R. astr. Soc.:58:1:1979:181-199|Synthetic seismogram+Seismogram J|0283|Chapman,C.H.|On impulsive wave propagation in a spherically symmetric model||Geophys. J. R. astr. Soc.:58:1:1979:229-234|Seismogram+Synthetic seismogram+Slowness J|0284|Burdick,L.J.+Orcutt,J.A.|A comparison of the generalized ray and reflectivity methods of waveform synthesis||Geophys. J. R. astr. Soc.:58:2:1979:261-278|Upper mantle+Oceanic crust J|0285|Hall,J.+Simmons,G.|Seismic velocities of Lewisian metamorphic rocks at pressures to 8 kbar: relationship to crustal layering in North Britain||Geophys. J. R. astr. Soc.:58:2:1979:337-347|Velocity+P-wave+S-wave+United Kingdom+Scotland+Rock J|0286|Adams,R.D.|T-phase recordings at Rarotonga from underground nuclear explosions||Geophys. J. R. astr. Soc.:58:2:1979:361-369|T-phase+Pacific Ocean+Cook Is.+Polynesia J|0287|Boynton,C.H.+Westbrook,G.K.+Bott,M.H.P.+Long,R.E.|A seismic refraction investigation of crustal structure beneath the Lesser Antilles island arc||Geophys. J. R. astr. Soc.:58:2:1979:371-393|Refraction study J|0288|Anderson,D.L.+Minster,J.B.|The frequency dependence of Q in the earth and implications for mantle rheology and Chandler wobble||Geophys. J. R. astr. Soc.:58:2:1979:431-440|Q+High temperature+Attenuation+Creep J|0289|Whitmarsh,R.B.|The Owen Basin off the south-east margin of Arabia and the evolution of the Owen Fracture Zone||Geophys. J. R. astr. Soc.:58:2:1979:441-470|Indian Ocean+History+Refraction study J|0290|Sabatier,P.C.|Comment on ``The use of a priori data to resolve non-uniqueness in linear inversion'' by D.D. Jackson||Geophys. J. R. astr. Soc.:58:2:1979:523-524|Comments J|0291|Clark,R.M.+Thompson,R.|A new statistical approach to the alignment of time series||Geophys. J. R. astr. Soc.:58:3:1979:593-607|Correlation method+Waveform+Statistical method J|0292|Dahlen,F.A.+Sailor,R.V.|Rotational and elliptical splitting of the free oscillations of the earth||Geophys. J. R. astr. Soc.:58:3:1979:609-623|Ellipticity+Heterogeneous medium J|0293|Berberian,M.|Evaluation of the instrumental and relocated epicentres of Iranian earthquakes||Geophys. J. R. astr. Soc.:58:3:1979:625-630|Location+Regional study+Seismicity+Error J|0294|Brodskii,M.A.+Levshin,A.L.|An asymptotic approach to the inversion of free oscillation data||Geophys. J. R. astr. Soc.:58:3:1979:631-654|Technique J|0295|Hadley,D.M.+Kanamori,H.|Regional S-wave structure for southern California from the analysis of teleseismic Rayleigh waves||Geophys. J. R. astr. Soc.:58:3:1979:655-666|United States+S-wave+P-wave+Regional study+Upper mantle+Crustal structure J|0296|Hyndman,R.D.+Riddihough,R.P.+Herzer,R.|The Nootka fault zone - a new plate boundary off western Canada||Geophys. J. R. astr. Soc.:58:3:1979:667-683|Plate tectonics+Continental margin+Vancouver I.+British Columbia+Seismicity+Geomagnetic investigation J|0297|McKenzie,D.P.|Finite deformation during fluid flow||Geophys. J. R. astr. Soc.:58:3:1979:689-715|Upper mantle+Strain+Stress+Shear+Convection J|0298|Uhrhammer,R.|Shear-wave velocity structure for a spherically averaged earth||Geophys. J. R. astr. Soc.:58:3:1979:749-767|S-wave+Shear wave+Lower mantle+Upper mantle J|0299|Mansinha,L.+Smylie,D.E.+Chapman,C.H.|Seismic excitation of the Chandler wobble revisited||Geophys. J. R. astr. Soc.:59:1:1979:1-17 J|0300|Dahlen,F.A.|Exact and asymptotic synthetic multiplet spectra on an ellipsoidal earth||Geophys. J. R. astr. Soc.:59:1:1979:19-42|Normal mode J|0301|Rhoades,D.A.+Evison,F.F.|Long-range earthquake forecasting based on a single predictor||Geophys. J. R. astr. Soc.:59:1:1979:43-56|Prediction+Precursor J|0302|Snoke,J.A.+Sacks,I.S.+James,D.E.|Subduction beneath western South America: evidence from converted phases||Geophys. J. R. astr. Soc.:59:1:1979:219-225|Peru+Chile+ScSp-phase J|0303|Caputo,M.|Which is the correct stress strain relation for the anelasticity of the earth's interior?||Geophys. J. R. astr. Soc.:59:1:1979:227-230 J|0304|Burton,P.W.|Seismic risk in southern Europe through to India examined using Gumbel's third distribution of extreme values||Geophys. J. R. astr. Soc.:59:2:1979:249-280|Extreme value theory+Technique+Seismicity+1900-1974+Gumbel's distribution+Recurrence+Map J|0305|Merriam,J.B.+Lambeck,K.|Comments on the Chandler wobble Q||Geophys. J. R. astr. Soc.:59:2:1979:281-286|Q+Free oscillation J|0306|Menke,W.H.|Comment on ``Dispersion function computations for unlimited frequency values'' by A. Abo-Zena||Geophys. J. R. astr. Soc.:59:2:1979:315-323|Comments+Surface wave+Elastic medium+Matrix method+Layered medium J|0307|Chou,C-W.+Booker,J.R.|A Backus-Gilbert approach to inversion of travel-time data for three-dimensional velocity structure||Geophys. J. R. astr. Soc.:59:2:1979:325-344|Travel-times+Three-dimensional problem+Backus-Gilbert method J|0308|Sacks,I.S.+Snoke,J.A.+Beach,L.|Lateral heterogeneity at the base of the mantle revealed by observations of amplitudes of PKP phases||Geophys. J. R. astr. Soc.:59:2:1979:379-387|PKP-wave+Travel-times+Heterogeneous medium J|0309|Frazer,L.N.|A new derivation of the displacement potentials for motion in a homogeneous isotropic elastic medium||Geophys. J. R. astr. Soc.:59:2:1979:389-397|Isotropic medium+Homogeneous medium+Wave+Point source J|0310|Ansell,J.H.|On the decoupling of P and S waves in homogeneous elastic media||Geophys. J. R. astr. Soc.:59:2:1979:399-409|P-wave+S-wave+Inhomogeneous medium+Elastic medium+Displacement+Separation J|0311|Wyatt,F.+Berger,J.|Comments on ``Use of a bubble tiltmeter as a horizontal seismometer'' by W.F. Miller, R.J. Geller and S. Stein||Geophys. J. R. astr. Soc.:59:2:1979:411-417|Instrument|With a reply by Miller J|0312|Goetze,C.+Evans,B.|Stress and temperature in the bending lithosphere as constrained by experimental rock mechanics||Geophys. J. R. astr. Soc.:59:3:1979:463-478 J|0313|Patton,H.+Aki,K.|Bias in the estimate of seismic moment tensor by the linear inversion method||Geophys. J. R. astr. Soc.:59:3:1979:479-495|Error+Surface wave+Spectral analysis+Least squares solution J|0314|Mikumo,T.+Miyatake,T.|Earthquake sequences on a frictional fault model with non-uniform strengths and relaxation times||Geophys. J. R. astr. Soc.:59:3:1979:497-522|Shear+Stress+Space-time pattern J|0315|Bolt,B.A.+Brillinger,D.R.|Estimation of uncertainties in eigenspectral estimates from decaying geophysical time series||Geophys. J. R. astr. Soc.:59:3:1979:593-603|Eigenperiod+Amplitude+Phase+Free oscillation+Chile+1960+Damping+Statistical method J|0316|Rowlett,H.+Forsyth,D.|Teleseismic P-wave delay times in a major oceanic fracture zone||Geophys. Res. Lett.:6:4:1979:273-276|Travel-times+Crustal structure+Residual+Atlantic Ocean J|0317|Garmany,J.D.|On the inversion of travel times||Geophys. Res. Lett.:6:4:1979:277-279|Travel-times J|0318|Stein,S.+Sleep,N.H.+Geller,R.J.+|Earthquakes along the passive margin of eastern Canada||Geophys. Res. Lett.:6:7:1979:537-540|Continental margin+Focal mechanism+Fault J|0319|Anderson,D.L.|The upper mantle transition region: eclogite||Geophys. Res. Lett.:6:6:1979:433-436|Transition zone+Seismicity J|0320|Nakamura,Y.+Anderson,D.L.|Martian wind activity detected by a seismometer at Viking Lander 2 site||Geophys. Res. Lett.:6:6:1979:499-502|Mars+Seismicity+Instrument J|0321|Liu,H-P.+Peselnick,L.|Mechanical hysteresis loops of an anelastic solid and the determination of rock attenuation properties||Geophys. Res. Lett.:6:7:1979:545-548|Anelasticity J|0322|Warren,D.H.|Fault-plane solutions for microearthquakes preceding the Thanksgiving Day, 1974, earthquake at Hollister, California||Geophys. Res. Lett.:6:8:1979:633-636|Precursor+Fault plane solution+United States||#*HOLLISTER J|0323|Acharya,H.K.|A method to determine the duration of quiescence in a seismic gap||Geophys. Res. Lett.:6:9:1979:681-684|Seismicity+Prediction+Plate tectonics J|0324|Lewis,B.T.R.|Periodicities in volcanism and longitudinal magma flow on the East Pacific Rise at 23degreesN||Geophys. Res. Lett.:6:10:1979:753-756|Periodicity J|0325|Makarov,V.I.+Shchukin,Yu.K.|Evaluation of concealed fault activity|In Russian|Geotektonika::1:1979:96-109|Kyzylkum+USSR J|0326|Malovitskii,Ya.P.+Yesina,L.A.+Svistunov,Yu.I.|Deep structure of the earth's crust of the central Mediterranean|In Russian|Geotektonika::3:1979:103-111|Deep seismic sounding+Prospecting J|0327|Khrychev,B.A.|Some regularities of the structure of the earth's crust in Kazakhstan|In Russian|Geotektonika::4:1979:112-116|Crustal structure+USSR J|0328||In California, Auburn dam stalled||GeoTimes:24:5:1979:18|Risk+United States+Barrage+Reservoir J|0329|Karapetyan,N.K.+Manukyan,Zh.O.|Seismic intensity in Armenia, from seismological data|In Russian|Izv. Akad. Nauk armyan. SSR, Nauki Zemle:31:2:1978:80-85|USSR J|0330|Karapetyan,N.K.|Focal mechanism of the Yerevan earthquake of 16th July 1973|In Russian with Armenian abstract|Izv. Akad. Nauk armyan. SSR, Nauki Zemle:31:3:1978:50-54|Armenia+USSR J|0331|Piruzyan,S.A.+Babadzhanyan,A.G.+Donabedov,A.T.+Oganesyan,L.B.|Structure of blocks in the neighbourhood of electricity power stations in Armenia and adjacent regions in relation to seismic subdivisions|In Russian with Armenian abstract|Izv. Akad. Nauk armyan. SSR, Nauki Zemle:31:6:1978:69-78|Risk+USSR+Prediction J|0332|Nazaretyan,S.N.|Indication by geophysical method of seismic activity in deep faults in Armenia|In Russian with Armenian abstract|Izv. Akad. Nauk armyan. SSR, Nauki Zemle:32:2:1979:29-36|Risk+Prediction+USSR J|0333|Tamrazyan,G.P.|Waning of the moon at the culmination points and energy freed at the time of very strong earthquakes|In Russian|Izv. Akad. Nauk armyan. SSR, Nauki Zemle:32:2:1979:57-60|Seismicity J|0334|Balakina,L.M.|Orientation of ruptures and movements in the sources of the strong earthquakes of the northern and northwestern parts of the Pacific Ocean|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::4:1979:43-52|Rupturing+Motion+Kamchatka+Kuril Islands J|0335|Graizer,V.M.|Some results of the use of the method of reconstitution of the residual displacement from explosion seismograms|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::4:1979:95-101|Explosion seismology J|0336|Kopnichev,Yu.F.+Shpil'ker,G.L.|Model of unique dispersion of seismic surface waves from asymmetric source|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::4:1979:102-105|Volume wave J|0337|Kalinin,V.A.+Sergeyeva,N.A.|Internal structure of Mars and Venus|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::5:1979:3-15|Seismicity J|0338|Balakina,L.M.|Orientation of stresses at the foci of earthquakes of the Pacific seismic belt and the hypothesis of plate tectonics|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::5:1979:16-30|Seismicity+Pacific Ocean+Focus J|0339|Krestnikov,V.N.+Shtange,D.V.|Quaternary history and seismicity of the Talas-Fergana deep fault zone|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::5:1979:31-46|USSR J|0340|Nersesov,I.L.+Skovorodkin,Yu.P.+Guseva,T.V.|Results of complex studies on the Garm geodynamic polygon|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::5:1979:47-55|Fault+Seismicity+Geophysical investigation+Tadzhikistan+USSR J|0341|Kuznetsova,N.B.+Osika,V.I.+Chernobai,I.P.|Analysis of a quartz strainmeter's noise in the range of long-period seismic waves|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::5:1979:94-96|Instrument J|0342|Volynets,L.N.+Volarovich,M.P.+Bayuk,Ye.I.|Statistics of the velocities of elastic waves in crystalline rocks under high pressures|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::5:1979:97-104|Velocity+Seismicity J|0343|Its,Ye.N.+Yanovskaya,T.B.|The use of Green's function for determining the reflexion and refraction coefficients of surface waves at a vertical contact surface|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::6:1979:11-21|Reflexion coefficient J|0344|Rautian,T.G.+Khalturin,V.I.+Shengeliya,I.S.|Seismic coda envelopes and magnitude estimates for earthquakes in the Caucasus|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::6:1979:22-29 J|0345|Strizhkov,S.A.|Model studies of wave fields in a medium with a random distribution of cracks|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::6:1979:30-37 J|0346|Zharkov,V.N.+Molodenskii,S.M.|The corrections to the Love numbers and Chandler period due to dynamical shear modulus|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::6:1979:88-89|Chandler wobble J|0347|Kopnichev,Yu.F.|A study of strong earthquake source radiation pattern using P-wave envelopes|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::7:1979:3-17|Focal mechanism+P-wave J|0348|Guseva,T.V.+Kuchai,V.K.+Pevnev,A.K.+|Short-period elastic deformations of the upper part of the earth's crust, from geodetic measurements|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::7:1979:18-22|Prediction+Geodetic survey+Seismicity+Garm+Rheology+Tadzhikistan+USSR J|0349|Grinfel'd,M.A.|Growth and decay of seismic wavefront intensity in an isotropic non-linear elastic medium|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::7:1979:23-33|Isotropic medium J|0350|Landa,Ye.I.+Mitrofanov,G.M.|Estimation of small-amplitude fault parameters from common depth point seismograms|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::7:1979:34-41 J|0351|Monakhov,F.I.+Bozhkova,L.I.+Khatayev,A.M.+|Short-term precursors and prediction of the earthquakes of 22-28 March 1978 in the Kuril Islands|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::7:1979:78-80|||#*KURILISLANDS J|0352|Kuchai,V.K.+Pevnev,A.K.+Guseva,T.V.|Near-surface crustal deformations from geodetic measurement data (from the example of the transition zone between Pamir and Tyan-Shan')|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::8:1979:36-44|Fault+Seismicity J|0353|Blagoveshchenskaya,Ye.E.|Directivity of radiation of longitudinal waves from the focus of a tectonic earthquake|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::8:1979:45-53|P-wave+Fault+Tyan-Shan'+Tadzhikistan J|0354|Savarenskii,Ye.F.+Sofronov,V.V.+Peshkov,A.B.+|Optimum siting of seismic stations for the minimization of errors in epicentre location|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::8:1979:64-71|Network+Site J|0355|Naumenko,B.N.|*The phenomenon of the *partial liquidation of tectonic stress by storm microseisms|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::8:1979:72-75|Kamchatka+Kuril Islands+Fault+Seismicity+Stress-drop J|0356|Grinfel'd,M.A.+Movchan,A.A.|Wavefronts refracting and reflecting by boundaries in isotropic non-linear elastic media|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::8:1979:76-80|Elastic medium+Isotropic medium+Boundary J|0357|Barsukov,O.M.|A possible cause of electrical precursors to earthquakes|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::8:1979:85-90|Geoelectricity J|0358|Orlov,V.S.|Reproduction of seismic recordings in Turkmeniya by the Zemlya stations|In Russian with English and Turkmenian abstracts|Izv. Akad. Nauk turkmen. SSR, Fiz.-tekh., khim. geol. Nauk::2:1978:47-50|USSR+Filtering J|0359|Yuvshanov,A.A.+Durdyeva,S.|Some results of a geomagnetic investigation on the Ashkhabad geodynamic polygon|In Russian|Izv. Akad. Nauk turkmen. SSR, Fiz.-tekh., khim. geol. Nauk::3:1978:71-75|Prediction+Turkmeniya+USSR+Seismicity+1966-1977 J|0360|Garagozov,D.+Tekayev,A.+Kurbanmuradov,A.|Estimation of the risks of seismic ground shocks in the Kazandzhik region by the analysis of short-period micro-oscillations|In Russian with Turkmenian and English abstracts|Izv. Akad. Nauk turkmen. SSR, Fiz.-tekh., khim. geol. Nauk::5:1978:83-92|Turkmeniya+USSR J|0361|Esenov,E.M.|Seismic characteristics of the ground in the Kazandzhik region|In Russian with Turkmenian and English abstracts|Izv. Akad. Nauk turkmen. SSR, Fiz.-tekh., khim. geol. Nauk::5:1978:93-97|Turkmeniya+USSR+Risk J|0362|Ashirov,T.+Gulev,B.I.+Sopiyev,V.A.+Smirnov,Ya.B.|*Some results of observations on the *geothernal regime in the seismically active zones of Ashkhabad|In Russian with Turkmenian and English abstracts|Izv. Akad. Nauk turkmen. SSR, Fiz.-tekh., khim. geol. Nauk::3:1979:31-35|Geothermy+Turkmeniya+Seismicity+USSR J|0363|Mirandov,V.L.+Gurvich,V.I.+Meingard,A.A.|*On the possibilities of using an *electric spark source in the method of seismic refraction applied to shallow continental soundings|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.:21:1:1978:91-100|Refraction study+Prospecting J|0364|Bizyaev,V.N.|Comparison of the precision of determination of parameters from the hodographs of reflected longitudinal, transverse and body waves Part 1|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.:21:2:1978:153-160|Recording+Travel-times+Longitudinal wave+Reflected wave+Transverse wave+Precise measurement J|0365|Ishchenko,V.I.+Chakhmakhchev,V.G.+Basin,Ya.N.+Novgorodov,V.A.|Relation between the velocity of longitudinal waves and the porosity of carbonated rocks|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.:21:3:1978:136-141|Porous medium+Prospecting J|0366|Dzeban,I.P.|Effect of secondary porosity on the velocity of propagation of elastic waves|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.:21:3:1978:142-146|Porous medium J|0367|Karus,Ye.V.+Rudenko,G.Ye.+Khudzinskii,L.L.|A seismic probe with four points and three components|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.:21:3:1978:147-154|Prospecting+Instrument J|0368|Krasnopevtseva,G.V.+Shchukin,Yu.K.|Parameters of the earth's crust in the seismic focal zones of the Caucasus from seismic data|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.:21:5:1978:126-132|USSR+Seismicity+Epicentre J|0369|Gurvich,I.I.+Brailovskaya,A.V.+Svinisova,S.I.|Kinematic characteristic of twice-reflected seismic waves|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.:21:11:1978:131-135|Prospecting+Multiple cover+Kinematics J|0370|Karus,Ye.V.+Rudenko,G.Ye.+Khudzinskii,L.L.|Results of using a three-component seismic probe oriented in accordance with the earth's magnetic field|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.:21:12:1978:129-137|Prospecting+Instrument+Deep seismic sounding J|0371|Dzeban,I.P.+Dasayev,Ya.Kh.|Influence of the cracks and cavities of rocks on the velocity of longitudinal and transverse waves and their relation|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.:21:12:1978:138-142|Cavity+Longitudinal wave J|0372|Bizyaev,V.N.|Comparison of the precision of determination of parameters from the hodographs of reflected waves, Part 2|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.:22:1:1979:83-89|Recording+Travel-times+Longitudinal wave+Transverse wave+Precise measurement J|0373|McGinnis,L.D.+Otis,R.M.|Compressional velocities from multichannel refraction arrivals on Georges Bank - northwest Atlantic Ocean||Geophysics:44:6:1979:1022-1033|Velocity+Refraction study+Hydrophone+Instrument+Compressional wave J|0374|Bleistein,N.+Cohen,J.K.|Direct inversion procedure for Claerbout's equations||Geophysics:44:6:1979:1034-1040|Velocity+Surface+Acoustic wave+Claerbout equation J|0375|Taner,M.T.+Koehler,F.+Sheriff,R.E.|Complex seismic trace analysis||Geophysics:44:6:1979:1041-1063 J|0376|Kaila,K.L.+Krishna,V.G.|A new computerized method for finding effective velocity from reversed reflection traveltime data||Geophysics:44:6:1979:1064-1076|Travel-times+Reflexion study J|0377|Cohen,J.K.+Bleistein,N.|Velocity inversion procedure for acoustic waves||Geophysics:44:6:1979:1077-1087|Reflexion study J|0378|Shen,W-W.|A constrained minimum power adaptive beamformer with time-varying adaptation rate||Geophysics:44:6:1979:1088-1096|Algorithm+Array+Signal-to-noise ratio+Beamforming J|0379|Liaw,A.L.+McEvilly,T.V.|Microseisms in geothermal exploration - studies in Grass Valley, Nevada||Geophysics:44:6:1979:1097-1115|Geothermy+United States+Noise+Wavenumber+Rayleigh wave J|0380|Rietsch,E.|Geophone sensitivities for Chebyshev optimized arrays||Geophysics:44:6:1979:1142-1143|Sensitivity+Instrument J|0381|Laster,S.J.|Review of ``Computer-aided seismic analysis and discrimination'' edited by C.H. Chen||Geophysics:44:6:1979:1144-1145|Geochemistry+Geophysics+Spectral analysis+Data processing+Exploration J|0382|Larner,K.L.+Gibson,B.R.+Chambers,R.+Wiggins,R.A.|Simultaneous estimation of residual statics and crossdip time corrections||Geophysics:44:7:1979:1175-1192|Nonlinear survey+Travel-times+Reflexion study+Common depth point+Prospecting J|0383|May,B.T.+Straley,D.K.|Higher-order moveout spectra||Geophysics:44:7:1979:1193-1207|Reflexion study+Stacking+Data processing+Inversion+Velocity+Depth+Move-out J|0384|Berryhill,J.R.|Wave-equation datuming||Geophysics:44:8:1979:1329-1344|Wave equation+Migration+Kirchhoff-Huygens principle+Reflexion study+Trace J|0385|Robinson,J.C.|A technique for the continuous representation of dispersion in seismic data||Geophysics:44:8:1979:1345-1351 J|0386|Johnson,H.M.|Review of ``Evolution of the earth's crust'' edited by D.H. Tarling||Geophysics:44:8:1979:1466|Tectonics J|0387|Becquey,M.+Lavergne,M.+Willm,C.|Acoustic impedance logs computed from seismic traces||Geophysics:44:9:1979:1485-1501|Velocity+Density+Rock+Acoustics J|0388|Maureau,G.T.F.R.+Van Wijhe,D.H.|The prediction of porosity in the Permian Zechstein 2 carbonate of eastern Netherlands using seismic data||Geophysics:44:9:1979:1502-1517|Acoustics+Impedance J|0389|Douze,E.J.+Laster,S.J.|Seismic array noise studies at Roosevelt Hot Springs, Utah geothermal area||Geophysics:44:9:1979:1570-1583|Geothermy+United States J|0390|Ohta,Y.+Saito,M.|Discussion on ``A propagating algorithm for determining Nth-order polynomial, least squares fits'' by A.F. Gangi and J.N. Shapiro||Geophysics:44:9:1979:1588-1591|Data processing+Prospecting+Computer program|With a reply by the authors J|0391|Kaufman,S.|COCORP southern Appalachian data|A report|Geophysics:44:9:1979:1598-1599|Georgia+Tennessee+Reflexion study+Crust+Upper mantle+Prospecting J|0392|Hermont,A.J.|Seismic Controllable Direction Reception as practised in the U.S.S.R|A letter to the Editor|Geophysics:44:9:1979:1601-1602|USSR+Wave pattern+Prospecting J|0393|Sjogren,B.|Refractor velocity determination - cause and nature of some errors||Geophys. Prospect.:27:3:1979:507-538|Refraction study+Rock+Diffraction+Hales's method J|0394|Domenico,S.N.|Multiple reflections and head waves in the Gulf of Suez||Geophys. Prospect.:27:3:1979:539-563|Reflexion study+Suez, G. of+Multiple reflexion J|0395|Douze,E.J.|Synthetic seismograms at non-vertical incidence||Geophys. Prospect.:27:3:1979:564-575|Seismogram+Reflexion study+Layered medium+P-wave+Angle of incidence J|0396|Szaraniec,E.|Towards unification of geophysical problems for horizontally stratified media||Geophys. Prospect.:27:3:1979:576-583|Layered medium J|0397|Kennett,B.L.N.|The suppression of surface multiples on seismic records||Geophys. Prospect.:27:3:1979:584-600|Reflexion study+Multiple reflexion+Reverberation+Interference J|0398|Brandsaeter,H.+Ursin,B.|Adaptive long-period multiple attenuation||Geophys. Prospect.:27:4:1979:709-725|Least squares solution+Multiple reflexion+Signal+Algorithm J|0399|Ogilvy,A.A.+Bogoslovskii,V.A.|The possibilities of geophysical methods applied for investigating the impact of man on the geological medium||Geophys. Prospect.:27:4:1979:774-789|USSR+Central Asia+Geology+Pollution+Environment J|0400|Acharya,H.K.|Seismicity of the southern Philippine Sea||Mar. Geol.:29:1-4:1979:M25-M32 J|0401|Johnson,J.J.+Kennedy,R.P.|Earthquake response of nuclear power facilities||J. Energy Div. Am. Soc. civ. Engrs:105:1:1979:15-32|Construction+Nuclear power plant J|0402|Hempel,H.W.|Lateral loads on power boilers||J. Energy Div. Am. Soc. civ. Engrs:105:2:1979:241-250|Loading+Explosion+Power facilities+Thermal power plant J|0403|Aslam,M.+Godden,W.G.+Scalise,D.T.|Earthquake sloshing in annular and cylindrical tanks||J. Engng Mech. Div. Am. Soc. civ. Engrs:105:3:1979:371-389|Water+Reservoir J|0404|Iwan,W.D.+Gates,N.C.|Estimating earthquake response of simple hysteretic structures||J. Engng Mech. Div. Am. Soc. civ. Engrs:105:3:1979:391-405|Hysteresis+Construction J|0405|Gasparini,D.A.|Response of MDOF systems to nonstationary random excitation||J. Engng Mech. Div. Am. Soc. civ. Engrs:105:1:1979:13-27|Construction+Vibration+Multi-degree-of-freedom system J|0406|Day,S.M.+Frazier,G.A.|Seismic response of hemispherical foundation||J. Engng Mech. Div. Am. Soc. civ. Engrs:105:1:1979:29-41|Finite element method J|0407|Lutes,L.D.+Lilhanand,K.|Frequency content in earthquake simulation||J. Engng Mech. Div. Am. Soc. civ. Engrs:105:1:1979:143-158|Earthquake engineering J|0408|Rosenblueth,E.|Optimum expenditures in seismic design||J. Engng Mech. Div. Am. Soc. civ. Engrs:105:1:1979:177-187|Earthquake-resistant design+Cost J|0409|Suzuki,S.|Lateral variation of the upper mantle structure around northern Japan and its application to hypocentre determination||J. Fac. Sci. Hokkaido Univ., Ser. 7 (Geophys.):5:3:1978:79-120|Travel-times+P-wave+Velocity J|0410|Calcagnile,G.+Panza,G.F.|Crustal and upper mantle structure beneath the Appennines region as inferred from the study of Rayleigh waves||J. Geophys.:45:3:1979:319-327|Crustal structure+Italy J|0411|Kind,R.|Observations of sPn from Swabian Alb earthquakes at the GRF array||J. Geophys.:45:3:1979:337-340|Pn-wave+Theoretical seismogram+Seismogram+Grafenberg+Germany+Swabian Jura||#*SWABIAN J|0412|Drimmel,J.+Fiegweil,E.+Lukeschitz,G.|Macroseismic intensity map of Austria for the Swabian Alb earthquake of September 3, 1978||J. Geophys.:45:3:1979:341-342|Macroseismic data+Germany+Swabian Jura||#*SWABIAN J|0413|Meissner,R.O.+Fluh,E.R.|Probable relation between seismic anisotropy and a fine structure of the lithosphere||J. Geophys.:45:3:1979:349-352 J|0414|Jentsch,M.|Reinterpretation of a deep-seismic-sounding profile on the Ukrainian shield||J. Geophys.:45:4:1979:355-372|Travel-times+Deep seismic sounding+Synthetic seismogram+Seismogram+Prospecting+Ukraine+USSR J|0415|Kind,R.|Extensions of the reflectivity method||J. Geophys.:45:4:1979:373-380|Prospecting+Reflexion study+Theoretical seismogram+Seismogram+Point source+Dislocation J|0416|Psencik,I.|Ray amplitudes of compressional, shear and converted seismic body waves in 3D laterally inhomogeneous media with curved interfaces||J. Geophys.:45:4:1979:381-390|Shear wave+Compressional wave+Inhomogeneous medium+P-wave+S-wave+Curved boundary J|0417|Knopoff,L.+Zurn,W.+Rydelek,P.A.+Yogi,T.|Q of mode oSo||J. Geophys.:46:2:1979:89-95|Free oscillation+Maximum likelihood J|0418|Shapira,A.+Kulhanek,O.+Wahlstrom,R.|Detection probabilities for weak regional seismic events||J. Geophys.:46:2:1979:123-133|Sweden+Weak earthquake+Uppsala+Threshold+Capability+Rockburst J|0419|Cerveny,V.|Accuracy of ray theoretical seismograms||J. Geophys.:46:2:1979:135-149|Seismogram J|0420|Cerveny,V.|Ray theoretical seismograms for laterally inhomogeneous structures||J. Geophys.:46:3:1979:335-342|Seismogram+Inhomogeneous medium J|0421|Prochazkova,D.+Schneider,G.+Schmedes,E.+Drimmel,J.+|Macroseismic field of the earthquake of September 3, 1978, in the Swabian Jura||J. Geophys.:46:3:1979:343-347|||#*SWABIAN J|0422|Tapponnier,P.+Molnar,P.|Active faulting and Cenozoic tectonics of the Tien Shan, Mongolia, and Baykal regions||J. geophys. Res.:84:7:1979:3425-3459|Tien-Shan+Baikal+USSR+Strike-slip+Central Asia J|0423|White,R.S.+Ross,D.A.|Tectonics of the western Gulf of Oman||J. geophys. Res.:84:7:1979:3479-3489|Oman, G. of+Reflexion study J|0424|Houtz,R.E.+Ludwig,W.J.|Distribution of reverberant subbottom layers in the southwest Pacific basin||J. geophys. Res.:84:7:1979:3497-3504|Layered medium+Instrument+Reflexion study+Refraction study+Pacific Ocean+Sonobuoy+Air cannon J|0425|Ludwig,W.J.+Kumar,N.+Houtz,R.E.|Profiler-sonobuoy measurements in the South China Sea basin||J. geophys. Res.:84:7:1979:3505-3518|Reflexion study+Refraction study J|0426|Herrmann,R.B.|Surface wave focal mechanisms for eastern North American earthquakes with tectonic implications||J. geophys. Res.:84:7:1979:3543-3552|Strike-slip+1962-1976+Tectonics+P-wave+First motion+Love wave+Rayleigh wave J|0427|Abe,K.+Kanamori,H.|Temporal variation of the activity of intermediate and deep focus earthquakes||J. geophys. Res.:84:7:1979:3589-3595|Intermediate-depth earthquake+Deep-focus earthquake+1904-1974+Magnitude scale+Body wave+Stress J|0428|Jones,L.M.+Molnar,P.|Some characteristics of foreshocks and their possible relationship to earthquake prediction and premonitory slip on faults||J. geophys. Res.:84:7:1979:3596-3608|1914-1973+Teleseism+Temporal distribution+Spatial distribution J|0429|Bouchon,M.|Discrete wave number representation of elastic wave fields in three-space dimensions||J. geophys. Res.:84:7:1979:3609-3614|Wavenumber+Wave field+Three-dimensional problem+Source+Layered medium+Ground motion J|0430|Garmany,J.D.+Orcutt,J.A.+Parker,R.L.|Travel time inversion: a geometrical approach||J. geophys. Res.:84:7:1979:3615-3622|Travel-times+Geometry+Slowness J|0431|Hartzell,S.H.+Archuleta,R.J.|Rupture propagation and focusing of energy in a foam rubber model of a stick slip earthquake||J. geophys. Res.:84:7:1979:3623-3636|Rupturing+Stick-slip J|0432|Detrick,R.S.+Watts,A.B.|An analysis of isostasy in the world's oceans 3. Aseismic ridges||J. geophys. Res.:84:7:1979:3637-3653|Walvis Ridge+Crust+Ninetyeast Ridge+Thickness J|0433|Sleep,N.H.|The double seismic zone in downgoing slabs and the viscosity of the mesosphere||J. geophys. Res.:84:9:1979:4565-4571|Island arc+Aleutian Arc+Numerical modelling J|0434|Davies,J.N.+House,L.|Aleutian subduction zone seismicity, volcano-trench separation, and their relation to great thrust-type earthquakes||J. geophys. Res.:84:9:1979:4583-4591|Aleutian Arc+Volcanism+Thrust fault+Shumagin Is.+Alaska+United States+Seismic gap J|0435|Ito,H.+DeVilbiss,J.+Nur,A.|Compressional and shear waves in saturated rock during water-steam transition||J. geophys. Res.:84:9:1979:4731-4735|Compressional wave+Saturation+Geothermy+Pore pressure J|0436|Kjartansson,E.|Constant Q-wave propagation and attenuation||J. geophys. Res.:84:9:1979:4737-4748|Q+Velocity J|0437|Langston,C.A.|Structure under Mount Rainier, Washington, inferred from teleseismic body waves||J. geophys. Res.:84:9:1979:4749-4762|P-wave+Rainier, Mt.+Washington State+United States J|0438|Stein,S.|Intraplate seismicity on bathymetric features: the 1968 Emperor Trough earthquake||J. geophys. Res.:84:9:1979:4763-4768|Intraplate earthquake+Bathymetric study+Focal mechanism+North Pacific+Pacific Ocean J|0439|Mavko,G.M.|Frictional attenuation: an inherent amplitude dependence||J. geophys. Res.:84:9:1979:4769-4775|Crack J|0440|Prescott,W.H.+Savage,J.C.+Kinoshita,W.T.|Strain accumulation rates in the western United States||J. geophys. Res.:84:10:1979:5423-5435|1970-1978+Precise measurement+Deformation J|0441|Thatcher,W.+Rundle,J.B.|A model for the earthquake cycle in underthrust zones||J. geophys. Res.:84:10:1979:5540-5556|Crust+Deformation+Japan J|0442|Frankel,A.+McCann,W.R.|Moderate and large earthquakes in the South Sandwich arc: indicators of tectonic variation along a subduction zone||J. geophys. Res.:84:10:1979:5571-5577|Tectonics+South Sandwich Islands+South Atlantic+Atlantic Ocean+1929-1963+Seismicity J|0443|Bruner,W.M.|Crack growth and the thermoelastic behaviour of rocks||J. geophys. Res.:84:10:1979:5578-5590|Thermoelasticity+Elastic modulus J|0444|Ginzburg,A.+Makris,J.+Fuchs,K.+Perathoner,B.+Prodehl,C.|Detailed structure of the crust and upper mantle along the Jordan-Dead Sea rift||J. geophys. Res.:84:10:1979:5605-5612|Crustal structure+Refraction study+Israel J|0445|Talandier,J.+Bouchon,M.|Propagation of high frequency Pn waves at great distances in the Central and South Pacific and its implications for the structure of the lower lithosphere||J. geophys. Res.:84:10:1979:5613-5619|Sn-wave+Pn-wave+Pacific Ocean+Central Pacific+Polynesia J|0446|Mitchell,B.J.+Zollweg,J.E.+Kohsmann,J.J.+Cheng,C-C.+Haug,E.J.|Intraplate earthquakes in the Svalbard archipelago||J. geophys. Res.:84:10:1979:5620-5626|Arctic Ocean J|0447|Wang,S.C.+Geller,R.J.+Stein,S.|An intraplate thrust earthquake in the South China Sea||J. geophys. Res.:84:10:1979:5627-5631|Intraplate earthquake+Stress+Thrust fault+1965 J|0448|Rind,D.H.+Donn,W.L.|Microseisms at Palisades 2. Rayleigh wave and Love wave characteristics and the geologic control of propagation||J. geophys. Res.:84:10:1979:5632-5642|New York+United States+Geology J|0449|Ibrahim,A-B.K.+Latham,G.V.+Ladd,J.W.|Seismic refraction and reflection measurements in the Middle America Trench offshore Guatemala||J. geophys. Res.:84:10:1979:5643-5649|Refraction study+Reflexion study J|0450|Budiansky,B.+O'Connell,R.J.|Comment on ``Elastic moduli of two-component systems'' by A.K. Chatterjee, A.K. Mal and L. Knopoff||J. geophys. Res.:84:10:1979:5687-5690|Comments+Elastic modulus|With a reply by the authors J|0451|Christensen,N.I.+Salisbury,M.H.|Seismic anisotropy in the oceanic upper mantle: evidence from the Bay of Islands ophiolite complex||J. geophys. Res.:84:9:1979:4601-4610|Newfoundland+Islands, B. of J|0452|Rosenblueth,E.|Optimum design to resist earthquakes||J. Engng Mech. Div. Am. Soc. civ. Engrs:105:1:1979:159-176|Earthquake-resistant design+Reconstruction J|0453|Yegian,M.K.+Whitman,R.V.|Rest analysis for ground failure by risk||J. geotech. Engng Div. Am. Soc. civ. Engrs:104:7:1978:921-938|Liquefaction J|0454|Seed,H.B.+Makdisi,F.I.+De Alba,P.|Performance of earth dams during earthquakes||J. geotech. Engng Div. Am. Soc. civ. Engrs:104:7:1978:967-994|Dam+Barrage+Behaviour+Sand+Safety J|0455|Romstad,K.M.+Bruce,J.+Hutchinson,J.R.|Site dependent earthquake motions||J. geotech. Engng Div. Am. Soc. civ. Engrs:104:11:1978:1389-1400|Geology+Power station J|0456|Idriss,I.M.+Dobry,R.+Singh,R.D.|Non linear behaviour of soft clays during cyclic loading||J. geotech. Engng Div. Am. Soc. civ. Engrs:104:12:1978:1427-1447|Mud J|0457|Haldar,A.+Tang,W.H.|Probabilistic evaluation of liquefaction potential||J. geotech. Engng Div. Am. Soc. civ. Engrs:105:2:1979:145-163|Sand+Soil J|0458|Seed,H.B.|Soil liquefaction and cyclic mobility evaluation for level ground during earthquakes||J. geotech. Engng Div. Am. Soc. civ. Engrs:105:2:1979:201-255|Sand J|0459|Peck,R.B.|Liquefaction potential: science versus practice||J. geotech. Engng Div. Am. Soc. civ. Engrs:105:3:1979:393-398|Sand J|0460|Richards,R.+Elms,D.G.|Seismic behaviour of gravity retaining walls||J. geotech. Engng Div. Am. Soc. civ. Engrs:105:4:1979:449-464|Gravity dam J|0461|Kazi,M.H.|Transmission, reflection and diffraction of Love waves in an infinite strip with a surface step||J. Phys., A:12:9:1979:1441-1455|Reflexion J|0462|Hopkins,B.D.|Direct high-resolution digitisation of a frequency-modulated carrier||J. Phys., E:12::1979:1027-1028|Analogue seismic system+Digital seismic system+Data processing+Filtering J|0463|Donovan,N.C.+Bolt,B.A.+Whitman,R.V.|Development of expectancy maps and risk analysis||J. struct. Div. Am. Soc. civ. Engrs:104:8:1978:1179-1192|United States J|0464|Huckelbridge,A.A.+Clough,R.W.|Seismic response of uplifting building frame||J. struct. Div. Am. Soc. civ. Engrs:104:8:1978:1211-1229|Structure J|0465|Fardis,M.N.+Cornell,C.A.+Meyer,J.E.|Accident and seismic containment reliability||J. struct. Div. Am. Soc. civ. Engrs:105:1:1979:67-83|Risk+Safety+Nuclear power plant J|0466|Tang,D.T.+Clough,R.W.|Shaking table earthquake response of steel frame||J. struct. Div. Am. Soc. civ. Engrs:105:1:1979:221-243|Shake table J|0467|Kahn,L.F.+Hanson,R.D.|Infilled walls for earthquake strengthening||J. struct. Div. Am. Soc. civ. Engrs:105:2:1979:283-296|Reinforced concrete+Earthquake engineering J|0468|Bea,R.G.+Audibert,J.M.E.+Akky,R.|Earthquake response of offshore platforms||J. struct. Div. Am. Soc. civ. Engrs:105:2:1979:377-400|Offshore structure+Earthquake-resistant design J|0469|Bea,R.G.|Earthquake and wave design criteria for offshore platforms||J. struct. Div. Am. Soc. civ. Engrs:105:2:1979:401-419|Offshore structure+Earthquake-resistant design J|0470|Zagajeski,S.W.+Bertero,V.V.|Optimum seismic-resistant design of r/c frames||J. struct. Div. Am. Soc. civ. Engrs:105:5:1979:829-845|Earthquake-resistant design+Reinforced concrete+Inelasticity J|0471|Dong,R.G.|Size effect in damping caused by water submersion||J. struct. Div. Am. Soc. civ. Engrs:105:5:1979:847-857|Nuclear power plant+Earthquake-resistant design+Viscosity J|0472|Kennedy,R.P.+Darrow,A.C.+Short,S.A.|Seismic design of oil pipeline systems||J. tech. Counc. Am. Soc. civ. Engrs:105:1:1979:119-134|Earthquake-resistant design J|0473|Longinow,A.+Cooper,J.D.+Bergmann,E.|Selection of critical bridges for retrofitting||J. tech. Counc. Am. Soc. civ. Engrs:105:1:1979:197-210|Reinforcement+Earthquake-resistant design J|0474|Kubo,K.+Katayama,T.|Lifeline earthquake engineering in Japan||J. tech. Counc. Am. Soc. civ. Engrs:105:1:1979:221-238|Lifeline system+Water J|0475|Anderson,T.L.+Nyman,D.J.|Lifeline engineering approach to seismic qualification||J. tech. Counc. Am. Soc. civ. Engrs:105:1:1979:149-161|Lifeline system+Earthquake engineering+Alaska+Pipeline J|0476|Eldholm,O.+Sundvor,E.+Myhre,A.|Continental margin off Lofoten-Vesteralen, northern Norway||Mar. geophys. Res.:4:1:1979:3-35|Refraction study+Reflexion study J|0477|Koelsch,D.E.+Purdy,G.M.|An ocean bottom hydrophone instrument for seismic refraction experiments in the deep ocean||Mar. geophys. Res.:4:1:1979:115-125|North Atlantic+Atlantic Ocean+Refraction study+Prospecting+Marine seismic investigation+Ocean-bottom seismograph J|0478|Smith,R.B.|Seismicity, crustal structure, and intraplate tectonics of the interior of the Western Cordillera||Mem. geol. Soc. Am.::152:1978:111-144|Fault plane solution+Fault+Rocky Mountain Trench J|0479|Silver,E.A.|Geophysical studies and tectonic development of the continental margin off the western United States, lat 34degrees to 48degreesN||Mem. geol. Soc. Am.::152:1978:251-262|Geophysical investigation+Tectonics+Reflexion study+Subduction+California+Oregon+Washington State J|0480|Yamada,T.|Anisotropy of ultrasonic wave velocities in Mizuho cores||Mem. natn. Inst. Polar Res., Spec. Issue::10:1978:114-123|Prospecting+Antarctic+Velocity+P-wave+S-wave J|0481|Bungum,H.+Hokland,B.K.+Husebye,E.S.+Ringdal,F.|An exceptional intraplate earthquake sequence in Meloy, northern Norway||Nature, Lond.:280:5717:1979:32-35|1978||#*MELOY J|0482|Nikonov,A.A.+Shebalina,T.Yu.|Lichenometry and earthquake age determination in central Asia||Nature, Lond.:280:5724:1979:675-677|Dating+1907+1949+Tadzhikistan+USSR+Tectonics J|0483|Louat,R.+Dubois,J.+Isacks,B.L.|Anomalous propagation of seismic waves through the zone of shearing contact between converging plates of the New Hebrides arc||Nature, Lond.:281:5729:1979:293-295|Island arc+Plate tectonics J|0484||Superpower clash over test ban technology||Nature, Lond.:281:5730:1979:330|Discrimination+Detection+Monitoring+Underground nuclear explosion J|0485|Savage,J.C.|Review of ``The earthquake handbook'' by P. Verney||Nature, Lond.:281:5732:1979:612|Manual+History+Prediction J|0486|Moore,J.C.+Watkins,J.S.+Shipley,T.H.+Bachman,S.B.+|Progressive accretion in the Middle America Trench||Nature, Lond.:281:5733:1979:638-642|Lithology+Plate tectonics+Geology+Trench+Reflexion study J|0487|Gregersen,S.|Intraplate earthquake swarms in Greenland and adjacent continental regions||Nature, Lond.:281:5733:1979:660-662|Spatial distribution+Meloy+1978+Plate tectonics+Canada+Norway||#*MELOY J|0488|Abdallah,A.+Courtillot,V.+Kasser,M.+Le Dain,A-Y.+|Relevance of Afar seismicity and volcanism to the mechanics of accreting plate boundaries||Nature, Lond.:282:5734:1979:17-24|Displacement+Fault+Plate tectonics+1978+Rift+Boundary+Swarm+Djibouti J|0489|Shepherd,J.B.+Aspinall,W.P.+Rowley,K.C.+Pereira,J.+|The eruption of Soufriere volcano, St. Vincent April-June 1979||Nature, Lond.:282:5734:1979:24-28|Volcanism+Lesser Antilles+Precursor+Seismicity J|0490||Earthquake research begins to be taken seriously||Nature, Lond.:282:5740:1979:669|1976+Van, L.+Turkey+Reconstruction+Earthquake engineering+Risk+Code+Anatolia+Prediction+Strong-motion analysis+Accelerometer J|0491|Roberts,J.L.|Reflections on environmental hazard||Nature Resour.:15:4:1979:24-30|Prediction+Risk+Assessment J|0492|Schneider,G.|How unexpected earthquakes do occur?|In German with English abstract|Naturwissenschaften:66:2:1979:65-72|Focal mechanism+Dislocation J|0493|Bacon,M.+Banson,J.K.A.|Recent seismicity of southeastern Ghana||Earth planet. Sci. Lett.:44:1:1979:43-46|S-wave+P-wave+Local earthquake+Regional study+West Africa J|0494|Johnson,R.W.+Mutter,J.C.+Arculus,R.J.|Origin of the Willaumez-Manus Ridge, Papua New Guinea||Earth planet. Sci. Lett.:44:2:1979:247-260|Hotspot+Reflexion study+Pacific Ocean+Seismicity J|0495|Bird,P.+Yuen,D.A.|The use of the minimum-dissipation principle in tectonophysics||Earth planet. Sci. Lett.:45:1:1979:214-217|Flow+Viscosity+Density+Temperature J|0496|Sleep,N.H.+Stein,S.+Geller,R.J.+Gordon,R.G.|Comment on ``The use of the minimum-dissipation principle in tectonophysics'' by P. Bird and D.A. Yuen||Earth planet. Sci. Lett.:45:1:1979:218-220|Comments+Flow+Viscosity+Density+Temperature J|0497|Malykhin,M.D.+Murashko,Ye.I.+Rikhter,V.I.+Sokolov,A.F.|Attempt at using grouped explosions in the multiple cover method|In Russian|Neftegaz. Geologiya Geofiz.::7:1978:27-30|Prospecting+Reflexion study J|0498|Saifi,R.Kh.|Characteristic of the use of a non-longitudinal system in prospecting by the multiple cover method|In Russian|Neftegaz. Geologiya Geofiz.::7:1978:30-32|Reflexion study J|0499|Brenner,V.M.+Shebalin,V.P.|Analysis of the precision of determination of the uplift on a salt layer determined by the multiple cover method|In Russian|Neftegaz. Geologiya Geofiz.::7:1978:33-38|Prospecting+Reflexion study+Precise measurement+Sedimentary rock J|0500|Kats,S.A.+Guterman,F.B.+|Preliminary adaptive filtering in the multiple cover method of prospecting|In Russian|Neftegaz. Geologiya Geofiz.::8:1978:23-28|Reflexion study J|0501|Gal'perin,Ye.I.+Ivanov,L.I.+Mirzoyan,Yu.D.|The polarization method - a general method for seismic prospecting|In Russian|Neftegaz. Geologiya Geofiz.::9:1978:38-43 J|0502|Yachmennikov,Yu.M.+Perel'man,I.I.+Baitel'man,D.I.+Saifi,R.Kh.|Experiment using the common depth point method in western Uzbekistan|In Russian|Neftegaz. Geologiya Geofiz.::10:1978:32-35|Multiple cover+USSR+Prospecting J|0503|Bel'fer,I.K.+Korostyshevskii,M.B.+Litvintsev,S.A.|Modelling of three-component observations|In Russian|Neftegaz. Geologiya Geofiz.::11:1978:44-46|Prospecting+Data processing+Polarization+Recording J|0504|Lapin,S.I.+Chudinov,Yu.V.|Method of determining static corrections from the hodograph spreads and the information on the seismic source|In Russian|Neftegaz. Geologiya Geofiz.::11:1978:47-48|Prospecting+Reflexion study+Multiple cover J|0505|Barulin,G.I.+Balabanov,V.G.+Ryskin,M.I.+|Enhancement of the precision of seismic soundings by the multiple cover method|In Russian|Neftegaz. Geologiya Geofiz.::1:1979:30-34|Precise measurement+Prospecting J|0506|Murashko,Ye.I.+Sokolov,A.F.|Method of obtaining the wave field of a vertical seismic profile|In Russian|Neftegaz. Geologiya Geofiz.::1:1979:34-37|Prospecting+Data processing+Algorithm+Vertical seismic profiling J|0507|Starobinets,A.Ye.|Computer determination of the coefficient of absorption of refracted waves|In Russian|Neftegaz. Geologiya Geofiz.::1:1979:37-40|Prospecting+Algorithm J|0508|Kats,S.A.+Guterman,F.B.+|Two-level adaptive filtering in the analysis of velocities in prospecting by the multiple cover method|In Russian|Neftegaz. Geologiya Geofiz.::2:1979:25-28|Reflexion study+Data processing J|0509|Trofimov,V.A.+Potapova,G.N.+Podymova,L.S.|Application of a system of data processing for vertical seismic profiling|In Russian|Neftegaz. Geologiya Geofiz.::2:1979:35-36|Prospecting+Filtering+Reflexion study J|0510|Bel'fer,I.K.|Determination of the components followed by seismic oscillations according to the method of natural polarization|In Russian|Neftegaz. Geologiya Geofiz.::3:1979:37-39|Prospecting+Data processing+Algorithm J|0511|Dzhimiyev,V.E.+D'yakonov,G.V.+Krylov,I.B.+Luginets,A.I.|Determination of the zones of pressure anomalies according to seismic source soundings|In Russian|Neftegaz. Geologiya Geofiz.::4:1979:25-29|Prospecting+Multiple cover+Vibroseis J|0512|Gerashchenko,O.A.+Gorshkov,N.V.+Men,A.A.+|Generalization of multiple measurements of seismic velocities by means of a computer|In Russian|Neftegaz. Geologiya Geofiz.::4:1979:30-32|Prospecting+Wave J|0513|McQuillin,R.+Fannin,N.|Explaining the North Sea's lunar floor||New Scient.:83:1163:1979:90-92|Marine seismic investigation+Geology+Oil field J|0514||China's secret earthquake||New Scient.:84:1175:1979:7|1976+T'ang-shan||#*TANGSHAN J|0515|Johnson,T.E.+Morrow,W.M.|Research to provide criteria for more economical nuclear power plant structures and components||Nucl. Engng Des.:50:1:1978:3-11|Earthquake-resistant design J|0516|Chen,C.+Moreadith,F.L.|Research needs and improvement of standards for nuclear power plants||Nucl. Engng Des.:50:1:1978:13-16|Earthquake-resistant design+Safety J|0517|Gergely,P.+White,R.N.|Seismic effects in secondary containments: research needs||Nucl. Engng Des.:50:1:1978:41-47|Nuclear power plant J|0518|Russell,H.G.+Desterle,R.G.+Fiorato,A.E.+|Applicability of structural wall test results to seismic design of nuclear facilities||Nucl. Engng Des.:50:1:1978:49-56|Nuclear power plant+Earthquake-resistant design J|0519|Lee,J.P.|Determination of earthquake loads on structures: research and development required||Nucl. Engng Des.:50:1:1978:57-62|Nuclear power plant+Loading+Building J|0520|Stevenson,J.D.|Research needs associated with seismic load on nuclear power plants||Nucl. Engng Des.:50:1:1978:63-70|Loading+Earthquake-resistant design J|0521|Stoykovich,M.|Nonlinear effects in dynamic analysis and design of nuclear power plant components: research status and needs||Nucl. Engng Des.:50:1:1978:93-114|Earthquake-resistant design J|0522|Ravindra,M.K.+Walser,A.|Probabilistic design of nuclear structures: a summary of state of the art and research needs||Nucl. Engng Des.:50:1:1978:115-122|Nuclear power plant+Earthquake-resistant design+Risk+Probability J|0523|Wolf,J.P.+Skrikerud,P.E.|Seismic excitation with large overturning moments: tensile capacity, projecting base mat or lifting-off||Nucl. Engng Des.:50:2:1978:305-321|Safety+Earthquake-resistant design+Nuclear power plant J|0524|Shahinpoor,M.+Tadjbakhsh,I.G.+Razani,A.|Estimates on seismic amplification factors of reactor components||Nucl. Engng Des.:50:2:1978:323-325|Nuclear power plant J|0525|Ahmadi,G.|Earthquake response of linear continuous systems||Nucl. Engng Des.:50:2:1978:327-345|Nuclear power plant+Bridge+Building+Structure+Earthquake-resistant design J|0526|Bork,M.+Kastle,H.J.|Seismic instrumentation for nuclear power plants: an interpretative review of current practice and the related standard in Germany||Nucl. Engng Des.:50:2:1978:347-352|Reliability+Earthquake-resistant design+Safety J|0527|Anderson,J.G.+Trifunac,M.D.|A note on probabilistic computation of earthquake response spectrum amplitudes||Nucl. Engng Des.:51:2:1979:285-294|Nuclear power plant+Earthquake-resistant design+Safety J|0528|Morrone,A.|Analysis of seismic testing motions with instantaneous response spectra||Nucl. Engng Des.:51:3:1979:445-451|Nuclear power plant J|0529|Lee,Y.T.+Okrent,D.+Apostolakis,G.|A comparison of background seismic risks and the incremental seismic risk due to nuclear power plants||Nucl. Engng Des.:53:1:1979:141-154|United States J|0530|Baldi,P.+Postpischl,D.|Gravity variations during preseismic crustal deformations|With Italian and Russian abstracts|Nuovo Cim., C:1:6:1978:457-464|Precursor J|0531|Sabadini,R.+Bonafede,M.+Boschi,E.|A thermomagnetoelastic model of the earthquake source mechanism|With Italian and Russian abstracts|Nuovo Cim., C:1:6:1978:523-538|Focal mechanism+Thermoelasticity+Thermomagnetism J|0532|Cook,A.H.|Review of ``Physics of planetary interiors'' by V.N. Zharkov and V.P. Trubitsyn, translated, edited and with additional material by W.B. Hubbard||Observatory:99:1032:1979:159-160 J|0533|Geodekyan,A.A.+Neprochnov,Yu.P.+Yel'nikov,I.N.+|An experiment in seismic refraction sounding in the Baltic Sea|In Russian with English abstract|Okeanologiya:19:4:1979:712-717|Refraction study+Oceanic crust+Prospecting J|0534|Neprochnov,Yu.P.+Merklin,L.R.+Yel'nikov,I.N.|Continuous seismic profiling in the ocean from a boat sailing at 15 knots|In Russian with English abstract|Okeanologiya:19:4:1979:718-724|Prospecting+Marine seismic investigation J|0535|Neprochnov,Yu.P.+Yel'nikov,I.N.+Grin'ko,B.N.|Comparison of the efficiency of pneumatic emitters and explosions used for deep seismic soundings in the ocean|In Russian with English abstract|Okeanologiya:19:5:1979:919-923|Black Sea+Marine seismic investigation+Refracted wave+Atlantic Ocean+Instrument+Pneumatic sound source J|0536|Plomerova,J.+Babuska,V.|Regional anomalies of P-wave amplitudes and tectonics of focal regions||Phys. Earth planet. Interiors:19:3:1979:228-238|Regional study+Focus+Europe+Japan+Kuril Islands+Kamchatka+Aleutian Islands+Alaska J|0537|Kikuchi,M.|A numerical method for estimation of impulse response and its application to laboratory data||Phys. Earth planet. Interiors:19:3:1979:255-262|Rock+Phase+Amplitude J|0538|Liu,H-S.|Convection-generated stress concentration and seismogenic models of the Tangshan earthquake||Phys. Earth planet. Interiors:19:4:1979:307-318|T'ang-shan+1976+China||#*TANGSHAN J|0539|Nakanishi,I.|Attenuation of multiple ScS waves beneath the Japanese arc||Phys. Earth planet. Interiors:19:4:1979:337-347|ScS-wave+Multiple reflexion+Deep-focus earthquake+Anelasticity+Ocean+Mantle+Q J|0540|Styles,P.|Review of ``The new view of the Earth'' by S. Uyeda||Phys. Earth planet. Interiors:19:4:1979:361-362|Plate tectonics+Continental drift+Sea-floor spreading J|0541|Murchison,D.G.|Review of ``Remote sensing - principles and interpretation'' by F.F. Sabins||Phys. Earth planet. Interiors:19:4:1979:362-364|Landsat J|0542|Hashizume,M.|Q of the crust beneath southwestern Honshu, Japan, derived from explosion seismic waves||Phys. Earth planet. Interiors:20:1:1979:25-32|Source+Distance+Explosion seismology J|0543|Berckhemer,H.+Auer,F.+Drisler,J.|High-temperature anelasticity and elasticity of mantle peridotite||Phys. Earth planet. Interiors:20:1:1979:48-59|High temperature+Rock+Mineral+Ivrea+Italy J|0544|Ram,A.|Measurement of apparent velocity and azimuth of seismic signals recorded at an array||Proc. Indian Acad. Sci.:87:11:1978:263-270|Recording+Data processing J|0545|Arora,S.K.+Varghese,T.G.+Basu,T.K.|Relative performance of different triangular networks in locating regional seismic sources||Proc. Indian Acad. Sci.:87:11:1978:271-281|Location+Spatial distribution J|0546|Poppe,B.B.|Historical survey of U.S. seismograph stations||Prof. Pap. U.S. geol. Surv.::1096:1979:1-389|History+United States+Instrument J|0547|Volarovich,M.P.+Budnikov,V.A.|Velocities of elastic waves and Vp/Vs ratios in dry and water-saturated rock samples at high pressure||Pure appl. Geophys.:117:4:1979:795-805|Velocity+P-wave+S-wave+Porous medium+Dry medium+Saturation+Rock mechanics J|0548|Knopoff,L.+Vane,G.|Age of East Antarctica from surface wave dispersion||Pure appl. Geophys.:117:4:1979:806-815|Rayleigh wave+Upper mantle+Dating J|0549|Roglinov,A.+Horalek,J.+Plesinger,A.+Vanek,J.|Magnitude scale structure from filtered broadband P-wave records||Pure appl. Geophys.:117:4:1979:816-826|P-wave+Hokkaido+Japan+1973+Kasperske Hory+Regional study+Czechoslovakia J|0550|Dobrovol'skii,I.P.+Zubkov,S.I.+Myachkin,V.I.|Estimation of the size of earthquake preparation zones||Pure appl. Geophys.:117:5:1979:1025-1044|Prediction+Strain+Precursor+Accumulation J|0551|Malischewsky,P.|An improvement of Alsop's method for the determination of reflexion and transmission coefficients of surface waves|In German with English abstract|Pure appl. Geophys.:117:5:1979:1045-1049|Reflexion coefficient J|0552|Dorel,J.+Eschenbrenner,S.+Feuillard,M.|Seismic sections of surface structures in the Lesser Antilles - 1: Guadeloupe|In French with English abstract|Pure appl. Geophys.:117:5:1979:1050-1069|Explosion seismology+Crustal structure+Profile+La Soufriere+Grande Terre J|0553|Wyss,M.|Earthquake prediction and seismicity patterns|Editor's note|Pure appl. Geophys.:117:6:1979:1079-1081 J|0554|McCann,W.R.+Nishenko,S.P.+Sykes,L.R.+Krause,J.|Seismic gaps and plate tectonics: seismic potential for major boundaries||Pure appl. Geophys.:117:6:1979:1082-1147|Prediction+Boundary+Seismicity J|0555|Dewey,J.W.+Spence,W.|Seismic gaps and source zones of recent large earthquakes in coastal Peru||Pure appl. Geophys.:117:6:1979:1148-1171|Prediction+Tectonics+Seismicity+1964-1974 J|0556|Mogi,K.|Two kinds of seismic gaps||Pure appl. Geophys.:117:6:1979:1172-1186|Prediction+Tectonics+Japan+Seismicity J|0557|Garza,T.+Lomnitz,C.|The Oaxaca gap: a case history||Pure appl. Geophys.:117:6:1979:1187-1194|Seismic gap+Prediction+Seismicity+Mexico+Tectonics||#*OAXACA J|0558|Wyss,M.+Habermann,R.E.|Seismic quiescence precursory to a past and future Kurile Island earthquake||Pure appl. Geophys.:117:6:1979:1195-1211|Prediction+Kuril Islands+Seismicity+1960-1978+Seismic gap+Tectonics J|0559|Quittmeyer,R.C.|Seismicity variation in the Makran region of Pakistan and Iran: relation to great earthquakes||Pure appl. Geophys.:117:6:1979:1212-1228|Prediction+Seismic gap+Tectonics J|0560|Lee,W.H.K.+Brillinger,D.R.|On Chinese earthquake history - an attempt to model an incomplete data set by point process analysis||Pure appl. Geophys.:117:6:1979:1229-1257|Recurrence+Seismicity+Tectonics+Prediction+China J|0561|Toksoz,M.N.+Shakal,A.F.+Michael,A.J.|Space-time migration of earthquakes along the North Anatolian fault zone and seismic gaps||Pure appl. Geophys.:117:6:1979:1258-1270|Prediction+Seismicity+Space-time pattern+Tectonics+Turkey J|0562|Delsemme,J.+Smith,A.T.|Spectral analysis of earthquake migration in South America||Pure appl. Geophys.:117:6:1979:1271-1285|Prediction+Seismicity+Tectonics J|0563|Huang,L-S.+McRaney,J.+Teng,T-L.+Prebish,M.|A preliminary study on the relationship between precipitation and large earthquakes in southern California||Pure appl. Geophys.:117:6:1979:1286-1300|Rainfall+San Andreas Fault+United States+Prediction+Tectonics J|0564|Fujii,Y.+Nakane,K.|Anomalous crustal strain prior to the 1923 Kanto, Japan, earthquake as deduced from analysis of old triangulation data||Pure appl. Geophys.:117:6:1979:1301-1315|Prediction+Tectonics J|0565|Clark,A.R.+Hawkins,A.B.+Gush,W.J.|The Portavadie dry dock, west Scotland: a case history of the geotechnical aspects of its construction||Q. Jl Engng Geol.:12:4:1979:301-317|Rheology+Geotechnical engineering+Refraction study+Excavation+United Kingdom J|0566|Tillotson,E.|Seismological research in the UK, 1978||Q. Jl R. astr. Soc.:20:3:1979:312-322|Seismology+United Kingdom J|0567|Cook,A.H.|Geophysics and the human condition||Q. Jl R. astr. Soc.:20:3:1979:229-240|Natural resources+Applied geophysics J|0568|Got,H.+Mirabile,L.+Monaco,A.+Valette,J.N.|Structure of the sedimentary cover between the Aeolian Islands and Sicily|In French with English abstract|Revue Geogr. phys. Geol. dyn.:20:5:1978:415-422|Reflexion study|Published in 1979 J|0569|Richardson,R.M.+Solomon,S.C.+Sleep,N.H.|Tectonic stress in the plates||Rev. Geophys. Space Phys.:17:5:1979:981-1019|Lithosphere+Focal mechanism+North America+South America+Africa+India+Eurasia+Ocean+Plate tectonics J|0570|Cornea,I.+Varodin,V.+Chiscan,V.+Costescu,M.+|Deep crustal reflections in Romania|With French abstract|Revue roum., Geol. Geophys. Geogr., Ser. Geophys.:22::1978:3-13|Prospecting+Reflexion study+Thickness J|0571|Enescu,D.+Plavita,R.|A method for determining the ground acceleration and oscillation velocity spectra produced by earthquakes|With French abstract|Revue roum., Geol. Geophys. Geogr., Ser. Geophys.:22::1978:15-24|Ground motion+Risk+Prediction J|0572|Drakopoulos,J.C.|Statistical significance tests of the difference between the b-Values for groups of shocks that occurred on and around Euboea Island (Greece)||Revue roum., Geol. Geophys. Geogr., Ser. Geophys.:22::1978:25-32|Aftershock+Euboea I.+b-Value J|0573|Visarion,M.+Veliciu,S.+Constantinescu,P.+|Crustal temperature-depth profile across Romania derived from heat flow and other geophysical data|With French abstract|Revue roum., Geol. Geophys. Geogr., Ser. Geophys.:22::1978:33-38|Geothermy+Deep seismic sounding+Mohorovicic discontinuity J|0574|Bath,M.|A rockburst sequence at the Grangesberg iron ore mines in central Sweden||Riv. ital. Geofis. Sci. aff.:5::1979:5-10|Aftershock+Rayleigh wave J|0575|Sabadini,R.+Mulargia,F.+Boschi,E.+Bonafede,M.|The effects of pre-stress upon the radiation patterns of P and S waves||Riv. ital. Geofis. Sci. aff.:5::1979:13-16|P-wave+S-wave+Propagation+Isotropic medium J|0576|Panza,G.F.|The crust and upper mantle in southern Italy from geophysical data||Riv. ital. Geofis. Sci. aff.:5::1979:17-22|Tectonics+Prospecting+Refraction study+Reflexion study J|0577|Teisseyre,R.|The theoretical model of premonitory sequence||Riv. ital. Geofis. Sci. aff.:5::1979:23-26|Rock mechanics+Dislocation+Dilatancy J|0578|Guarnieri Botti,L.+Pasquale,V.|On the attenuation of the seismic intensity in the western Alps zone|In Italian with English abstract|Riv. ital. Geofis. Sci. aff.:5::1979:27-32 J|0579|Gasperini,M.+Caputo,M.|Preliminary study of the upper mantle in the Tyrrhenian basin by means of the dispersion of the Rayleigh waves||Riv. ital. Geofis. Sci. aff.:5::1979:39-42|Prospecting+Tyrrhenian area+Low-velocity layer J|0580|Eva,C.+Graziano,F.+Merlanti,F.|Some investigations on microseismic noise in the Magra Valley (Italy)|With Italian abstract|Riv. ital. Geofis. Sci. aff.:5::1979:47-52|Prospecting+Rayleigh wave+SH-wave J|0581|Savarenskii,Ye.F.+Kendzera,A.V.+Kosarev,G.L.|Estimation of energy flux density in seismic body waves||Riv. ital. Geofis. Sci. aff.:5::1979:57-59|Algorithm J|0582|Marchisio,M.|A trend for the simultaneous interpretation of different geophysical survey data over a horizontally stratified earth|With Italian abstract|Riv. ital. Geofis. Sci. aff.:5::1979:181-186|Geophysical data+Layered medium+Prospecting+Refraction study J|0583|Iyer,H.M.+Oppenheimer,D.H.+Hitchcock,T.|Abnormal P-wave delays in The Geysers-Clear Lake geothermal area, California||Science, N.Y.:204:4392:1979:495-497|Geothermal region+Geysers, The+United States J|0584|Owaki,U.+Suzuki,Z.|A method for quantitative expression of seismicity due to unconditional probability of earthquake occurrence||Sci. Rep. Tohoku Univ. 5:25:4:1979:209-217|Time interval+Japan+1926-1975 J|0585|Oda,H.|A model of earth's structure inferred from eigenperiods of torsional oscillation (Part 1)||Sci. Rep. Tohoku Univ. 5:25:4:1979:235-254|Anelasticity+Earth structure+Dispersion+Shear wave J|0586|Kovylin,V.M.|Structure of the earth's crust in the transition zone within the Japan Sea region|In Russian|Sov. Geol.::3:1979:72-84|Crustal structure J|0587|Potap'ev,S.V.+Spirina,Ye.Ye.+Marakhanov,V.I.+|Results of deep seismic sounding in the Khabarovsk region|In Russian|Sov. Geol.::3:1979:84-97|Prospecting+USSR J|0588|Avetisov,G.P.+Piskarev,A.L.|Deep structure of western Yakut from data of exchange waves of earthquakes|In Russian|Sov. Geol.::4:1979:114-119|USSR J|0589|Druzhinin,V.S.+Postnikova,A.M.+Rybalka,V.M.+|Structure of the upper part of the earth's crust in the Krasnoural'sk deep seismic sounding profile|In Russian|Sov. Geol.::5:1979:82-88|USSR+Crustal structure+Prospecting J|0590|Semenova,S.G.|On one of the possible reasons for wave guide formation in the earth's crust|In Russian|Sov. Geol.::9:1979:84-90|Mineral J|0591|Bulin,N.K.|Deep structure of the ocean floor|In Russian|Sov. Geol.::11:1979:30-42 J|0592|Martem'yanov,A.I.|Universal quantitative characteristic of the damage to a building in theoretical problems of resistance to earthquakes|In Russian|Stroit. Mekh. Raschet Sooruzh.::1:1979:40-45|Structure+Earthquake-resistant design+Risk+Safety J|0593|Nikolayenko,N.A.+Nazarov,Yu.P.|Spatial vibrations of buildings subjected to seismic action|In Russian|Stroit. Mekh. Raschet Sooruzh.::3:1979:57-63|Structure J|0594|Hanus,V.+Vanek,J.|Morphology of the Wadati-Benioff zone, andesite volcanism and active fracture zones in Central America||Studia geophys. geod.:23:3:1979:218-234 J|0595|Zahradnik,J.+Cermak,V.|Two-dimensional correlation of geophysical data applied to the heat flow and earth's crust thickness patterns in Czechoslovakia||Studia geophys. geod.:23:3:1979:251-262 J|0596|Plomerova,J.+Ruprechtova,L.+Babuska,V.|Travel times of Friuli earthquakes propagating to the Bohemian Massif|With Russian abstract|Studia geophys. geod.:23:3:1979:288-295|Travel-times+Italy+Near earthquake+Europe||#*FRIULI2|#*FRIULI3|#*FRIULI4 J|0597|Plesinger,A.|The FBV broadband seismograph station profile KHC-KSP|With Russian abstract|Studia geophys. geod.:23:3:1979:296-298|Poland+Czechoslovakia+Instrument+Kasperske Hory+Ksiaz J|0598|Bochnicek,J.|Some remarks on the difficulty of spectral analysis|In German with Russian abstract|Studia geophys. geod.:23:3:1979:301-303|Data processing+Recording J|0599|Tobyas,V.|Release test with electromagnetic seismograph|With Russian abstract|Studia geophys. geod.:23:4:1979:322-332|Seismograph+Instrument+Calibration J|0600|Holub,K.|The effect of local geological conditions on P-wave amplitudes||Studia geophys. geod.:23:4:1979:381-387|P-wave+Dynamic characteristics+Source+Geology J|0601|Iai,S.+Kurata,E.+Tsuchida,H.|Digitization and correction of strong-motion accelerograms|In Japanese with English abstract|Tech. Note Port Harbour Res. Inst. Japan::286:1978:1-56|Japan+Strong-motion analysis J|0602|Kurata,E.+Iai,S.+Tsuchida,H.|Annual report on strong-motion earthquake records in Japanese ports (1976 and 1977)|With Japanese abstract|Tech. Note Port Harbour Res. Inst. Japan::287:1978:1-194|Strong-motion analysis J|0603|Yokoyama,Y.+Kurata,E.|Site characteristics of strong-motion earthquake stations in ports and harbours in Japan (Part 4)|In Japanese with English abstract|Tech. Note Port Harbour Res. Inst. Japan::298:1978:1-110|Strong-motion analysis J|0604|Kurata,E.+Iai,S.+Tsuchida,H.|Strong-motion earthquake records on the 1978 Izu-Oshima-Kinkai earthquake in port areas|With Japanese abstract|Tech. Note Port Harbour Res. Inst. Japan::317:1979:1-383|Japan+Strong-motion analysis+Izu-Oshima-kinkai||#*IZUOSHIMA J|0605|Kurata,E.+Iai,S.+Yokoyama,Y.+Tsuchida,H.|Strong-motion earthquake records on the Miyagi-Ken-Oki earthquake in port areas|With Japanese abstract|Tech. Note Port Harbour Res. Inst. Japan::319:1979:1-419|Japan+Strong-motion analysis+Miyagiken-oki||#*MIYAGIKEN J|0606|Fuchs,K.|Structure, physical properties and lateral heterogeneities of the subcrustal lithosphere from long-range deep seismic sounding observations on continents||Tectonophysics:56:1-2:1979:1-15|Explosion seismology+Heterogeneous medium+Europe+Asthenosphere J|0607|Faber,S.+Bamford,S.A.D.|Lithospheric structural contrasts across the Caledonides of northern Britain||Tectonophysics:56:1-2:1979:17-30|Scotland+Lithosphere+Asthenosphere+P-wave+S-wave+1974 J|0608|Ansorge,J.+Bonjer,K-P.+Emter,D.|Structure of the uppermost mantle from long-range seismic observations in southern Germany and the Rhinegraben area||Tectonophysics:56:1-2:1979:31-48|Lithosphere+Asthenosphere+Lorraine+Bohemian Massif+Alps+Upper mantle+Rhine-Graben+Europe J|0609|Calcagnile,G.+Panza,G.F.+Knopoff,L.|Upper-mantle structure of north-central Italy from the dispersion of Rayleigh waves||Tectonophysics:56:1-2:1979:51-63|Phase velocity+Upper mantle+Lithosphere+Asthenosphere J|0610|Asada,T.+Shimamura,H.|Long-range refraction experiments in deep ocean||Tectonophysics:56:1-2:1979:67-82|Upper mantle+Refraction study+Instrument+Ocean-bottom seismograph+Lithosphere+Asthenosphere J|0611|Aki,K.|Three-dimensional seismic velocity anomalies and their relation to local seismicity||Tectonophysics:56:1-2:1979:85-88|Lithosphere+Asthenosphere+P-wave+Teleseism+Local earthquake+NORSAR+Norway+Computer program J|0612|Raikes,S.A.+Hadley,D.M.|The azimuthal variation of teleseismic P-residuals in southern California: implications for upper-mantle structure||Tectonophysics:56:1-2:1979:89-96|Lithosphere+Asthenosphere+P-wave+United States+Upper mantle J|0613|Sacks,I.S.+Snoke,J.A.+Husebye,E.S.|Lithosphere thickness beneath the Baltic shield||Tectonophysics:56:1-2:1979:101-110|Asthenosphere+NORSAR+Norway+Baltic Shield J|0614|Lund,C-E.|The fine structure of the lower lithosphere underneath the Blue Road profile in northern Scandinavia||Tectonophysics:56:1-2:1979:111-122|Deep seismic sounding+Asthenosphere+Compressional wave+Shear wave+1972+Blue Road traverse J|0615|Hurtig,E.+Grassl,S.|Velocity variations in the upper mantle beneath central Europe and the east European platform||Tectonophysics:56:1-2:1979:133-144|Velocity-depth distribution+Travel-times+P-wave+Lithosphere+Asthenosphere+Eastern Europe J|0616|Iyer,H.M.|Deep structure under Yellowstone National Park, U.S.A.: a continental ``hot spot''||Tectonophysics:56:1-2:1979:165-197|Volcanism+Tectonics+Lithosphere+Hotspot+Asthenosphere+Wyoming+United States J|0617|Bath,M.|A note on frequency and energy relations for earthquakes||Tectonophysics:56:3-4:1979:T27-T33|Frequency-magnitude relation J|0618|Hasegawa,A.+Umino,N.+Takagi,A.+Suzuki,Z.|Double-planed deep seismic zone and anomalous structure in the upper mantle beneath northeastern Honshu (Japan)||Tectonophysics:57:1:1979:1-6|Seismicity+Deep-focus earthquake+Subduction J|0619|Pascal,G.|Seismotectonics of the Papua New Guinea-Solomon Islands region||Tectonophysics:57:1:1979:7-34|Earthquake+1964-1973+Subduction+Focal mechanism J|0620|Eguchi,R.T.+Uyeda,S.+Maki,T.|Seismotectonics and tectonic history of the Andaman Sea||Tectonophysics:57:1:1979:35-51|Subduction+Fault plane solution J|0621|Subhash,S.M.G.+Gir,R.|Test of surface-body wave hypothesis for the Q-frequency dependence of coda||Tectonophysics:57:2-4:1979:T27-T33|Local earthquake+Surface wave+Europe+Q+Jura+Vosges J|0622|Bath,M.|Lateral inhomogeneities, a computational approach||Tectonophysics:57:2-4:1979:T35-T42|Lateral variation+Refraction study+Heterogeneous medium+P-wave J|0623|Mogi,K.|Global variation of seismic activity||Tectonophysics:57:2-4:1979:T43-T50|Space-time pattern+Seismicity+World+Shallow-focus earthquake+Magnitude J|0624|Souriau-Thevenard,A.|Upper mantle beneath the Paris Basin and Benelux, including possible volcanic anomalies in Belgium||Tectonophysics:57:2-4:1979:167-188|Volcanism+P-wave+Residual+Underground nuclear explosion+Rayleigh wave+Netherlands+Luxembourg J|0625|Seno,T.|Pattern of intraplate seismicity in southwest Japan before and after great interplate earthquakes||Tectonophysics:57:2-4:1979:267-283|Nankai+1555-1976 J|0626|Bath,M.|Seismic risk in Fennoscandia||Tectonophysics:57:2-4:1979:285-295|Recurrence+Least squares solution+Prediction J|0627|Furlong,K.P.|An analytic stress model applied to the Snake River Plain (northern Basin and Range province, U.S.A.)||Tectonophysics:58:3-4:1979:T11-T15|Seismicity+United States+Basin & Range J|0628|Bath,M.|A Mediterranean earthquake project||Tectonophysics:58:3-4:1979:T17-T21|Catastrophic earthquake+Europe J|0629||Design and construction||Trans. Am. nucl. Soc.:31::1979:3-96|Earthquake-resistant design+Nuclear power plant+Safety+Computer program J|0630|Chernov,G.A.|Study of the seismogeology and the neotectonics of the Altay-Sayan mountainous region|In Russian|Trudy Inst. Geol. Geofiz. sib. Otd.::399:1978:6-27|Tuva J|0631|Zelenkov,P.Ya.|Seismic deformations of the earth's surface in western Sayan|In Russian|Trudy Inst. Geol. Geofiz. sib. Otd.::399:1978:28-42|Prediction+Fault J|0632|Nikolayev,V.V.+Dem'yanovich,M.G.|Seismotectonics of the Oka high plateau (eastern Sayan)|In Russian|Trudy Inst. Geol. Geofiz. sib. Otd.::399:1978:42-48|Fault+Prediction+Neotectonics J|0633|Rakobets,O.A.|Neotectonics of Tuva|In Russian|Trudy Inst. Geol. Geofiz. sib. Otd.::399:1978:48-58 J|0634|Chernov,G.A.+Zelenkov,P.Ya.|Seismogeology of the western Tuva uplift region|In Russian|Trudy Inst. Geol. Geofiz. sib. Otd.::399:1978:58-68|Prediction+Neotectonics J|0635|Vdovin,V.V.|Traces of earthquakes in the Belin-Busiingol depression of eastern Tuva|In Russian|Trudy Inst. Geol. Geofiz. sib. Otd.::399:1978:68-72|Prediction+Fault+Neotectonics J|0636|Yesikov,N.P.|Quantification of recent and contemporary movements of the earth's crust in relation to the problem of seismic regionalization|In Russian|Trudy Inst. Geol. Geofiz. sib. Otd.::399:1978:72-79|Crustal movement+Neotectonics J|0637|Zhalkovskii,N.D.+Chernov,G.A.+Muchnaya,V.I.|Seismic regionalization of the mountainous region of Altay-Sayan|In Russian|Trudy Inst. Geol. Geofiz. sib. Otd.::399:1978:79-90|Seismogeology J|0638|Vdovin,V.V.+Zelenkov,P.Ya.|Gazli earthquakes in 1976|In Russian|Trudy Inst. Geol. Geofiz. sib. Otd.::399:1978:91-95|Prediction+Kyzylkum+USSR||#*GAZLI|#*GAZLI2 J|0639|Chernov,G.A.|Engineering-geological conditions and seismic microzoning of Central Asia|In Russian|Trudy Inst. Geol. Geofiz. sib. Otd.::399:1978:95-100|Prediction+Risk J|0640|Puzyrev,N.N.|Time field of reflected waves and method of effective parameters|In Russian|Trudy Inst. Geol. Geofiz. sib. Otd.::423:1979:3-294|Hodograph+Prospecting J|0641|Harris,J.R.+Fenves,S.J.+Wright,R.N.|Analysis of tentative seismic design provisions for buildings||U.S. natn. Bur. Stand., Tech. Notes::1100:1979:1-600|Structure+Earthquake-resistant design J|0642|Sultankhodzhayev,A.N.|Hydrogeoseismic precursory signs of earthquakes|In Russian|Uzbek. geol. Zh.::2:1979:3-13|Underground water+Groundwater+Tyan-Shan' J|0643|Bezrodnii,Ye.M.|Determination of the effective velocity vector of propagation of a shock in the focus of an earthquake|In Russian|Uzbek. geol. Zh.::2:1979:14-17|Focal mechanism J|0644|Abdullabekov,K.N.+Muminov,M.Yu.+Shapiro,V.A.|Preliminary results of geomagnetic studies of the Fergana geodynamic polygon|In Russian|Uzbek. geol. Zh.::2:1979:26-29|Prediction+Geomagnetic investigation J|0645|Usmanova,M.T.|The fragility fault - one of the possible sources of electromagnetic emissions from in situ rocks|In Russian|Uzbek. geol. Zh.::2:1979:30-33|Electromagnetism+Prediction+Geoelectricity J|0646|Inogamov,Kh.Kh.+Fuzailov,I.A.+Avazov,Sh.|Structure of the earth's crust in eastern Ustyurt|In Russian|Uzbek. geol. Zh.::2:1979:46-56|Crustal structure J|0647|Lomtev,Yu.A.+Gushchin,A.I.|Conditions of formation of seismogravitational dislocations in northern Dagestan|In Russian|Vest. mosk. gos. Univ., 4::4:1979:25-31|Risk+USSR+Prediction J|0648|Sinitsyn,A.P.|Seismic waves in frozen soil|In Russian|Vop. Inzh. Seismol.::19:1978:3-10|Temperature+Velocity J|0649|Fedyakova,S.N.|Spectral analysis of the oscillations of buildings during earthquakes in the town of Petropavlovsk-Kamchatskii|In Russian|Vop. Inzh. Seismol.::19:1978:11-27|USSR+Structure J|0650|Medvedev,S.V.+Fedyakova,S.N.|Evaluation of the spectra of seismic oscillations throughout the territory of the town of Petropavlovsk-Kamchatskii|In Russian|Vop. Inzh. Seismol.::19:1978:28-39|USSR+Earthquake+Regional study+Epicentre J|0651|Skorik,L.A.|Dependence of the stability of the field of high-frequency microseisms on the time and region of the observations|In Russian|Vop. Inzh. Seismol.::19:1978:40-44|Seasonal variation+1960-1964+Tadzhikistan+USSR+Recording J|0652|Bugayev,Ye.G.|Transformation of seismic oscillations in the Myatlin canyon|In Russian|Vop. Inzh. Seismol.::19:1978:45-49|Seismicity+Zoning+Earthquake-resistant design J|0653|Kuz'mina,N.V.|Earthquakes of the Gazli region, from observations at the engineering-seismometric station in the town of Dushanbe|In Russian|Vop. Inzh. Seismol.::19:1978:50-59|Uzbekistan+Tadzhikistan+Intensity+USSR+Kyzylkum J|0654|Tokmakov,V.A.|Application of an electron oscillograph in the evaluation of accelerations during mechanical oscillations|In Russian|Vop. Inzh. Seismol.::19:1978:60-62|Instrument J|0655|Nguyen Din Suyen|Macroseismic field and foci of strong earthquakes in North Vietnam|In Russian|Vop. Inzh. Seismol.::19:1978:63-77|Focus+Seismicity+Regional study J|0656|Levshin,A.L.+Rozenknop,L.M.+Shteinberg,V.V.+Ivanova,T.G.|Spectral-temporal analysis of the SVAR reaction|In Russian|Vop. Inzh. Seismol.::19:1978:78-87|Building+Aftershock+Spectral analysis+Temporal analysis J|0657|Dolgopolov,D.V.+Pletnev,K.G.|Method of discerning the value of the force from the seismogram|In Russian|Vop. Inzh. Seismol.::19:1978:88-97|Magnitude+Intensity+Scale+Recording J|0658|Bogdanov,V.I.+Graizer,V.M.+Shebalin,N.V.|Determination of the real motion of the residual displacement of the ground from the seismograms of the secondary shocks of strong earthquakes|In Russian|Vop. Inzh. Seismol.::19:1978:98-107|Ground motion J|0659|Medvedev,S.V.|Determination of the intensity of earthquakes|In Russian|Vop. Inzh. Seismol.::19:1978:108-116|Scale+Classification J|0660|Yershov,I.A.+Popova,Ye.V.|Influence of the degree of flooding of grounds on the intensity of the seismic action|In Russian|Vop. Inzh. Seismol.::19:1978:117-139|Soil+Prediction+Saturation J|0661|Kramynin,P.I.+Chernov,Yu.K.+Shteinberg,V.V.|Acceleration of the oscillations of rocky and powdery grounds during strong earthquakes|In Russian|Vop. Inzh. Seismol.::19:1978:140-148|Soil J|0662|Aptekman,Zh.Ya.+Graizer,V.M.+Pletnev,K.G.+Rustanovich,D.N.+|Some data on the processes in the epicentral zone of the Gazli earthquakes of 1976|In Russian|Vop. Inzh. Seismol.::19:1978:149-166|Kyzylkum+Uzbekistan+USSR+Epicentre+Focal mechanism+Regional study||#*GAZLI|#*GAZLI2 J|0663|Bune,V.I.+Leonov,N.N.+Katrikh,I.R.|Relation between the surfaces of destructive shocks and the magnitude of earthquakes in Europe and Central Asia|In Russian|Vop. Inzh. Seismol.::19:1978:167-170|Seismicity+Zoning J|0664|Popova,Ye.V.|Residual ground deformations accompanying earthquakes (Part 4)|In Russian|Vop. Inzh. Seismol.::19:1978:171-190|Strong earthquake+Tectonics J|0665|Akishin,A.A.+Negmatullayev,S.Kh.+Kharin,D.A.|Attempted modelling of a near strong earthquake by explosions|In Russian|Vop. Inzh. Seismol.::19:1978:191-193|Near earthquake+Source J|0666|Suyehiro,K.+Sacks,I.S.|Velocity structure in the subducting lithosphere: implications for S-wave data||Yb. Carnegie Instn Wash. 77:::1978:494-504|Subduction+Travel-times+Residual+Japan+Upper mantle J|0667|Suyehiro,K.+Sacks,I.S.|An anomalous low-velocity region above the deep earthquakes in the Japan subduction zone||Yb. Carnegie Instn Wash. 77:::1978:505-511|Low-velocity layer+Deep-focus earthquake+Asthenosphere J|0668|Evans,J.R.+Suyehiro,K.+Sacks,I.S.|Crust and upper mantle structure of the Japan Sea||Yb. Carnegie Instn Wash. 77:::1978:511-517|Crustal structure J|0669|Linde,A.T.+Sacks,I.S.|On double Benioff zones in subduction regions||Yb. Carnegie Instn Wash. 77:::1978:517-522 J|0670|Lock,J.M.+Cleary,J.R.|Precursors to PKIKP: an earth model discriminant||Yb. Carnegie Instn Wash. 77:::1978:523-526|PKIKP-wave J|0671|Evans,J.R.+Sacks,I.S.|Structure of the oceanic lithosphere from surface wave observations: North Atlantic||Yb. Carnegie Instn Wash. 77:::1978:527-537|Atlantic Ocean J|0672|Sacks,I.S.+Linde,A.T.+Spottiswoode,S.M.+McGarr,A.+Green,R.W.E.|Strain measurements in the near field of small earthquakes: a preliminary report||Yb. Carnegie Instn Wash. 77:::1978:537-543|Near-field data A|0673|Ambraseys,N.N.+Arsovski,M.+Moinfar,A.A.|The Gisk earthquake of 19 December 1977 and the seismicity of the Kuhbanan fault-zone|No. FMR/SC/GEO/79/192|1979:Paris:UNESCO|Iran+Bob-Tangol+Damage+1854-1977|47p|#*BOBTANGOL A|0674|Bath,M.|Introduction to seismology; 2nd edition||1979:Basel, Boston & Stuttgart:Birkhauser Verlag||428p A|0675|Christoskov,L.+Kondorskaya,N.V.+Vanek,J.|Homogeneous magnitude system of the Eurasian continent: P waves|Report SE-18|1979:Boulder,Colorado:World Data Centre A for Solid Earth Geophysics|P-wave+Magnitude+Europe+Asia|57p A|0676|Evans,P.L.|The Middle East - an outline of the geology and soil conditions in relation to construction problems|CP13/78|1977:Watford, England:Building Research Establishment|Site+Survey|17p A|0677|e*Hubbard,W.B.|Physics of planetary interiors|English translation of Russian original by V.N. Zharkov and V.P. Trubitsyn, with additional material by W.B. Hubbard|1978:Tucson, Arizona:Pachart||388p A|0678|Korhonen,H.+Ahjos,T.|A contribution to the macroseismic investigations of earthquakes felt in Finland|Report S-4|1979:Helsinki:Inst. Seismology, Univ. of Helsinki|Macroseismic data+1877-1977+Intensity+Seismicity+Isoseismal map|22p A|0679|e*Meyers,H.+Lee,W.H.K.|Historical seismogram filming project: first progress report|Report SE-22|1979:Boulder, Colorado:World Data Centre A for Solid Earth Geophysics|History|66p A|0680|Miller,R.K.+Felszeghy,S.F.|Engineering features of the Santa Barbara earthquake of August 13, 1978||1979:Berkeley, California:Earthquake Engineering Research Institute|Earthquake engineering+California+United States|140p|#*SANTABARBARA A|0681|e*Oppenheim,A.V.|Applications of digital signal processing||1979:Englewood Cliffs, New Jersey:Prentice Hall|Data processing+Digital processing|499p A|0682|Parasnis,D.S.|Principles of applied geophysics; 3rd edition||1979:London:Chapman & Hall||275p A|0683|Pilant,W.L.|Elastic waves in the earth. Developments in solid earth geophysics, 11||1979:Amsterdam:Elsevier|Solid-earth geophysics+Propagation+Theoretical seismology|494p A|0684|Porter,L.D.+Ragsdale,J.T.+McJunkin,R.D.|Processed data from the partial strong-motion records of the Santa Barbara earthquake of 13 August 1978|Preliminary Report 23|1979:Sacramento, California:California Div. Mines & Geology|California+United States+Recording+Strong-motion analysis|93p|#*SANTABARBARA A|0685|Press,F.+Siever,R.|Earth; 2nd edition||1978:San Francisco:W.H. Freeman & Co.|Geology|649p A|0686|Rodean,H.C.|ISC events from 1964 to 1976 at and near the nuclear testing ground in eastern Kazakhstan|UCRL-52856|1979:Univ. of California, Livermore:Lawrence Livermore Lab.|USSR+Underground nuclear explosion+1964-1976+International Seismological Centre+Detection+Location+Explosion|57p A|0687|Sabins,F.F.|Remote sensing - principles and interpretation||1978:San Francisco:W.H. Freeman & Co.|Landsat|426p A|0688|Silvia,M.T.|Deconvolution of geophysical time series in the exploration for oil and natural gas. Developments in petroleum science, 10||1978:Amsterdam & New York:Elsevier|Natural resources+Spectral analysis|250p A|0689|Toppozada,T.R.+Parke,D.L.+Higgins,C.T.|Seismicity of California 1900-1931||1978:Sacramento:California Div. Mines & Geology||39p A|0690|Tribolet,J.M.|Seismic applications of homomorphic signal processing||1979:Englewood Cliffs, New Jersey:Prentice-Hall|Data processing|195p A|0691|Uyeda,S.|The new view of the Earth|English translation of Japanese original|1978:San Francisco:W.H. Freeman & Co.|Plate tectonics+Continental drift+Sea-floor spreading|217p A|0692|e*Watkins,J.S.+Montadert,L.+Dickerson,P.W.|Geological and geophysical investigations of continental margins||1979:Chicago:The American Association of Petroleum Geologists|Geological investigation|471p A|0693|e*Willmore,P.L.|Manual of seismological observatory practice|Report SE-20|1979:Boulder, Colorado:World Data Centre A for Solid Earth Geophysics|Handbook+Station+Instrument+Macroseismic data+Recording|Unpaginated A|0694|e*Yanev,P.I.|EERI reconnaissance report of the Miyagi-Ken-Oki, Japan earthquake of June 12, 1978||1979:Berkeley, California:Earthquake Engineering Research Institute|Miyagiken-oki+Seismicity+Strong-motion analysis+Damage+Liquefaction+Earthquake engineering|165p|#*MIYAGIKEN A|0695||Disaster prevention and mitigation: a compendium of current knowledge. Vol. 10. Public information aspects|GE. 79-VI-2298(9844)-UNDRO/22/76|1979:New York:UNDRO Liaison Office, United Nations Building|Natural disaster+Catastrophe+Public policy|142p A|0696|a-Seismological Unit|Proceedings of the first Arab seismological seminar, Baghdad, Dec. 1978|In English and Arabic|1979:Baghdad:Seismological Unit, Foundation of Scientific Research|Risk+Earthquake engineering+Microzoning+Code+Seismotectonics+Iraq|337p A|0697||Geophysical methods of interpretation; a KAPG symposium held at Bratislava, 1974|A collection of papers in either English, Russian or German|1978:Bratislava:VEDA, Slovak Academy of Sciences Publishers|Geophysical investigation+Seismology+Filtering+Data processing|277p B|0698|||Report No. 2|Bath,M.|Teleseismic magnitude relations||1979:Uppsala:Seismological Inst.|Underground nuclear explosion|36p B|0699|||Report No. 6|Lorenzo,R.|Attenuation of short-period Pg and Pn in Sweden||1979:Uppsala:Seismological Inst.|Pn-wave+Pg-phase|16p B|0700|||Report No. 7|Shapira,A.+Kulhanek,O.+Wahlstrom,R.|Detectability of regional events by means of the Swedish seismograph station network||1979:Uppsala:Seismological Inst.|Magnitude+Regional study+Weak earthquake+Threshold+Detection|17p A|0701|Petrovski,J.+Petrovski,D.+Naumovski,N.+Zelenovic,V.|The Thessaloniki earthquake of June 20, 1978. Vol. 3. Response spectra of strong-motion records|Publication No. 63|1978:Skopje, Yugoslavia:Inst. Earthq. Engng and Engng Seismology, Univ. Kiril and Metodij|Strong-motion analysis+Accelerogram+Ground motion+Greece|30p|#*THESSALONIKI