V|1989:1||Bibliography of seismology. 1989 January-June|ISC:25:1:1991
J|0001|Crouse,C.B.+Hushmand,B.|Soil-structure interaction at CDMG and USGS accelerograph stations||#BSA:79:1:1989:1-14|Instrument+California
J|0002|Chun,K-Y.+Kokoski,R.J.+West,G.F.|Source spectral characteristics of Miramichi earthquakes: results from 115 P-wave observations||#BSA:79:1:1989:15-30|P-wave+New Brunswick
J|0003|Doser,D.I.|Source parameters of Montana earthquakes (1925-1964) and tectonic deformation in the northern intermountain seismic belt||#BSA:79:1:1989:31-50|Tectonics+Focal mechanism+Waveform
J|0004|Zhang,J.+Lay,T.|Duration and depth of faulting of the 22 June 1977 Tonga earthquake||#BSA:79:1:1989:51-66|Rayleigh wave||#*TONGA
J|0005|Peppin,W.A.+Honjas,W.+Somerville,M.R.+|Precise master-event locations of aftershocks of the 4 October 1978 Wheeler Crest earthquake sequence near Long Valley, California||#BSA:79:1:1989:67-76|Shear||#*BISHOP
J|0006|Papazachos,B.C.|A time-predictable model for earthquake generation in Greece||#BSA:79:1:1989:77-84|Shallow-focus earthquake+Prediction
J|0007|Riedesel,M.A.+Jordan,T.H.|Display and assessment of seismic moment tensors||#BSA:79:1:1989:85-100|Graphical representation+Source+Mechanism||#*MEXICOCITY|#*MEXICOCITY2|#*HONSHU78|#*KERMADEC83|#*CHAGOS83
J|0008|Sanchez-Sesma,F.J.+Perez-Rocha,L.E.+Chavez-Perez,S.|Diffraction of elastic waves by three-dimensional surface irregularities. Part II||#BSA:79:1:1989:101-112|Scattering+Rayleigh wave||#*MEXICOCITY
J|0009|Beltzer,A.I.+Wegner,J.+Tittman,B.R.+|Pulse propagation in random media by a causal approach||#BSA:79:1:1989:113-126|Scattering+Wave+Theory
J|0010|Chun,K-Y.+Kokoski,R.J.+West,G.F.|Network calibration for Lg magnitude - method and test results from eastern Canada||#BSA:79:1:1989:127-140|Lg-wave+Underground nuclear explosion
J|0011|Murphy,J.R.+Barker,B.W.+O'Donnell,A.|Network-averaged teleseismic P-wave spectra for underground explosions. Part I. Definitions and examples||#BSA:79:1:1989:141-155|P-wave+Spectral analysis+Nevada Test Site
J|0012|Murphy,J.R.|Network-averaged teleseismic P-wave spectra for underground explosions. Part II. Source characteristics of Pahute Mesa explosions||#BSA:79:1:1989:156-171|P-wave+Spectral analysis
J|0013|Hedlin,M.A.H.+Orcutt,J.A.|A comparative study of island, seafloor, and subseafloor ambient noise levels||#BSA:79:1:1989:172-179|Microseism+Ocean-bottom seismograph+Sea floor
J|0014|Agnew,D.C.|Robust pilot spectrum for the quality control of digital seismic data||#BSA:79:1:1989:180-188|Noise+Filtering+Digital recording
J|0015|Silverman,S.+Mortensen,C.+Johnston,M.|A satellite-based digital data system for low-frequency geophysical data||#BSA:79:1:1989:189-198|Monitoring+Digital recording+Geophysics
J|0016|Bender,B.+Campbell,K.W.|A note on the selection of minimum magnitude for use in seismic hazard analysis||#BSA:79:1:1989:199-204|Acceleration+Spectral analysis|Short note
J|0017|Guendal,F.+McNally,K.C.+Lower,J.+|First results from a new seismographic network in Costa Rica, Central America||#BSA:79:1:1989:205-210|Seismicity+Hazard|Short note
J|0018|Chang,W-F.+McMechan,G.A.|Absorbing boundary conditions for 3-D acoustic and elastic finite-difference calculations||#BSA:79:1:1989:211-218|Acoustic wave+Elastic wave+Finite difference method|Short note
J|0019|Beaty,C.B.+DePolo,C.M.|Energetic earthquakes and boulders on alluvial fans: is there a connection?||#BSA:79:1:1989:219-224|Alluvium+White Mountain|Short note
J|0020|Denny,M.D.+Taylor,S.R.+Vergino,E.S.|Errata to `Investigation of mb and MS formulas for the western United States and their impact on the MS/mb discriminant'||#BSA:79:1:1989:230|Magnitude+Errata
J|0021|Reston,T.+Meissner,R.|The three-dimensional structure of the Oberpfalz - an alternative interpretation of the DEKORP-KTB data||#TCT:157:1-3:1989:1-11|Reflexion study
J|0022|Wagener,M.+Gotze,H-J.|Regional three-dimensional gravity investigations in the Black Forest, Southwest Germany||#TCT:157:1-3:1989:13-23|Reflexion study+Refraction study
J|0023|Siegesmund,S.+Takeshita,T.+Kern,H.|Anisotropy of VP and VS in an amphibolite of the deeper crust and its relationship to the mineralogical, microstructural and textural characteristics of the rock||#TCT:157:1-3:1989:25-38|Velocity+Deep crust+Ivrea
J|0024|Wever,T.|The Conrad discontinuity and the top of the reflective lower crust - do they coincide?||#TCT:157:1-3:1989:39-58|Reflector+Reflexion study+Refraction study
J|0025|Trappe,H.+Bittner,R.|Estimation of interval velocities within the Earth's crust||#TCT:157:1-3:1989:59-68|Velocity+Reflexion study+Germany
J|0026|Stenger,R.+Baatz,K.+Klein,H.+|Metamorphic evolution of the pre-Hercynian basement of the Schwarzwald (Federal Republic of Germany)||#TCT:157:1-3:1989:117-121|Low-velocity layer
J|0027|Vollbrecht,A.+Weber,K.+Schmoll,J.|Structural model for the Saxothuringian-Moldanubian suture in the Variscan basement of the Oberpfalz (Northeastern Bavaria, F.R.G.) interpreted from geophysical data||#TCT:157:1-3:1989:123-133|Structure+Reflexion study+Subduction
J|0028|Schussler,U.+Richter,P.+Okrusch,M.|Metabasites from the KTB Oberpfalz target area, Bavaria - geochemical characteristics and examples of mobile behaviour of "immobile" elements||#TCT:157:1-3:1989:135-148|Reflexion study+Geochemistry
J|0029|Kreuzer,H.+Seidel,E.+Schussler,U.+|K-Ar geochronology of different tectonic units at the northwestern margin of the Bohemian Massif||#TCT:157:1-3:1989:149-178|Reflexion study+Structure
J|0030|O'Brien,P.J.|The petrology of retrograded eclogites of the Oberpfalz Forest, northeastern Bavaria, West Germany||#TCT:157:1-3:1989:195-212|Reflexion study+Mineral
J|0031|Chroston,P.N.+Brooks,S.G.|Lower crustal seismic velocities from Lofoten-Vesteralen, North Norway||#TCT:157:4:1989:251-269|Velocity+Refraction study
J|0032|Bergerat,F.|From pull-apart to the rifting process: the formation of the Pannonian Basin||#TCT:157:4:1989:271-280|Profile+Fault
J|0033|Kaneshima,S.+Ito,H.+Sugihara,M.|Shear wave polarization anisotropy observed in a rift zone in Japan||#TCT:157:4:1989:281-300
J|0034|Shapira,A.+Du Plessis,A.|A semi-empirical analysis of hypocentre mislocations||#TCT:157:4:1989:301-313|Error+Rockburst+Numerical method
J|0035|Korsch,R.J.+Lindsay,J.F.|Relationships between deformation and basin evolution in the intercratonic Amadeus Basin, central Australia||#TCT:158:1-4:1989:5-22|Reflexion study
J|0036|Hill,K.C.|The Muller anticline, Papua New Guinea; basement-cored, inverted extensional fault structures with opposite vergence||#TCT:158:1-4:1989:227-245|Reflexion study
J|0037|Woodward,N.B.+Rutherford,E.|Structural lithic units in external orogenic zones||#TCT:158:1-4:1989:247-267|Lithology+Structure+Orogeny+Seismic survey
J|0038|Ord,A.+Hobbs,B.E.|The strength of the continental crust, detachment zones and the development of plastic instabilities||#TCT:158:1-4:1989:269-289|Rheology+Stress
J|0039|Hanks,T.C.+Allen,C.R.|The Elmore Ranch and Superstition Hills earthquakes of 24 November 1987: Introduction to the Special Issue||#BSA:79:2:1989:231-238|California+Fault-slip+Prediction+Earthquake|Introduction to special issue|#*ELMORE87|#*SUPERSTITION87
J|0040|Magistrale,H.+Jones,L.+Kanamori,H.|The Superstition Hills, California, earthquakes of 24 November 1987||#BSA:79:2:1989:239-251|California+Fault-slip+Seismicity+Depth+Earthquake||#*ELMORE87|#*SUPERSTITION87|#*IMPERIAL|#*WESTMORLAND81
J|0041|Vigneresse,J.L.+Cuney,M.+Jolivet,J.+|Selective heat-producing element enrichment in a crustal segment of the mid-European Variscan chain||#TCT:159:1-2:1989:47-60|Reflexion study+BIRPS+Heat flow
J|0042|Otsuki,K.|Empirical relationships among the convergence rate of plates, rollback rate of trench axis and island-arc tectonics: "laws of convergence rate of plates"||#TCT:159:1-2:1989:73-84|Plate tectonics+Wadati-Benioff zone+Focal mechanism
J|0043|Mogi,K.+Mochizuki,H.+Kurokawa,Y.|Temperature changes in an artesian spring at Usami in the Izu Peninsula (Japan) and their relation to earthquakes||#TCT:159:1-2:1989:95-108|Spring water+1976-1986||#*TORISHIMA84|#*IBARAKI|#*IZUOSHIMA|#*MIYAGIKEN|#*IZUHANTO2
J|0044|Mogi,K.|The mechanism of the occurrence of the Matsushiro earthquake swarm in central Japan and its relation to the 1964 Niigata earthquake||#TCT:159:1-2:1989:109-119
J|0045|Yoshioka,S.+Hashimoto,M.+Hirahara,K.|Displacement fields due to the 1946 Nankaido earthquake in a laterally inhomogeneous structure with the subducting Philippine Sea plate - a three-dimensional finite element approach||#TCT:159:1-2:1989:121-136
J|0046|Zhang,D.+Lutz,T.|Structural control of igneous complexes and kimberlites: a new statistical method||#TCT:159:1-2:1989:137-148|Magma+Anisotropy+Structure
J|0047|Hashida,T.|Three-dimensional seismic attenuation structure beneath the Japanese Islands and its tectonic and thermal implications||#TCT:159:3-4:1989:163-180|S-wave+Crustal structure
J|0048|Satake,K.+Hashida,T.|Three-dimensional attenuation structure beneath North Island, New Zealand||#TCT:159:3-4:1989:181-194|S-wave+Crustal structure
J|0049|Cermak,V.|Crustal heat production and mantle heat flow in Central and Eastern Europe||#TCT:159:3-4:1989:195-215|Velocity profile+Seismic survey
J|0050|Cermak,V.+Rybach,L.|Vertical distribution of heat production in the continental crust||#TCT:159:3-4:1989:217-230|Europe+Velocity profile
J|0051|Kremenetsky,A.A.+Milanovsky,S.Yu.+Ovchinnikov,L.N.|A heat generation model for continental crust based on deep drilling in the Baltic Shield||#TCT:159:3-4:1989:231-246|Borehole+Velocity profile
J|0052|Si-Yu,W.+Xiao-Yue,D.|Geothermal activity, geophysical anomalies and the geothermal state of the crust and upper mantle in the Yarlung Zangbo river zone||#TCT:159:3-4:1989:247-254|Heat flow+Shallow-focus earthquake
J|0053|Matsubayshi,O.|Study of heat flow in the Sengan-Hachimantai region, northeastern Honshu, Japan||#TCT:159:3-4:1989:255-267|Borehole+P-wave
J|0054|Ehara,S.|Thermal structure and seismic activity in central Kyushu, Japan||#TCT:159:3-4:1989:269-278|Heat flow+Shallow-focus earthquake+Seismicity
J|0055|Okubo,Y.+Tsu,H.+Ogawa,K.|Estimation of Curie point temperature and geothermal structure of island-arcs of Japan||#TCT:159:3-4:1989:279-290|Geothermy+Aseismic region
J|0056|Yamano,M.+Uyeda,S.+Foucher,J-P.+|Heat flow anomaly in the middle Okinawa Trough||#TCT:159:3-4:1989:307-318|Profiling+Structure
J|0057|Suetnova,E.I.|Thermal field near the axial zone of mid-oceanic ridges and heat balance of oceanic lithosphere||#TCT:159:3-4:1989:319-324|Heat flow+Mid-ocean ridge+Seismicity
J|0058|Kono,Y.+Ogawara,H.|Evolution of the Hawaiian-Emperor swell-thinning of the oceanic lithosphere||#TCT:159:3-4:1989:325-335|Emperor Seamounts+Hawaiian Islands+Travel-times
J|0059|Gorshkov,A.G.+Lukashevich,I.P.|Computing of magma chamber temperatures in rift zones of the World Ocean||#TCT:159:3-4:1989:337-346|Tomography
J|0060|Sharp,R.V.+Budding,K.E.+Boatwright,J.+|Surface faulting along the Superstition Hills fault zone and nearby faults associated with the earthquakes of 24 November 1987||#BSA:79:2:1989:252-281|California+Fault-slip||#*ELMORE87|#*SUPERSTITION87|#*IMPERIAL
J|0061|Hudnut,K.W.+Seeber,L.+Rockwell,T.K.+|Surface ruptures on cross-faults in the 24 November 1987 Superstition Hills, California, earthquake sequence||#BSA:79:2:1989:282-296|Fault-slip||#*ELMORE87|#*SUPERSTITION87|#*IMPERIAL|#*WESTMORLAND81
J|0062|Klinger,R.E.+Rockwell,T.K.|Flexural-slip folding along the eastern Elmore Ranch fault in the Superstition Hills earthquake sequence of November 1987||#BSA:79:2:1989:297-303|California+Fault-slip||#*ELMORE87|#*SUPERSTITION87
J|0063|Hudnut,K.W.+Sieh,K.E.|Behaviour of the Superstition Hills fault during the past 330 years||#BSA:79:2:1989:304-329|California+Fault-slip+Seismicity+Stratigraphy||#*ELMORE87|#*SUPERSTITION87|#*IMPERIAL|#*WESTMORLAND81
J|0064|Hudnut,K.W.+Seeber,L.+Rockwell,T.K.|Slip on the Elmore Ranch fault during the past 330 years and its relation to slip on the Superstition Hills fault||#BSA:79:2:1989:330-341|California+Fault-slip+Seismicity+Offset||#*ELMORE87|#*SUPERSTITION87
J|0065|Lindvall,S.C.+Rockwell,T.K.+Hudnut,K.W.|Evidence for prehistoric earthquakes on the Superstition Hills fault from offset geomorphic features||#BSA:79:2:1989:342-361|California+Fault-slip+Topography+History||#*ELMORE87|#*SUPERSTITION87|#*IMPERIAL|#*WESTMORLAND81
J|0066|McGill,S.F.+Allen,C.R.+Hudnut,K.W.+|Slip on the Superstition Hills fault and on nearby faults associated with the 24 November 1987 Elmore Ranch and Superstition Hills earthquakes, southern California||#BSA:79:2:1989:362-375|Fault-slip+Creep||#*ELMORE87|#*SUPERSTITION87|#*IMPERIAL|#*WESTMORLAND81
J|0067|Sharp,R.V.+Saxton,J.L.|Three-dimensional records of surface displacement on the Superstition Hills fault zone associated with the earthquakes of 24 November 1987||#BSA:79:2:1989:376-389|California+Fault-slip+Creep+Network||#*ELMORE87|#*SUPERSTITION87
J|0068|Williams,P.L.+Magistrale,H.|Slip along the Superstition Hills fault associated with the 24 November 1987 Superstition Hills, California, earthquake||#BSA:79:2:1989:390-410|Fault-slip+Creep||#*ELMORE87|#*SUPERSTITION87|#*IMPERIAL
J|0069|Boatwright,J.+Budding,K.E.+Sharp,R.V.|Inverting measurements of surface slip on the Superstition Hills fault||#BSA:79:2:1989:411-423|California+Inversion||#*ELMORE87|#*SUPERSTITION87
J|0070|Bilham,R.|Surface slip subsequent to the 24 November 1987 Superstition Hills, California, earthquake monitored by digital creepmeters||#BSA:79:2:1989:424-450|Creep||#*SUPERSTITION87|#*IMPERIAL
J|0071|Hudnut,K.W.+Clark,M.M.|New slip along parts of the 1968 Coyote Creek fault rupture, California||#BSA:79:2:1989:451-465|Trigger||#*WESTMORLAND81|#*SUPERSTITION87|#*IMPERIAL|#*PALMSPRINGS
J|0072|Sharp,R.V.|Pre-earthquake displacement and triggered displacement on the Imperial fault associated with the Superstition Hills earthquake of 24 November 1987||#BSA:79:2:1989:466-479|California||#*ELMORE87|#*SUPERSTITION87|#*IMPERIAL|#*WESTMORLAND81
J|0073|Agnew,D.C.+Wyatt,F.K.|The 1987 Superstition Hills earthquake sequence: strains and tilts at Pinon Flat observatory||#BSA:79:2:1989:480-492|California||#*ELMORE87|#*SUPERSTITION87|#*IMPERIAL
J|0074|Sipkin,S.A.|Moment-tensor solutions for the 24 November 1987 Superstition Hills, California, earthquakes||#BSA:79:2:1989:493-499|P-wave+Seismic moment tensor||#*ELMORE87|#*SUPERSTITION87|#*IMPERIAL
J|0075|Bent,A.L.+Helmberger,D.V.+Stead,R.J.+|Waveform modelling of the November 1987 Superstition Hills earthquakes||#BSA:79:2:1989:500-514|California+Modelling||#*ELMORE87|#*SUPERSTITION87|#*IMPERIAL|#*WESTMORLAND81
J|0076|Frankel,A.+Wennerberg,L.|Rupture process of the MS 6.6 Superstition Hills, California, earthquake determined from strong-motion recordings: application of tomographic source inversion||#BSA:79:2:1989:515-541|Strong-motion analysis||#*ELMORE87|#*SUPERSTITION87|#*MORGAN|#*IMPERIAL
J|0077|Abrahamson,N.A.+Litehiser,J.J.|Attenuation of vertical peak acceleration||#BSA:79:3:1989:549-580|Strong-motion analysis+1933-1986||#*IMPERIAL|#*MEXICOCITY|#*NAHANNI2|#*SANFERNANDO
J|0078|Frankel,A.+Wennerberg,L.|Microearthquake spectra from the Anza, California, seismic network: site response and source scaling||#BSA:79:3:1989:581-609|Spectral analysis
J|0079|Khair,K.R.+Datta,S.K.+Shah,A.H.|Amplification of obliquely incident seismic waves by cylindrical alluvial valleys of arbitrary cross-sectional shape. Part I. Incident P and SV waves||#BSA:79:3:1989:610-630|Alluvium+Propagation+Elastic wave
J|0080|Yamanaka,H.+Seo,K.+Samano,T.|Effects of sedimentary layers on surface-wave propagation||#BSA:79:3:1989:631-644|Propagation+Sedimentary rock+Surface wave+Ground motion||#*NAGANO
J|0081|Kijko,A.+Sellevoll,M.A.|Estimation of earthquake hazard parameters from incomplete data files. Part I. Utilization of extreme and complete catalogues with different threshold magnitudes||#BSA:79:3:1989:645-654|History
J|0082|Mendoza,C.+Hartzell,S.H.|Slip distribution of the 19 September 1985 Michoacan, Mexico, earthquake: near-source and teleseismic constraints||#BSA:79:3:1989:655-669|Strong-motion analysis||#*MEXICOCITY|#*MEXICOCITY2|#*MICHOACAN
J|0083|Young,C.J.+Lay,T.+Lynnes,C.S.|Rupture of the 4 February 1976 Guatemalan earthquake||#BSA:79:3:1989:670-689|Strike-slip||#*GUATEMALA|#*EUREKA
J|0084|Ward,S.N.+Valensise,G.R.|Fault parameters and slip distribution of the 1915 Avezzano, Italy, earthquake derived from geodetic observations||#BSA:79:3:1989:690-710|Apennines+Geodetic survey
J|0085|Vasco,D.W.|Deriving source-time functions using principal component analysis||#BSA:79:3:1989:711-730|Source-time function+Nuclear explosion+Seismic moment tensor||#*BONIN85
J|0086|Bjarnason,I.T.+Pechmann,J.C.|Contemporary tectonics of the Wasatch front region, Utah, from earthquake focal mechanisms||#BSA:79:3:1989:731-755|Wasatch Fault+1980-1986
J|0087|Wyss,M.+Fu,Z.|Precursory seismic quiescence before the January 1982 Hilea, Hawaii, earthquakes||#BSA:79:3:1989:756-773|Seismicity||#*HAWAII|#*HAWAII82A|#*HAWAII82B|#*HILO|#*HILO2
J|0088|Langston,C.A.|Scattering of long-period Rayleigh waves in western North America and the interpretation of coda Q measurements||#BSA:79:3:1989:774-789|Q
J|0089|Lynnes,C.S.+Lay,T.|Inversion of P coda for isotropic scatterers at the Yucca Flat test site||#BSA:79:3:1989:790-804|Nevada Test Site+Scattering+P-wave
J|0090|Peppin,W.A.+Honjas,W.+Delaplain,T.W.+|The case for a shallow-crustal anomalous zone (magma body?) near the south end of Hilton Creek fault, California, including new evidence from an interpretation of pre-S arrivals||#BSA:79:3:1989:805-812|S-wave||#*BISHOP|#*MAMMOTH3
J|0091|Heaton,T.H.+Heaton,R.E.|Static deformations from point forces and force couples located in welded elastic Poissonian half-spaces: implications for seismic moment tensors||#BSA:79:3:1989:813-841|Point source+Numerical analysis
J|0092|Borcherdt,R.D.+Glassmoyer,G.|An exact anelastic model for the free-surface reflection of P and S-I waves||#BSA:79:3:1989:842-859|Numerical modelling+Reflexion coefficient+Inhomogeneous wave+P-wave+S-I wave
J|0093|Kennett,B.L.N.|Lg-wave propagation in heterogeneous media||#BSA:79:3:1989:860-872|Lg-wave+Heterogeneous medium+Model
J|0094|Zhu,X.+McMechan,G.A.|2-D tomographic imaging of velocities in the Wichita uplift-Anadarko basin region of southwestern Oklahoma||#BSA:79:3:1989:873-887|Refraction study+P-wave+Tomography
J|0095|Kvaerna,T.|On exploitation of small-aperture NORESS type arrays for enhanced P-wave detectability||#BSA:79:3:1989:888-900|NORESS+P-wave+Nuclear test ban+Norway
J|0096|Lienkaemper,J.J.+Sturm,T.A.|Reconstruction of a channel offset in 1857(?) by the San Andreas fault near Cholame, California||#BSA:79:3:1989:901-909|San Andreas Fault+Slip
J|0097|Walck,M.C.|P-wave path attenuation from Siberia to Norway||#BSA:79:3:1989:910-913|Nuclear test ban+P-wave+Eurasia|Short note
J|0098|Shapira,A.|Coda Q estimate in Southern Africa||#BSA:79:3:1989:914-916|Coda wave+Q|Short note
J|0099|Mochizuki,E.|Raytracing on an ellipsoid||#BSA:79:3:1989:917-920|Ray tracing+Propagation+Numerical analysis|Short note
J|0100|Lawson,J.E.|Some comments on the use of Day-of-Year and Modified Julian Date in seismology||#BSA:79:3:1989:921-923|Dating|Short note
J|0101|Su,L.+Ahmadi,G.+Tadjbakhsh,I.G.|A comparative study of performances of various base isolation systems, Part I: shear beam structures||#EES:18:1:1989:11-32|Building+Acceleration||#*MEXICOCITY
J|0102|Uang,C-M.+Bertero,V.V.+Clough,R.W.|Correlation studies using the equivalent base horizontal acceleration method||#EES:18:1:1989:33-47|Shaking+Steel frame+Shake table
J|0103|Lin,B.C.+Tadjbakhsh,I.G.+Papageorgiou,A.S.+|Response of base-isolated buildings to random excitations described by the Clough-Penzien spectral model||#EES:18:1:1989:49-62|Base isolation system
J|0104|Siddiqui,F.M.A.+Constantinou,M.C.|Simplified analysis method for multistorey base-isolated structures on viscoelastic halfspace||#EES:18:1:1989:63-77|Base isolation system
J|0105|Abbiss,C.P.|Seismic amplification - Mexico City||#EES:18:1:1989:79-88|Clay+Resonance+Shear wave||#*MEXICOCITY
J|0106|Tso,W.K.+Wong,C.M.|Steady state rocking response of rigid blocks Part 1: analysis||#EES:18:1:1989:89-106|Shaking+Theory+Excitation
J|0107|Wong,C.M.+Tso,W.K.|Steady state rocking response of rigid blocks Part 2: experiment||#EES:18:1:1989:107-120|Shaking+Excitation+Shake table
J|0108|Gulay,G.+Boduroglu,H.|Algorithm for the optimum design of braced steel frames under earthquake loading||#EES:18:1:1989:121-128|Numerical analysis
J|0109|Manos,G.C.+Shibata,H.+Shigeta,T.|Correlation of cylindrical tank wall buckling with an earthquake motion recorded at a small distance from the tank||#EES:18:2:1989:169-184|Storage tank+Damage+Ground motion+Acceleration||#*TOKYO80
J|0110|Avanessian,V.+Dong,S.B.+Muki,R.|Interaction of an axisymmetric body with obliquely incident seismic waves by global local finite elements||#EES:18:2:1989:185-197|Body wave+Finite element method+Soil-structure interaction+Numerical analysis
J|0111|Hadjian,A.H.|An evaluation of the ductility reduction factor Q in the 1976 Regulations for the Federal District of Mexico||#EES:18:2:1989:217-231|Damage+Mexico City+Building code||#*MEXICOCITY
J|0112|Mengi,Y.+McNiven,H.D.|A mathematical model for the in-plane non-linear earthquake behaviour of unreinforced masonry walls. Part 1: experiments and proposed model||#EES:18:2:1989:233-247|Excitation+Masonry structure+Shake table
J|0113|McNiven,H.D.+Mengi,Y.|A mathematical model for the in-plane non-linear earthquake behaviour of unreinforced masonry walls. Part 2: completion of the model||#EES:18:2:1989:249-261|Excitation+Masonry structure
J|0114|Brownjohn,J.M.W.+Dumanoglu,A.A.+Severn,R.T.+|Ambient vibration survey of the Bosporus suspension bridge||#EES:18:2:1989:263-283|Accelerometer
J|0115|Hirose,S.+Kitahara,M.|Elastic wave scattering by inhomogeneous and anisotropic bodies in half space||#EES:18:2:1989:285-297|Numerical analysis+Dam+Alluvium
J|0116|Hejal,R.+Chopra,A.K.|Earthquake analysis of a class of tortionally-coupled buildings||#EES:18:3:1989:305-323|Ground motion+Numerical analysis
J|0117|Goyal,A.+Chopra,A.K.|Earthquake analysis of intake-outlet towers including tower-water-foundation - soil interaction||#EES:18:3:1989:325-344|Soil-structure interaction+Numerical analysis
J|0118|Zhang,R-H.+Soong,T.T.+Mahmood,P.|Seismic response of steel frame structures with added viscoelastic dampers||#EES:18:3:1989:389-396|Viscoelastic damping+Ground motion+Response
J|0119|Eshraghi,H.+Dravinski,M.|Transient scattering of elastic waves by dipping layers of arbitrary shape. Part 1: antiplane strain model||#EES:18:3:1989:397-415|Numerical analysis||#*MEXICOCITY|#*LIMA74B
J|0120|Eshraghi,H.+Dravinski,M.|Transient scattering of elastic waves by dipping layers of arbitrary shape. Part 2: plane strain model||#EES:18:3:1989:417-434|Numerical analysis+Amplification
J|0121|Penelis,G.G.+Athanassiadou,C.J.|Discussion on a paper by S. A. Anagnostopoulos||#EES:18:3:1989:445-447|Building+Earthquake+Sequence|Short communication with a reply by the author
J|0122|Warburton,G.B.|Review of `Earthquake prognostics: hazard assessment, risk evaluation and damage prevention' edited by A. Vogel and K. Brandes||#EES:18:3:1989:449-450|Risk
J|0123|Davies,G.|Review of `Vibration of structures' by J. W. Smith||#EES:18:3:1989:450|Structural dynamics
J|0124|Warburton,G.B.|Review of `Earthquakes' by B. A. Bolt||#EES:18:3:1989:451-452|Seismology+Hazard
J|0125|Warburton,G.B.|Review of `The great Tangshan earthquake of 1976: an anatomy of disasters' edited by C. Yong, K-L. Tsoi, C. Feibi, G. Zhenhuan, Z. Qijia and C. Zhangli||#EES:18:3:1989:452-453|Damage+T'ang-shan||#*TANGSHAN
J|0126|Howells,D.A.|Review of `Earthquake design practice for buildings' by D. E. Key||#EES:18:3:1989:454|Earthquake engineering
J|0127|Xie,L-L.|Note on the earthquake in west Yunnan, China||#EES:18:3:1989:455-456|1988|IAEE news|#*YUNNAN88A|#*YUNNAN88B
J|0128|Koh,C.G.+Balendra,T.|Seismic response of base isolated buildings including P-Delta effects of isolation bearings||#EES:18:4:1989:461-473|Base isolation system+Numerical analysis+Earthquake-resistant design
J|0129|Pais,A.L.+Kausel,E.|On rigid foundations subjected to seismic waves||#EES:18:4:1989:475-489|Soil-structure interaction+Earthquake engineering
J|0130|Mau,S.T.+Wang,S.|Arch dam system identification using vibration test data||#EES:18:4:1989:491-505
J|0131|Oliveira,C.S.+Bolt,B.A.|Rotational components of surface strong ground motion||#EES:18:4:1989:517-526|Seismic waves+Earthquake+Strong-motion analysis||#*HUALIEN86|#*HUALIEN83|#*TAIWAN81|#*TAIWAN86A|#*TAIWAN86B
J|0132|Aviles,J.+Sanchez-Sesma,F.J.|Water pressures on rigid gravity dams with finite reservoir during earthquakes||#EES:18:4:1989:527-537|Hydrodynamics+Mathematical method
J|0133|Tsai,H-C.+Kelly,J.M.|Seismic response of the superstructure and attached equipment in a base-isolated building||#EES:18:4:1989:551-564|Base isolation system+Mathematical method
J|0134|Vargas-Loli,L.M.+Fenves,G.L.|Effects of concrete cracking on the earthquake response of gravity dams||#EES:18:4:1989:575-592|Hydrodynamics
J|0135|Ahn,K.+Gould,P.L.|Soil-pile-structure interaction effects on the seismic response of a cooling tower||#EES:18:4:1989:593-609|Foundation+Soil-structure interaction+El Centro
J|0136|Aubouin,J.|Some aspects of the tectonics of subduction zones||#TCT:160:1-4:1989:1-21|Profile+Structure
J|0137|Jolivet,L.+Huchon,P.+Rangin,C.|Tectonic setting of Western Pacific marginal basins||#TCT:160:1-4:1989:23-47|Tectonics+Subduction
J|0138|Honza,E.+Miyazaki,T.+Lock,J.|Subduction erosion and accretion in the Solomon Sea region||#TCT:160:1-4:1989:49-62|Reflexion study+Profile
J|0139|Deplus,C.+Dubois,J.|Flexural response of the oceanic lithosphere at an arc-arc junction: implication for the subduction of aseismic ridges||#TCT:160:1-4:1989:63-73|Deformation
J|0140|Von Huene,R.+Culotta,R.|Tectonic erosion at the front of the Japan Trench convergent margin||#TCT:160:1-4:1989:75-90|Reflexion study+Subduction
J|0141|Seno,T.+Ogawa,Y.+Tokuyama,H.+|Tectonic evolution of the triple junction off central Honshu for the past 1 million years||#TCT:160:1-4:1989:91-116|Reflexion study+Tectonics
J|0142|Huchon,P.+Labaume,P.|Central Japan triple junction: a three-dimensional compression model||#TCT:160:1-4:1989:117-133|Focal mechanism+Shallow-focus earthquake
J|0143|Ogawa,Y.+Seno,T.+Akiyoshi,H.+|Structure and development of the Sagami trough and the Boso triple junction||#TCT:160:1-4:1989:135-150|Sagami Trough+Reflexion study
J|0144|Lallemant,S.J.+Chamot-Rooke,N.+Le Pichon,X.+|Zenisu Ridge: a deep intraoceanic thrust related to subduction, off Southwest Japan||#TCT:160:1-4:1989:151-174|Reflexion study+Seismicity
J|0145|Chamot-Rooke,N.+Le Pichon,X.|Zenisu Ridge: mechanical model of formation||#TCT:160:1-4:1989:175-193|Mechanics+Reflexion study+Deformation
J|0146|Ishihara,T.|Gravimetric determination of the density of the Zenisu Ridge||#TCT:160:1-4:1989:195-205|Reflexion study+Gravimetry
J|0147|Yamazaki,T.+Okamura,Y.|Subducting seamounts and deformation of overriding forearc wedges around Japan||#TCT:160:1-4:1989:207-229|Reflexion study+Sea mount
J|0148|Lallemand,S.E.+Culotta,R.+Von Huene,R.|Subduction of the Daiichi Kashima Seamount in the Japan Trench||#TCT:160:1-4:1989:231-247|Sea mount+Reflexion study
J|0149|Konishi,K.|Limestone of the Daiichi Kashima Seamount and the fate of a subducting guyot: fact and speculation from the Kaiko "Nautile" dives||#TCT:160:1-4:1989:249-265|Profile+Japan Trench+Subduction
J|0150|Dubois,J.+Deplus,C.|Gravimetry on the Erimo Seamount, Japan||#TCT:160:1-4:1989:267-275|Sea mount+Reflexion study
J|0151|Henry,P.+Lallemant,S.J.+Le Pichon,X.+|Fluid venting along Japanese trenches: tectonic context and thermal modelling||#TCT:160:1-4:1989:277-291|Heat flow+Reflexion study
J|0152|Philip,H.+Cisternas,A.+Gvishiani,A.+|The Caucasus: an actual example of the initial stages of continental collision||#TCT:161:1-2:1989:1-21|Seismicity+Tectonics
J|0153|Wilshire,H.G.+Kirby,S.H.|Dikes, joints, and faults in the upper mantle||#TCT:161:1-2:1989:23-31|Volcanism+Fracture
J|0154|Nagihara,S.+Kinoshita,H.+Yamano,M.|On the high heat flow in the Nankai Trough area - a simulation study on a heat rebound process||#TCT:161:1-2:1989:33-41|Profile+Seismicity
J|0155|Drakopoulos,J.+Stavrakakis,G.+Latoussakis,J.|Physical properties of the variation of the electric field of the earth preceding earthquakes - discussion||#TCT:161:1-2:1989:55-57|Prediction+Seismoelectric effect||#*KEFALLINIA
J|0156|Varotsos,P.+Alexopoulos,K.|Physical properties of the variation of the electric field of the earth preceding earthquakes - reply||#TCT:161:1-2:1989:58-62|Prediction+Seismoelectric effect|Reply by the authors|#*KEFALLINIA88A|#*KEFALLINIA88B
J|0157|Rangin,C.|The Sulu Sea, a back-arc basin setting within a Neogene collision zone||#TCT:161:1-2:1989:119-141|Refraction study+Profile
J|0158|Dasch,E.J.+Ryder,G.+Nyquist,L.E.|Chronology and complexity of early lunar crust||#TCT:161:3-4:1989:157-164|Lunar structure+Moon
J|0159|Warren,P.H.|Growth of the continental crust: a planetary-mantle perspective||#TCT:161:3-4:1989:165-199|Lunar structure+Inversion
J|0160|Arndt,N.T.+Goldstein,S.L.|An open boundary between lower continental crust and mantle: its role in crust formation and crustal recycling||#TCT:161:3-4:1989:201-212|Crust-mantle boundary+Convection+Velocity
J|0161|Toft,P.B.+Hills,D.V.+Haggerty,S.E.|Crustal evolution and the granulite to eclogite transition in xenoliths from kimberlites in the West African Craton||#TCT:161:3-4:1989:213-231|P-wave+Velocity
J|0162|Klemperer,S.L.|Deep seismic reflection profiling and the growth of the continental crust||#TCT:161:3-4:1989:233-244|BIRPS+Reflexion study
J|0163|Freeman,R.+Von Knorring,M.+Korhonen,H.+|Preface to the special issue - the European Geotraverse, Part 5: the Polar profile||#TCT:162:1-2:1989:7-8|European Geotraverse Project+Kola Peninsula+Fennoscandia
J|0164|Gaal,G.+Berthelsen,A.+Gorbatschev,R.+|Structure and composition of the Precambrian crust along the POLAR Profile in the northern Baltic Shield||#TCT:162:1-2:1989:1-25|European Geotraverse Project+Crustal structure
J|0165|Pesonen,L.J.+Torsvik,T.H.+Elming,S-A.+|Crustal evolution of Fennoscandia - palaeomagnetic constraints||#TCT:162:1-2:1989:27-49|European Geotraverse Project+Palaeomagnetism
J|0166|Luosto,U.+Flueh,E.R.+Lund,C-E.+|The crustal structure along the POLAR profile from seismic refraction investigations||#TCT:162:1-2:1989:51-85|European Geotraverse Project+Refraction study+Baltic Shield
J|0167|Azbel',I.Ya.+Buyanov,A.F.+Ionkis,V.T.+|Crustal structure of the Kola Peninsula from inversion of deep seismic sounding data||#TCT:162:1-2:1989:87-99|European Geotraverse Project
J|0168|Behrens,K.+Goldflam,S.+Heikkinen,P.+|Reflection seismic measurements across the Granulite Belt of the POLAR profile in the northern Baltic Shield, Northern Finland||#TCT:162:1-2:1989:101-111|European Geotraverse Project+Reflexion study+Crustal structure
J|0169|Korja,T.+Hjelt,S-E.+Kaikkonen,P.+|The geoelectric model of the POLAR profile, Northern Finland||#TCT:162:1-2:1989:113-133|European Geotraverse Project+Baltic Shield+Geoelectricity
J|0170|Elo,S.+Lanne,E.+Ruotoistenmaki,T.+|Interpretation of gravity anomalies along the POLAR Profile in the northern Baltic Shield||#TCT:162:1-2:1989:135-150|European Geotraverse Project
J|0171|Glaznev,V.N.+Raevsky,A.B.+Sharov,N.V.|A model of the deep structure of the northeastern part of the Baltic Shield based on joint interpretation of seismic, gravity, magnetic and heat flow data||#TCT:162:1-2:1989:151-163|European Geotraverse Project+Deep seismic sounding
J|0172|Von Knorring,M.+Lund,C-E.|Description of the POLAR Profile transect display||#TCT:162:1-2:1989:165-171|European Geotraverse Project+Baltic Shield+Deep seismic sounding
J|0173|Hirm,A.+Nadir,S.+Thouvenot,F.+|Mapping the Moho of the Western Alps by wide-angle reflection seismics||#TCT:162:3-4:1989:193-202|Reflexion study+Mohorovicic discontinuity+P-wave+S-wave|Authored by the ECORS-CROP Deep Seismic Sounding Group
J|0174|Bayer,R.+Carozzo,M.T.+Lanza,R.+|Gravity modelling along the ECORS-CROP vertical seismic reflection profile through the Western Alps||#TCT:162:3-4:1989:203-218|Reflexion study|Authored by the ECORS-CROP Gravity Group
J|0175|Velasque,P.C.+Ducasse,L.+Muller,J.+|The influence of inherited extensional structures on the tectonic evolution of an intracratonic chain: the example of the western Pyrenees||#TCT:162:3-4:1989:243-264|Microseismicity+Refraction study
J|0176|Kaila,K.L.+Murty,P.R.K.+Mall,D.M.|The evolution of the Vindhyan basin vis-a-vis the Narmada-Son lineament, central India, from deep seismic soundings||#TCT:162:3-4:1989:277-289
J|0177|Cullen,A.B.+Pigott,J.D.|Post-Jurassic tectonic evolution of Papua New Guinea||#TCT:162:3-4:1989:291-302|Stratigraphy+Plate tectonics
J|0178|Bannister,S.C.+Perin,B.J.+Webb,T.H.|Normal faulting through subducted oceanic crust: the 19 July 1985 earthquake of Hawke's Bay, New Zealand||#TCT:162:3-4:1989:303-313|Subduction||#*HAWKE85
J|0179|Lin,J.+Parmentier,E.M.|Mechanisms of lithospheric extension at mid-ocean ridges||#GEJ:96:1:1989:1-22|Lithosphere+Plasticity+Spreading centre
J|0180|Matsu'ura,M.+Sato,T.|A dislocation model for the earthquake cycle at convergent plate boundaries||#GEJ:96:1:1989:23-32|Plate boundary+Mathematical model
J|0181|Kamp,P.J.J.+Hegarty,K.A.|Multigenetic gravity couple across a modern convergent margin: inheritance from Cretaceous asymmetric extension||#GEJ:96:1:1989:33-41|New Zealand+Convergence+Gravity modelling
J|0182|Shearer,P.M.+Chapman,C.H.|Ray tracing in azimuthally anisotropic media - I. Results for models of aligned cracks in the upper crust||#GEJ:96:1:1989:51-64|Anisotropy
J|0183|Chapman,C.H.+Shearer,P.M.|Ray tracing in azimuthally anisotropic media - II. Quasi-shear wave coupling||#GEJ:96:1:1989:65-83|Anisotropy
J|0184|Greenhalgh,S.A.+Tapley,D.+Singh,R.|Crustal heterogeneity in South Australia, earthquake evidence||#GEJ:96:1:1989:85-99|Tomography+Crustal structure+1978-1983+Nuclear explosion
J|0185|Rybicki,K.R.|On fault slip zones in the external shear-field separated by a high rigidity asperity (barrier) - inplane and antiplane strain models||#GEJ:96:1:1989:101-115|Fault-slip+Crack+Shear stress+Inhomogeneity+Model
J|0186|Izzeldin,A.Y.|Transverse structures in the central part of the Red Sea and implications on early stages of oceanic accretion||#GEJ:96:1:1989:117-129|Sea-floor spreading+Transform fault+Survey+Reflexion study
J|0187|Main,I.G.+Meredith,P.G.+Jones,C.|A reinterpretation of the precursory seismic b-value anomaly from fracture mechanics||#GEJ:96:1:1989:131-138|b-Value
J|0188|Huang,Q.+Angelier,J.|Inversion of field data in fault tectonics to obtain the regional stress - II. Using conjugate fault sets within heterogeneous families for computing palaeostress axes||#GEJ:96:1:1989:139-149|Orientation
J|0189|Carrion,P.M.|Generalized non-linear elastic inversion with constraints in model and data spaces||#GEJ:96:1:1989:151-162|Nonlinear inversion+Mathematical analysis
J|0190|Quin,H.R.+Das,S.X.|A hybrid boundary integral equation method for the computation of source-time functions for 3-D rupture propagation||#GEJ:96:1:1989:163-177|Numerical method
J|0191|Albarello,D.+Mucciarelli,M.+Mantovani,E.|Use of non-parametric correlation tests for the study of seismic interrelations||#GEJ:96:1:1989:185-188|Seismicity|Research note
J|0192|Lister,C.R.B.|Plate tectonics at an awkward junction: rules for the evolution of Sovanco Ridge area, NE Pacific||#GEJ:96:2:1989:191-201|Transform fault+Profile
J|0193|Nishimura,C.E.+Forsyth,D.W.|The anisotropic structure of the upper mantle in the Pacific||#GEJ:96:2:1989:203-229|Anisotropy+Surface wave
J|0194|Friedlander,S.|Asymptotic behaviour of decay rates of internal waves in a rotating stratified spherical shell||#GEJ:96:2:1989:245-252|Fluid core+Viscosity+Oscillation
J|0195|Kiselev,A.P.+Tsvankin,I.D.|A method of comparison of exact and asymptotic wave field computations||#GEJ:96:2:1989:253-258|Ray theory+PS-wave+Mathematical method
J|0196|Spence,G.D.+White,R.S.+Westbrook,G.K.+|The Hatton Bank continental margin - I. Shallow structure from two-ship expanding spread seismic profiles||#GEJ:96:2:1989:273-294|Reflexion study+Dipping layer
J|0197|Fowler,S.R.+White,R.S.+Spence,G.D.+|The Hatton Bank continental margin - II. Deep structure from two-ship expanding spread seismic profiles||#GEJ:96:2:1989:295-309|Reflexion study+Refraction study+Crustal structure
J|0198|Ambraseys,N.N.|Temporary seismic quiescence: SE Turkey||#GEJ:96:2:1989:311-331|Seismicity+1500-1988||#*LICE
J|0199|MacBeth,C.D.+Panza,G.F.|Modal synthesis of high-frequency waves in Scotland||#GEJ:96:2:1989:353-364|Rayleigh wave+Coda+LISPB
J|0200|Tsuboi,S.+Geller,R.J.|Coupling between the multiplets of laterally heterogeneous earth models||#GEJ:96:3:1989:371-379|Free oscillation+Lateral heterogeneity
J|0201|Yamashita,T.+Knopoff,L.|A model of foreshock occurrence||#GEJ:96:3:1989:389-399|Crack+Prediction+Stress||#*HAICHENG
J|0202|Thomson,C.J.|Corrections for grazing rays in 2-D seismic modelling||#GEJ:96:3:1989:415-446|Diffraction+Interference+Reflector
J|0203|Tromp,J.+Snieder,R.|The reflection and transmission of plane P- and S-waves by a continuously stratified band: a new approach using invariant imbedding||#GEJ:96:3:1989:447-456|Anisotropy+Body wave+Scattering+Layered medium
J|0204|Westaway,R.+Smith,R.B.|Strong ground motion in normal-faulting earthquakes||#GEJ:96:3:1989:529-559|Acceleration+Anelasticity+1935-1987
J|0205|Wheildon,J.+Blundell,D.J.+Milsom,J.+|Preface to the Abstracts for the Thirteenth UK Geophysical Assembly, March 1989, University of London, Egham, Surrey, UK||#GEJ:96:3:1989:562|Earthquake+Exploration+Lithosphere
J|0206|Miller,M.H.+French,W.S.|Time slices from two-dimensional seismic surveys||#GPS:54:1:1989:13-22|Seismic survey+Interpolation+Migration
J|0207|Geissler,P.E.|Seismic reflection profiling for groundwater studies in Victoria, Australia||#GPS:54:1:1989:31-37|Reflexion study+Aquifer
J|0208|Salo,E.L.+Schuster,G.T.|Traveltime inversion of both direct and reflected arrivals in vertical seismic profile data||#GPS:54:1:1989:49-56|Reflexion study+Travel-times+Oklahoma
J|0209|Liu,E.+Crampin,S.+Booth,D.C.|Shear-wave splitting in cross-hole surveys: modelling||#GPS:54:1:1989:57-65|Shear wave+Anisotropy
J|0210|Winkler,K.W.+Liu,H-L.+Johnson,D.L.|Permeability and borehole Stoneley waves: comparison between experiment and theory||#GPS:54:1:1989:66-75|Laboratory
J|0211|Goldberg,D.+Zinszner,B.|P-wave attenuation measurements from laboratory resonance and sonic waveform data||#GPS:54:1:1989:76-81|P-wave
J|0212|Eberhart-Phillips,D.+Han,D-H.+Zoback,M.D.|Empirical relationships among seismic velocity, effective pressure, porosity, and clay content in sandstone||#GPS:54:1:1989:82-89|Laboratory
J|0213|Hardy,R.J.J.+Warner,M.R.+Hobbs,R.W.|Labeling long-period multiple reflections||#GPS:54:1:1989:122-126|Multiple reflexion+Stacking+Moveout|Short note
J|0214|McDonald,J.A.|Review of `Acoustical imaging' edited by H. W. Jones||#GPS:54:1:1989:131|Acoustic imaging+Tomography
J|0215|Dehlinger,P.|Review of `Strong ground motion seismology' edited by M. O. Erdik and M. N. Toksoz||#GPS:54:1:1989:131-133|Strong-motion seismology
J|0216|Oncescu,M.C.|Investigation of a high stress drop earthquake on August 30, 1986 in the Vrancea region||#TCT:163:1-2:1989:35-43|Strong-motion analysis||#*VRANCEA86
J|0217|Hirahara,K.+Ikami,A.+Ishida,M.+|Three-dimensional P-wave velocity structure beneath Central Japan: low-velocity bodies in the wedge portion of the upper mantle above high-velocity subducting plates||#TCT:163:1-2:1989:63-73
J|0218|Kuramoto,S.+Konishi,K.|The Southwest Ryukyu Arc is a migrating microplate (forearc sliver)||#TCT:163:1-2:1989:75-91|Profile+Migration+Ryukyu
J|0219|Nagihara,S.+Kinoshita,M.+Fujimoto,H.+|Geophysical observations around the northern Yap Trench: seismicity, gravity and heat flow||#TCT:163:1-2:1989:93-104|Subduction+Caroline Islands
J|0220|Crook,K.A.W.|Quaternary uplift rates at a plate boundary, Lae urban area, Papua New Guinea||#TCT:163:1-2:1989:105-118|Earthquake+Reflexion study
J|0221|Morner,N-A.|Introduction to Special Issue on Palaeoseismicity and Neotectonics||#TCT:163:3-4:1989:181-184|Palaeoseismicity
J|0222|Berryman,K.R.+Ota,Y.+Hull,A.G.|Holocene palaeoseismicity in the fold and thrust belt of the Hikurangi subduction zone, eastern North Island, New Zealand||#TCT:163:3-4:1989:185-195|Palaeoseismicity+Uplift
J|0223|Mariolakos,I.+Fountoulis,I.+Logos,E.+|Surface faulting caused by the Kalamata (Greece) earthquakes (13.9.86)||#TCT:163:3-4:1989:197-203|Fracture||#*KALAMATA
J|0224|Owen,L.A.|Neotectonics and glacial deformation in the Karakoram Mountains and Nanga Parbat Himalaya||#TCT:163:3-4:1989:227-265|Seismicity+Uplift||#*DAREL
J|0225|Zuchiewicz,W.|Neotectonics versus gravity and crustal thickness: a case study of the Polish Flysch Carpathians||#TCT:163:3-4:1989:277-284|Poland
J|0226|Morner,N-A.+Somi,E.+Zuchiewicz,W.|Neotectonics and palaeoseismicity within the Stockholm intercratonal region in Sweden||#TCT:163:3-4:1989:289-303|Palaeoseismicity+Fault
J|0227|Ringrose,P.S.|Recent fault movement and palaeoseismicity in western Scotland||#TCT:163:3-4:1989:305-314|Neotectonics
J|0228|Adams,J.|Postglacial faulting in eastern Canada: nature, origin and seismic hazard implications||#TCT:163:3-4:1989:323-331|Glacier
J|0229|Vasco,D.W.+Johnson,L.R.|Inversion of waveforms for extreme source models with an application to the isotropic moment tensor component||#GEJ:97:1:1989:1-18|Seismic moment tensor
J|0230|Ho-Liu,P.+Montagner,J-P.+Kanamori,H.|Comparison of iterative back-projection inversion and generalized inversion without blocks: case studies in attenuation tomography||#GEJ:97:1:1989:19-29|Q
J|0231|Carr,J.R.+Glass,C.E.|Use of geostatistics for accurate mapping of earthquake ground motion||#GEJ:97:1:1989:31-40|Kriging+Acceleration||#*SANFERNANDO|#*COALINGA
J|0232|Carbonell,R.+Lana,X.|A treatment of ill-conditioned systems in expansions of group velocity Rayleigh waves||#GEJ:97:1:1989:51-57|Travel-times
J|0233|Backus,G.E.|Confidence set inference with a prior quadratic bound||#GEJ:97:1:1989:119-150|Core-mantle boundary+Inverse problem
J|0234|Beydoun,W.B.+Mendes,M.|Elastic ray-Born l2-migration/inversion||#GEJ:97:1:1989:151-160|Born approximation+Elastic medium+Scattering
J|0235|Norton,S.J.|Tomographic reconstruction of 2-D vector fields: application to flow imaging||#GEJ:97:1:1989:161-168|Tomography
J|0236|Frazer,L.N.+Fryer,G.J.|Useful properties of the system matrix for a homogeneous anisotropic visco-elastic solid||#GEJ:97:1:1989:173-177|Synthetic seismogram+Elastic medium+Anisotropy+Perturbation theory|Research note
J|0237|Scales,J.A.|On the use of conjugate gradient to calculate the eigenvalues and singular values of large, sparse matrices||#GEJ:97:1:1989:179-183|Inversion+Tomography|Research note
J|0238|Pant,D.R.+Greenhalgh,S.A.|Lateral resolution in seismic reflection - a physical model study||#GEJ:97:2:1989:187-198|Reflector+Diffraction+Modelling
J|0239|White,D.J.|Two-dimensional seismic refraction tomography||#GEJ:97:2:1989:223-245|Travel-times+Inversion
J|0240|Holliger,K.+Klemperer,S.L.|A comparison of the Moho interpreted from gravity data and from deep seismic reflection data in the northern North Sea||#GEJ:97:2:1989:247-258|Reflexion study+Mohorovicic discontinuity+Gravity modelling
J|0241|Mithal,R.+Mutter,J.C.|A low-velocity zone within the layer 3 region of 118 Myr old oceanic crust in the western North Atlantic||#GEJ:97:2:1989:275-294|Reflexion study+Low-velocity layer
J|0242|Kerner,C.+Dyer,B.+Worthington,M.|Wave propagation in a vertical transversely isotropic medium: field experiment and model study||#GEJ:97:2:1989:295-309|Shear wave+Anisotropy+Finite difference method
J|0243|Cosentino,M.+Lombardo,G.+Privitera,E.|A model for internal dynamical processes on Mt Etna||#GEJ:97:3:1989:367-379|Mount Etna+Eruption+Earthquake+1977-1986
J|0244|Husseini,M.I.|Aseismic-seismogenic coupling for a long strike-slip fault||#GEJ:97:3:1989:391-407|San Andreas Fault+Dislocation
J|0245|El-Isa,Z.H.+Al Shanti,A.|Seismicity and tectonics of the Red Sea and western Arabia||#GEJ:97:3:1989:449-457|1913-1986
J|0246|Roberts,R.G.+Christoffersson,A.+Cassidy,F.|Real-time event detection, phase identification and source location estimation using single station three-component seismic data||#GEJ:97:3:1989:471-480|Single-station recording
J|0247|Nowack,R.L.+Lyslo,J.A.|Frechet derivatives for curved interfaces in the ray approximation||#GEJ:97:3:1989:497-509|Ray theory+Inversion+Theoretical seismogram+Travel-times
J|0248|Lindley,D.|US team returns with insights into Armenian earthquake||#NAT:337:6203:1989:107|Damage+Building+Earthquake-resistant design|News item|#*ARMENIA88
J|0249|a-Leg 122 Shipboard Scientific Party|Breakup of Gondwanaland||#NAT:337:6204:1989:209-210|Reflexion study+Rifting+Continental margin|News and views item
J|0250|a-ECORS-CROP Deep Seismic Sounding Group|A new picture of the Moho under the western Alps||#NAT:337:6204:1989:249-251|Mohorovicic discontinuity+ECORS+Reflexion study
J|0251|Rydelek,P.A.+Sacks,I.S.|Testing the completeness of earthquake catalogues and the hypothesis of self-similarity||#NAT:337:6204:1989:251-253|Detection+Noise
J|0252|Rich,V.|Tajikstan struck by earthquake||#NAT:337:6205:1989:293|Tadzhikistan+Earthquake-resistant design+Landslide|News item|#*TADZHIK89
J|0253|Goleby,B.R.+Shaw,R.D.+Wright,C.+|Geophysical evidence for `thick-skinned' crustal deformation in central Australia||#NAT:337:6205:1989:325-330|Mohorovicic discontinuity+Crust-mantle structure+Reflexion study
J|0254|Rich,V.|Investigation into Tajikistan earthquake||#NAT:337:6207:1989:496|Landslip+Tadzhikistan+Groundwater|News item|#*TADZHIK89
J|0255|Cann,J.|Sea-floor volcano erupts ideas||#NAT:337:6208:1989:603-604|East Pacific Rise+Earthquake+Eruption|News and views item
J|0256|Vita-Finzi,C.|Earthquake records||#NAT:337:6208:1989:605|Prediction+History+Periodicity|Scientific correspondence
J|0257|Foulger,G.R.+Long,R.E.+Einarsson,P.+|Implosive earthquakes at the active accretionary plate boundary in northern Iceland||#NAT:337:6208:1989:640-642|Seismic survey+Implosion
J|0258|Auzende,J-M.+Bideau,D.+Bonatti,E.+|Direct observation of a section through slow-spreading oceanic crust||#NAT:337:6209:1989:726-729|Mid-Atlantic Ridge+Transform fault
J|0259|Farah,A.|Earthquake risk||#NAT:338:6212:1989:196|Pakistan+1905-1979|Correspondence
J|0260|Scholz,C.|Global perspective of chaos||#NAT:338:6215:1989:459-460|Earthquake+Cycle+Prediction+Fractal system|News and views item
J|0261|Salganik,M.|Earthquake risk||#NAT:339:6220:1989:94|Nuclear power plant+Site|Correspondence|#*ARMENIA88
J|0262|Runcorn,K.|Sir Harold Jeffreys (1891-1989)||#NAT:339:6220:1989:102|Jeffreys-Bullen tables+Earth structure+Seismology+Earth|News and views item
J|0263|Macdonald,K.C.|Anatomy of the magma reservoir||#NAT:339:6221:1989:178-179|East Pacific Rise+Tomography+Reflexion study|News and views item
J|0264|Burnett,M.S.+Caress,D.W.+Orcutt,J.A.|Tomographic image of the magma chamber at 12degrees50'N on the East Pacific Rise||#NAT:339:6221:1989:206-208|Tomography+Reflexion study
J|0265|Kisslinger,C.|Portents and predictions||#NAT:339:6223:1989:337-338|Earthquake+Damage+California|News and views item
J|0266|Cisternas,A.+Philip,H.+Bousquet,J.C.+|The Spitak (Armenia) earthquake of 7 December 1988: field observations, seismology and tectonics||#NAT:339:6227:1989:675-679|Strong earthquake+Field work+Focal mechanism||#*ARMENIA88
J|0267|Droste,Z.+Teisseyre,R.|Earthquake rebound theory: properties of earthquake sequences|With Polish abstract|#APL:36:4:1988:293-299|Stress-drop+Creep
J|0268|Teisseyre,R.|Earthquake rebound theory: in-plane motion with crack branching|With Polish abstract|#APL:36:4:1988:301-307|Source+Dislocation
J|0269|Meyer,K.|Electrotelluric periodic anomalies prior to large imminent earthquakes|With Polish abstract|#APL:36:4:1988:309-322|Precursor+Electrotelluric field+Periodicity+Large earthquake+Dilatancy
J|0270|Bala,M.|An attempt to evaluate elastic rock parameters in situ from acoustic waveforms recorded in boreholes|With Polish abstract|#APL:36:4:1988:323-342|Elastic medium+Acoustic logging+Velocity
J|0271|Kijko,A.|Application of Bayesian estimation theory for location of seismic events in mines|With Polish abstract|#APL:36:4:1988:343-352|Focus+Bayesian method
J|0272|Sengupta,P.R.+Chel,J.D.|Effect of couple stress and gravity on thermo-elastic surface waves in solids|With Polish abstract|#APL:36:4:1988:353-362|Elastic medium+Couple-stress+Theory
J|0273|Lap,N.K.|Seismic activity in northwestern Vietnam|With Polish abstract|#APL:36:4:1988:375-380|Seismicity+1903-1986
J|0274|Albert,R.N.H.|Predominant ground velocities of seismic noise in the southern Sinai Peninsula and along the Al-Sheikh Fadl road in Egypt|With Polish abstract|#APL:36:4:1988:381-390|Survey+Velocity
J|0275|Gupta,A.+Singh,S.J.|Generation of elastic waves in vertically inhomogeneous media|With Polish abstract|#APL:37:1:1989:9-20|Inhomogeneous medium+Wave equation+Theory
J|0276|Dey,S.+Roy,N.+Dutta,A.|Propagation of Love waves in an initially stressed anisotropic porous layer lying over a prestressed nonhomogeneous elastic half-space|With Polish abstract|#APL:37:1:1989:21-36|Porous medium+Numerical analysis
J|0277|Gibowicz,S.J.+Niewiadomski,J.+Wiejacz,P.+|Source study of the Lubin, Poland, mine tremor of 20 June 1987|With Polish abstract|#APL:37:2:1989:111-132|Rockburst||#*LUBIN87
J|0278|Gadomska,B.+Korhonen,H.|Isoseismal distribution and focal mechanism in the Balkan region|With Polish abstract|#APL:37:2:1989:133-145|Balkans+Isoseismal map+Fault plane solution
J|0279|Albert,R.N.H.|Seismicity of the Zafarana area, Gulf of Suez, Egypt|With Polish abstract|#APL:37:2:1989:147-157|History+Site
J|0280|Kesari,P.+Rajhans,B.K.|Diffraction of compressional waves in an inhomogeneous medium|With Polish abstract|#APL:37:2:1989:159-170|Numerical analysis
J|0281|Masse,R.P.+Needham,R.E.|NEIC - the National Earthquake Information Centre||#EQV:21:1:1989:4-44|Earthquake catalogue+Global seismicity+Network+NEIC||#*MEXICOCITY
J|0282|Stover,C.W.|Evaluating the intensity of United States earthquakes||#EQV:21:1:1989:45-53
J|0283||Seismographs - keeping track of earthquakes||#EQV:21:1:1989:54-57|Propagation+Wave+Travel-times
J|0284|Spence,W.+Sipkin,S.A.+Choy,G.L.|Measuring the size of an earthquake||#EQV:21:1:1989:58-63|Magnitude+Energy+Depth
J|0285|Kerr,R.A.|Notes about the Armenia earthquake, 7 December 1988||#EQV:21:2:1989:68-78|History+Damage||#*ARMENIA88
J|0286|Russ,D.P.|Answers from deep inside the Earth: continental scientific drilling at Cajon Pass, California||#EQV:21:2:1989:79-84|Continental crust+Fault-slip
J|0287||Earthquake probabilities reassessed||#EQV:21:2:1989:89-91|San Andreas Fault+Probability+Fault|Bulletin Board item
J|0288|Barrat,J.|Mount St. Helens and Kilauea volcanoes||#EQV:21:3:1989:101-107|Hazard+Magma||#*MOUNTSTHELENS
J|0289|Kerr,R.A.|Taking the pulse of the San Andreas Fault||#EQV:21:3:1989:112-115|Carbon dating+Prediction
J|0290|Kerr,R.A.|New fault picture points toward San Francisco Bay area earthquakes||#EQV:21:3:1989:116-120|Microearthquake+Quiescence+Prediction
J|0291|Harris,J.|The southern California earthquake survival program||#EQV:21:3:1989:121-122|Preparedness
J|0292||Studies begin on Armenian quake||#EOS:70:2:1989:17|Earthquake+Convergence+History+Rupture||#*ARMENIA88
J|0293|Lay,T.|Structure of the core-mantle transition zone: a chemical and thermal boundary layer||#EOS:70:4:1989:49-59|Core-mantle boundary+Model+P-wave
J|0294|Bilham,R.+Yeats,R.+Zerbini,S.|Space geodesy and the global forecast of earthquakes||#EOS:70:5:1989:65-73|Global seismology+Risk+Prediction+Geodetic survey+Strain
J|0295|Kunze,A.W.G.|Seismicity of the Great Lakes region||#EOS:70:7:1989:104-105|North America+Tectonics|Report of a symposium held at the University of Akron, Ohio in April 1988|#*NORTHOHIO
J|0296|Smith,R.B.+Reilinger,R.E.+Meertens,C.M.+|What's moving at Yellowstone? The 1987 crustal deformation survey from GPS, levelling, precision gravity, and trilateration||#EOS:70:8:1989:113-125|Caldera+Survey+Deformation
J|0297|Frazer,L.N.|Review of `Migration of seismic data' edited by G. H. F. Gardner||#EOS:70:8:1989:116|Inversion
J|0298|Ambraseys,N.N.+Adams,R.D.|Long-term seismicity of north Armenia||#EOS:70:10:1989:145-154|History+Earthquake||#*ARMENIA88
J|0299|Purdy,G.M.|Downhole seismometers in the deep ocean||#EOS:70:10:1989:156|Ocean-bottom seismograph+Global seismology+Borehole+Network|Conclusions of a workshop held at Woods Hole, Massachusetts in April 1988
J|0300|Austin,J.A.+Talwani,M.|EDGE - an initiative to study submerged continental lithosphere around the U.S.||#EOS:70:12:1989:177-191|United States+Reflexion study+Continental margin
J|0301|Dziewonski,A.M.|Mission to planet Earth - concept of a global observing system||#EOS:70:15:1989:242-248|Earth sciences+Global seismology+Earth structure|Summary of a report published by the National Academy of Sciences in 1988
J|0302|Talandier,J.|Submarine volcanic activity - detection, monitoring, and interpretation||#EOS:70:18:1989:561-569|Volcanism+T-wave+Seismicity+Ocean
J|0303|Lipman,P.W.+Logatchev,N.A.+Zorin,Y.A.+|Intracontinental rift comparisons - Baikal and Rio Grande rift systems||#EOS:70:19:1989:578-588|Baikalian Rift+Rio Grande Rift+Evolution+Structure+Field work|VGP news
J|0304|Chen,W-P.|Seismogenesis in the eastern U.S.||#EOS:70:19:1989:581-584|United States+Intraplate earthquake+Seismicity|Report of a workshop held at the University of Illinois in April 1988
J|0305|Tichelaar,B.W.+Ruff,L.J.|How good are our best models? Jackknifing, bootstrapping, and earthquake depth||#EOS:70:20:1989:593-606|Modelling+Numerical analysis
J|0306||New ride on an old wave||#EOS:70:23:1989:636|Inversion+Tsunami+Pacific Ocean+Prince William Sound|News item
J|0307|Wright,C.+Korsch,R.J.+Finlayson,D.M.+|Deep seismic reflection profiling and continental evolution||#EOS:70:23:1989:639-644|Deep seismic sounding+Evolution+Tectonics+Continental crust|Report of a symposium held in Canberra in July 1988
J|0308|Kellogg,J.+Dixon,T.+Neilan,R.|CASA - Central and South America GPS geodesy||#EOS:70:24:1989:649-656|Satellite+Strain+Plate tectonics
J|0309||Labour pains at subduction's birth||#EOS:70:24:1989:650|South Pacific+Strong earthquake+Thrust|News item|#*MACQUARIE89
J|0310|Nagumo,S.+Walker,D.A.|Ocean bottom geoscience observatories reuse of transoceanic telecommunications cables||#EOS:70:26:1989:673-677|Broadband seismology+Ocean-bottom seismometer+Network+Submarine telephone cable
J|0311|Sampson,C.|China monitors the quakes to come||#NSC:-:1646:1989:25|Earthquake+Prediction+Temperature||#*YUNNAN88A|#*YUNNAN88B|#*ARMENIA88
J|0312|Gribbin,J.|Review of `Volcanoes and earthquakes' by J. Erickson||#NSC:-:1646:1989:57
J|0313|Ziegler,J.|Built-in defects raised Armenian death toll||#NSC:-:1647:1989:32|Damage+Earthquake+Building||#*ARMENIA88
J|0314|Rich,V.|After the earthquake, the inquest||#NSC:-:1650:1989:72|USSR+Preparedness||#*ARMENIA88
J|0315||Britons return with trace of Soviet quake||#NSC:-:1652:1989:26|Earthquake+Landslide+Tadzhikistan||#*TADZHIK89
J|0316||Mexican schools brace themselves for earthquakes||#NSC:-:1655:1989:40|Building code+Mexico
J|0317|Ambraseys,N.N.|Predicting earthquakes||#NSC:-:1657:1989:68-69|Prediction+Damage|Letter to the editor
J|0318|Davies,D.+Wood,P.|New dimensions for oil and gas exploration||#NSC:-:1658:1989:42-46|Reflexion study+Seismic survey+Hydrocarbon+Mapping
J|0319|Perera,J.|Geologists seek warning system for Soviet earthquakes||#NSC:-:1659:1989:23|Prediction+USSR||#*ARMENIA88
J|0320|Smith,P.|Review of `Theory of the Earth' by D. L. Anderson||#NSC:-:1661:1989:77|Geophysics
J|0321||Soft soils over hard rocks may put New York at risk of earthquakes, too||#NSC:-:1666:1989:40
J|0322|Anderson,N.L.+Brown,R.J.+Hinds,R.C.+|Seismic signature of a Swan Hills (Frasnian) reef reservoir, Snipe Lake, Alberta||#GPS:54:2:1989:148-157|Reflexion study
J|0323|Haldorsen,J.B.U.+Farmer,P.A.|Suppression of high-energy noise using an alternative stacking procedure||#GPS:54:2:1989:181-190|Reflexion study+Common depth point
J|0324|Toldi,J.L.|Velocity analysis without picking||#GPS:54:2:1989:191-199|Stacking+Common midpoint+Travel-times
J|0325|Bregman,N.D.+Bailey,R.C.+Chapman,C.H.|Crosshole seismic tomography||#GPS:54:2:1989:200-215|Cross-hole+Inversion+Ray tracing
J|0326|Stone,D.S.|Discussion on `Seismic contouring: a unique skill' by P. M. Tucker||#GPS:54:2:1989:267-270|Travel-times+Migration+Mapping+Reflexion study|With a reply by the author
J|0327|Pai,D.M.|Discussion on `Accurate depth migration by a generalized phase-shift method' by D. Kosloff and D. Kessler||#GPS:54:2:1989:271-272|Propagation+Wave equation|With a reply by the authors and a further response
J|0328|Bhattacharjee,S.K.|Discussion on `Imaging discontinuities on seismic sections' by E. R. Kanasewich and S. M. Phadke||#GPS:54:2:1989:273|Discontinuity+Stacking
J|0329|Tango,G.J.|Review of `Identification and suppression of multiple reflections in seismic prospecting' by E.A. Kozlov||#GPS:54:2:1989:277-282|Multiple reflexion
J|0330|Ruff,L.J.+Kanamori,H.|Introduction to subduction zones||#PAG:129:1-2:1989:1-5|Plate tectonics+Seismicity|Introduction to special issue
J|0331|Cloetingh,S.+Wortel,R.+Vlaar,N.J.|On the initiation of subduction zones||#PAG:129:1-2:1989:7-25|Plate boundary+Evolution+Lithosphere
J|0332|Seno,T.+Takano,T.|Seismotectonics at the trench-trench-trench triple junction off central Honshu||#PAG:129:1-2:1989:27-40|Sagami Trough
J|0333|McCann,W.R.+Habermann,R.E.|Morphologic and geologic effects of the subduction of bathymetric highs||#PAG:129:1-2:1989:41-69|Uplift+Bathymetry+Deformation
J|0334|Ruff,L.J.+Given,J.W.+Sanders,C.O.+|Large earthquakes in the Macquarie Ridge complex: transitional tectonics and subduction initiation||#PAG:129:1-2:1989:71-129|Plate boundary||#*SOUTHLAND81|#*SOUTHLAND|#*MACQUARIE89
J|0335|Heaton,T.H.+Hartzell,S.H.|Estimation of strong ground motions from hypothetical earthquakes on the Cascadia subduction zone, Pacific northwest||#PAG:129:1-2:1989:131-201|Subduction+Strong-motion analysis+1952-1979||#*STELIAS|#*MIYAGIKEN
J|0336|Smith,E.G.C.+Stern,T.+Reyners,M.|Subduction and back-arc activity at the Hikurangi convergent margin, New Zealand||#PAG:129:1-2:1989:203-231|Lithosphere+Back-arc basin
J|0337|Moriyama,T.+Tajima,F.+Seno,T.|An unusual zone of seismic coupling in the Bonin arc: the 1972 Hachijo-Oki earthquakes and related seismicity||#PAG:129:1-2:1989:233-261|Bonin Islands+Thrust+1965-1982||#*HACHIJOJIMA7202|#*HACHIJOJIMA7212
J|0338|Ruff,L.J.|Do trench sediments affect great earthquake occurrence in subduction zones?||#PAG:129:1-2:1989:263-282
J|0339|Domanski,B.+Droste,Z.+Hordejuk,J.|Analytical description of local seismograms||#ACM:-:81:1989:11-21|Mine tremor+Spectrum+Mathematical method
J|0340|Wierzchowska,Z.|Travel time curve of the initial seismic phase in the Upper-Silesian coal basin region|In Polish with English abstract|#ACM:-:81:1989:23-41|Travel-times+Initial phase+Structure+Poland
J|0341|Glowacka,E.+Holub,K.+Stankiewicz,T.+|An attempt of seismic hazard evaluation based on the extracted deposit amount at the Doubrava Colliery (Czechoslovakia)||#ACM:-:81:1989:43-55|Mining+Rockburst
J|0342|Ruzek,B.+Mohapl,P.|Seismic signals classification on the base of the cluster analysis|In Czech with English abstract|#ACM:-:81:1989:57-70|Seismogram+Classification+Clustering+Czechoslovakia
J|0343|Sileny,J.|Effect of the medium parameterization on the tomographic localization of Kladno mining tremors|In Czech with English abstract|#ACM:-:81:1989:71-85|Mine tremor+Focus+Location+Kladno
J|0344|Bouska,J.+Kozak,J.+Lokajicek,V.+|Possibility of the concrete utilization in the rock bumps modelling|In Czech with English abstract|#ACM:-:81:1989:87-97|Rockburst+Deformation
J|0345|Vajter,Z.+Knotek,S.+Holub,K.|Application of seismological observations in geomechanical practice|In Czech with English abstract|#ACM:-:81:1989:99-114|Mining+Rockburst+Energy+Occurrence
J|0346|Slavik,J.+Kalenda,P.+Holub,K.+|Automation of data processing during seismic activity investigation in the Ostrava-Karvina coal basin|In Czech with English abstract|#ACM:-:81:1989:115-126|Monitoring+Czechoslovakia+Mine
J|0347|Korinek,J.+Kalenda,P.+Slavik,J.|Possibilities in application of parameters of seismoacoustic impulses within the framework of the rockburst prevention in the Ostrava-Karvina coal basin|In Czech with English abstract|#ACM:-:81:1989:127-138|Seismoacoustics+Czechoslovakia
J|0348|Portuzak,Z.+Sklenar,J.|Application of the direct frequency filtration method for the estimation of the stress changes in the mined blocks pillars|In Czech with English abstract|#ACM:-:81:1989:139-155|Filtering+Mining
J|0349|Pandula,B.+Kristakova,Z.+Baranik,J.|Application of the seismic methods for the rock mass properties determination|In Czech with English abstract|#ACM:-:81:1989:157-165|Shear wave+Mining+Velocity
J|0350|Grzybowski,A.+Zatkowski,S.|Description of the menace state by rock bumps on the basis of the shock and working firing observation|In Polish with English abstract|#ACM:-:81:1989:193-203|Rockburst+Hazard+Seismology+Seismoacoustics
J|0351|Marcela,E.+Rozycki,A.|Experience obtained with the longwall method in the seam with variable thickness in the area considerably endangered by rock bumps (KWK Miechowice example)|In Polish with English abstract|#ACM:-:81:1989:205-222|Rockburst+Blast+Mining+Seismicity
J|0352|Wang,K.+Yao,Z-X.|Preliminary study of upper mantle shear velocity structure of China|In Chinese with English abstract|#AGS:32:1:1989:36-45|SS-wave+Synthetic seismogram
J|0353|Liu,F-T.+Li,Q.+Wu,H.+|On the tomographic inverse method used in velocity image reconstruction|In Chinese with English abstract|#AGS:32:1:1989:46-61|Tomography+Inversion+Resolution
J|0354|Huang,Y-H.+Yao,Y.|Calculation of diffractions in two-dimensional layered media|In Chinese with English abstract|#AGS:32:1:1989:76-88|Layered medium+Seismic survey+Boundary
J|0355|Liu,J-H.+Liu,F-T.+Wu,H.+|Three dimensional velocity images of the crust and upper mantle beneath north-south zone in China|In Chinese with English abstract|#AGS:32:2:1989:143-152|Tomography+Velocity profile
J|0356|Xu,G-M.|Integral inverse transform along a great circle on spherical surface and its application|In Chinese with English abstract|#AGS:32:2:1989:153-162|Tomography+Inversion+Radon transform
J|0357|Zhu,L-B.|Maslov's asymptotic method of calculating the theoretical seismogram of body waves in the lateral inhomogeneous medium|In Chinese with English abstract|#AGS:32:2:1989:163-172|Maslov asymptotic theory+Synthetic seismogram
J|0358|Zhou,L-G.+Liu,H-J.+Chu,Z-X.+|Microseism observation in Shajian thermal spring area of Zhangzhou, southern Fujian Province|In Chinese with English abstract|#AGS:32:2:1989:178-190|Fault+Hydrothermy
J|0359|Fan,J.+Li,Y-D.+Chang,T.|Velocity spectrum with L1 correlation|In Chinese with English abstract|#AGS:32:2:1989:191-202|Delay
J|0360|Xu,Z-U.+Cai,J-G.|Estimates of Q value using amplitudes attenuation coefficient and predominant frequencies attenuation coefficient of small local earthquakes waves|In Chinese with English abstract|#AGS:32:2:1989:231-235|China+Q
J|0361|Xie,X-B.+Yao,Z-X.|A generalized reflection-transmission coefficient matrix method to calculate static displacement field of a stratified half-space by dislocation source|In Chinese with English abstract|#AGS:32:3:1989:270-280|Reflexion coefficient+Synthetic seismogram
J|0362|Liu,F-T.+Wu,H.+Liu,J-H.+|Seismic tomography of the Chinese continent and adjacent region|In Chinese with English abstract|#AGS:32:3:1989:281-291|China+Crust+Upper mantle
J|0363|Wang,S-X.+Mu,Y-G.|All-dip wave equation migration by finite element method|In Chinese with English abstract|#AGS:32:3:1989:308-318
J|0364|Huang,X.+Wang,M-Y.|Seismotomography and its application to reconstruction of 2-D structures with VSP and SRP data|In Chinese with English abstract|#AGS:32:3:1989:319-328|Tomography+Ray theory+Least squares solution+Imaging
J|0365|Li,N.|Necessary conditions for the existence of one kind of logging response equations|In Chinese with English abstract|#AGS:32:3:1989:329-338
J|0366|Zhang,Z.+Fang,X.|A new method to study the fracture process of earthquakes and its application||#ASS:2:1:1989:1-12|Crack+Fault||#*DAOFU|#*XINJIANG83
J|0367|Chen,P.+Zuo,Z.+Xiao,H.|The surface wave magnitude determination with 763 long period seismograph network||#ASS:2:1:1989:13-25|Station correction
J|0368|Ding,X.+Zhang,W.|State of modern tectonic stress field in East China mainland||#ASS:2:1:1989:26-44|Major earthquake+Tectonics
J|0369|Wang,Q.|Possible anomalous changes of geomagnetic transfer functions at Heze station related to the Heze earthquake of M5.9 on Nov. 7, 1983||#ASS:2:1:1989:63-73|Geomagnetism+China+Electrical conductivity||#*HEZE
J|0370|Lin,C.+Liu,X.+Jiang,M.+|On the conductive layers in some regions of northwestern China and the deep electrical indexes for seismological zoning||#ASS:2:1:1989:83-94|Risk+Magnetotellurics
J|0371|Qian,J.+Zhao,H.|Earth resistivity modelling and observational system with multi-separation of electrodes||#ASS:2:1:1989:95-107|Prediction+Earthquake
J|0372|Xu,X.|Discussion of a few problems concerning the apparent resistivity method in earthquake prediction - observation of the optimum amplification, annual periodic variations and the large and small electrode separations||#ASS:2:1:1989:108-119|Geoelectricity
J|0373|Cai,D.+Fang,Y.+Sui,W.+|The b-value of acoustic emission during the complete process of rock fracture||#ASS:2:1:1989:129-134|b-Value+Microearthquake
J|0374|Sun,J.+Peng,Y.+Zhao,H.|The ultrasonic modelling of earthquake ground motion on the Beijing depression||#ASS:2:1:1989:135-148|Topography||#*TANGSHAN
J|0375|Fu,S.+Jiang,J.+Cui,W.+|Seismic hazard analysis and microzonation for the Yundang district of Island Xiamen||#ASS:2:1:1989:149-159|Microzoning+Design+China
J|0376|Morse,P.F.+Hildebrandt,G.F.|Ground-roll suppression by the stackarray||#GPS:54:3:1989:290-299|Common midpoint+Ground roll+Modelling
J|0377|Krail,P.M.+Brysk,H.|The shape of a marine streamer in a cross current||#GPS:54:3:1989:302-308|Marine seismic investigation+Hydrophone
J|0378|Reshef,M.+Kessler,D.|Practical implementation of three-dimensional poststack depth migration||#GPS:54:3:1989:309-318|Stacking+Wave equation
J|0379|Kim,Y.C.+Gonzalez,R.+Berryhill,J.R.|Recursive wavenumber-frequency migration||#GPS:54:3:1989:319-329|Layered medium+Velocity+Survey
J|0380|Norris,A.N.|Stoneley-wave attenuation and dispersion in permeable formations||#GPS:54:3:1989:330-341|Stoneley wave+Q
J|0381|Bortfeld,R.|Geometrical ray theory: rays and traveltimes in seismic systems (second-order approximations of the traveltimes)||#GPS:54:3:1989:342-349|Travel-times+Reflexion+Refraction
J|0382|Nolet,G.+Sleeman,R.+Nijhof,V.+|Synthetic reflection seismograms in three dimensions by a locked-mode approximation||#GPS:54:3:1989:350-358|Synthetic seismogram+Reflexion+Layered medium+Born approximation
J|0383|Lin,T-L.|Prestack traveltime inversion for three-dimensional structure||#GPS:54:3:1989:359-367|Stacking+Travel-times+Layered medium
J|0384|Pan,G.S.+Phinney,R.A.|Full-waveform inversion of plane-wave seismograms in stratified acoustic media: applicability and limitations||#GPS:54:3:1989:368-380|Plane wave+Acoustics
J|0385|Ozdemir,H.|Two-dimensional circularly symmetric filter design via coefficient mapping||#GPS:54:3:1989:392-401|Filtering+Seismics
J|0386|Biswas,B.|Discussion on `Seismic stratigraphy study of algal mound reservoirs, Patterson and Nancy fields, Paradox basin, San Juan County, Utah' by T. L. Davis and G. M. Jackson||#GPS:54:3:1989:406-407||With a reply by the authors
J|0387|Dehlinger,P.|Review of `Historical seismograms and earthquakes of the world' edited by W. H. K. Lee, H. Meyers and K. Shimazaki||#GPS:54:3:1989:408-409|History
J|0388|Tango,G.J.|Review of `Computational acoustics: Vol. 1 wave propagation, Vol. - algorithms and applications' edited by D. Lee, R. Sternberg and M. Schultz||#GPS:54:3:1989:411
J|0389|Allen,J.L.+Bruso,J.M.|A case history of velocity problems in the shadow of a large growth fault in the Frio formation, Texas Gulf Coast||#GPS:54:4:1989:426-439|Mexico, G. of
J|0390|Schock,S.G.+LeBlanc,L.R.+Mayer,L.A.|Chirp subbottom profiler for quantitative sediment analysis||#GPS:54:4:1989:445-450|Sonar+Profiling+Rhode Island
J|0391|Berni,A.J.+Roever,W.L.|Field array performance: theoretical study of spatially correlated variations in amplitude coupling and static shift and case study in the Paris Basin||#GPS:54:4:1989:451-459|Acoustics
J|0392|Berkhout,A.J.+Wapenaar,C.P.A.|One-way versions of the Kirchhoff integral||#GPS:54:4:1989:460-467|Modelling+Inversion+Propagation
J|0393|Ahmed,H.|Application of mode-converted shear waves to rock-property estimation from vertical seismic profiling data||#GPS:54:4:1989:478-485|Borehole
J|0394|Nagano,K.+Niitsuma,H.+Chubachi,N.|Automatic algorithm for triaxial hodogram source location in downhole acoustic emission measurement||#GPS:54:4:1989:508-513
J|0395|Morig,R.+Burkhardt,H.|Experimental evidence for the Biot-Gardner theory||#GPS:54:4:1989:524-527|Attenuation+Propagation+Rock
J|0396|Shah,P.M.|Review of `Propagation of transient elastic waves in stratified anisotropic media' by J. H. M. T. Van Der Hijden||#GPS:54:4:1989:531-532|Anisotropy
J|0397|Tango,G.J.|Review of `Ground motion and engineering seismology' by A. S. Cakmak||#GPS:54:4:1989:532|Shear wave+Propagation
J|0398|Mareschal,J-C.|Review of `The Earth's core' by J. A. Jacobs||#GPS:54:4:1989:532-533|Travel-times+Free oscillation
J|0399|McCue,K.+Kennett,B.L.N.+Gaull,B.A.+|A century of earthquakes in the Dalton-Gunning region of New South Wales||#BMR:11:1:1989:1-9|Seismicity+History||#*OOLONG84
J|0400|Symonds,P.A.+Willcox,J.B.|Australia's petroleum potential in areas beyond an Exclusive Economic Zone||#BMR:11:1:1989:11-36|Oil+Profile+Survey
J|0401|Michael-Leiba,M.O.+Gaull,B.A.|Probabilistic earthquake risk maps of Tasmania||#BMR:11:1:1989:81-87|Seismicity
J|0402|Michael-Leiba,M.O.|Macroseismic effects, locations and magnitudes of some early Tasmanian earthquakes||#BMR:11:1:1989:89-99|Macroseismic data
J|0403|Drummond,B.J.+Muirhead,K.J.+Wright,C.+|A teleseismic travel time residual map of the Australian continent||#BMR:11:1:1989:101-105|Travel-times+Teleseism
A|0404|Lilwall,R.C.+Young,J.B.|Broad-band P wave seismograms of six underground explosions in the USA recorded at a selection of LRSM stations|Report No. O 2/89|1989:Aldermaston, Berks:AWRE|P-wave+United States|46p
J|0405|Tokarev,P.I.|Eruption and seismicity of Karymskii volcano in 1965-1986|In Russian with English abstract|#VSM:-:2:1989:3-13
J|0406|Aptekman,Zh.Ya.+Belavina,Yu.F.+Zakharova,A.I.+|P-wave spectra to determine the dynamic parameters of earthquake foci: transition from station to focal spectra and computation of dynamic parameters of the focus|In Russian with English abstract|#VSM:-:2:1989:66-79|Spectrum+Dynamics
J|0407|Bakhtiarov,V.F.+Levin,V.E.|Deformations of the Earth's surface as shown by data of year-long geodimeter observations from the Mishennaya Observatory, Kamchatka, from 1979 to 1985|In Russian with English abstract|#VSM:-:2:1989:94-101|Seismicity+Geodetic survey
J|0408|Sharoglazova,G.A.+Stavrov,V.N.|Deformation of the Earth's surface as shown by geodetic data of 1974-1986 and large earthquakes at the junction of the Kuril-Kamchatka and Aleutian island arcs|In Russian with English abstract|#VSM:-:2:1989:102-110|Geodetic survey
J|0409|Dotzev,N.+Khalturin,V.+Shomahmadov,A.|Comparison of the seismic waves coda envelopes recorded by long period seismographs at a distance up to 4000 km|In Russian with English abstract|#BGS:15:1:1989:56-59|Seismogram+Bulgaria+Asia
J|0410|Ralchovsky,Tz.M.+Komarov,L.N.|Strong earthquakes on the Balkan Peninsula and the Earth's electromagnetic activity||#BGS:15:1:1989:60-69|Balkans+Electromagnetism+Vrancea||#*VRANCEA86
J|0411|Christoskov,L.+Rangelov,B.+Spasov,E.|A stochastic prediction of a strong earthquake in the Pacific Mexico coast||#BGS:15:1:1989:70-76|Gap
J|0412|Dineva,S.|Seismic moment of strong earthquakes in the Carpathian-Balkan region (1969-1981)|In Russian with English abstract|#BGS:15:2:1989:67-76|Balkans
J|0413|Mardirosyan,G.+Fremd,V.|Initial prerequisites and considerations in working out the piezoelectric transformer of an apparatus complex for seismological investigations of Mars|In Russian with English abstract|#BGS:15:2:1989:108-114|Seismology
J|0414|Iidaka,T.+Nakamura,I.+Mizoue,M.|The upper boundary of the Pacific plate beneath the Kanto region estimated from PS converted waves|In Japanese with English abstract|#BER:64:1:1989:37-50|Kanto+PS-wave
J|0415|Abe,K.|Estimate of tsunami heights from magnitudes of earthquake and tsunami|In Japanese with English abstract|#BER:64:1:1989:51-69|Fault
J|0416|a-Japanese DELP Research Group on Back-Arc Basins|Report on DELP 1987 cruises in the Ogasawara area. Part I: general outline||#BER:64:2:1989:119-131|Marine seismic investigation+Back-arc basin
J|0417|Abe,S.+Tokuyama,H.+Kuramoto,S.+|Report on DELP cruises in the Ogasawara area. Part II: seismic reflection studies in the Ogasawara trough||#BER:64:2:1989:133-147|Marine seismic investigation+Profile
J|0418|Hino,R.+Nishizawa,A.+Suyehiro,K.+|Report on DELP 1987 cruises in the Ogasawara area. Part III: Seismic refraction experiment using airgun-OBSH for fine crustal structure across the Ogasawara trough along east-west track line||#BER:64:2:1989:149-162|Marine seismic investigation+Refraction study
J|0419|Katao,H.+Hino,R.+Nagumo,S.+|Report on DELP 1987 cruises in the Ogasawara area. Part IV: explosion seismic refraction studies||#BER:64:2:1989:163-177|Refraction study+Ocean-bottom seismograph
J|0420|Kinoshita,M.+Uyeshima,M.+Uyeda,S.|Earthquake prediction research by means of telluric potential monitoring. Progress report No. 1: installation of monitoring network||#BER:64:2:1989:255-311|Magnetotellurics+Japan
J|0421|Ishii,H.|Recent abnormal uplift on the Izu Peninsula (1980-1988)|In Japanese with English abstract|#BER:64:2:1989:313-324|Swarm
J|0422|Ida,Y.+Osada,N.+Sawada,M.+|Seismological study based on recently installed permanent stations and a small eruptive event on January 6, 1989 at Kusatsu-Shirane volcano|In Japanese with English abstract|#BER:64:2:1989:325-345|Volcanic tremor+Network+Japan
J|0423|Vesnaver,A.+Vidmar,R.|Velocity analysis by complex trace: an efficient reformulation and some practical aspects||#BGT:30:119-120:1988:327-343|Stacking+Common midpoint+Signal-to-noise ratio
J|0424|Mantovani,E.+Mucciarelli,M.+Boschi,E.+|Reliability of seismicity data in the northern Apennines||#BGT:30:119-120:1988:371-384|Intensity
J|0425|Herak,D.+Herak,M.+Prelogovic,E.+|Some characteristics of the Adriatic Sea earthquake sequence (January-February 1986)||#BGT:30:119-120:1988:385-394|b-Value||#*ADRIATIC86
J|0426|Caputo,M.+Caputo,R.|Frequency of occurrence of earthquakes with a stick slip mechanism and regional displacement||#BGT:30:119-120:1988:395-411|Stick-slip+Stress-drop
J|0427|Vesnaver,A.+Sormani,L.|Frequency domain powering in one and two dimensions||#BGT:31:121:1989:3-17|Signal+Enhancement+Seismic processing
J|0428|Carrion,P.M.+Loewenthal,D.|Depth extrapolation of evanescent energy and noncausal wave fields||#BGT:31:121:1989:19-24|Source+Structure
J|0429|Cosentino,P.+Giammarinaro,M.S.+Luzio,D.|A self-starting algorithm for the inversion of the macroseismic field||#BGT:31:121:1989:41-47|Intensity+Macroseismic data+Depth
J|0430|Voidomatis,P.|Some aspects of a seismotectonic synthesis in the north Aegean Sea and surrounding area||#BGT:31:121:1989:49-61|Aegean Sea+Seismotectonics+Seismicity+Zoning
J|0431|Peruzza,L.+Iliceto,V.+Slejko,D.|Some seismotectonic aspects of the Alpago-Cansiglio area (N.E. Italy)||#BGT:31:121:1989:63-75|Seismotectonics+Seismicity+Alps
J|0432|Asfaw,L.+Kossobokov,V.|Preliminary results of pattern recognition in earthquake-prone areas on the margins of the Afar depression||#BGT:31:121:1989:77-80|East African Rift+Destructive earthquake
J|0433|Zaman,F.D.+Asghar,S.+Sharif,M.|Filtration of an SH-wave through a trapped random layer||#BGT:31:122:1989:91-96|Layered medium+Transmission ratio+Filtration
J|0434|Slejko,D.+Carulli,G.B.+Nicolich,R.+|Seismotectonics of the eastern Southern-Alps: a review||#BGT:31:122:1989:109-136|Italy+Crustal structure+Seismicity
J|0435|Clerici,E.+Ferulano,F.|Attenuation of seismic signals in the Phlegrean area||#BGT:31:122:1989:137-147|Phlegraean fields+Coda wave
J|0436|Stavrakakis,G.N.+Ioannidou,E.+Drakopoulos,J.|A source model for the January 17, 1983 Cephalonia (W. Greece) earthquake from the time domain modelling of teleseismic P waves||#BGT:31:122:1989:149-157|P-wave||#*KEFALLINIA
J|0437|Akasheh,B.+Kossobokov,V.|Premonitory clustering before strong earthquakes in Iran-Afghan region||#BGT:31:122:1989:159-162|Pattern recognition+Afghanistan
J|0438|Prakash,S.|Analysis and design of pile foundations under dynamic condition||#BIT:26:1:1989:161-219|Dynamics+Soil-structure interaction+Vibration
J|0439|Srivastava,H.N.|Application of strong motion data for epicentral determination of earthquakes||#BIT:26:1:1989:221-235|Strong-motion analysis+Epicentre+Array||#*MEXICOCITY|#*MEXICOCITY2|#*IMPERIAL|#*NAHANNI2|#*DHARMSALA86
J|0440||Review of `Estimation of seismicity parameters using a computer' by A. I. Zackharova||#BGT:31:121:1989:81
J|0441||Review of `Earthquake engineering fifth Canadian conference'||#BGT:31:121:1989:81|Earthquake-resistant design+Ground motion
J|0442||Review of `Seismicity in mines' edited by S. J. Gibowicz||#BGT:31:121:1989:81|Mine tremor+Rockburst|Papers from a special issue of Pure and Applied Geophysics
J|0443||Review of `Volcanic hazards: assessment and monitoring' edited by J. H. Latter||#BGT:31:121:1989:82|Volcano+Eruption+Precursor
J|0444||Review of `Subduction zones - part I' edited by L. J. Ruff and H. Kanamori||#BGT:31:121:1989:82|Volcano+Large earthquake|Papers from a special issue of Pure and Applied Geophysics
J|0445||Review of `Subduction zones - part II' edited by L. J. Ruff and H. Kanamori||#BGT:31:121:1989:82|Tectonics+Occurrence|Papers from a special issue of Pure and Applied Geophysics
J|0446||Review of `Electrical properties of the Earth's mantle' edited by W. H. Campbell||#BGT:31:121:1989:83|Electrical conductivity
J|0447|Wang,B.+Wang,C.|An improvement on the consecutive Hamming method and its application to the identification of earthquake-prone regions||#ASS:2:2:1989:163-174|Pattern recognition+Beijing+Seismicity||#*TANGSHAN
J|0448|Liang,L.+Lin,M.|Q-value in the Xinfengjiang reservoir area estimated by coda waves of local earthquakes||#ASS:2:2:1989:175-188|Q
J|0449|Diao,G.+Wang,Z.|Subsequences in the Xingtai earthquake sequence||#ASS:2:2:1989:189-198|Aftershock+Focal mechanism||#*XINGTAI81|#*XINGTAI85
J|0450|Liao,Z.+Li,D.+Sun,P.|A probability model of seismic intensity attenuation in China||#ASS:2:2:1989:199-218|Hazard+Prediction
J|0451|Hu,Y.|A theoretical method to analyse variation of the local gravity field during the seismogenic process||#ASS:2:2:1989:226-238|Deformation+Dilation+Earthquake||#*TANGSHAN
J|0452|Zhang,Z.+Zheng,J.+Zhang,G.|Response of a well-aquifer system and water level observation system to earth tides and seismic waves||#ASS:2:2:1989:251-264|Groundwater
J|0453|Chen,P.F.+Fung,P.C.W.|A numerical study of some horizontal source field effects on the transfer functions and amplitude ratios in geomagnetic investigation||#ASS:2:2:1989:274-288|Numerical analysis+Prediction+Geomagnetic field
J|0454|Hao,J.|Near Earth surface anomalies of the atmospheric electric field and earthquakes||#ASS:2:2:1989:289-298|Local earthquake+Precursor+China+1977-1986
J|0455|An,Z.+Zhu,C.+Li,J.|The experimental study of variations of m value in acoustic emission and crack spreading of rock samples under heating and uniaxial compression||#ASS:2:2:1989:299-305|Thermal stress+Acoustic emission
J|0456|Liu,W.|Study of the focal process of the Xingtai earthquake (review)||#ASS:2:2:1989:306-319|Focal mechanism+Sequence+1966
J|0457|Zhuo,Y.+Hiroo,K.|Source parameters of the Bohai earthquake of 1969||#ASS:2:2:1989:320-324||Research note
J|0458|Wang,Z.+Wu,F.|A preliminary study of the georesistivity variation at the Xi'an station||#ASS:2:2:1989:325-332|Small earthquake+Fissure+Xian|Research note
J|0459|Konstantinov,B.|Influence of seismic effects on strength parameters of clays||Abstr. Bulg. scient. Lit. Geosci.:32:1:1989:34-35|Bulgaria+Sensitivity|Abstract only
J|0460|Boncev,E.|Evidence for young transverse block faults in the Thracian-Moesian collision zone of the Balkan peninsula||Abstr. Bulg. scient. Lit. Geosci.:32:1:1989:38|Balkans+Plate tectonics+Uplift|Abstract only
J|0461|Thakkar,S.K.|Education for earthquake awareness and disaster mitigation||#BIT:26:2:1989:1-9|Damage+India+Preparedness
J|0462|Patnaik,A.K.+Jain,S.K.|Ductility requirements in Indian codes for aseismic design of R.C. frame structures: a review||#BIT:26:2:1989:11-40|Building code+Earthquake-resistant design+Reinforced concrete
J|0463|Young,R.P.|Fred Leighton Memorial Workshop on mining induced seismicity, August 30, 1987||#PAG:129:3-4:1989:285-293|Rockburst+Mine tremor+Microseism+Hazard|Editorial and panel discussion
J|0464|McGarr,A.+Bicknell,J.+Sembera,E.+|Analysis of exceptionally large tremors in two gold mining districts of South Africa||#PAG:129:3-4:1989:295-307|Source+Mine tremor+Ground motion
J|0465|Sileny,J.|The mechanism of small mining tremors from amplitude inversion||#PAG:129:3-4:1989:309-324|Mine tremor+Shear+Focal mechanism
J|0466|Sato,K.+Fujii,Y.|Source mechanism of a large scale gas outburst at Sunagawa coal mine in Japan||#PAG:129:3-4:1989:325-343|Focal mechanism
J|0467|Williams,D.J.+Arabasz,W.J.|Mining-related and tectonic seismicity in the East Mountain area, Wasatch Plateau, Utah||#PAG:129:3-4:1989:345-368|Focal mechanism
J|0468|Wong,I.G.+Humphrey,J.R.+Adams,J.A.+|Observations of mine seismicity in the eastern Wasatch Plateau, Utah, U.S.A.: a possible case of implosional failure||#PAG:129:3-4:1989:369-405
J|0469|Bollinger,G.A.|Microearthquake activity associated with underground coal-mining in Buchanan County, Virginia, U.S.A.||#PAG:129:3-4:1989:407-413
J|0470|Long,L.T.+Copeland,C.W.|The Alabama, U.S.A., seismic event and strata collapse of May 7, 1986||#PAG:129:3-4:1989:415-421|Rockburst+Mine||#*ALABAMA86
J|0471|Hasegawa,H.S.+Wetmiller,R.J.+Gendzwill,D.J.|Induced seismicity in mines in Canada - an overview||#PAG:129:3-4:1989:423-453|Mine tremor+Mechanism+Monitoring
J|0472|Young,R.P.+Talebi,S.+Hutchins,D.A.+|Analysis of mining-induced microseismic events at Strathcona mine, Sudbury, Canada||#PAG:129:3-4:1989:455-474|Monitoring+Microseismicity+Focal mechanism
J|0473|Heick,C.+Flach,D.|Microseismicity in a flooded potash mine, the Hope mine, Federal Republic of Germany||#PAG:129:3-4:1989:475-496|Underground water
J|0474|Cichowicz,A.+Green,R.W.E.|Changes in the early part of the seismic coda due to localized scatterers: the estimation of Q in a stope environment||#PAG:129:3-4:1989:497-511|Scattering+Rock
J|0475|Kuhnt,W.+Knoll,P.+Grosser,H.+|Seismological models for mining-induced seismic events||#PAG:129:3-4:1989:513-521|Mine tremor+Rockburst+Stress
J|0476|Glowacka,E.+Kijko,A.|Continuous evaluation of seismic hazard induced by the deposit extraction in selected coal mines in Poland||#PAG:129:3-4:1989:523-533|Mine tremor
J|0477|Fajklewicz,Z.+Jakiel,K.|Induced gravity anomalies and seismic energy as a basis for prediction of mining tremors||#PAG:129:3-4:1989:535-552|Mine tremor
J|0478|Niewiadomski,J.|Application of singular value decomposition method for location of seismic events in mines||#PAG:129:3-4:1989:553-570|Mine tremor+Geophone+Mathematical method
J|0479|Young,R.P.+Hutchins,D.A.+McGaughey,J.+|Geotomographic imaging in the study of mining induced seismicity||#PAG:129:3-4:1989:571-596|Tomography+Ray tracing+Monitoring
J|0480|Jech,J.|Seismic tomography in the Ostrava-Karvina mining region||#PAG:129:3-4:1989:597-608|Mine tremor+Location
J|0481|Dubinski,J.+Dworak,J.|Recognition of the zones of seismic hazard in Polish coal mines by using a seismic method||#PAG:129:3-4:1989:609-617|Rockburst+Mining+Poland
J|0482|Morrison,D.M.|Rockburst research at Falconbridge's Strathcona mine, Sudbury, Canada||#PAG:129:3-4:1989:619-645|Monitoring+Mechanism
J|0483|Young,R.P.+Hutchins,D.A.+Talebi,S.+|Laboratory and field investigations of rockburst phenomena using concurrent geotomographic imaging and acoustic emission/microseismic techniques||#PAG:129:3-4:1989:647-659|Tomography+Monitoring+Mechanism
J|0484|Hedley,D.G.F.+Udd,J.E.|The Canada-Ontario-industry rockburst project||#PAG:129:3-4:1989:661-672|Monitoring+Mining
J|0485|Spottiswoode,S.M.|Perspectives on seismic and rockburst research in the South African gold mining industry||#PAG:129:3-4:1989:673-680
J|0486|Oda,H.+Koami,H.+Seya,K.|Effect of occurrence rate of acoustic emissions on their statistical behaviour||#PAG:130:1:1989:5-29|Rock+Compression
J|0487|Zahradnik,J.|Simple method for combined studies of macroseismic intensities and focal mechanisms||#PAG:130:1:1989:83-97|Macroseismic data+Model+Mathematical method
J|0488|Banik,N.C.+Lerche,I.+Shuey,R.T.|Offset dependent amplitudes: Effects of wavefront and reflector curvature in homogeneous and layered media||#PAG:130:1:1989:99-125|P-wave+Ray theory
J|0489|Bloxham,J.|Review of `The Earth's core' by J. A. Jacobs||#PAG:130:1:1989:130-131
J|0490|Gubbins,D.|Review of `Applied mathematics for Earth scientists' by T. Rikitake, R. Sato and Hagiwara,Y.||#PAG:130:1:1989:132-134|Mathematical method
J|0491|Li,V.C.|Review of `Earthquake engineering'||#PAG:130:1:1989:135|Earthquake-resistant design+Ground motion
J|0492|Czechowski,L.|Review of `The physics of the planets. Their origin, evolution and structure' edited by S. K. Runcorn||#PAG:130:1:1989:136-137|Mantle convection
J|0493|Wang,J.H.+Teng,T.L.+Ma,K.F.|Temporal variation of coda Q during Hualien earthquake of 1986 in eastern Taiwan||#PAG:130:4:1989:617-634|Q+Sequence||#*HUALIEN
J|0494|Gusev,A.A.|Multiasperity fault model and the nature of short-period subsources||#PAG:130:4:1989:635-660|Ground motion
J|0495|Varnes,D.J.|Predicting earthquakes by analysing accelerating precursory seismic activity||#PAG:130:4:1989:661-686|Prediction+Sequence+Foreshock+Earthquake||#*SHIMANE3|#*HAICHENG|#*OAXACA|#*SANANTONIO|#*MONTENEGRAN|#*VIRGIN
J|0496|Abdelrahman,E.M.+Bayoumi,A.I.+El-Araby,H.M.|Dip angle determination of fault planes from gravity data||#PAG:130:4:1989:735-742|Gravity modelling
J|0497|Kadinsky-Cade,K.|Review of `Strong ground motion seismology' edited by M. O. Erdik and M. N. Toksoz||#PAG:130:4:1989:751-754|Strong-motion analysis
J|0498|Nyland,E.|Review of `Inverse problems and tomography in acoustics and seismology' by P. Carrion||#PAG:130:4:1989:755-756|Inversion
J|0499|England,P.|Review of `The encyclopedia of structural geology and plate tectonics' edited by C. K. Seyfert||#PAG:130:4:1989:757-759|COCORP
J|0500|Rybicki,K.R.|Review of `Annual review of Earth and planetary sciences' edited by G. W. Wetherill, A. L. Albee and F. G. Stehli||#PAG:130:4:1989:761-763|Ground motion
J|0501|Belazougui,M.|The October 1980 El-Asnam - Algeria earthquake and its building structures effects||#IIS:23:-:1989:1-17|El Asnam+Damage+1716-1980||#*ELASNAM
J|0502|Guiliani,H.|Objectives and fundamental principles of seismo-resistant architecture||#IIS:23:-:1989:19-35|Earthquake-resistant design+Building
J|0503|Than,U.A.|Earthquake disaster mitigation problems in Burma||#IIS:23:-:1989:37-60|Seismicity+Building code+1912-1970
J|0504|Monge,J.|Seismic regions and micro-zonation of cities in Chile||#IIS:23:-:1989:61-80|Seismicity+Building code+Tsunami+Plate
J|0505|Gonzalez,G.|Some comments on the Colombian seismic design regulations||#IIS:23:-:1989:81-94|Building code+Soil-structure interaction+Seismicity||#*POPAYAN
J|0506|Santana,G.|Current seismic design regulations for Costa Rica||#IIS:23:-:1989:95-122|Seismicity+Building code+Network||#*QUEPOS87A|#*QUEPOS87B
J|0507|Fernandez de Ponce,J.|The March 5th, 1987 earthquakes in Ecuador||#IIS:23:-:1989:123-141|Damage+Landslide||#*ECUADOR87A|#*ECUADOR87B|#*ECUADOR87C
J|0508|Abd El-Samad,M.M.+Dessokey,M.M.|The Ismailiya (Egypt) earthquake of January 2nd, 1987 (location, macroseismic survey, radiation pattern of the first motion and its tectonic implications)||#IIS:23:-:1989:143-153|Focal mechanism||#*ISMAILIYA87
J|0509|Tessema,A.|Seismic resistant design, the need and the method in Ethiopia||#IIS:23:-:1989:155-168|Seismicity+Earthquake-resistant design+Building
J|0510|Andrikopoulou,K.P.|Damage assessment from the earthquakes of Kalamata in 1986 - correlation of damage distribution with the soil conditions of Kalamata||#IIS:23:-:1989:169-188|Greece+Building||#*KALAMATA
J|0511|Madan,K.K.|Disaster prevention counter measures for structures - seismic loads and seismic design method adopted in India||#IIS:23:-:1989:189-209|Earthquake-resistant design+Building
J|0512|Edrisi,A.A.|Some aspects of Iranian codes of practice, design and administrative problems in earthquake engineering||#IIS:23:-:1989:211-234|Earthquake-resistant design+Seismicity+Building code
J|0513|Eu,W-K.|Hongsung earthquake - 1978||#IIS:23:-:1989:235-255|Korea+Damage+Focal mechanism
J|0514|Luna,A.E.|Special techniques used in Mexico for the earthquake proof design of building foundations||#IIS:23:-:1989:257-293|Earthquake-resistant design+Soil-structure interaction
J|0515|Malla,S.|Present states of structures which have suffered many damages in recent earthquakes and their main causes||#IIS:23:-:1989:295-300|Nepal
J|0516|Bariola,J.|Influence of strength and stiffness on seismic structural behaviour||#IIS:23:-:1989:301-318|Earthquake-resistant design+Ground motion+Building
J|0517|Villaraza,C.M.|Towards a rational seismic design code for the Philippines||#IIS:23:-:1989:319-339|Seismicity+1601-1983+Building code
J|0518|Prachuab,S.|Site response and seismic ground motion from distant-large earthquake at Bangkok||#IIS:23:-:1989:341-358|Seismicity+Thailand||#*MEXICOCITY|#*SRINAKARIND|#*THAILAND75
J|0519|Boduroglu,H.|Rural buildings in Turkey that have suffered damage in recent earthquakes and their main causes||#IIS:23:-:1989:359-380|1925-1984
J|0520|Malaver,A.J.|The earthquake engineering in Venezuela||#IIS:23:-:1989:381-399|1530-1986+Network
J|0521|Tashkov,L.|Present state of structures which have suffered many damages in recent earthquake and their main causes||#IIS:23:-:1989:401-420|Yugoslavia+Building+Ground acceleration||#*MONTENEGRAN
J|0522|Siswowidjoyo,S.|Seismicity and other phenomena associated with the eruption of Galunggung volcano in west Java, Indonesia, in 1982/1983 and their volcanological implications||#IIS:23:-:1989:433-466|Volcanic tremor
J|0523|Magsi,H.Z.+Kazi,A.A.|Some special characteristic developments of seismic activity in Pakistan||#IIS:23:-:1989:467-474|Seismicity
J|0524|Smith,W.D.|Principal New Zealand earthquakes in 1988||#BNZ:22:1:1989:1
J|0525|Smith,E.G.C.+Anderson,H.+Ansell,J.+|Workshop on the deformation of the Wellington region||#BNZ:22:1:1989:2-38|Fault+Seismicity|Workshop abstracts
J|0526|Meggett,L.M.+Fenwick,R.C.|Seismic behaviour of a reinforced concrete portal frame sustaining gravity loads||#BNZ:22:1:1989:39-49|Building+Earthquake-resistant design+Loading
J|0527|Jury,R.D.+Hollings,J.P.+Catley,T.J.|Design of a curved 414m long continuous concrete railway bridge to resist earthquake motions||#BNZ:22:1:1989:50-56|Earthquake-resistant design
J|0528|Hopkins,D.C.|Discussion on `Conservation of historic buildings in a seismic zone: a New Zealand perspective' by I. Bowman||#BNZ:22:1:1989:57-58|Risk+Building code|With a reply by the author
J|0529||The Armenian earthquake of December 7, 1988||#BNZ:22:1:1989:63|Damage||#*ARMENIA88
J|0530|Billings,I.J.|3rd U.S. - Japan workshop on the improvement of building structural design and construction practices, 29 July-1 August 1988 Tokyo, Japan||#BNZ:22:2:1989:73-75|Earthquake-resistant design+Building code
J|0531|Stephenson,W.R.|Normal modes of a "Cylindrical Valley" of alluvium||#BNZ:22:2:1989:76-80|Resonance+Soil-structure interaction+Mathematical method
J|0532|Stephenson,W.R.|Observation of a directed resonance in soil driven by transverse rock motion||#BNZ:22:2:1989:81-89|Ground motion+New Zealand
J|0533|Ohkubo,M.|An estimation method for seismic effects of reinforced concrete non-structural walls to structural frame members||#BNZ:22:2:1989:90-97|Earthquake-resistant design+Earthquake engineering
J|0534|Nishiyama,M.+Mugurama,H.+Watanabe,F.|Hysteretic restoring force characteristics of unbonded prestressed concrete framed structure under earthquake load||#BNZ:22:2:1989:112-121|Mathematical method+Hysteresis+Loading
J|0535|Park,R.+Hopkins,D.C.|United States/New Zealand/Japan/China collaborative research project on the seismic design of reinforced concrete beam-column-slab joints||#BNZ:22:2:1989:122-126|Report+Earthquake-resistant design|Project report by R. Park and fourth-meeting report by D. C. Hopkins
J|0536|Wetmiller,R.J.+Drysdale,J.A.+Horner,R.B.+|Canadian earthquakes - 1985-86|In English and French|Geol. Surv. Pap. Can.:97:-:1989:1-25|Canada+Seismicity+1985-1986||#*NAHANNI|#*NAHANNI2
J|0537|Marillier,F.+Keen,C.E.+Stockmal,G.S.+|Crustal structure and surface zonation of the Canadian Appalachians: implications of deep seismic reflection data||#CJS:26:2:1989:305-321|Profile+Reflexion study+Appalachian Mts.+Canada
J|0538|McCrank,G.F.D.+Kamineni,D.C.+Ejeckam,R.B.+|Geology of the East Bull Lake gabbro - anorthosite pluton, Algoma District, Ontario||#CJS:26:2:1989:357-375|Fault+Strike-slip
J|0539|Wetmiller,R.J.+Cajka,M.G.|Tectonic implications of seismic activity recorded by the northern Ontario seismograph network||#CJS:26:2:1989:376-386|Tectonics+Seismicity+Rockburst||#*ONTARIO84
J|0540|Brown,A.+Soonawala,N.M.+Everitt,R.A.+|Geology and geophysics of the Underground Research Laboratory site, Lac du Bonnet Batholith, Manitoba||#CJS:26:2:1989:404-425|Reflexion study+Underground site
J|0541|Asudeh,I.+Forsyth,D.A.+Stephenson,R.+|Crustal structure of the Canadian polar margin: results of the 1985 seismic refraction survey||#CJS:26:5:1989:853-866|Canada+Refraction study+Transition zone
J|0542|Mauffret,A.+Mougenot,D.+Miles,P.R.+|Cenozoic deformation and Mesozoic abandoned spreading centre in the Tagus Abyssal Plain (west of Portugal): results of a multichannel seismic survey||#CJS:26:6:1989:1101-1123|Reflexion study+Crustal structure
J|0543|Barrie,J.V.+Bornhold,B.D.|Surficial geology of Hectate Strait, British Columbia continental shelf||#CJS:26:6:1989:1241-1254|Reflexion study+Sedimentation+Side-scan sonar
J|0544|Babadzhanov,T.L.+Rzaeva,V.A.+Shikh-Zade,E.R.|Depth structure of the Earth's crust beneath the Aral Sea|In Russian|#SVG:-:1:1989:80-86|Crustal structure+Survey
J|0545|Akishev,T.A.+Erkhov,V.A.+Popov,K.A.+|The depth structure and seismicity of the southern and southeastern regions of Kazakhstan|In Russian|#SVG:-:5:1989:101-106
J|0546|Kazanskiy,V.I.|Depth structure of the interior part of the USSR|In Russian|#SVG:-:6:1989:5-16|Velocity+Deep structure
J|0547|Pavlenkova,N.I.|Kola borehole and its significance for deep seismic sounding|In Russian|#SVG:-:6:1989:16-23|Velocity+Kola Peninsula
J|0548|Magnitsky,V.A.+Zharkov,V.N.|Physics and interior structure of the Earth|In Russian with English abstract|#SVG:-:6:1989:29-33|Earth structure+Deep-focus earthquake+Mantle convection+Boundary
J|0549|Fahmi,K.J.|Empirical relations characterizing earthquakes ground motions in Iraq||#EEE:1:-:1989:3-9|Intensity+1042-1980
J|0550|Ambraseys,N.N.+Pantelopoulos,P.|The Fokis (Greece) earthquake of 1 August 1870||#EEE:1:-:1989:10-18|Sequence
J|0551|Tomazevic,M.|Some aspects of structural strengthening of historic buildings in urban and rural nuclei against earthquakes||#EEE:1:-:1989:19-28|Earthquake-resistant design+Damage+Vulnerability
J|0552|Tomazevic,M.+Modena,C.|Seismic behaviour of masonry buildings with a mixed structural system: earthquake simulator study of three-storeyed building models||#EEE:1:-:1989:29-40|Shake table+Masonry structure+Earthquake-resistant design
J|0553|Corsanego,A.+Del Grosso,A.|Forecasting the after-earthquake usability of ordinary buildings||#EEE:1:-:1989:41-50|Vulnerability+Damage
J|0554|Vogt,J.|Historical seismicity||#EEE:1:-:1989:51-53|History
J|0555||The draft Eurocode 8||#EEE:1:-:1989:54-64|Europe+Building code
J|0556|Calvi,G.M.+Ciampoli,M.+Pinto,P.E.|Guidelines for seismic design of bridges. Background studies: Part I||#EEE:2:-:1989:3-16|Earthquake-resistant design+Concrete+Ductility
J|0557|Carydis,P.G.+Vougioukas,E.A.|Full scale dynamic test of a two storied timber frame construction house using a 6-DOF earthquake simulator||#EEE:2:-:1989:17-21|Earthquake-resistant design+Wooden house+Shake table+Greece||#*KALAMATA
J|0558|Vintzeleou,E.+Tassios,T.P.|Seismic behaviour and design of infilled R.C. frames||#EEE:2:-:1989:22-28|Earthquake-resistant design+Reinforced concrete+Masonry
J|0559|Cao,H.+Lee,V.W.|Scattering of plane SH waves by circular cylindrical canyons with variable depth-to-width ratio||#EEE:2:-:1989:29-37|SH-wave+Model
J|0560|Lee,V.W.+Trifunac,M.D.|A note on filtering strong-motion accelerograms to produce response spectra of specified shape and amplitude||#EEE:2:-:1989:38-45|Spectral analysis+Strong-motion analysis
J|0561||The draft Eurocode 8||#EEE:2:-:1989:46-57|Europe+Building code
J|0562|Rinaldis,D.+Bongiovanni,G.|Acquisition of strong motion data||#EEE:2:-:1989:60-62|Accelerogram+Data acquisition+Data processing+Strong-motion seismology
J|0563|Chekunov,A.V.+Sollogub,V.B.|Lithospheric geotraverses in central and eastern Europe||Episodes:12:1:1989:18-22|Deep seismic sounding+Lithosphere
J|0564|Grau,G.|Review of `The Atlantic continental margin: U.S.' edited by R. E. Sheridan and J. A. Grow||Episodes:12:1:1989:58-59
J|0565|Zwart,H.J.|The International Lithosphere Programme reviewed||Episodes:12:2:1989:91-94|Review
J|0566|Trifunac,M.D.|Threshold magnitudes which cause the ground motion exceeding the values expected during the next 50 years in a metropolitan area||Geofizika, Zagreb:6:-:1989:1-12|Prediction+California|Short communication
J|0567|Herak,M.|The magnitude-intensity-focal depth relation for earthquakes in the wider Dinara region||Geofizika, Zagreb:6:-:1989:13-21|Yugoslavia
J|0568|Juhanjan,A.|Volume-density ratio and elastic properties of Armenian volcanic highland effusives and xenoliths in high thermobaric conditions|In Serbo-Croat with English abstract|Geofizika, Zagreb:6:-:1989:23-35|Elasticity+Volcanism+Seismicity
J|0569|Herak,D.+Cabor,S.|Earthquake catalogue for S.R. Croatia (Yugoslavia) and neighbouring regions for the years 1986 and 1987|In Serbo-Croat with English abstract|Geofizika, Zagreb:6:-:1989:101-121
J|0570|Geiko,V.S.|Theorems on the uniqueness of the linearized inverse kinematic seismics problem. 3|In Russian with English abstract|#GFZ:11:1:1989:10-17|Inversion+Kinematics+Refraction+Reflexion
J|0571|Shchelkunov,A.S.|Stable methods of seismic signals' accumulation|In Russian with English abstract|#GFZ:11:1:1989:34-41|Noise+Statistics+Model
J|0572|Trifonov,P.G.+Khokhlov,M.T.|Control systems of converted reflected waves of PS type in the Donbas coal region|In Russian with English abstract|#GFZ:11:1:1989:49-56|PS-wave+Converted wave|Scientific communication
J|0573|Filshtinsky,L.E.+Grin,N.E.+Sapuzhak,A.F.+|Studies in the dynamics of seismic wave fields according to models of the Volyn-Podolian region|In Russian with English abstract|#GFZ:11:1:1989:57-63|Acoustics+Hydrocarbon+Ukraine|Scientific communication
J|0574|Kasymova,A.G.+Zavoiskaya,I.N.|Ionospheric effect of the Vrancea earthquake in Kiev|In Russian with English abstract|#GFZ:11:1:1989:76-80|Ionosphere+1977|Scientific communication|#*ROMANIAN
J|0575|Solovyov,S.L.|A system of seismological observations in Finland|In Russian with English abstract|#GFZ:11:1:1989:81-88|Network+Telemetry+Data processing|International information
J|0576|Timoshin,Yu.V.+Shatilo,A.P.|Phase deconvolution - problems of theory and application results|In Russian with English abstract|#GFZ:11:2:1989:18-24|Spectrum+Signal
J|0577|Buyanov,A.F.+Glaznev,V.N.+Raevsky,A.B.+|Complex interpretation of gravimetry seismometry and geothermia data|In Russian with English abstract|#GFZ:11:2:1989:30-39|Kola Peninsula+Inversion+Modelling
J|0578|Pochinaiko,R.S.|Possibilities of restoration of seismic parameters of layered-homogeneous model of the medium based on the matrix method|In Russian with English abstract|#GFZ:11:2:1989:57-64|Layered medium+Homogeneous medium+Modelling|Scientific communication
J|0579|Rudnitskii,V.P.|Numerical separation of linearly independent signals|In Russian with English abstract|#GFZ:11:2:1989:68-71|Numerical method+Wave|Scientific communication
J|0580|Popova,O.G.+Sanina,I.A.|An experiment of the seismic tomography method application to the data of profile investigations by SCWM|In Russian with English abstract|#GFZ:11:2:1989:82-89|P-wave+Deep seismic sounding+Bulgaria|Scientific communication
J|0581|Geiko,V.S.|On uniqueness of solution of the unidimensional inverse kinematic problems of seismics. 1|In Russian with English abstract|#GFZ:11:3:1989:19-30|Inversion+Kinematics+Travel-times
J|0582|Gerasimov,M.E.+Krivchenkov,B.S.|On structure-lithological stores of the Ukraine south sedimentary cover|In Russian with English abstract|#GFZ:11:3:1989:79-85|Crimea+Exploration+Seismic survey|Scientific communication
J|0583|Chekunov,A.V.+Sollogub,V.B.|State and problems of the lithosphere study|In Russian with English abstract|#GFZ:11:3:1989:91-95|Drilling+Geophysical data|International scientific collaboration
J|0584|Varga,P.+Denis,C.|A study of the variation of tidal numbers with Earth structure||#GEK:34:4:1989:263-282|Love number+Tide+Model
J|0585|Walzer,U.+Maaz,R.+Toth,L.|Seismic activity of the Pannonian Basin and comparison with other geophysical fields||#GEK:34:4:1989:283-294|Crust+Seismicity+1763-1984
J|0586|Peterson,J.+Renaut,R.|Synthetic 2-D seismic wave propagation using a hypercube Parallel computer||#GEK:34:4:1989:309-332|Synthetic seismogram+Finite difference method
J|0587|Reimers,L.E.+Heil,R.W.|Seismic data acquisition quality control||#GEK:34:4:1989:333-342|Seismic processing+High resolution+Field work
J|0588|Vejmelek,L.+Tomek,C.|Deep reflection seismic profile 598 in the southwestern part of the Transcarpathian Depression||#GEK:35:1-2:1989:65-76|Reflexion study+Hungary+Mohorovicic discontinuity
J|0589|Kilenyi,E.+Polcz,I.+Szabo,Z.|Neogene volcanism of the Nyir region (NE Hungary) as revealed by integrated interpretation of the latest geophysical data||#GEK:35:1-2:1989:77-99|Reflexion study+Pannonian Basin+Gravity
J|0590|Schenk,V.+Schenkova,Z.+Pospisil,L.|Fault system dynamics and seismic activity - examples from the Bohemian Massif and the western Carpathians||#GEK:35:1-2:1989:101-116|Seismicity+Seismotectonics+Geodynamics+Czechoslovakia
J|0591|Petrik,G.V.+Elisejeva,L.K.+Sheludko,I.F.+|Regional seismic investigations in the region of the Nepa-Botuobinsk anteclise of the Siberian platform|In Russian with English abstract|#GGS:-:1:1989:80-88|Reflexion study+Refraction study+Mohorovicic discontinuity
J|0592|Goldin,S.V.|Some consequences from phenomenologic model of explosion source for seismic waves|In Russian with English abstract|#GGS:-:1:1989:96-106|Signal-to-noise ratio
J|0593|Malkin,A.L.|Nongaussian statistical model of seismic record|In Russian with English abstract|#GGS:-:1:1989:106-115|Statistics+Amplitude
J|0594|Kulagin,A.V.|Scattering of seismic waves by heterogeneous object - numerical experiment|In Russian with English abstract|#GGS:-:1:1989:115-125|Numerical modelling+P-wave+Heterogeneous medium
J|0595|Mishen'kin,B.P.+Mishen'kina,Z.R.+Ten,E.N.+|Three-dimensional seismic model of the crust and upper mantle in the north-east of the Baikal rift zone|In Russian with English abstract|#GGS:-:2:1989:115-123|Baikalian Rift+Deep seismic sounding+Crustal structure
J|0596|Bljas,E.A.|Time fields of reflected converted waves for three-dimensional layered medium with non-horizontal interfaces|In Russian with English abstract|#GGS:-:2:1989:123-132|Reflected wave
J|0597|Kolonin,A.G.|The possibility to use results of seismic sounding for revealing local heterogeneities|In Russian with English abstract|#GGS:-:3:1989:101-110|Heterogeneity+Reflected wave+Common midpoint+Seismic prospecting
J|0598|Potapov,V.A.|Relative amplitude level of surface waves in the bed of ground|In Russian with English abstract|#GGS:-:3:1989:110-116|Elastic modulus
J|0599|Bljas,E.A.+Levit,A.N.|Investigation of iterative algorithm convergence for determination of layer model of medium from CDP method data|In Russian with English abstract|#GGS:-:4:1989:112-120|Layered medium+Common depth point
J|0600|Ingerman,V.G.+Kashik,A.S.|Correction for screening of gradient sonde readings in finitely thick beds|In Russian with English abstract|#GGS:-:4:1989:121-125
J|0601|Kluchevsky,A.V.|Comparative analysis of seismographs record with magnetic and galvanometer registration|In Russian with English abstract|#GGS:-:4:1989:125-132|Seismogram+Magnetometer+Regression
J|0602|Umperovitch,N.V.+Ekhanin,A.E.+Astashkin,V.A.+|Seismological model of Cambrian reef complexes of Yakutia and possibilities of their study by seismic prospecting method|In Russian with English abstract|#GGS:-:5:1989:85-93|Yakutiya+Seismogeology
J|0603|Suvorov,V.D.+Podvarkova,I.V.+Soloshenko,E.I.|Method of interpretation of refracted waves surface hodographs|In Russian with English abstract|#GGS:-:5:1989:93-101|Yakutiya+Velocity
J|0604|Lomakin,V.S.+Grigorovich,S.V.+Potechkin,R.P.+|About the connection between the volume of destruction focal zone and seismic energy of mountain shock|In Russian|#GGS:-:5:1989:129-132||Brief communication
J|0605|Vorobyev,F.A.|Scattering of transverse impulsive elastic wave on spherical small-scale inclusion|In Russian with English abstract|#GGS:-:5:1989:136-140|Transverse wave+Sphere+Impulse|Brief communication
J|0606|Krylov,S.V.+Mishen'kina,Z.R.+Ten,E.N.+|Definition of three-dimensional distribution of velocity based on refracted waves data|In Russian with English abstract|#GGS:-:6:1989:121-128|Inversion+Seismic prospecting+Deep seismic sounding
J|0607|Goldin,S.V.|Physical analysis of additional component of seismic waves in the first approximation of ray series|In Russian with English abstract|#GGS:-:6:1989:128-132|Longitudinal wave+Transverse wave+Ray theory
J|0608|Trigubov,A.V.+Loktsik,V.V.|Effective attenuation of longitudinal, transverse and exchange waves in some typical geological sections|In Russian with English abstract|#GGS:-:6:1989:133-143|Prospecting+Longitudinal wave+Transverse wave+Common depth point
J|0609|Segall,P.+Harris,R.A.|Comment on `Geodetic evidence for seismic potential at Parkfield, California' by L-Y. Sung and D. D. Jackson||#GRL:16:1:1989:101-107|Geodesy+Slip+Model+Comments|With a reply by the authors
J|0610|Aidun,J.B.+Gupta,Y.M.|Shear wave measurements for improved characterization of shock-induced phase transformations in Carrara marble||#GRL:16:2:1989:191-194
J|0611|Shaw,H.R.+Chouet,B.|Singularity spectrum of intermittent seismic tremor at Kilauea volcano, Hawaii||#GRL:16:2:1989:195-198
J|0612|Hudnut,K.W.+Seeber,L.+Pacheco,J.|Cross-fault triggering in the November 1987 Superstition Hills earthquake sequence, southern California||#GRL:16:2:1989:199-202|Strike-slip||#*SUPERSTITION87
J|0613|Day,S.M.+McLaughlin,K.L.+Shkoller,B.+|Potential errors in locked mode synthetics for anelastic Earth models||#GRL:16:2:1989:203-206|Anelasticity+Q+Velocity+Phase
J|0614|Hough,S.E.+Anderson,J.G.+Patton,H.J.|Attenuation in western Nevada: preliminary results from earthquake and explosion sources||#GRL:16:2:1989:207-210
J|0615|Taylor,S.R.+Randall,G.E.|The effects of spall on regional seismograms||#GRL:16:2:1989:211-214|Synthetic seismogram+Explosion+Nevada
J|0616|Hyndman,R.D.+Klemperer,S.L.|Lower-crustal porosity from electrical measurements and inferences about composition from seismic velocities||#GRL:16:3:1989:255-258|Electrical resistivity+Lower crust+Velocity
J|0617|Zhang,J.+Lay,T.|Measuring complex spectra of long-period surface waves for earthquake source analysis||#GRL:16:3:1989:259-262|Spectrum+Synthetic seismogram
J|0618|Smith,M.F.+Masters,G.|The effect of Coriolis coupling of free oscillation multiplets on the determination of aspherical Earth structure||#GRL:16:3:1989:263-266|Free oscillation
J|0619|Sayers,C.M.|Seismic anisotropy of the inner core||#GRL:16:3:1989:267-270|Free oscillation+Elastic wave
J|0620|Zhang,J.+Lay,T.|A new method for determining the long-period component of the source-time function of large earthquakes||#GRL:16:4:1989:275-278|Surface wave+Free oscillation||#*TONGA|#*INDONESIAN
J|0621|Gariel,J-C.+Campillo,M.|The influence of the source on the high-frequency behaviour of the near-field acceleration spectrum: a numerical study||#GRL:16:4:1989:279-282|Numerical analysis+High frequency
J|0622|Tanimoto,T.|Moment of inertia of three-dimensional models of the Earth||#GRL:16:5:1989:389-392|Earth model+Inversion+Numerical analysis
J|0623|Neele,F.+Lognonne,P.+Romanowicz,B.+|Effect of sharp lateral heterogeneity on the Earth's normal modes||#GRL:16:5:1989:397-400|Subduction+Hot spot
J|0624|Fukao,Y.+Suda,N.|Core modes of the Earth's free oscillations and structure of the inner core||#GRL:16:5:1989:401-404|Spheroidal mode+Earth model
J|0625|Virieux,J.|Perturbed ray tracing on a heterogeneous sphere||#GRL:16:5:1989:405-408|Lateral heterogeneity+Surface wave+Earth model
J|0626|Ansel,V.+Nataf,H-C.|Anisotropy beneath 9 stations of the GEOSCOPE broadband network as deduced from shear-wave splitting||#GRL:16:5:1989:409-412|Shear wave
J|0627|McCaffrey,R.|Teleseismic investigation of the January 22, 1988 Tennant Creek, Australia, earthquakes||#GRL:16:5:1989:413-416|Fault plane solution||#*TENNANT188|#*TENNANT288|#*TENNANT388
J|0628|Wakita,H.+Igarashi,G.+Nakamura,Y.+|Coseismic radon changes in groundwater||#GRL:16:5:1989:417-420|Prediction+Japan
J|0629|Ito,E.+Katsura,T.|A temperature profile of the mantle transition zone||#GRL:16:5:1989:425-428
J|0630|Yan,B.+Graham,E.K.+Furlong,K.P.|Lateral variations in upper mantle thermal structure inferred from three-dimensional seismic inversion models||#GRL:16:5:1989:449-452|Shear wave
J|0631|Vinnik,L.P.+Farra,V.+Romanowicz,B.|Observational evidence for diffracted SV in the shadow of the Earth's core||#GRL:16:6:1989:519-522|GEOSCOPE+Diffracted wave
J|0632|Frohlich,C.+Riedesel,M.A.+Apperson,K.D.|Note concerning possible mechanisms for non-double-couple earthquake sources||#GRL:16:6:1989:523-526|Seismic moment tensor+Fault
J|0633|Lerner-Lam,A.L.+Park,J.|Frequency-dependent refraction and multipathing of 10-100 second surface waves in the Western Pacific||#GRL:16:6:1989:527-530
J|0634|Chapman,M.C.+Rogers,M.J.B.|Coda Q in the southern Appalachians||#GRL:16:6:1989:531-534|Coda wave+Scattering
J|0635|Ludvigson,G.A.|Plum River fault zone||Iowa Geol.:-:14:1989:20-23|Iowa
J|0636|Steiner,F.|Most frequent value procedures (a short monograph)||#GEK:34:2-3:1988:139-260|Robust statistics+Statistics+Error+Distribution
J|0637|Artemieva,I.M.+Gliko,A.O.|Geophysical conditions and the mechanism of the Tien-Shan Cenozoic uplift||#BEG:98:2:1989:101-113|Upper mantle+Numerical modelling
J|0638|Czarnecka,K.|An attempt for the interpretation of recent crustal movements in southern Poland||#BEG:98:2:1989:114-118|Tectonics+Velocity
J|0639|Grad,M.|Investigations of the lower lithosphere in the south-western part of the East European Platform on the basis of seismic data||#BEG:98:2:1989:124-130|Velocity+Crust
J|0640|Kar,B.K.+Kalyani,V.K.|Dispersion of Love waves in a multi-layered anisotropic porous crust||#BEG:98:2:1989:131-137|Layered medium+Anisotropy+Porous medium
J|0641|Radu,C.+Oancea,V.|The earthquake of August 30, 1986: temporal analysis of the aftershock sequence||#BEG:98:2:1989:138-145|Vrancea+1986||#*VRANCEA86
J|0642|Zsiros,T.+Monus,P.+Toth,L.|Focal depths of Hungarian earthquakes||#BEG:98:2:1989:146-154|Hungary+1763-1985
J|0643|Wagner,S.|Geophysical deep exploration and crustal production in early Palaeozoic-Precambrian crystalline in the southern and southeastern part of the G.D.R.|In German with English and Russian abstracts|#BEG:98:3:1989:193-201|Germany+Geology+Deep seismic sounding
J|0644|Prochazkova,D.|The 1985-1986 earthquake swarm in western Bohemia||#BEG:98:3:1989:202-211|Macroseismic data||#*VOGTLAND
J|0645|Chekunov,A.V.|The tectonosphere beneath south-eastern Europe||#BEG:98:3:1989:212-222|Geotransect+Heterogeneity
J|0646|Biswas,S.+Das Gupta,A.|Distribution of stresses in the Himalayan and the Burmese arcs||#BEG:98:3:1989:223-239|Focal mechanism+Himalayas+Burma
J|0647|Garetskii,R.G.+Klushin,S.V.|Listric faults in the Pripyat' palaeorift|In Russian|#GTK:-:1:1989:48-60|Reflexion study+Belorussiya
J|0648|Terekhov,A.A.+Shimkus,K.M.|Young sediments and overthrust structures in the Crimean and Caucasian zones of the Black Sea depression|In Russian|#GTK:-:1:1989:72-79|Reflexion study
J|0649|Raznitsyn,Yu.N.+Trofimov,V.V.|Oceanic crust tectonic merging in the fault zone in Cabo Verde (central Atlantic)|In Russian|#GTK:-:2:1989:45-56|Cape Verde+Marine seismic investigation
J|0650|Vol'vovskii,B.S.+Vol'vovskii,I.S.+Ismagilov,D.F.+|The basement structure of the Black Sea deep-water basin|In Russian|#GTK:-:2:1989:57-66|Marine seismic investigation
J|0651|Sherman,S.I.+Dneprovskii,Yu.I.|Tectonic stress fields in the Baikalian rift zone|In Russian|#GTK:-:2:1989:101-112|Baikalian Rift+Tectonics+Moment
J|0652|Belousov,V.V.+Pavlenkova,N.I.|Earth's crust types in Europe and North Atlantic|In Russian|#GTK:-:3:1989:3-14|Depth+Velocity
J|0653|Godzikovskaya,A.A.+Reysner,G.I.|The endogenic position of deep earthquakes in the Caucasus|In Russian|#GTK:-:3:1989:15-25|Deep-focus earthquake+Source
J|0654|Klitin,K.A.|The structure of the Scandinavian perioceanic trough and of the salient of the Voring basement|In Russian|#GTK:-:3:1989:50-56|Marine seismic investigation+Norwegian Sea
J|0655|Sieh,K.E.+Stuiver,M.+Brillinger,D.|A more precise chronology of earthquakes produced by the San Andreas Fault in southern California||#JGR:94:1:1989:603-623|Radiocarbon+Palaeoseismology
J|0656|Flueh,E.R.+Okaya,D.A.|Near-vertical and intermediate offset seismic reflection data from west of the Whipple mountains, SE California||#JGR:94:1:1989:625-636|Reflexion study+Whipple Mts.+Vibroseis+Profile
J|0657|De la Cruz,V.+Spanos,T.J.T.|Thermomechanical coupling during seismic wave propagation in a porous medium||#JGR:94:1:1989:637-642|Thermomechanics+Biot theory
J|0658|Cifuentes,I.L.+Silver,P.G.|Low-frequency source characteristics of the great 1960 Chilean earthquake||#JGR:94:1:1989:643-663|Great earthquake+Low frequency
J|0659|Cifuentes,I.L.|The 1960 Chilean earthquakes||#JGR:94:1:1989:665-680|Great earthquake+Sequence
J|0660|Denlinger,R.P.+Savage,W.Z.|Thermal stresses due to cooling of a viscoelastic oceanic lithosphere||#JGR:94:1:1989:744-752|Mechanism
J|0661|Helffrich,G.R.+Stein,S.+Wood,B.J.|Subduction zone thermal structure and mineralogy and their relationship to seismic wave reflections and conversions at the slab/mantle interface||#JGR:94:1:1989:753-763|Reflexion
J|0662|Hudson,J.A.+Pearce,R.G.+Rogers,R.M.|Source type plot for inversion of the moment tensor||#JGR:94:1:1989:765-774|Mechanism+Graphical representation+Seismic moment tensor
J|0663|Pearce,R.G.+Rogers,R.M.|Determination of earthquake moment tensor from teleseismic relative amplitude observations||#JGR:94:1:1989:775-786|Discrimination+Seismic moment tensor
J|0664|Anders,M.H.+Geissman,J.W.+Piety,L.A.+|Parabolic distribution of circumeastern Snake River Plain seismicity and latest Quaternary faulting: migratory pattern and association with the Yellowstone hotspot||#JGR:94:2:1989:1589-1621|Hot spot
J|0665|Forman,S.L.+Machette,M.N.+Jackson,M.E.+|An evaluation of thermoluminescence dating of palaeoearthquakes on the American Fork segment, Wasatch fault zone, Utah||#JGR:94:2:1989:1622-1630|Palaeoseismicity+Wasatch Fault+Radiocarbon
J|0666|Bernard,P.+Zollo,A.|The Irpinia (Italy) 1980 earthquake: detailed analysis of a complex normal faulting||#JGR:94:2:1989:1631-1647|Large earthquake||#*CAMPANIA
J|0667|Hurukawa,N.+Imoto,M.|A Bayesian approach to the detection of temporal changes in P wave velocity||#JGR:94:2:1989:1649-1654|Bayesian method+P-wave+Temporal variation
J|0668|McGuire,A.V.+Bohannon,R.G.|Timing of mantle upwelling: evidence for a passive origin for the Red Sea rift||#JGR:94:2:1989:1677-1682|Refraction study+Saudi Arabia
J|0669|Von Huene,R.+Bourgois,J.+Miller,J.+|A large tsunamogenic landslide and debris flow along the Peru trench||#JGR:94:2:1989:1703-1714|Tsunami+Reflexion study
J|0670|Legg,M.R.+Luyendyk,B.P.+Mammerickx,J.+|Sea beam survey of an active strike-slip fault: the San Clemente fault in the California continental borderland||#JGR:94:2:1989:1727-1744|San Clemente Fault+Reflexion study+Marine seismic investigation+Seismicity
J|0671|Spencer,J.E.+Chase,C.G.|Role of crustal flexure in initiation of low-angle normal faults and implications for structural evolution of the Basin and Range Province||#JGR:94:2:1989:1765-1775|Basin & Range+Structure
J|0672|Singh,S.C.+West,G.F.+Bregman,N.D.+|Full waveform inversion of reflection data||#JGR:94:2:1989:1777-1794|Reflexion study+North Atlantic Transect
J|0673|MacBeth,C.D.+Snieder,R.|Scattering of high-frequency surface waves in Scotland||#JGR:94:2:1989:1795-1802|High frequency
J|0674|Chang,W-F.+McMechan,G.A.+Keller,G.R.|Wave field processing of data from a large-aperture seismic experiment in southwestern Oklahoma||#JGR:94:2:1989:1803-1816|Migration+Reflexion study
J|0675|Duffy,T.S.+Anderson,D.L.|Seismic velocities in mantle minerals and the mineralogy of the upper mantle||#JGR:94:2:1989:1895-1912|Velocity
J|0676|Langston,C.A.|Scattering of teleseismic body waves under Pasadena, California||#JGR:94:2:1989:1935-1951
J|0677|Smith,M.F.+Masters,G.|Aspherical structure constraints from free oscillation frequency and attenuation measurements||#JGR:94:2:1989:1953-1976|Aspherical Earth structure
J|0678|Armijo,R.+Tapponier,P.|Late Cenozoic right-lateral strike-slip faulting in southern Tibet||#JGR:94:3:1989:2787-2838|Great earthquake
J|0679|Rundle,J.B.|A physical model for earthquakes 3. Thermodynamical approach and its relation to nonclassical theories of nucleation||#JGR:94:3:1989:2839-2855|Thermodynamics
J|0680|Bollinger,G.A.+Davison,F.C.+Sibol,M.S.+|Magnitude recurrence relations for the southeastern United States and its subdivisions||#JGR:94:3:1989:2857-2873|Seismicity+Southeastern United States
J|0681|Rotstein,Y.+Bartov,Y.|Seismic reflection across a continental transform: an example from a convergent segment of the Dead Sea rift||#JGR:94:3:1989:2902-2912|Reflexion study+Plate boundary+Convergence
J|0682|Speed,R.+Torrini,R.+Smith,P.L.|Tectonic evolution of the Tobago Trough forearc basin||#JGR:94:3:1989:2913-2936|Reflexion study+Tectonics
J|0683|Wiens,D.A.|Bathymetric effects on body waveforms from shallow subduction zone earthquakes and application to seismic processes in the Kurile Trench||#JGR:94:3:1989:2955-2972|Bathymetry+Kuril Trench+1963-1982||#*KURIL82
J|0684|Wang,C-Y.+Okaya,D.A.+Ruppert,C.+|Seismic reflectivity of the Whipple Mountain shear zone in southern California||#JGR:94:3:1989:2989-3005|Reflexion study+Whipple Mts.+Geology
J|0685|Cormier,V.F.|Slab diffraction of S waves||#JGR:94:3:1989:3006-3024|S-wave+Deep-focus earthquake
J|0686|De la Cruz,V.+Spanos,T.J.T.|Seismic boundary conditions for porous media||#JGR:94:3:1989:3025-3029|Porous medium+Propagation+Biot theory
J|0687|Tanimoto,T.|Splitting of normal modes and travel time anomalies due to the magnetic field of the Earth||#JGR:94:3:1989:3030-3036|Travel-times
J|0688|Harbert,W.+Cox,A.|Late Neogene motion of the Pacific plate||#JGR:94:3:1989:3052-3064|Plate motion+Magnetism
J|0689|Wilson,D.S.|Deformation of the so-called Gorda plate||#JGR:94:3:1989:3065-3075|Seismicity+Magnetism+Gorda Plate
J|0690|Spence,W.|Stress origins and earthquake potentials in Cascadia||#JGR:94:3:1989:3076-3088|Cascadia subduction zone+Focal mechanism+Plate boundary
J|0691|Furlong,K.P.+Hugo,W.D.+Zandt,G.|Geometry and evolution of the San Andreas fault zone in northern California||#JGR:94:3:1989:3100-3110|San Andreas Fault+Seismicity
J|0692|McCrory,P.A.|Late Neogene geohistory analysis of the Humboldt basin and its relationship to convergence of the Juan de Fuca plate||#JGR:94:3:1989:3126-3138|Marine seismic investigation+Tectonics+History+Humboldt Basin
J|0693|Drake,D.E.+Cacchione,D.A.+Gardner,J.V.+|Morphology and growth history of Delgada Fan: implications for the Neogene evolution of Point Arena Basin and the Mendocino triple junction||#JGR:94:3:1989:3139-3158|Reflexion study+Drilling
J|0694|Langbein,J.|Deformation of the Long Valley caldera, eastern California from mid-1983 to mid-1988: measurements using a two-colour geodimeter||#JGR:94:4:1989:3833-3849|Long Valley Caldera+Geodetic measurement+1983-1988||#*LONGVALLEY|#*CHALFANT
J|0695|Kono,M.+Fukao,Y.+Yamamoto,A.|Mountain building in the Central Andes||#JGR:94:4:1989:3891-3905|Seismicity+Mechanism
J|0696|Wang,C-Y.+Hwang,W-T.+Shi,Y.|Thermal evolution of a rift basin: the Tyrrhenian Sea||#JGR:94:4:1989:3991-4006|Reflexion study
J|0697|Ambraseys,N.N.+Barazangi,M.|The 1759 earthquake in the Bekaa valley: implications for earthquake hazard assessment in the eastern Mediterranean region||#JGR:94:4:1989:4007-4013|Lebanon
J|0698|Fulthorpe,C.S.+Schlanger,S.O.|In situ acoustic properties of pelagic carbonate sediments on the Ontong Java plateau||#JGR:94:4:1989:4025-4032|Acoustics+Profile+Stratigraphy
J|0699|MacAyeal,D.R.|Large-scale ice flow over a viscous basal sediment: theory and application to ice stream B, Antarctica||#JGR:94:4:1989:4071-4087|Sounding
J|0700|Ohnaka,M.+Yamashita,T.|A cohesive zone model for dynamic shear faulting based on experimentally inferred constitutive relation and strong motion source parameters||#JGR:94:4:1989:4089-4104|Modelling+Strong-motion analysis+Dynamics
J|0701|Bonafede,M.|The recurrence time of dislocation events on the antitethic margins of an elastic plate welded to a Maxwell viscoelastic half-space||#JGR:94:4:1989:4159-4168|Plate boundary+Cycle
J|0702|Okal,E.A.+Talandier,J.|Mm: a variable-period mantle magnitude||#JGR:94:4:1989:4169-4193|Rayleigh wave+Moment
J|0703|Okal,E.A.|A theoretical discussion of time domain magnitudes: the Prague formula for MS and the mantle magnitude Mm||#JGR:94:4:1989:4194-4204|Surface wave+Moment
J|0704|Ribe,N.M.|Seismic anisotropy and mantle flow||#JGR:94:4:1989:4213-4223|Shear+Olivine
J|0705|Page,R.A.|Introduction to special section on the northern Chugach Mountains - southern Copper River basin segment of the Alaskan transect, part 1||#JGR:94:4:1989:4253-4254
J|0706|Plafker,G.+Nokleberg,W.J.+Lull,J.S.|Bedrock geology and tectonic evolution of the Wrangellia, Peninsular, and Chugach terranes along the trans-Alaska crustal transect in the Chugach Mountains and southern Copper River basin, Alaska||#JGR:94:4:1989:4255-4295|Reflexion study+Deep crust
J|0707|Fisher,M.A.+Brocher,T.M.+Nokleberg,W.J.+|Seismic reflection images of the crust of the northern part of the Chugach terrane, Alaska: results of a survey for the trans-Alaska crustal transect (TACT)||#JGR:94:4:1989:4424-4440|Reflexion study+Deep crust
J|0708|Brocher,T.M.+Fisher,M.A.+Geist,E.L.+|A high-resolution seismic reflection/refraction study of the Chugach-Peninsular terrane boundary, southern Alaska||#JGR:94:4:1989:4441-4455|Transect+Reflexion study+Crust
J|0709|Wolf,L.W.+Levander,A.R.|Upper crustal structure of the accreted Chugach terrane, Alaska||#JGR:94:4:1989:4457-4466|Transect+Refraction study
J|0710|Ellam,R.M.+Hawkesworth,C.J.+Menzies,M.A.+|The volcanism of southern Italy: role of subduction and the relationship between potassic and sodic alkaline magmatism||#JGR:94:4:1989:4589-4601|Seismicity
J|0711|Nakamura,E.+Campbell,I.H.+McCulloch,M.T.+|Chemical geodynamics in a back arc region around the Sea of Japan: implications for the genesis of alkaline basalts in Japan, Korea, and China||#JGR:94:4:1989:4634-4654|Deep-focus earthquake+Wadati-Benioff zone
J|0712|Gordon,R.G.+DeMets,C.|Present-day motion along the Owen fracture zone and Dalrymple trough in the Arabian Sea||#JGR:94:5:1989:5560-5570|Plate motion+Seismicity+Focal mechanism
J|0713|Argus,D.F.+Gordon,R.G.+DeMets,C.+|Closure of the Africa-Eurasia-North America plate motion circuit and tectonics of the Gloria fault||#JGR:94:5:1989:5585-5602|North Atlantic+Focal mechanism+GLORIA fault
J|0714|Kebede,F.+Kim,W-Y.+Kulhanek,O.|Dynamic source parameters of the March-May 1969 Serdo earthquake sequence in central Afar, Ethiopia, deduced from teleseismic body waves||#JGR:94:5:1989:5603-5614
J|0715|Michael,A.J.|Spatial patterns of aftershocks of shallow focus earthquakes in California and implications for deep focus earthquakes||#JGR:94:5:1989:5615-5626|Shallow-focus earthquake
J|0716|Satake,K.|Inversion of tsunami waveforms for the estimation of heterogeneous fault motion of large submarine earthquakes: the 1968 Tokachi-oki and 1983 Japan Sea earthquakes||#JGR:94:5:1989:5627-5636|Large earthquake||#*SEAOFJAPAN
J|0717|Schwartz,S.Y.+Dewey,J.W.+Lay,T.|Influence of fault plane heterogeneity on the seismic behaviour in the southern Kurile Islands arc||#JGR:94:5:1989:5637-5649|Mechanics+Kuril Islands
J|0718|Brunner,F.K.+Coleman,R.|Strain effects near Palmdale associated with the San Fernando earthquake (1971)||#JGR:94:5:1989:5651-5658|||#*SANFERNANDO
J|0719|Chan,W.W.+Sacks,I.S.+Morrow,R.|Anelasticity of the Iceland plateau from surface wave analysis||#JGR:94:5:1989:5675-5688|Asthenosphere
J|0720|Sato,H.+Sacks,I.S.+Murase,T.|The use of laboratory velocity data for estimating temperature and partial melt fraction in the low-velocity zone: comparison with heat flow and electrical conductivity studies||#JGR:94:5:1989:5689-5704|Low-velocity layer+Surface wave+Peridotite
J|0721|Sato,H.+Sacks,I.S.|Anelasticity and thermal structure of the oceanic upper mantle: temperature calibration with heat flow data||#JGR:94:5:1989:5705-5715|Attenuation
J|0722|Lees,J.M.+Crosson,R.S.|Tomographic inversion for three-dimensional velocity structure at Mount St. Helens using earthquake data||#JGR:94:5:1989:5716-5728|Tomography||#*MOUNTSTHELENS
J|0723|Zelt,C.A.+Ellis,R.M.|Seismic structure of the crust and upper mantle in the Peace River Arch region, Canada||#JGR:94:5:1989:5729-5744|Refraction study+British Columbia
J|0724|Guigne,J.Y.+Pace,N.G.+Chin,V.H.|Dynamic extraction of sediment attenuation from subbottom acoustic data||#JGR:94:5:1989:5745-5755|Acoustics+Dynamic analysis
J|0725|Revenaugh,J.+Jordan,T.H.|A study of mantle layering beneath the western Pacific||#JGR:94:5:1989:5787-5813|Layered medium+Reflected wave
J|0726|Hauser,E.C.+Lundy,J.|COCORP deep reflections: Moho at 50 km (16 s) beneath the Colorado plateau||#JGR:94:6:1989:7071-7081|Reflexion study+Mohorovicic discontinuity
J|0727|Beghoul,N.+Barazangi,M.|Mapping high Pn velocity beneath the Colorado plateau constrains uplift models||#JGR:94:6:1989:7083-7104|Pn-wave
J|0728|Zoback,M.L.|State of stress and modern deformation of the northern Basin and Range Province||#JGR:94:6:1989:7105-7128|Basin & Range+Focal mechanism
J|0729|Evans,K.F.+Engelder,T.+Plumb,R.A.|Appalachian stress study 1. A detailed description of in situ stress variations in Devonian shales of the Appalachian plateau||#JGR:94:6:1989:7129-7154|P-wave+Velocity+Anisotropy+Appalachian Mts.
J|0730|Evans,K.F.+Oertel,G.+Engelder,T.|Appalachian stress study 2. Analysis of Devonian shale core: some implications for the nature of contemporary stress variations and Alleghanian deformation in Devonian rocks||#JGR:94:6:1989:7155-7170|P-wave+Velocity+Anisotropy+Appalachian Mts.
J|0731|Leveille,J.P.+Seriff,A.J.|Borehole wave particle motion in anisotropic formations||#JGR:94:6:1989:7183-7188|Anisotropy+Vertical seismic profiling
J|0732|Boland,A.V.+Ellis,R.M.|Velocity structure of the Kapuskasing uplift, northern Ontario, from seismic refraction studies||#JGR:94:6:1989:7189-7204|Refraction study
J|0733|Clawson,S.R.+Smith,R.B.+Benz,H.M.|P wave attenuation of the Yellowstone caldera from three-dimensional inversion of spectral decay using explosion source seismic data||#JGR:94:6:1989:7205-7222|P-wave+Explosion seismology
J|0734|Pezzopane,S.K.+Wesnousky,S.G.|Large earthquakes and crustal deformation near Taiwan||#JGR:94:6:1989:7250-7264|Plate tectonics
J|0735|Pelayo,A.M.+Wiens,D.A.|Seismotectonics and relative plate motions in the Scotia Sea region||#JGR:94:6:1989:7293-7320|Seismicity
J|0736|Minshull,T.+White,R.|Sediment compaction and fluid migration in the Makran accretionary prism||#JGR:94:6:1989:7387-7402|Reflexion study+Oman
J|0737|Mocquet,A.+Romanowicz,B.+Montagner,J-P.|Three-dimensional structure of the upper mantle beneath the Atlantic Ocean inferred from long-period Rayleigh waves 1. Group and phase velocity distributions||#JGR:94:6:1989:7449-7468
J|0738|Fehler,M.+Johnson,P.|Determination of fault planes at Coalinga, California, by analysis of patterns in aftershock locations||#JGR:94:6:1989:7496-7506|1983||#*COALINGA
J|0739|Hirata,T.|A correlation between the b value and the fractal dimension of earthquakes||#JGR:94:6:1989:7507-7514|b-Value+Fractal analysis+Fault plane+Tohoku
J|0740|Hartzell,S.|Comparison of seismic waveform inversion results for the rupture history of a finite fault: application to the 1986 North Palm Springs, California, earthquake||#JGR:94:6:1989:7515-7534|||#*PALMSPRINGS
J|0741|Hori,S.+Fukao,Y.+Kumazawa,M.+|A new method of spectral analysis and its application to the Earth's free oscillations: the "Sompi" method||#JGR:94:6:1989:7535-7553|Sompi method+Seismogram
J|0742|Tang,X.M.+Cheng,C.H.|A dynamic model for fluid flow in open borehole fractures||#JGR:94:6:1989:7567-7576|Stoneley wave
J|0743|Bregman,N.D.+Chapman,C.H.+Bailey,R.C.|Travel time and amplitude analysis in seismic tomography||#JGR:94:6:1989:7577-7587|Travel-times+Cross-hole
J|0744|Sonder,L.J.|Effects of a temperature-dependent rheology on large-scale continental extension||#JGR:94:6:1989:7603-7619|Aegean Sea+Seismicity
J|0745|Kusov,O.L.+Panferov,A.B.|Profiles of elastic parameters and density for an olivine mantle model at depths from 350 to 550 km|In Russian|#IFZ:-:1:1989:13-19|Elasticity
J|0746|Sharadze,Z.S.+Dzhaparidze,G.A.+Matiashvili,T.G.+|Strong earthquakes and associated disturbances in the ionosphere and geomagnetic field|In Russian|#IFZ:-:1:1989:20-32
J|0747|Grayzer,V.M.|To the problem of inertial seismometry|In Russian|#IFZ:-:1:1989:33-37
J|0748|Sobolev,G.A.+Asatryan,Kh.O.+Salov,B.G.|Acoustic emission accompanying material failure under phase transition conditions|In Russian|#IFZ:-:1:1989:38-43
J|0749|Tsvankin,I.D.+Kalinin,A.V.|Structure and dynamics of head waves at the interface between liquid and solid halfspaces|In Russian|#IFZ:-:1:1989:44-50
J|0750|Khatkevich,A.G.|Propagation of pulses and bunches in anisotropic medium|In Russian|#IFZ:-:1:1989:51-58|Anisotropy
J|0751|Salman,A.G.+Felitsyn,S.B.|On the relation between thermal and seismic properties of the upper crust|In Russian|#IFZ:-:1:1989:70-73|Seismics+Heat|Scientific communication
J|0752|Rapoport,L.I.+Kaplan,A.G.|On elastic wave velocities and attenuation in a porous medium saturated with a fluid having abnormally high compressibility|In Russian|#IFZ:-:1:1989:78-82|Velocity|Scientific communication
J|0753|Dobrovolskii,I.P.+Zubkov,S.I.|Review of `Intermediate-term earthquake prediction' edited by W. D. Stuart and K. Aki|In Russian|#IFZ:-:1:1989:92-95
J|0754|Makeyeva,L.I.|Meeting on the Lithosphere Exploration by Seismological Methods|In Russian|#IFZ:-:1:1989:95-96|Seismic exploration|Chronicle
J|0755|Sytinsky,A.D.|On the relation of earthquakes with the solar activity|In Russian|#IFZ:-:2:1989:13-30
J|0756|Balakina,L.M.|The strongest earthquakes of 1952, 1958, 1969 in the lithosphere of the southern half of the Kurile Island arc|In Russian|#IFZ:-:2:1989:31-47|Strong earthquake+Kuril Islands+1952-1969
J|0757|Goder,A.G.|A method of travel-time calculation for a layered medium|In Russian|#IFZ:-:2:1989:102-106|Travel-times|Scientific communication
J|0758|Dunin,S.Z.|Finite-amplitude waves attenuation in a granular medium|In Russian|#IFZ:-:2:1989:106-110||Scientific communication
J|0759|Levchenko,D.G.+Solovyov,S.L.|The Meeting on the Marine Seismometry and Seismology|In Russian|#IFZ:-:2:1989:126-128|Marine seismic investigation+1988|Chronicle
J|0760|Bykovtsev,A.S.+Sokolov,V.Yu.|Near-zone computation of a wave field from a propagating curvilinear rupture|In Russian|#IFZ:-:3:1989:3-16|Near field+Propagation
J|0761|Bykova,V.V.+Palenov,A.M.+Savich,O.A.+|On the preparatory stage of shear macrofracture in a rupture-barrier-rupture system|In Russian|#IFZ:-:3:1989:17-25|Microfracture
J|0762|Zaretsky-Feoktistov,G.G.|On experimental strain curves of rocks stressed in a complicated manner|In Russian|#IFZ:-:3:1989:26-33
J|0763|Adushkin,V.V.+Solovyov,S.P.|Perturbations of the atmospheric electrical field in the near zone of an underground explosion|In Russian|#IFZ:-:3:1989:51-59|Atmosphere+Electromagnetic field
J|0764|Godzikovskaya,A.A.|Regional catalogues and seismological data banks|In Russian|#IFZ:-:3:1989:91-93||Scientific communication
J|0765|Karakin,A.V.+Suyetnova,E.I.|Modelling of percolation waves in a porous saturated viscous medium|In Russian|#IFZ:-:3:1989:94-99|Porous medium|Scientific communication
J|0766|Greenfeld,M.A.+Lazarev,M.P.|Initiation of new phase grains on inhomogeneities in a solid phase|In Russian|#IFZ:-:4:1989:17-26|Grain size+Solid medium+Inhomogeneous medium
J|0767|Verzhbitsky,E.V.+Sborshchikov,I.M.|Heat flow and movements of lithospheric blocks in the Tyrrhenian Sea|In Russian|#IFZ:-:4:1989:27-32|Lithosphere+Plate motion
J|0768|Talonov,A.V.+Tulinov,B.M.|Elastic waves in a medium weakened by fracturing|In Russian|#IFZ:-:4:1989:33-41|Anisotropy+Fracture
J|0769|Vinogradov,S.D.+Troitskii,P.A.+Solovyova,M.S.|Influence of fracturing and stresses on the propagation of elastic waves|In Russian|#IFZ:-:4:1989:42-56|Fracture
J|0770|Ionov,A.M.+Sirotkin,V.K.|Influence of nonlinear properties of a medium on the propagation of seismic pulses|In Russian|#IFZ:-:4:1989:57-67|Nonlinearity
J|0771|Barsukov,O.M.|Seasonal periodicity of earthquakes and the interplanetary magnetic field|In Russian|#IFZ:-:4:1989:78-80||Scientific communication
J|0772|Osipov,I.O.|On reflection and refraction of plane P waves by an interface between liquid and a solid anisotropic half-space|In Russian|#IFZ:-:4:1989:88-96|P-wave+Reflexion|Scientific communication
J|0773|Prochazkova,D.|Seismicity pattern in Central Europe|In Russian|#IFZ:-:5:1989:10-15|Intensity
J|0774|Chekunov,A.V.+Sollogub,V.B.+Gintov,O.B.+|Combined seismometric and tectonophysical approach to the study of structure and dynamics of the lithosphere|In Russian|#IFZ:-:5:1989:16-34|Seismometry
J|0775|Yepinatyeva,A.M.|The Kola ultradeep well and its implications for seismic studies|In Russian|#IFZ:-:5:1989:35-46|Kola Peninsula+Seismics
J|0776|Borovikov,I.P.+Gaponenko,Yu.L.+Kozlov,E.A.+|Uncertainty of the linearization method in seismic data inversion|In Russian|#IFZ:-:5:1989:47-55|Seismics
J|0777|Kondorskaya,N.V.+Gorbunova,I.V.|The catastrophic Armenia earthquake of December 7, 1988: analysis of seismicity in the source region|In Russian|#IFZ:-:5:1989:72-77||Scientific communication|#*ARMENIA88
J|0778|Shamina,O.G.+Volynets,L.N.+Palenov,A.M.+|Laboratory simulation and numerical modelling of a seismically active fault|In Russian|#IFZ:-:5:1989:83-91||Scientific communication
J|0779|Surkov,V.V.|Local variations of the geomagnetic and geoelectrical fields caused by near-surface deformations|In Russian|#IFZ:-:5:1989:91-96|Seismomagnetism+Seismoelectric effect|Scientific communication
J|0780|Razumovskii,N.A.|On generation of normal waves in a system of weakly inhomogeneous acoustic layers|In Russian|#IFZ:-:6:1989:16-25|Inhomogeneous medium+Acoustics
J|0781|Dyskin,A.V.|On the relation between acoustic emission and dilatancy at axial compression of brittle rocks|In Russian|#IFZ:-:6:1989:31-37
J|0782|Turuntayev,S.B.+Gorbunova,I.V.|On the pattern of multiple failure in the source region of Gazli earthquakes|In Russian|#IFZ:-:6:1989:72-78||Scientific communication|#*GAZLI|#*GAZLI2|#*GAZLI3
J|0783|Fukushima,T.+Suetsugu,D.+Nakanishi,I.+|Moment tensor inversion for near earthquakes using long-period digital seismograms||#JPE:37:1:1989:1-29|Digital recording+1986-1987||#*HOKKAIDO87|#*KYUSHU87
J|0784|Ukawa,M.+Eguchi,T.+Fujinawa,Y.|Seismicity survey with pop-up-type OBS array in the western part of Sagami Bay||#JPE:37:1:1989:31-54|Ocean-bottom seismograph
J|0785|Ogasawara,H.|A numerical procedure to estimate the flexure in the uppermost crust and the shear force at depth from in situ stress measurements||#JPE:37:1:1989:55-74|Crustal flexure+Numerical analysis
J|0786|Ogasawara,H.|The flexure in the uppermost crust and the shear force at depth estimated from in situ stress measurements||#JPE:37:2:1989:75-100|Crustal flexure+Japan
J|0787|Tabei,T.|Crustal movements in the inner zone of southwest Japan associated with stress relaxation after major earthquakes||#JPE:37:2:1989:101-131
J|0788|Tsutsui,T.+Kobayashi,Y.|Discontinuity of basement rock depth in the eastern coast of Lake Biwa discovered by observations of microseisms||#JPE:37:2:1989:133-146
J|0789|Iidaka,T.+Suyehiro,K.+Kinoshita,H.|Lateral heterogeneity of the upper mantle velocity structure in the northern Philippine Sea basin||#JPE:37:2:1989:147-153|1975-1982|Letter
J|0790|Zhao,Z.+Matsumura,K.+Oike,K.|Precursory change of aftershock activity before large aftershock: a case study for recent earthquakes in China||#JPE:37:3:1989:155-177|Sequence+1975-1976||#*TANGSHAN|#*HAICHENG
J|0791|Nishigami,K.|Complex source process of a small earthquake with M 4.8||#JPE:37:3:1989:179-199|Clustering+Aftershock+Japan
J|0792|Shibutani,T.+Oike,K.|On features of spatial and temporal variation of seismicity before and after moderate earthquakes||#JPE:37:3:1989:201-224|Precursor+Sequence+Aftershock+Japan
J|0793|Takei,Y.+Suetsugu,D.|A high-velocity zone in the lower mantle under the Japan subduction zone inferred from precise measurements of P-wave arrival times||#JPE:37:3:1989:225-231||Letter
J|0794|Motoya,Y.|Seismic waves travelling through a dike-like structure||#JPE:37:3:1989:233-238|Sequence+Polarization+Hidaka|Letter
J|0795|Kovach,R.L.|Earthquake hazard in Jordan||#NHZ:1:3:1988:245-254
J|0796|Fujinawa,Y.|A widespread simultaneous increase of the microearthquake seismicity and minor crustal movements in and around the assumed rupture zone of the Tokai earthquake||#NHZ:1:3:1988:255-276|Prediction
J|0797|Mirchina,N.R.+Pelinovsky,E.N.|Estimation of underwater eruption energy based on tsunami wave data||#NHZ:1:3:1988:277-283|Volcanism
J|0798|Pararas-Carayannis,G.|Source mechanism of the tsunamis of 19 and 21 September 1985, in Mexico||#NHZ:1:3:1988:285-294|Earthquake||#*MEXICOCITY|#*MEXICOCITY2
J|0799|Dohler,G.C.|A general outline of the ITSU master plan for the tsunami warning system in the Pacific||#NHZ:1:3:1988:295-302
J|0800|Lomnitz,G.|Review of `Earthquakes, animals and man' by B. G. Deshpande||#NHZ:1:3:1988:309-310|Animal behaviour
J|0801|Segovia,N.+De la Cruz-Reyna,S.+Mena,M.+|Radon in soil anomaly observed at Los Azufres geothermal field, Michoacan: a possible precursor of the 1985 Mexico earthquake (Ms=8.1)||#NHZ:1:4:1989:319-329|||#*MEXICOCITY
J|0802|Fahmi,K.J.+Alabbasi,J.N.|Seismic intensity zoning and earthquake risk mapping in Iraq||#NHZ:1:4:1989:331-340
J|0803|Acharya,H.|Estimation of tsunami hazard from volcanic activity - suggested methodology with Augustine Volcano, Alaska as an example||#NHZ:1:4:1989:341-348
J|0804|Kowalik,Z.+Murty,T.S.|On some future tsunamis in the Pacific Ocean||#NHZ:1:4:1989:349-369|Augustine Volcano
J|0805|Housner,G.W.|An International Decade of Natural Disaster Reduction: 1990-2000||#NHZ:2:1:1989:45-75|IDNDR+Earthquake
J|0806|Holland,G.L.|Observations on the International Decade for Natural Disaster Reduction||#NHZ:2:1:1989:77-82|IDNDR+Mitigation+Prevention+Relief
J|0807|Murty,T.S.+Stronach,J.A.|State of tide and tsunami threat to the Pacific coast of Canada||#NHZ:2:1:1989:83-86||Letter to the editor
J|0808|Khankishieva,L.M.|Structure and seismostratigraphy of the Shatsky upland sedimentary cover (the Pacific Ocean)|In Russian with English abstract|#OKN:29:2:1989:242-248|Shatskii Ridge+Marine seismic investigation
J|0809|Austin,M.N.|Seismic stratigraphy of the Upper Pennsylvanian Swope Limestone, Comanche County, Kansas, and Woods County, Oklahoma||Okla. Geol. Notes:49:1:1989:25-26|Reservoir+Seismostratigraphy|Abstract only
J|0810|Shinol,J.H.|Seismic analysis of a complex structure in Stephens County, Oklahoma||Okla. Geol. Notes:49:1:1989:26-27|Reflexion study+Velocity+Moveout|Abstract only
J|0811|Lawson,J.E.+Luza,K.V.|Oklahoma earthquakes, 1988||Okla. Geol. Notes:49:2:1989:40-48
J|0812|Mochizuki,E.|On double couple solutions derived from moment tensors||#PEP:54:1-2:1989:1-3|Source|Letter section
J|0813|Biswas,S.|State of stress and its bearing on tectonics under the Tibetan plateau||#PEP:54:1-2:1989:4-9|Focal mechanism|Letter section
J|0814|Dziewonski,A.M.+Ekstrom,G.+Woodhouse,J.H.+|Centroid-moment tensor solutions for October-December 1987||#PEP:54:1-2:1989:10-21||Letter section
J|0815|Dziewonski,A.M.+Ekstrom,G.+Woodhouse,J.H.+|Centroid-moment tensor solutions for January-March 1988||#PEP:54:1-2:1989:22-32||Letter section
J|0816|Pal,B.P.|Stress accumulation in a visco-elastic lithosphere containing a buried creeping vertical strike-slip fault||#PEP:54:1-2:1989:55-63
J|0817|Young,C.J.+Lay,T.|The core shadow zone boundary and lateral variations of the P velocity structure of the lowermost mantle||#PEP:54:1-2:1989:64-81|P-wave+Lower mantle
J|0818|Montagner,J-P.+Anderson,D.L.|Petrological constraints on seismic anisotropy||#PEP:54:1-2:1989:82-105|Petrology+Upper mantle+Modelling
J|0819|Hashida,T.|Lateral variation of Pn velocity and crustal delay time in the Kanto-Tokai district, Japan||#PEP:54:1-2:1989:106-115|Pn-wave+Travel-times
J|0820|Mantovani,E.+Albarello,D.+Mucciarelli,M.|Evidence of interconnection between seismic activity in the Iberian Peninsula and North African belts||#PEP:54:1-2:1989:116-119|Seismicity+Tectonics
J|0821|Doser,D.I.|Extensional tectonics in northern Utah-southern Idaho, U.S.A., and the 1934 Hansel Valley sequence||#PEP:54:1-2:1989:120-134|Seismicity
J|0822|Whaler,K.A.|Review of `The Earth's core' by J. A. Jacobs||#PEP:54:1-2:1989:197-198|Lower mantle+Tomography
J|0823|Dziewonski,A.M.+Ekstrom,G.+Woodhouse,J.H.+|Centroid-moment tensor solutions for April-June 1988||#PEP:54:3-4:1989:199-209||Letter section
J|0824|Roy,F.|Depth-phase identification by prediction-error filtering. I. Analysis of synthetic explosion signals||#PEP:54:3-4:1989:210-230|Depth phase+Synthetic seismogram
J|0825|Roy,F.|Depth-phase identification by prediction-error filtering. II. Analysis of some presumed explosion signals||#PEP:54:3-4:1989:231-240|Depth phase+Synthetic seismogram
J|0826|Schell,M.M.+Ruff,L.J.|Rupture of a seismic gap in southeastern Alaska: the 1972 Sitka earthquake (MS 7.6)||#PEP:54:3-4:1989:241-257|||#*SITKA
J|0827|Lay,T.+Astiz,L.+Kanamori,H.+|Temporal variation of large intraplate earthquakes in coupled subduction zones||#PEP:54:3-4:1989:258-312|Focal mechanism
J|0828|Wang,L-Q.+Li,S-Y.|`DSF' theory on mechanism of gushing anomaly in oil and water wells before an earthquake. I. Observation of gushing and causative hypothesis||#PEP:54:3-4:1989:313-319|Deformation+Prediction
J|0829|Hudson,J.A.|Review of `Surface waves and discontinuities' by P. Malischewsky||#PEP:54:3-4:1989:388-389|Discontinuity
J|0830|Sugi,N.+Kikuchi,M.+Fukao,Y.|Mode of stress release within a subducting slab of lithosphere: implication of source mechanism of deep and intermediate-depth earthquakes||#PEP:55:1-2:1989:106-125|Subduction+Deep-focus earthquake
J|0831|Bodri,B.+Iizuka,S.|On the correlation between Earth tides and microseismic activity||#PEP:55:1-2:1989:126-134|Gravity+Hungary
J|0832|Clark,R.A.+Graham,A.|Focal mechanism of the 20 August, 1983, Caspian Sea earthquake||#PEP:55:1-2:1989:135-143|Array||#*CASPIANSEA
J|0833|Mori,J.|The New Ireland earthquake of July 3, 1985 and associated seismicity near the Pacific-Solomon Sea-Bismarck Sea triple junction||#PEP:55:1-2:1989:144-153|||#*NEWIRELAND85
J|0834|Gueguen,Y.+Darot,M.+Mazot,P.+|Q-1 of forsterite single crystals||#PEP:55:3-4:1989:254-258|Q+Mantle+Attenuation
J|0835|Tonn,R.|Comparison of seven methods for the computation of Q||#PEP:55:3-4:1989:259-268|Q+Vertical seismic profiling+Amplitude+Spectrum
J|0836|Aster,R.C.+Meyer,R.P.|Determination of shear- and compressional-wave velocity variations and hypocentre locations in a rapidly inflating caldera: the Campi Flegrei||#PEP:55:3-4:1989:313-325|Shear wave+Compressional wave+Phlegraean fields
J|0837|O'Rourke,T.D.|A report from Armenia||#NCE:3:1:1989:2-3|Earthquake+Damage||#*ARMENIA88
J|0838|Friberg,P.+Busby,R.+Lentrichia,D.+|The Saguenay earthquake of 11/25/88||#NCE:3:1:1989:3-5|Quebec+Ground motion||#*SAGUENAY88
J|0839|Tuttle,M.P.+Seeber,L.+Such,R.|Ground failure triggered by the November 25, 1988 Saguenay earthquake||#NCE:3:1:1989:5-6|Quebec+Liquefaction+Damage||#*SAGUENAY88
J|0840||Earthquake-induced landslides: a worldwide geologic hazard||#NCE:3:1:1989:10-11|||#*NEWBRITAIN85|#*ECUADOR87A|#*ECUADOR87B|#*ECUADOR87C
J|0841||Pipeline experiment at Parkfield, California||#NCE:3:2:1989:2-3|Fault+Earthquake engineering
J|0842||Seismic serviceability of water supply systems||#NCE:3:2:1989:3-4|Damage+Pipeline
J|0843||The effect of local topography and substrata on strong ground motions||#NCE:3:2:1989:5-6|Site+Layered medium|Report of a seminar given by Prof. Zhixin Xu|#*YUNNAN88A|#*YUNNAN88B
J|0844||Correlation between the response of soils to earthquake loads and standard soil characteristics||#NCE:3:2:1989:6-7|Laboratory|Report of a seminar given by Dr. Mladen Vucetic
J|0845||A dynamic method for the safety inspection of large prestressed bridges||#NCE:3:2:1989:7-8|Earthquake engineering|Report of a seminar given by Dr. R. G. Flesch
J|0846|Biq,C.|The Yushan-Hsuehshan megashear zone in Taiwan||Proc. Geol. Soc. China:32:1:1989:7-20|Fault+Tectonics
J|0847|Chen,K-J.+Yeh,Y-H.+Lin,C-H.+|Gravity survey in the Minghsiung-Peikang area, southwestern Taiwan: possible westward-extension of the Meishan fault||Proc. Geol. Soc. China:32:1:1989:63-78
J|0848|Wang,J-H.|Aspects of seismicity in the southernmost part of the Okinawa trough||Proc. Geol. Soc. China:32:1:1989:79-99|Okinawa Trough+Depth+Magnitude+1973-1985
J|0849|Lin,C-H.+Yeh,Y-H.+Roecker,S.W.|Seismic velocity structures in the Sanyi-Fengyuan area, central Taiwan||Proc. Geol. Soc. China:32:1:1989:101-120|Discontinuity
J|0850|Lu,C.Y.+Sun,L.J.+Lee,J.C.+|The shear structures in the Miocene Lushan formation of the Suao area, eastern Taiwan||Proc. Geol. Soc. China:32:2:1989:121-137|Tectonics
J|0851|Yeh,Y-H.+Lin,C-H.+Roecker,S.W.|A study of upper crustal structures beneath northeastern Taiwan: possible evidence of the western extension of Okinawa trough||Proc. Geol. Soc. China:32:2:1989:139-156|Okinawa Trough+Velocity
J|0852|Wu,F.T.+Chen,K-C.+Wang,J-H.+|Focal mechanisms of recent large earthquakes and the nature of faulting in the longitudinal valley of eastern Taiwan||Proc. Geol. Soc. China:32:2:1989:157-177|||#*HUALIEN|#*HUALIEN86
J|0853|Wang,C-Y.+Yeh,Y-T.+Lin,S-J.|Dispersion of waves across the SMART-1 array||Proc. Geol. Soc. China:32:2:1989:179-195|SMART 1 array+Magnification+Basin+Surface wave
J|0854|Li,C.+Chui,H-C.|A simple method to estimate the seismic moment from seismograms||Proc. Geol. Soc. China:32:2:1989:197-207|Taiwan+Local earthquake
J|0855|Woodhouse,J.H.|Progress in understanding the Earth's three-dimensional structure||Physics today:42:1:1989:S42-S43|Velocity+Anomaly+Earth structure+Subduction
J|0856|Hayes,D.E.|Age-depth relations for the ocean floor||Physics today:42:1:1989:S46-S48|Crustal thickness+Sea-floor spreading+Lithosphere
J|0857|Brune,J.N.+Priestley,K.|Recent developments in the study of seismic techniques for monitoring a nuclear test ban||Physics today:42:1:1989:S48-S49|Nuclear explosion+Propagation
J|0858|Anderson,D.L.|Where on Earth is the crust?||Physics today:42:3:1989:38-46|Earth structure+Mantle+Composition
J|0859|Hachimine,T.|On the new instrumental observation of the seismic intensity|In Japanese|#QJS:52:3-4:1989:43-68|Japan
J|0860|Hoshiba,M.+Ito,H.+Yokota,T.|Prediction of the number of earthquakes|In Japanese with English abstract|#QJS:52:3-4:1989:69-80|Swarm+Matsushiro+Model+1965-1967
J|0861|Takeuchi,H.+Shimoda,M.+Kikuta,H.+|Epicentre determination capability in western Honshu and Shikoku district by the seismic telemetering system|In Japanese with English abstract|#QJS:52:3-4:1989:81-87|Japan+Data acquisition
J|0862|Yokota,T.+Yamamoto,M.|On the earthquake phenomena observation system (outline of the system)|In Japanese|#QJS:52:3-4:1989:89-99|Data acquisition+Network+Honshu
J|0863|Yokota,T.+Mizoue,M.+Ito,H.+|An expert system for earthquake prediction|In Japanese|#QJS:52:3-4:1989:101-107|Japan+Computer program
J|0864|Becker,K.+Sakai,H.+Adamson,A.C.+|Drilling deep into young oceanic crust, hole 504B, Costa Rica rift||#RGS:27:1:1989:79-102|Borehole+Deep structure
J|0865|Tilling,R.I.|Volcanic hazards and their mitigation: progress and problems||#RGS:27:2:1989:237-269|Volcano+1006-1985||#*MOUNTSTHELENS
J|0866|Kato,N.+Kuwahara,Y.+Yamamoto,K.+|An experimental study of the dynamic behaviour of stick-slip on a nonuniform strength fault||#SRT:32:1-2:1989:1-20|Laboratory+Granite
J|0867|Matsuzawa,T.+Hasegawa,A.+Takagi,A.|Qp structure beneath the northeastern Japan arc estimated from twofold spectral ratio method||#SRT:32:1-2:1989:21-33|Q
J|0868|Deng,Q-D.+Zhang,W-Q.+Zhang,P-Z.+|Haiyuan strike-slip fault zone and its compressional structures of the end|In Chinese with English abstract|#SMG:11:1:1989:1-14|Crustal movement
J|0869|Wu,Z-M.+Deng,Q-D.|Deformation features and fracture mechanism of surface rupture of 1951 Bengco, Tibet MS=8 earthquake|In Chinese with English abstract|#SMG:11:1:1989:15-25|Large earthquake
J|0870|Ren,J-W.+Li,P.|Earthquake-caused landforms and palaeoseismic study on the northern segment of the Zemuhe fault|In Chinese with English abstract|#SMG:11:1:1989:27-34|Palaeoseismicity+China+Strong earthquake
J|0871|Sun,J.+Xu,C-F.+Jiang,Z.+|The electrical structure of the crust and upper mantle in the west part of Yunnan Province and its relation to crustal tectonics|In Chinese with English abstract|#SMG:11:1:1989:35-45|Electrical conductivity
J|0872|Shao,X-Z.+Zheng,B-H.+Zhang,J-R.|New study results on crust structure, crust movement and conditions for earthquake preparation in Yanshan region by converted waves|In Chinese with English abstract|#SMG:11:1:1989:65-76|Crustal structure+Crustal movement
J|0873|Jiang,P.|The site effect on earthquake hazard and some considerations for its evaluation|In Chinese with English abstract|#SMG:11:1:1989:101-114|Ground motion+Engineering seismology
J|0874|Hu,P.+Hu,Y-L.+Ma,W-T.+|Analysis of reservoir induced earthquake caused by gas explosion in karst caves|In Chinese with English abstract|#SMG:11:1:1989:115-124|China
J|0875|a-Research Group, Institute of Geology, State Seismological Bureau|The preliminary report of the comprehensive survey on Gengma-Lancang earthquake, Yunnan Province, China|In Chinese|#SMG:11:1:1989:135-136|Field work+1988|Scientific note|#*YUNNAN88A|#*YUNNAN88B
J|0876|Liu,Z-F.|A tentative approach of rupture slip process of the 1932 Changma earthquake|In Chinese with English abstract|#SMG:11:2:1989:1-6|China
J|0877|Xie,H-Z.+Wang,A-L.+Yang,C-X.|Pattern recognition applied to identify destructive earthquake-prone regions in east China|In Chinese with English abstract|#SMG:11:2:1989:7-15|Zoning
J|0878|Zhao,G-M.+Wang,R-B.+Liu,Y-T.+|A strong earthquake event occurred in ancient time in Beijing-Tianjin-Tangshan area|In Chinese with English abstract|#SMG:11:2:1989:19-25|History
J|0879|Yang,Q-Y.|Vibration characteristics on both sides of the valley in Jiaoping earthquake area of Wujiangdu reservoir|In Chinese with English abstract|#SMG:11:2:1989:26-32|China+Amplitude
J|0880|Lu,H-J.+Yang,Z-H.+Chen,H-Q.|The "Earthquake Window" and its mechanism at Zhangzhou-Huaan, Fujian Province|In Chinese with English abstract|#SMG:11:2:1989:33-38|Activity+Heat+Low-velocity layer
J|0881|Wang,D-M.+Kong,L.+Yang,M-E.|On the seismological conditions for Yangzonghai thermal power plant, Yunnan Province|In Chinese with English abstract|#SMG:11:2:1989:39-45|Power station+Activity+Site
J|0882|Zhai,Q-S.+Mao,J-Z.+Zhang,J.+|Contemporary orientation of tectonic stress field in the Jianchuan determined from the borehole breakouts|In Chinese with English abstract|#SMG:11:2:1989:46-52|Logging
J|0883|Denness,B.|The variation of the universal gravitational constant and the distribution of earthquakes in China through time and space||#SMG:11:2:1989:53-65|Gravity+Climate+1900-1979
J|0884|Fang,Z-J.+Cheng,S-P.+Wang,J-B.+|Preliminary report on a palaeoseismological section, Huangtuyao, Huailai, Hebei Province|In Chinese|#SMG:11:2:1989:66-68|Palaeoseismology+China|Scientific note
J|0885|Liu,G-X.+Zhao,W-J.+Ren,W-J.+|On the gravity gradient belt of Longmenshan Mts - A simultaneous comment on the deep structure characteristics of the seismic region of Songpan-Pingwu-Diexi|In Chinese with English abstract|#SMG:11:2:1989:69-78|Sichuan+Crustal thickness+Nappe
J|0886|Zhang,L-J.+Huang,L-R.|Horizontal deformation field in Huailai-Yanqing area|In Chinese with English abstract|#SMG:11:2:1989:79-84|China+Fault
J|0887|Wu,Z-L.+Zang,S-X.|Distribution and focal mechanism of earthquakes and stress state on Kuril Islands and Sea of Okhotsk|In Chinese with English abstract|#SMG:11:2:1989:85-95|Okhotsk, Sea of
J|0888|Plomerova,J.+Babuska,V.|A model of the lithosphere thickness in the region of the Carpathians||#SGE:33:1:1989:11-21|P-wave
J|0889|Jansky,J.+Zednik,J.|Observed and calculated short-period PKIKP/PKP1 amplitude ratio||#SGE:33:1:1989:22-28|Tonga+PKIKP-wave+PKP-wave+Deep-focus earthquake
J|0890|Prochazkova,D.|Weak earthquake of Aug. 10, 1987 connected with the Jilovice fault (northern Bohemia)||#SGE:33:1:1989:97-100|Seismicity|Shorter contribution
J|0891|Vanek,J.|Review of `Earthquakes as historical events: the reconstruction of the quake of 1590 in Lower Austria' by R. Gutdeutsch, Chr. Hammerl, I. Mayer and K. Vocelka||#SGE:33:1:1989:107|Strong earthquake+1590+Disaster
J|0892|Vavrycuk,V.+Plesinger,A.|Bilateral recursive restitution of true ground motion from near-field and far-field seismograms||#SGE:33:2:1989:133-145|Deconvolution+P-wave||#*XINJIANG87|#*SOUTHIRAN87
J|0893|Klimes,L.|Optimization of the shape of Gaussian beams of a fixed length||#SGE:33:2:1989:146-163|Mathematical method+Ray
J|0894|Sileny,J.+Jansky,J.|Approximate ray tracing and the accuracy of earthquake localization in media approximated by block structures||#SGE:33:2:1989:164-176|Source+Travel-times
J|0895|Cadek,O.|Spherical tensor approach to the solution of the mantle stress problem||#SGE:33:2:1989:177-197|Mathematical method
J|0896|Vargova,E.|Review of `Integral transforms in Geophysics' by M. S. Zhdanov||#SGE:33:2:1989:211|Mathematics+Seismology
J|0897|Kindelan,M.+Seriani,G.+Sguazzero,P.|Elastic modelling and its application to amplitude versus angle interpretation||#GPP:37:1:1989:3-30|Elastic wave+Numerical method
J|0898|Baria,R.+Jackson,P.D.+McCann,D.M.|Further development of a high-frequency seismic source for use in boreholes||#GPP:37:1:1989:31-52|Shear wave+Tomography+Reflexion study
J|0899|Fokkema,J.T.+Van den Berg,P.M.|Seismic inversion by a rms Born approximation in the space-time domain||#GPP:37:1:1989:53-72|Acoustic wave+Layered medium
J|0900||Review of `Applied seismic wave theory' by A. J. Berkhout||#GPP:37:1:1989:113-114|Propagation|Vol. 1 in `Advances in exploration Geophysics'
J|0901|Kommedal,J.H.+Tjostheim,B.A.|A study of different methods of wavefield separation for application to VSP data||#GPP:37:2:1989:117-142|Wave field+Borehole+Synthetic seismogram+Vertical seismic profiling|Tutorial
J|0902|Jakubowicz,H.+Miller,D.|Two-pass 3D migration and linearized inversion in the (x, t)-domain||#GPP:37:2:1989:143-148|Time domain+Filtering
J|0903|Verwest,B.J.|Seismic migration in elliptically anisotropic media||#GPP:37:2:1989:149-166|Anisotropy+Propagation+Imaging
J|0904|Edelmann,H.A.K.+Kirchheimer,F.+Schulte,L.|Decomposed vibrator patterns to improve seismic survey results||#GPP:37:2:1989:167-179|Noise+Decomposition
J|0905|Lynn,W.+Larner,K.|Effectiveness of wide marine seismic source arrays||#GPP:37:2:1989:181-207|Marine seismic investigation+Common midpoint+Stacking
J|0906|Naess,O.E.+Bruland,L.|Improvement of multichannel seismic data through application of the median concept||#GPP:37:3:1989:225-241|Noise+Stacking+Data processing+Common midpoint+Filtering
J|0907|Chang,W-F.+McMechan,G.A.|3D acoustic reverse-time migration||#GPP:37:3:1989:243-256|Data processing+Acoustic wave+Modelling
J|0908|Mari,J.L.|Q-log determination on downgoing wavelets and tube wave analysis in vertical seismic profiles||#GPP:37:3:1989:257-277|Vertical seismic profiling+Q+Attenuation
J|0909|Granser,H.+Meurers,B.+Steinhauser,P.|Apparent density mapping and 3D gravity inversion in the eastern Alps||#GPP:37:3:1989:279-292|Crustal structure
J|0910||Review of `Seismological algorithms, computational methods and computer programs' edited by D. J. Doornbos||#GPP:37:3:1989:333-334||From the editor's preface
J|0911||Review of `Acoustics of solids' by A. I. Beltzer||#GPP:37:3:1989:334-335|Acoustic wave+Propagation
J|0912|Haas,A.+Viallix,J.R.|Stochastic inversion by ray continuation: application to seismic tomography||#GPP:37:4:1989:337-356|Ray tracing+Common midpoint
J|0913|Yilmaz,O.|Velocity-stack processing||#GPP:37:4:1989:357-382|Stacking+Common midpoint+Amplitude+Resolution
J|0914|Kosloff,D.+Filho,A.Q.+Tessmer,E.+|Numerical solution of the acoustic and elastic wave equations by a new rapid expansion method||#GPP:37:4:1989:383-394|Numerical method+Wave equation+Acoustic wave
J|0915||Review of `Subduction zones, Parts I and II' edited by L. J. Ruff and H. Kanamori||#GPP:37:4:1989:452|Occurrence
J|0916|Gorski,M.|Hornsund Polish Station (HSP) 1986-1987||#PAA:B-12:222:1989:29-38|Network+Svalbard+Instrument
J|0917|Kowalski,T.|Determination of seismic noise at the Arctowski Antarctic Station (AAS)||#PAA:B-12:222:1989:39-52|Sea wave+Spectral analysis
J|0918|Karp,B.Ya.+Medvedev,S.N.|Compressional wave velocities in the upper crust of the Pacific east of Kamchatka|In Russian with English abstract|#VSM:-:1:1989:73-80|Velocity
J|0919|Zharinov,S.Ye.+Demin,S.S.|Geomechanical modelling of the active continental margin (stress field analysis)|In Russian with English abstract|#VSM:-:1:1989:95-106|Benioff zone+Numerical modelling+Island arc
J|0920|Ostrovskii,A.A.|Ocean-bottom seismographs and their impact on signal spectra recorded during seismic observations in the ocean|In Russian with English abstract|#VSM:-:3:1989:93-101|Spectral characteristics+Response|Brief communication
J|0921|Brune,J.N.|A perspective on seismology in India||Proc. Indian Acad. Sci.:98:1:1989:1-5||Editorial
J|0922|Brune,J.N.+Priestley,K.|Anomalous crustal structure beneath the Bay of Bengal and passive oceanic sedimentary basins||Proc. Indian Acad. Sci.:98:1:1989:25-30|Bengal, Bay of+Refraction study
J|0923|Iyer,H.M.+Gaur,V.K.+Rai,S.S.+|High velocity anomaly beneath the Deccan volcanic province: evidence from seismic tomography||Proc. Indian Acad. Sci.:98:1:1989:31-60|Deep structure
J|0924|Molnar,P.+Pandey,M.R.|Rupture zones of great earthquakes in the Himalayan region||Proc. Indian Acad. Sci.:98:1:1989:61-70|Himalayas
J|0925|Ni,J.F.|Active tectonics of the Himalaya||Proc. Indian Acad. Sci.:98:1:1989:71-89|Himalayas+Velocity+Focal mechanism
J|0926|Khattri,K.N.+Chander,R.+Gaur,V.K.+|New seismological results on the tectonics of the Garhwal Himalaya||Proc. Indian Acad. Sci.:98:1:1989:91-109|Himalayas+Local earthquake+Focal mechanism
J|0927|Bhatia,S.C.+Chalam,S.V.+Gaur,V.K.+|On intermediate-term prediction of strong earthquakes in the Himalayan arc region using pattern recognition algorithm M8||Proc. Indian Acad. Sci.:98:1:1989:111-123|Himalayas
J|0928|Bolt,B.A.+Brune,J.N.|The importance of strong motion seismology in India||Proc. Indian Acad. Sci.:98:1:1989:125-132|Strong-motion seismology+Network+Ground motion||#*BIHAR88
J|0929|Pan,N.+French,W.S.|Generalized two-pass three-dimensional migration for imaging steep dips in vertically inhomogeneous media||#GPS:54:5:1989:544-554|Inhomogeneous medium
J|0930|Okaya,D.A.+Jarchow,C.M.|Extraction of deep crustal reflections from shallow Vibroseis data using extended correlation||#GPS:54:5:1989:555-562|Reflexion+Basin & Range
J|0931|Wang,D.Y.+McCowan,D.W.|Spherical divergence correction for seismic reflection data using slant stacks||#GPS:54:5:1989:563-569|Reflexion study+Stacking+Moveout+Mexico, G. of
J|0932|Meyerholtz,K.A.+Pavlis,G.L.+Szpakowski,S.A.|Convolutional quelling in seismic tomography||#GPS:54:5:1989:570-580|Imaging+Resolution
J|0933|Schoenberg,M.+Muir,F.|A calculus for finely layered anisotropic media||#GPS:54:5:1989:581-589|Anisotropy+Layered medium+Group analysis+Vertical seismic profiling
J|0934|Chen,S.T.|Shear-wave logging with quadrupole sources||#GPS:54:5:1989:590-597|Shear wave+Laboratory
J|0935|Haddon,R.A.W.|Exact Green's functions using leaking modes for axisymmetric boreholes in solid elastic media||#GPS:54:5:1989:609-620|Elastic medium
J|0936|Hubral,P.+Tygel,M.|Analysis of the Rayleigh pulse||#GPS:54:5:1989:654-658|Rayleigh wave+Wavelet+Wave theory|Short note
J|0937|Nowroozi,A.A.|Generalized form of the Dix equation for the calculation of interval velocities and layer thickness||#GPS:54:5:1989:659-661|Layered medium+Velocity+Reflexion study|Short note
J|0938|Tango,G.J.|Review of `Seismological algorithms: computational methods and computer programs' edited by D. J. Doornbos||#GPS:54:5:1989:666-667|Computational seismology
J|0939|McDonald,J.A.|Review of `Basic exploration geophysics' by E. S. Robinson and C. Coruh||#GPS:54:5:1989:667|Reflexion study
J|0940|Bednar,B.|Review of `Deconvolution and inversion' edited by M. Bernadini, P. Carrion, G. Jacovitti, F. Rocca, S. Treital and M. Worthington||#GPS:54:5:1989:667-668
J|0941|McDonald,J.A.|Review of `Introduction to geophysical prospecting' by M. B. Dobrin and C. H. Savit||#GPS:54:5:1989:668-675|Reflexion study
J|0942|Rutherford,S.R.+Williams,R.H.|Amplitude-versus-offset variations in gas sands||#GPS:54:6:1989:680-688|Reflexion study
J|0943|Da Costa,A.J.M.|Palmietfontein kimberlite pipe, South Africa - a case history||#GPS:54:6:1989:689-700|Refraction study
J|0944|Larner,K.+Beasley,C.J.+Lynn,W.|In quest of the flank||#GPS:54:6:1989:701-717|Reflexion study+Migration+Dip+Moveout
J|0945|Al-Yahya,K.|Velocity analysis by iterative profile migration||#GPS:54:6:1989:718-729|Moveout
J|0946|Byun,B.S.+Young,C-Y.|Effects of subsurface characteristics on surface seismic measurements: a simulation study on horizontally layered media||#GPS:54:6:1989:730-736|Layered medium+Propagation+Synthetic seismogram+Attenuation
J|0947|Carswell,A.+Moon,W.M.|Application of multioffset vertical seismic profiling in fracture mapping||#GPS:54:6:1989:737-746|Manitoba
J|0948|Hornby,B.E.|Imaging of near-borehole structure using full-waveform sonic data||#GPS:54:6:1989:747-757|Sonic wave
J|0949|Bouchon,M.+Schmitt,D.P.|Full-wave acoustic logging in an irregular borehole||#GPS:54:6:1989:758-765|Acoustic wave+Waveform
J|0950|Pan,P.H.|Postdrilling hydrocarbon indicators study on South Marsh Island, blocks 128 and 141: a 1975 case history||#GPS:54:6:1989:775-779|Reflexion study+Mexico, G. of+Borehole+Synthetic seismogram|Short note
J|0951|Alessandrini,B.+Gasperini,M.|The deconvolution of marine seismic source: an iterative approach||#GPS:54:6:1989:780-784|Marine seismic investigation+Iterative method+Sparker|Short note
J|0952|O'Hara,S.G.|Elastic-wave attenuation in fluid-saturated Berea sandstone||#GPS:54:6:1989:785-788|Elastic wave|Short note
J|0953|Sengupta,M.K.|Discussion on `Lithology discrimination for thin layers using wavelet signal parameters' by J. N. Lange and H. A. Almoghrabi||#GPS:54:6:1989:789|Layered medium|With a reply by the authors
J|0954|Kurata,E.+Noda,S.+Higuchi,T.|Annual report on strong-motion earthquake records in Japanese ports (1987)|With Japanese abstract|#TNP:-:618:1988:1-688|Strong-motion instrument+Accelerogram
J|0955|Kurata,E.+Noda,S.+Higuchi,T.|Strong-motion earthquake records on the 17 December 1987 Chiba-Ken-Toho-Oki earthquake in port areas|With Japanese abstract|#TNP:-:619:1988:1-299|Accelerogram+Japan+Network||#*HONSHU87
J|0956|Kurata,E.+Iai,S.|Annual report on strong-motion earthquake records in Japanese ports (1988)|With Japanese abstract|#TNP:-:649:1989:1-313|Strong-motion instrument+Accelerogram
J|0957|Aftab Khan,M.+Maguire,P.K.H.+Henry,W.+|A crustal seismic refraction line along the axis of the S.Kenya rift||J. Afr. Earth Sci.:8:2-4:1989:455-460|Refraction study+Crustal structure
J|0958|McNutt,M.+Fischer,K.+Kruse,S.+|The origin of the Marquesas fracture zone ridge and its implications for the nature of hot spots||#EPL:91:3-4:1989:381-393|Fracture+Marine seismic investigation+Hot spot+Marquesas Islands
J|0959|Pautot,G.+Rangin,C.|Subduction of the South China Sea axial ridge below Luzon (Philippines)||#EPL:92:1:1989:57-69|Subduction+Luzon+South China Sea+Marine seismic investigation
J|0960|Kern,H.+Siegesmund,S.|A test of the relationship between seismic velocity and heat production for crustal rocks||#EPL:92:1:1989:89-94|Laboratory+Rock+Velocity+Heat+Crust
J|0961|Schubert,G.+Sandwell,D.|Crustal volumes of the continents and of oceanic and continental submarine plateaus||#EPL:92:2:1989:234-246|Crust+Continent+Ocean+Refraction
J|0962|Mercier,J.L.+Carey-Gailhardis,E.|Regional state of stress and characteristic fault kinematics instabilities shown by aftershock sequences: the aftershock sequences of the 1978 Thessaloniki (Greece) and 1980 Campania-Lucania (Italy) earthquakes as examples||#EPL:92:2:1989:247-264|Aftershock+Earthquake+Focal mechanism+Stress||#*CAMPANIA|#*THESSALONIKI
J|0963|Austin,J.A.+Tucholke,B.E.+Uchupi,E.|Upper Triassic-Lower Jurassic salt basin southeast of the Grand Banks||#EPL:92:3-4:1989:357-370|Reflexion study+Basin+Grand Banks+Profile
J|0964|Hatzfeld,D.+Pedotti,G.+Hatzidimitriou,P.+|The Hellenic subduction beneath the Peloponnesus: first results of a microearthquake study||#EPL:93:2:1989:283-291|Microearthquake+Subduction+Peloponnesus+Focal mechanism
V|1989:2||Bibliography of seismology. 1989 July-December|ISC:25:2:1991
J|0001|Singh,I.+Singh,S.J.|Effect of initial stress on the reflection and transmission of plane waves at a liquid-solid interface|With Polish abstract|#APL:37:3-4:1989:221-231|Mathematical method
J|0002|Asteriadis,G.+Livieratos,E.|Pre- and post-seismic response of underground water level and temperature: a first experience in Greece|With Polish abstract|#APL:37:3-4:1989:233-245|1984-1986
J|0003|Nguyen Kim Lap|Seismicity of the territory of Vietnam|With Polish abstract|#APL:37:3-4:1989:247-261|History+Earthquake+0114-1986||#*TUANGIAO
J|0004|Siewierski,S.+Bugajski,W.+Bachowski,C.|The evaluation of rockmass state from borehole vertical and horizontal deformation measurements at a copper mine|With Polish abstract|#APL:37:3-4:1989:271-276|Rockburst+Stress
J|0005|Zhu,Y.|Some geotectonic problems around eastern margin of the Tarim Basin|In Chinese with English abstract|#AGS:32:4:1989:399-408|Geotectonics+Fault
J|0006|Han,B.+Feng,R.+Chen,Y.|Tomographical experiment for the enclosure structure in a rock sample|In Chinese with English abstract|#AGS:32:4:1989:409-417|Tomography+Inversion
J|0007|Zhang,Z-L.+Teng,Y-C.|Mechanical features and seismogenic processes of continent-marginal earthquakes around Bohai Bay|In Chinese with English abstract|#AGS:32:4:1989:470-477|Continental margin+Strong earthquake+Tectonophysics+1937-1983
J|0008|Wang,X-H.+Zhao,Y-C.+Liu,X-W.|Calculation of apparent resistivity for profile of multi-layer resistivity with high accuracy|In Chinese with English abstract|#AGS:32:4:1989:478-483|Computer program
J|0009|Pan,E-N.|Elastic dislocations in a transversely isotropic and layered half-space|In Chinese with English abstract|#AGS:32:5:1989:516-527|Propagator matrix+Layered medium+Isotropy
J|0010|Liu,J-Z.+Gao,L-S.|Reassessment on measured results by means of hydrofracturing|In Chinese with English abstract|#AGS:32:5:1989:528-538|Hydrofracture+Stress
J|0011|Nie,X-B.+Kuo,J.T.+He,Y-C.+|A tau-p depth migration method|In Chinese with English abstract|#AGS:32:5:1989:569-579|Wave equation+Signal-to-noise ratio+Velocity
J|0012|Xu,Z-H.+Wang,S-Y.+Huang,Y-R.+|The tectonic stress field of Chinese continent deduced from a great number of earthquakes|In Chinese with English abstract|#AGS:32:6:1989:636-647|China+Focal mechanism+Seismicity
J|0013|Zheng,Y.+Teng,J-W.|The structure of the crust and upper mantle in the Shuixian-Maanshan zone and some characteristics of the south part of the Tan-Lu tectonic belt|In Chinese with English abstract|#AGS:32:6:1989:648-659|Crustal structure+Reflexion study+Mohorovicic discontinuity
J|0014|Li,A-Y.+Tang,Z-G.+Jiang,D-L.+|The results of harmonic analyses of the first batch of tidal data observed with borehole bubble tiltmeter|In Chinese with English abstract|#AGS:32:6:1989:675-685|Tidal recording+Beijing
J|0015|Gao,X-M.+Wang,W-Z.+Zhong,X-X.+|Geoidal deformation resulting from the surface vertical displacements and gravity changes|In Chinese with English abstract|#AGS:32:6:1989:686-694
J|0016|Chu,Z-H.+Liu,Z-R.|Geological application of acoustic logs - some researches and several examples|In Chinese with English abstract|#AGS:32:6:1989:700-710|Acoustic logging+Fault+Oil+Structure
J|0017|Trnkoczy,A.|Equipment for the seismic auscultation of dams: an analysis of the required technical characteristics|In Serbocroatian with English summary|#ASI:15:15:1989:1-28|Instrument+Seismometer+Data acquisition
J|0018|Glavatovic,B.|Travel times for near earthquakes in case of flat seismic model with linear increasing of velocity|In Serbocroatian with English abstract|#ASI:15:15:1989:29-41|Travel-times+Layered medium+Adriatic+1979-1988
J|0019|Grujic,N.+Radovanovic,S.|Comparative analysis of the largest possible magnitude for the Central Serbia|In Serbocroatian with English summary|#ASI:15:15:1989:43-56|Maximum magnitude+1901-1988
J|0020|Cvijanovic,D.+Zivcic,M.+Krstulovic,B.|Macroseismic field parameters for November 25, 1986 Knin earthquake|In Serbocroatian with English summary|#ASI:15:15:1989:57-68|Macroseismic data+Isoseismal map+Yugoslavia||#*KNIN86
J|0021|Knezevic,V.+Radovanovic,S.+Supic,V.+|Focal mechanism of the earthquake of April 15, 1979 on the basis of the polarity of the first onsets of P waves|In Serbocroatian with English summary|#ASI:15:15:1989:69-82|P-wave+Yugoslavia||#*MONTENEGRAN
J|0022|Herak,D.|Catalogue of earthquakes of the wider Dinara Mountain area (Yugoslavia) for the period 1971-1978|In Serbocroatian with English summary|#ASI:15:15:1989:83-100|Earthquake catalogue+Map|Professional paper
J|0023|Cecic,I.|The First AB Workshop on Macroseismic Methods Poljce, May 9-11, 1989||#ASI:15:15:1989:107-111|Macroseismic data+Workshop|Contains abstracts of presentations made at the workshop
J|0024|Wu,J-Y.+He,S.+Zhang,H.|Quantitative studies of global seismicity (3) - redivisions of global seismic belts and seismic activities of the belts I, II, III||#ASS:2:3:1989:335-346|Regionalization+Plate tectonics+Maximum entropy
J|0025|Liu,P-X.|On the occurrence of a group of moderate earthquakes at Liyang, Xingtai, Heze and the south Yellow Sea||#ASS:2:3:1989:347-356|North China+Strain||#*HEZE|#*YELLOWSEA|#*XINGTAI81|#*LIYANG|#*TANGSHAN
J|0026|Chen,P.+Hu,R-H.+Zhou,K-G.+|Fast determination of magnitude of surface wave MS from duration of coda waves on SK seismogram||#ASS:2:3:1989:357-364|Site+Duration||#*LUQUAN|#*TAIWAN85
J|0027|Xu,S-X.+Duda,S.J.+Wu,H-Y.|A catalogue of Chinese earthquakes compiled according to the seismogram records at Goettingen - checking up parameters of earthquake of M>=7 in the Chinese catalogue since 1903||#ASS:2:3:1989:365-378|Earthquake catalogue+China+1903-1985+Large earthquake||#*XINJIANG
J|0028|Wang,J.+Wei,P.+Wu,X.|Comparative study of the characteristics of seismic waves recorded down hole and on ground||#ASS:2:3:1989:379-389|Travel-times+Amplitude+Down-hole recording
J|0029|Zhang,X.+Shao,J.|Horizontal stress of the Earth's crust caused by gravity and temperature variation||#ASS:2:3:1989:390-399
J|0030|Huang,S.+Wang,J.|Heat flow pattern in the Panxi paleorift zone, SW China and its mechanical implications||#ASS:2:3:1989:400-411|Friction+Fault
J|0031|Lu,Z.+Guo,T-S.+Luo,J.+|Refitment of the 4010 acoustic emission system and its two-dimensional locating ability||#ASS:2:3:1989:412-419|Instrument+Location
J|0032|Wang,G-Y.+Ou,J-P.|Fuzzy-random models of earthquake ground motion||#ASS:2:3:1989:420-428|Model+Fuzzy mathematics+Intensity
J|0033|Gao,M.+Jia,S.|Application of the extreme value theory to engineering seismology||#ASS:2:3:1989:429-438|Site+Intensity
J|0034|Liu,B.+Xu,H.+Zhao,H.|Model experiment studies for a new method of inspecting broken foundation||#ASS:2:3:1989:439-446|Earthquake engineering+Concrete
J|0035|Jiang,W.+Song,H-Z.|A viscoelastic finite element model for earthquake migration in the Beijing region and its vicinity||#ASS:2:3:1989:447-455|Viscoelasticity+Finite element method
J|0036|Yang,X.|The stress field generated by locking of a fault at depth||#ASS:2:3:1989:456-465|Finite element method+Focus
J|0037|Liu,J-Z.+Liang,H-Q.|The stress condition in seismogeny and occurrence of earthquakes||#ASS:2:3:1989:466-473|Stress-drop+Strike-slip||#*TANGSHAN
J|0038|Lin,B-H.+Dong,D.+Lin,J.+|A study on the inversion of rupture process of source by the compound model method||#ASS:2:4:1989:481-496|China+Spectral amplitude
J|0039|Fu,S.+Cheng,N.|Seismic surface wave tomography in a rectangular region||#ASS:2:4:1989:497-506|Velocity+Dispersion
J|0040|Li,Q.+Zhou,M.+Li,L-Y.|The diffracted wave on a fault and its application||#ASS:2:4:1989:507-519|Kirchhoff-Helmholtz integral+Synthetic seismogram
J|0041|Huang,L-R.+Wang,X.+Liu,T.|The horizontal deformation before and after the Tangshan earthquake of 1976||#ASS:2:4:1989:520-529|T'ang-shan+1954-1985||#*TANGSHAN
J|0042|Feng,R.+Zhang,R-S.+Zheng,S.+|Isostatic status in North China (2) - composite compensation and deep structure||#ASS:2:4:1989:530-541|Isostasy+Gravity
J|0043|Lin,Y.+Zeng,X.+Dong,Y.+|Geomagnetic anomalous changes and earthquakes in northeastern China||#ASS:2:4:1989:542-551|Geomagnetic anomaly+Strong earthquake+Seismomagnetic effect||#*HAICHENG|#*TANGSHAN
J|0044|Ding,J.+Huang,X.+Xing,R-Y.+|Geomagnetic low-point displacement phenomena and their relation to earthquakes||#ASS:2:4:1989:552-561|Geomagnetic anomaly+Seismomagnetic effect+Precursor+1966-1984||#*YELLOWSEA|#*TANGSHAN|#*SONGPAN
J|0045|Xu,M-L.+Jiang,J-C.|A study on the memory response of mice to earthquake premonitory geo-sound||#ASS:2:4:1989:562-571|Animal behaviour+Geosound+Precursor
J|0046|Xie,J.+Shao,H.|Regionalization of attenuation of seismic intensity in China||#ASS:2:4:1989:572-586|Isoseismal+1900-1980||#*SONGPAN|#*NINGHE2|#*TANGSHAN|#*SONGPAN3
J|0047|Liu,X.|Variation of wave velocity before rupturing of samples composed of rocks with different properties||#ASS:2:4:1989:587-592|Rupture+Laboratory
J|0048|Yu,Y.|Application of logic information method in the study of reservoir induced earthquakes||#ASS:2:4:1989:593-602|China+Site+Hazard
J|0049|Xu,S.+Zhang,Y.|Calibration of seismic observing system in a state of small S/N||#ASS:2:4:1989:603-614|Signal-to-noise ratio+Noise
J|0050|Zhu,C-X.+Zheng,X-S.|A statistical method for strong earthquake forecasting. The linear superposition method of the frequency distributions of influence-time||#ASS:2:4:1989:615-625|Prediction+North China
J|0051|Ye,M.|A preliminary study of the relationship between atmospheric precipitation and earthquake occurrence in the western section of the north Tianshan Mountains||#ASS:2:4:1989:633-637|Rainfall+Precursor+Tien Shan
J|0052|Takeda,T.+Tokuyama,S.+Hishiki,Y.|Observation and consideration of the dynamic characteristics of a long-span prestressed concrete cable-stayed bridge - Yobuko-Ohashi Bridge|In Japanese with English abstract on page 5|#ARK:37:10:1989:51-56|Earthquake-resistant design+Dynamic analysis
J|0053|Murayama,Y.+Suda,K.+Furuichi,K.|Moment-curvature relationships of reinforced concrete members subjected to combined bi-axial bending moment and axial force|In Japanese with English abstract on page 6|#ARK:37:10:1989:57-64|Earthquake-resistant design+Bridge
J|0054|Ishii,K.+Yamada,T.+Fukumoto,T.+|Dynamic characteristics of buildings using steel plate dampers with honeycomb shaped openings|In Japanese with English abstract on page 8|#ARK:37:10:1989:73-80|Earthquake-resistant design+Building
J|0055|Yasaka,A.+Koshida,H.+Ando,K.+|Base isolation system for earthquake protection and vibration isolation of structures (Part 8) - shaking table test of hybrid rubber bearings|In Japanese with English abstract on page 11|#ARK:37:10:1989:101-104|Shake table+Damping
J|0056|Harada,M.+Yano,K.+Midorikawa,H.|Base isolation system for earthquake protection and vibration isolation of precision machinery systems (Part 2) - compression and endurance tests of the KK isolator|In Japanese with English abstract on page 12|#ARK:37:10:1989:105-108|Shaking+Laboratory
J|0057|Ohmori,N.+Takahashi,T.+Tsubota,H.+|Experimental studies on nonlinear behaviours of reinforced concrete panels subjected to cyclic in-plane shear||#ARK:37:10:1989:109|Laboratory|Abstract only
J|0058|Yamada,T.+Kanda,T.|A proposal for evaluation of damage concentration coefficient on seismic PRA of reactor buildings|In Japanese with English abstract on page 17|#ARK:37:10:1989:119-124|Safety
J|0059|Ohmori,N.+Terauchi,S.+Achira,M.|Design method of clearance between sash and glass under lateral story drift|In Japanese with English abstract on pages 17-18|#ARK:37:10:1989:125-130|Earthquake-resistant design+Building
J|0060|Ikeura,T.+Takemura,M.|Estimation of strong ground motions by a semi-empirical method taking into account inhomogeneous faulting Part II: application|In Japanese with English abstract on page 18|#ARK:37:10:1989:131-136|Inhomogeneous medium+Large earthquake+Model||#*SEAOFJAPAN|#*MIYAGIKEN|#*IZUOSHIMA|#*NEMUROOKI
J|0061|Shima,E.+Ohta,T.+Niwa,M.+|Strong ground-motion evaluation for aseismatic design at coastal adjacent areas|In Japanese with English abstract on pages 19-20|#ARK:37:10:1989:145-150|Ground motion+Building+Site+Large earthquake
J|0062|Carrion,P.M.|Robust constrained tomography||#BGT:31:123-124:1989:167-200|Travel-times+Velocity+Mathematical method
J|0063|Tinti,S.+Ugolini,S.|Optimization of the preselection algorithm for travel-time data inversion||#BGT:31:123-124:1989:201-214|Travel-times
J|0064|Gasperini,M.|Acoustic propagation in porous media: a macroscopic approach||#BGT:31:123-124:1989:215-219|Acoustic wave+Porous medium+Longitudinal wave
J|0065|Schwan,H.+Asteriadis,G.|Application of an analytical method using products of Legendre and Hermite polynomials for the determination of the velocity field of crustal movements||#BGT:31:123-124:1989:269-275|Network+Thessaloniki+Survey
J|0066|Baskoutas,I.+Sato,H.|Coda attenuation Qc-1 for 4 to 64Hz signals in the shallow crust measured at Ashio, Japan||#BGT:31:123-124:1989:277-283|Coda wave+High frequency+Shallow-focus earthquake
J|0067|Ranzoni,A.|Some observations on the seismic activity at the Ligurian-Toscan border, northern Apennines||#BGT:31:123-124:1989:285-294|Seismicity+1000-1984+Benioff graph
J|0068|Nikonov,A.A.|The disastrous Spitak (northern Armenia) earthquake of December 7, 1988: seismotectonics and source mechanism||#BGT:31:123-124:1989:295-314|Rupture+Focal mechanism||#*ARMENIA88
J|0069|Starodub,Yu.P.+Gnyp,A.R.|The medium structure specification under the "Uszhorod" seismostation based on the solution of the inverse dynamic problem of seismology||#BGS:15:4:1989:41-46|Layered medium+Synthetic seismogram+Matrix method+Carpathians
J|0070|Fremd,V.M.|Instrumental equipment of nearfield seismometry investigations||#BGS:15:4:1989:47-51|Strong-motion instrument+Calibration+Accelerometer+Piezoelectric effect
J|0071|Tzenov,L.|Design seismic loading of complex structure systems|In Bulgarian with English abstract|#BGS:15:4:1989:52-60|Soil-structure interaction+Earthquake-resistant design
J|0072|Babachkova,B.+Deneva,D.|Seismic regime of the Sofia zone for the period 1985-87|In Bulgarian with English abstract|#BGS:15:4:1989:61-65|Seismicity+Quiescence+1985-1987
J|0073|Levy,E.+Christoskov,L.|Three-stage hierarchy in the depth-velocity structure of the Moon||#BGS:15:4:1989:66-72|Lunar structure+Boundary
J|0074|Al Khoubbi,I.|Macroseismic data and maps of historical earthquakes in the region of Syria||#BGS:15:4:1989:73-78|History
J|0075|Ilieva,M.+Koynakov,G.+Tonev,I.+|A system for physical seismic modelling with electronic commutator for piezoelectric transducers|In Bulgarian with English abstract|#BGS:15:4:1989:79-83|Ultrasonic modelling+Computer program
J|0076|Spasov,E.+Botev,E.|On anisotropy of seismic waves distribution in the Earth's crust of Bulgaria|In Bulgarian with English abstract|#BGS:15:4:1989:84-92|Maritsa
J|0077|Ralchovsky,Ts.M.+Komarov,L.N.|On measurement and change of the self potential as an earthquake precursor|In Bulgarian with English abstract|#BGS:15:4:1989:93-98|Electric potential+Rock
J|0078|Kumpel,H-J.+Venedikov,A.P.|A computer program for Earth tide data processing||#BGS:15:4:1989:112-117|Prediction
J|0079|Dacev,H.J.|Structure of the Earth's crust in Bulgaria||Abstr. Bulg. scient. Lit. Geosci.:32:3:1989:12-13|Crustal structure+Anomaly+Boundary|Abstract only
J|0080|Docev,N.+Halturin,V.+Somahmadov,A.|Comparison of the seismic waves coda envelopes recorded by long period seismographs at a distance up to 4000 km||Abstr. Bulg. scient. Lit. Geosci.:32:4:1989:3|Coda wave+Bulgaria+Long-period seismograph|Abstract only
J|0081|Zelev,Z.+Colakov,I.+Georgiev,H.|Preliminary results of an experiment of seeking a correlation between observatory geomagnetic observations and tectonic and seismic processes||Abstr. Bulg. scient. Lit. Geosci.:32:4:1989:5|Geomagnetic anomaly+Balkans+1977|Abstract only|#*ROMANIAN|#*VELINGRAD
J|0082|Totomanov,I.N.|A method for studying the vertical secular, earthquake-precursory and coseismic Earth's crustal movements and deformations||Abstr. Bulg. scient. Lit. Geosci.:32:4:1989:9-10|Geodetic measurement+Bulgaria|Abstract only
J|0083|Fujioka,K.+Kinoshita,M.+Soh,W.+|Geology of Sagami Bay and its environs - reports on the results of KT88-1 cruise||#BER:64:3:1989:391-431|Heat flow+Sedimentary basin
J|0084|Tsukuda,T.+Sakai,K.+Kobayashi,M.+|Source process, characteristics of associated seismicity and seismotectonic implications of the 1986 Omachi earthquake of M5.9 in the northwestern part of Nagano Prefecture, central Japan|In Japanese with English abstract|#BER:64:3:1989:433-456|Aftershock||#*OMACHI86
J|0085|Kamiya,S.+Miyatake,T.+Hirahara,K.|Three-dimensional P-wave velocity structure beneath the Japanese Islands||#BER:64:4:1989:457-485|Mantle
J|0086|Uyeshima,M.+Kinoshita,M.+Iino,H.+|Earthquake prediction research by means of telluric potential monitoring. Progress report no. 2: preliminary study on Teshikaga channel 2 signals and the seismicity in the region off Kushiro||#BER:64:4:1989:487-515|Hokkaido+Electric potential
J|0087|Koketsu,K.+Takano,K.+Tsuboi,S.+|Integration of real-time earthquake data acquired through the University Information System for Earthquake Prediction Research|In Japanese with English abstract|#BER:64:4:1989:517-532|Data acquisition+Data processing+Japan
J|0088|a-Research Group for Explosion Seismology|Explosion seismic observations in Shizuoka and Aichi Prefectures, central Japan (Harano-Tsukude profile)|In Japanese with English abstract|#BER:64:4:1989:533-551|Refraction study+Travel-times+Explosion seismology
J|0089|Ohori,M.+Jeon,G-S.+Kusaka,S.+|Damage caused by the 1989 OFF-IZU Peninsula earthquakes|In Japanese with English abstract|#BER:64:4:1989:553-567|Izu Peninsula+Swarm||#*OFFIZUPEN89A|#*OFFIZUPEN89B
J|0090|Kumar,A.+Agrawal,P.N.|Earthquake location problem - second order derivatives for multilayer Earth and their implications||#BIT:26:3:1989:1-48|Hypocentre+Computer program+Geiger's method
J|0091|Lavania,B.V.K.+Bandyo Padhyay,S.|Base isolation for foundation||#BIT:26:4:1989:1-14|Base isolation system+Building
J|0092|Vipul Prakash+Pandey,A.D.|Vibration isolation using active control systems for civil engineering structures||#BIT:26:4:1989:25-38|Earthquake engineering+Base isolation system
J|0093|Singh,A.K.+Bhatia,K.G.|Base isolation of equipment and system||#BIT:26:4:1989:39-48|Base isolation system+Vibration+Foundation
J|0094|Blaike,E.L.|Column strength requirements in multi-storey seismic frames||#BNZ:22:3:1989:135-144|Building+Earthquake engineering
J|0095|Safi,B.F.+Pham,L.T.+Busby,M.J.|High voltage circuit breaker supported on a base isolating tripod for earthquake protection||#BNZ:22:3:1989:145-154|Base isolation system+Power-line+Damage+Earthquake-resistant design
J|0096|Park,R.|Evaluation of ductility of structures and structural assemblages from laboratory testing||#BNZ:22:3:1989:155-166|Earthquake-resistant design+Hysteresis
J|0097|Leuchars,J.M.|The use of sprayed concrete in the strengthening of earthquake risk buildings||#BNZ:22:3:1989:167-171|Earthquake-resistant design
J|0098||Review of `Walking on jelly: the Bay of Plenty earthquake 1987' edited by Q. Ruscoe||#BNZ:22:3:1989:172|Damage+New Zealand||#*EDGECUMBE
J|0099||Review of `The 1987 Edgecumbe earthquake'||#BNZ:22:3:1989:172-173|New Zealand|A special issue of the New Zealand Journal of Geology and Geophysics, Vol. 32, No. 1|#*EDGECUMBE
J|0100|Fenwick,R.C.+Davidson,B.J.|Comparative analyses of a multi-storey frame and wall using the current and draft loading codes||#BNZ:22:4:1989:181-192|Building code+Earthquake-resistant design+Spectrum
J|0101|Steinbrugge,K.V.|Loss estimation for insurance purposes: United States practices||#BNZ:22:4:1989:193-198|Risk+Damage
J|0102|Roth,R.J.|The information needs and obligations of the insurer||#BNZ:22:4:1989:199-201|Insurance+California+Damage+Risk
J|0103|Algermissen,S.T.|Techniques and parameters for earthquake risk assessment||#BNZ:22:4:1989:202-218|Building+Vulnerability+Utah
J|0104|Porro,B.|The role of reinsurance in earthquake risk assessment||#BNZ:22:4:1989:219-226|Vulnerability
J|0105|Greig,J.S.|The role of the international reinsurance broker||#BNZ:22:4:1989:227-231|New Zealand
J|0106|Jacob,P.|Earthquake and business interruption: a policy for survival?||#BNZ:22:4:1989:232-238|Insurance
J|0107|Hodge,W.C.|Planning for disaster||#BNZ:22:4:1989:239-243|Insurance
J|0108|Matsushima,M.|An overview of earthquake insurance in Japan||#BNZ:22:4:1989:244-250
J|0109|Hwang,L.J.+Kanamori,H.|Teleseismic and strong-motion source spectra from two earthquakes in eastern Taiwan||#BSA:79:4:1989:935-944|Focal mechanism+Spectral characteristics||#*HUALIEN|#*HUALIEN86
J|0110|Fan,G.+Ni,J.F.|Source parameters of the 13 February 1980, Karakorum earthquake||#BSA:79:4:1989:945-954|Intermediate-depth earthquake+Focal mechanism+1980||#*KARAKORUM80
J|0111|Jimenez,E.+Cara,M.+Rouland,D.|Focal mechanisms of moderate-size earthquakes from the analysis of single-station three-component surface-wave records||#BSA:79:4:1989:955-972|Surface wave+Single-station recording+Moderate earthquake||#*ARMENIA88|#*NATLANTIC85|#*ADRIATIC84
J|0112|Gasperini,P.+Mulargia,F.|A statistical analysis of seismicity in Italy: the clustering properties||#BSA:79:4:1989:973-988|Statistical method+1890-1982
J|0113|Rajendran,K.+Gupta,H.K.|Seismicity and tectonic stress field of a part of the Burma-Andaman-Nicobar arc||#BSA:79:4:1989:989-1005|Tectonics+Focal mechanism
J|0114|Borcherdt,R.D.+Johnston,M.J.S.+Glassmoyer,G.|On the use of volumetric strain meters to infer additional characteristics of short-period seismic radiation||#BSA:79:4:1989:1006-1023|Strainmeter+San Andreas Fault+Noise+Broadband seismology||#*PALMSPRINGS
J|0115|Havskov,J.+Malone,S.D.+McClurg,D.+|Coda Q for the State of Washington||#BSA:79:4:1989:1024-1038|Q+Washington State+Coda wave+Mount St. Helens
J|0116|Chun,K-Y.+Kokoski,R.J.+West,G.F.|High-frequency Pn attenuation in the Canadian Shield||#BSA:79:4:1989:1039-1053|Pn-wave+Spectral analysis+1979-1985
J|0117|Zhu,T-F.+Chun,K-P.+West,G.F.|High-frequency P-wave attenuation determination using multiple-window spectral analysis method||#BSA:79:4:1989:1054-1069|P-wave+Nuclear explosion
J|0118|Lewis,B.T.R.+Jung,H.|Attenuation of refracted seismic waves in young oceanic crust||#BSA:79:4:1989:1070-1088|Spectral ratio+Refraction study+Resonance
J|0119|Smith,A.T.|High-frequency seismic observations and models of chemical explosions: implications for the discrimination of ripple-fired mining blasts||#BSA:79:4:1989:1089-1110|Site+Signature+High frequency+Discrimination
J|0120|Gupta,I.N.+McLaughlin,K.L.|Strain and frequency-dependent attenuation estimates in salt based on SALMON and STERLING near-field recordings||#BSA:79:4:1989:1111-1121|Nuclear explosion+Spectral ratio
J|0121|Jih,R-S.+Shumway,R.H.|Iterative network magnitude estimation and uncertainty assessment with noisy and clipped data||#BSA:79:4:1989:1122-1141|Iterative method+Noise
J|0122|Taylor,S.R.+Denny,M.D.+Vergino,E.S.+|Regional discrimination between NTS explosions and western U.S. earthquakes||#BSA:79:4:1989:1142-1176|Nuclear test ban+Basin & Range
J|0123|Talandier,J.+Okal,E.A.|An algorithm for automated tsunami warning in French Polynesia based on mantle magnitudes||#BSA:79:4:1989:1177-1193
J|0124|Ho-Liu,P.+Helmberger,D.V.|Modelling regional Love waves: Imperial Valley to Pasadena||#BSA:79:4:1989:1194-1209|California+Green's function||#*IMPERIAL|#*BRAWLEY2
J|0125|Daudt,C.R.+Braile,L.W.+Nowack,R.L.+|A comparison of finite-difference and Fourier method calculations of synthetic seismograms||#BSA:79:4:1989:1210-1230|Mathematical method+Accuracy
J|0126|Dainty,A.M.+Harris,D.B.+|Phase velocity estimation of diffusely scattered waves||#BSA:79:4:1989:1231-1250|Spectrum+Coda+NORESS
J|0127|Tan,H.H.|Displacement approach for generalized Rayleigh waves in layered solid-fluid media||#BSA:79:4:1989:1251-1263|Layered medium
J|0128|Mendoza,C.+Nishenko,S.P.|The North Panama earthquake of 7 September 1882: evidence for active underthrusting||#BSA:79:4:1989:1264-1269|Destructive earthquake+Tectonics+1882|Short note
J|0129|Wong,I.G.+Biggar,N.|Seismicity of eastern Contra Costa County, San Francisco Bay region, California||#BSA:79:4:1989:1270-1278|Focal mechanism|Short note
J|0130|Ambraseys,N.N.+Melville,C.P.|Evidence for intraplate earthquakes in northwest Arabia||#BSA:79:4:1989:1279-1281||Short note
J|0131|Hartzell,S.H.+Heaton,T.H.|The fortnightly tide and the tidal triggering of earthquakes||#BSA:79:4:1989:1282-1286|Periodicity|Short note
J|0132|Wennerberg,L.+Frankel,A.|On the similarity of theories of anelastic and scattering attenuation||#BSA:79:4:1989:1287-1293|Anelasticity|Short note
J|0133|Kawase,H.+Aki,K.|Economical seismogram synthesis using causality with FFT||#BSA:79:4:1989:1294-1299|Synthetic seismogram+Green's function+Fourier transform|Short note
J|0134|Savage,M.K.+Meyer,R.P.|Comment on `Apparent stresses, stress drops, and amplitude ratios of earthquakes preceding and following the 1975 Hawaii MS = 7.2 main shock' by F. R. Zuniga, M. Wyss, and M. E. Wilson||#BSA:79:4:1989:1300-1305|Comments+Stress-drop+Regionalization+Asperity|With a reply by the authors|#*HILO|#*HILO2
J|0135|Campbell,K.W.|The dependence of peak horizontal acceleration on magnitude, distance, and site effects for small-magnitude earthquakes in California and eastern North America||#BSA:79:5:1989:1311-1346|United States+Small earthquake
J|0136|Anooshehpoor,A.+Brune,J.N.|Foam rubber modelling of topographic and dam interaction effects at Pacoima Dam||#BSA:79:5:1989:1347-1360|Topography+Spectral ratio
J|0137|Kawase,H.+Aki,K.|A study on the response of a soft basin for incident S, P, and Rayleigh waves with special reference to the long duration observed in Mexico City||#BSA:79:5:1989:1361-1382|||#*MEXICOCITY
J|0138|Doser,D.I.+Smith,R.B.|An assessment of source parameters of earthquakes in the cordillera of the western United States||#BSA:79:5:1989:1383-1409|Fault+1915-1988
J|0139|Westaway,R.+Smith,R.B.|Source parameters of the Cache Valley (Logan), Utah, earthquake of 30 August 1962||#BSA:79:5:1989:1410-1425|Focal mechanism
J|0140|Thenhaus,P.C.+Barnhard,T.P.|Regional termination and segmentation of Quaternary fault belts in the Great Basin, Nevada, and Utah||#BSA:79:5:1989:1426-1438
J|0141|Davis,P.M.+Jackson,D.D.+Kagan,Y.Y.|The longer it has been since the last earthquake, the longer the expected time till the next?||#BSA:79:5:1989:1439-1456|Quiescence+Recurrence+Risk+California+Probability
J|0142|Eneva,M.+Hamburger,M.W.|Spatial and temporal patterns of earthquake distribution in Soviet Central Asia: application of pair analysis statistics||#BSA:79:5:1989:1457-1476|Clustering+Seismicity+1962-1983
J|0143|Davis,S.D.+Pennington,W.D.|Induced seismic deformation in the Cogdell oil field of west Texas||#BSA:79:5:1989:1477-1494|Fluid
J|0144|Gomberg,J.S.+Priestley,K.F.+Brune,J.N.|The compressional velocity structure of the crust and upper mantle of northern Mexico and the border region||#BSA:79:5:1989:1496-1519
J|0145|Zeng,Y-H.+Teng,T-L.+Aki,K.|Surface-wave mapping of the crust and upper mantle in the Arctic region||#BSA:79:5:1989:1520-1541|Surface wave+Velocity+1970-1985
J|0146|Vinnik,L.P.+Farra,V.+Romanowicz,B.|Azimuthal anisotropy in the Earth from observations of SKS at GEOSCOPE and NARS broadband stations||#BSA:79:5:1989:1542-1558|SKS-wave+Upper mantle+Splitting
J|0147|Steck,L.K.+Prothero,W.A.+Scheimer,J.|Site-dependent coda Q at Mono Craters, California||#BSA:79:5:1989:1559-1574|Q
J|0148|Kvamme,L.B.+Havskov,J.|Q in southern Norway||#BSA:79:5:1989:1575-1588|Q+Coda+Frequency
J|0149|Ambeh,W.B.+Fairhead,J.D.|Coda Q estimates in the Mount Cameroon volcanic region, West Africa||#BSA:79:5:1989:1589-1600|Q+Microearthquake
J|0150|Kamel,A.H.|A stability checking procedure for finite-difference schemes with boundary conditions in acoustic media||#BSA:79:5:1989:1601-1606|Acoustic medium+Finite difference method+Mathematical method
J|0151|Roberts,P.M.|A versatile equalization circuit for increasing seismometer velocity response below the natural frequency||#BSA:79:5:1989:1607-1617|Instrument+Low frequency
J|0152|Steck,L.K.+Prothero,W.A.|Seismic calibration using the simplex algorithm||#BSA:79:5:1989:1618-1628|Software
J|0153|Ferber,R-G.|Recursive deconvolution filters for seismograph systems||#BSA:79:5:1989:1629-1641|Signal+Digital recording
J|0154|Novelo-Casanova,D.A.|Comparison of the Quality Factor for coda and oceanic S waves in the western Pacific lithosphere||#BSA:79:5:1989:1642-1644|Oceanic lithosphere+Coda wave|Short note
J|0155|Acharya,H.R.+Tyrala,L.M.+Gonzales,J.M.+|Microearthquake monitoring of the Texas Panhandle||#BSA:79:5:1989:1645-1650|Seismicity+1984-1988|Short note
J|0156|Poupinet,G.+Pasquier,M.+Vadell,M.+|A seismological platform transmitting via METEOSAT||#BSA:79:5:1989:1651-1661|Meteosat+Radiotelemetry+Data acquisition+Seismograph station|Short note
J|0157|Lomnitz,C.|Comment on `Temporal and magnitude dependence in earthquake recurrence models' by C. A. Cornell and S. R. Winterstein||#BSA:79:5:1989:1662-1664|Comments+Hazard|With a reply by the authors
J|0158|Seale,S.H.+Archuleta,R.J.|Site amplification and attenuation of strong ground motion||#BSA:79:6:1989:1673-1696|California+Down-hole recording||#*ROUNDVALLEY|#*CHALFANT
J|0159|Singh,S.K.+Ordaz,M.+Anderson,J.G.+|Analysis of near-source strong-motion recordings along the Mexican subduction zone||#BSA:79:6:1989:1697-1717|Strong-motion analysis+Mexico+Magnitude+Spectrum+1978-1989||#*MICHOACAN|#*MEXICOCITY|#*MEXICOCITY2|#*GUERRERO89
J|0160|Campillo,M.+Gariel,J.C.+Aki,K.+|Destructive strong ground motion in Mexico City: source, path, and site effects during great 1985 Michoacan earthquake||#BSA:79:6:1989:1718-1735|Strong-motion analysis||#*MEXICOCITY
J|0161|Boore,D.M.+Atkinson,G.M.|Spectral scaling of the 1985 to 1988 Nahanni, Northwest Territories, earthquakes||#BSA:79:6:1989:1736-1761|Intraplate earthquake+Spectrum+1985-1988||#*NAHANNI|#*NAHANNI2|#*NAHANNI88
J|0162|Nabelek,J.+Suarez,G.|The 1983 Goodnow earthquake in the central Adirondacks, New York: rupture of a simple, circular crack||#BSA:79:6:1989:1762-1777|Intraplate earthquake+Focal mechanism+Adirondack Mts+Source+1983||#*BLUEMOUNT
J|0163|Bernard,P.+Zollo,A.|Inversion of near-source S polarization for parameters of double-couple point sources||#BSA:79:6:1989:1779-1809|Focal mechanism
J|0164|Siro,L.+Chiaruttini,C.|Source complexity of the 1980 southern Italian earthquake from the analysis of strong-motion S-wave polarization||#BSA:79:6:1989:1810-1832|Southern Italy+Strong-motion analysis||#*CAMPANIA
J|0165|Zollweg,J.E.+Johnson,P.A.|The Darrington seismic zone in northwestern Washington||#BSA:79:6:1989:1833-1845|Cascades+Crustal structure+Fault+1971-1988
J|0166|Pujol,J.+Chui,J-M.+Johnston,A.+|On the relocation of earthquake clusters. A case history: the Arkansas earthquake swarm||#BSA:79:6:1989:1846-1862|||#*ARKANSAS
J|0167|Chung,W-Y.+Brantley,B.J.|The 1984 southern Yellow Sea earthquake of eastern China: source properties and seismotectonic implications for a stable continental area||#BSA:79:6:1989:1863-1882|Intraplate earthquake+Focal mechanism+Sequence||#*YELLOWSEA|#*HAICHENG|#*BERMUDA
J|0168|Niazi,M.+Chun,K-Y.|Crustal structure in the southern Bering Shelf and the Alaska Peninsula from inversion of surface-wave dispersion data||#BSA:79:6:1989:1883-1893|Surface wave
J|0169|Peppin,W.A.+Delaplain,T.W.+Lewis,J.S.|Pre-S observations at station SLK, NW of Long Valley caldera, California, and their relation to possible magma bodies||#BSA:79:6:1989:1894-1904|Long Valley Caldera+Heterogeneous medium+Dipping layer+S-wave
J|0170|Iannaccone,G.+Deschamps,A.|Evidence of shear-wave anisotropy in the upper crust of central Italy||#BSA:79:6:1989:1905-1912|Shear wave+Splitting
J|0171|Pavlis,G.L.+Hamburger,M.W.+Nersesov,I.L.|Anomalies in the magnitude-frequency relation of earthquakes in the Garm region, Soviet central Asia||#BSA:79:6:1989:1913-1926|Nonlinearity+Frequency-magnitude relation
J|0172|Ringdal,F.+Kvaerna,T.|A multi-channel processing approach to real time network detection, phase association, and threshold monitoring||#BSA:79:6:1989:1927-1940|Data processing+Fermoscandia
J|0173|Abromovici,F.+Le,L.H.T.+Kanasewich,E.R.|The evanescent wave in Cagniard's problem for a line source generating SH waves||#BSA:79:6:1989:1941-1955|SH-wave+Cagniard's technique
J|0174|Schiel,K.+Protazio,J.S.|Transient-wave solution for Lamb's problem at the free surface||#BSA:79:6:1989:1956-1971|Transient wave+Mathematical analysis
J|0175|Woodward,R.L.+Masters,G.|Calibration and data quality of the long-period SRO/ASRO networks, 1977 to 1980||#BSA:79:6:1989:1972-1983|Sensitivity+Instrument+Global Digital Seismograph Network|Short note
J|0176|Boore,D.M.+Joyner,W.B.|The effect of directivity on the stress parameter determined from ground motion observations||#BSA:79:6:1989:1984-1988||Short note
J|0177|Del Pezzo,E.+Lombardo,G.+Spampinato,S.|Attenuation of volcanic tremor at Mt. Etna, Sicily||#BSA:79:6:1989:1989-1994|Mount Etna+Q|Short note
J|0178|Sanchez-Sesma,F.J.+Campillo,M.+Irikura,K.|A note on the Rayleigh hypothesis and the Aki-Larner method||#BSA:79:6:1989:1995-1999|Wave field+Interface+Wavenumber|Short note
J|0179|Bolt,B.A.|Memorial essay. Sir Harold Jeffreys (1891-1989)||#BSA:79:6:1989:2006-2011|Seismology+Earth structure+Jeffreys-Bullen tables+Earth
J|0180|Barrientos,S.E.+Stein,R.S.+Ward,S.N.|Errata to `Comparison of the 1959 Hebgen Lake, Montana, and the 1983 Borah Peak, Idaho, earthquakes from geodetic observations'||#BSA:79:6:1989:2018|Geodetic survey
J|0181|Buchbinder,G.G.R.|Errata to `P-wave deflection or off-azimuth arrivals in the Charlevoix seismic zone'||#BSA:79:6:1989:2018|P-wave+Discontinuity
J|0182|Gupta,I.N.+McLaughlin,K.L.|Errata to `Strain and frequency-dependent attenuation estimates in salt based on SALMON and STERLING near-field recordings'||#BSA:79:6:1989:2019|Spectral ratio+Nuclear explosion
J|0183|Smith,A.T.|Errata to `High-frequency seismic observations and models of chemical explosions: implications for the discrimination of ripple-fired mining blasts'||#BSA:79:6:1989:2019|Site+Signature+High frequency
J|0184|Cumming,G.L.|Alberta bolide of June 1, 1982: interpretation of photographic and seismic records||#CJS:26:7:1989:1350-1355|Meteor+Acoustic wave+Atmosphere
J|0185|Todd,B.J.+Reid,I.|The continent-ocean boundary south of Flemish Cap: constraints from seismic refraction and gravity||#CJS:26:7:1989:1392-1407|Refraction study+Newfoundland+Oceanic crust+Gravity modelling+Continental boundary
J|0186|Davis,A.S.+Pickthorn,L-B.G.+Vallier,T.L.+|Petrology and age of volcanic-arc rocks from the continental margin of the Bering Sea: implications for Early Eocene relocation of plate boundaries||#CJS:26:7:1989:1474-1490|Profile
J|0187|Marillier,F.+Verhoef,J.|Crustal thickness under the Gulf of St. Lawrence, northern Appalachians, from gravity and deep seismic data||#CJS:26:8:1989:1517-1532|Gravity modelling+Profile
J|0188|McGroder,M.F.|Structural geometry and kinematic evolution of the eastern Cascades foldbelt, Washington and British Columbia||#CJS:26:8:1989:1586-1602|Crustal structure+Profile
J|0189|Mackie,D.J.+Clowes,R.M.+Dehler,S.A.+|The Queen Charlotte Islands refraction project. Part II. Structural model for transition from Pacific plate to North American plate||#CJS:26:9:1989:1713-1725|Refraction study+Plate motion+Structure
J|0190|Hequette,A.+Hill,P.R.|Late Quaternary seismic stratigraphy of the inner shelf seaward of the Tuktoyaktuk Peninsula, Canadian Beaufort Sea||#CJS:26:10:1989:1990-2002|Reflexion study+Sediment
J|0191|Jacobs,C.L.|Sedimentary processes along Flemish Pass, offshore eastern Canada: a GLORIA and high-resolution seismic reconnaissance||#CJS:26:11:1989:2177-2185|Reflexion study+Sedimentation+Grand Banks
J|0192|Loncarevic,B.D.+Barr,S.M.+Raeside,R.P.+|Northeastern extension and crustal expression of terranes from Cape Breton Islands, Nova Scotia, based on geophysical data||#CJS:26:11:1989:2255-2267|Profile
J|0193|Van Wagoner,N.A.+Mudie,P.J.+Cole,F.E.+|Siliceous sponge communities, biological zonation, and recent sea-level change on the Arctic margin: Ice Island results||#CJS:26:11:1989:2341-2355|Profile+Reflector+Bathymetry
J|0194|Carbotte,S.M.+Dixon,J.M.+Farrar,E.+|Geological and geophysical characteristics of the Tuzo Wilson seamounts: implications for plate geometry in the vicinity of the Pacific-North America-Explorer triple junction||#CJS:26:11:1989:2365-2384|Profile+Queen Charlotte Islands
J|0195|Berube,J.+Rogers,G.C.+Ellis,R.M.+|A microseismicity study of the Queen Charlotte Islands region||#CJS:26:12:1989:2556-2566|Focal mechanism+Tectonics
J|0196|Burke,K.B.S.+Wetmiller,R.J.+Lamontagne,M.+|Microearthquake survey of the Miramichi, New Brunswick, epicentral region, 1985||#CJS:26:12:1989:2567-2577|Microseismicity+Focal mechanism
J|0197|Todd,B.J.+Keen,C.E.|Temperature effects and their geological consequences at transform margins||#CJS:26:12:1989:2591-2603|Crustal structure+Model
J|0198|Buchbinder,G.G.R.|Shear-wave splitting and anisotropy in the Charlevoix seismic zone, Quebec, in 1985||#CJS:26:12:1989:2691-2696|Shear wave
J|0199|Ruffman,A.|First report of Ordovician (Caradoc-Ashgill) palynomorphs from Orphan Knoll, Labrador Sea: discussion||#CJS:26:12:1989:2749-2751|Profile
J|0200|Fernandes,E.P.|Seismotectonics of the Scotia plate||#IDV:25:-:1989:1-19|Scotia Sea+Focal mechanism+Synthetic seismogram+Plate tectonics+1964-1984||#*SWATLANTIC84|#*SSANDWICH83|#*SSHETLANDS83|#*SWATLANTIC82
J|0201|Morsy,M.A.|A study on coda wave||#IDV:25:-:1989:23-39|Q+Spectrum+Japan
J|0202|Makaris,D.I.|Experimental study on estimation of strong ground motion intensities for seismic microzoning||#IDV:25:-:1989:43-58|Japan+Soil
J|0203|Firdaus,M.|Seismotectonic of Sulawesi and West-Irian||#IDV:25:-:1989:61-74|Indonesia+Fault+Focal mechanism+Plate tectonics
J|0204|Hyeongpyo,K.|Inversion of geodetic data using ABIC with application to the 1923 Kanto earthquake||#IDV:25:-:1989:77-91|Geodesy+Kanto
J|0205|Terrazas,E.A.|Seismotectonics in the Gulf of California and Rivera region||#IDV:25:-:1989:95-107|Focal mechanism+Strike-slip+1966-1985
J|0206|Bukhari,S.I.H.S.|Seismicity beneath the Hindu-Kush and the focal mechanisms of large earthquakes||#IDV:25:-:1989:111-129|Hindu Kush+Depth
J|0207|Lizardo,R.V.|Some large Philippine earthquakes and major eruptions of Mayon volcano from 1900-1984||#IDV:25:-:1989:133-151|Philippines+Large earthquake
J|0208|Wechbunthung,B.|Study on crustal velocity structure in Kyushu by JHD method||#IDV:25:-:1989:155-168|Kyushu+Crustal structure+Joint hypocentre determination
J|0209|Darouich,I.|3D migration by the separation method||#IDV:25:-:1989:171-183|Reflexion study+Velocity+Inversion
J|0210|Mifundi,W.|Volcano-seismicity in the Virunga volcanic region, Zaire||#IDV:25:-:1989:187-204|Zaire+Hypocentre
J|0211|Ouakli,A.|Seismic response control of structures by energy-absorbing devices||#IDV:25:-:1989:207-222|Building+Damping+Earthquake-resistant design
J|0212|Azua,A.D.|Nonlinear earthquake response analysis of a high-strength reinforced concrete structure||#IDV:25:-:1989:225-238|Building+Joint
J|0213|Zhao,W.|A study of accelerogram synthesis methods||#IDV:25:-:1989:241-250|Earthquake engineering+Acceleration+Frequency domain
J|0214|Guerrero,E.V.|Number of stories and effectiveness of base isolation system in a single bay R/C building||#IDV:25:-:1989:269-283|Response+Damping
J|0215|Montiagudo,M.R.O.|Analysis of strong ground motion records to determine design parameter in some structural models||#IDV:25:-:1989:287-300|Building code+El Salvador+Damage
J|0216|Budiharto|Analysis of masonry shear walls reinforced concrete structures||#IDV:25:-:1989:303-316|Building+Masonry structure+Loading
J|0217|Mehrbani,A.N.|A study of recent design response spectra of Iran based on the strong-motion records of the 1978 Tabas, Iran earthquake||#IDV:25:-:1989:319-334|Accelerogram+Spectrum
J|0218|Aplonov,S.V.|Paleogeodynamics of the West Siberian Plate|In Russian|#SVG:-:7:1989:27-36|Plate tectonics+Palaeozoic+Siberian platform
J|0219|Berlyand,N.G.|On likely paleoreconstruction of the depth structure of the Earth|In Russian|#SVG:-:7:1989:74-85|Deep structure+Palaeozoic+Plate tectonics+Mantle plume
J|0220|Mukhin,P.A.+Abdullaev,Kh.A.+Minaev,V.E.+|Paleozoic geodynamics in Central Asia|In Russian|#SVG:-:10:1989:47-58|Palaeozoic
J|0221|Litvinenko,I.V.+Lanev,V.S.+Lizinskiy,M.D.|Super deep drilling and regional seismic measurements in the eastern part of the Baltic Shield|In Russian|#SVG:-:10:1989:83-90|Regional study
J|0222|Salman,A.G.+Tronin,A.A.|Space infrared survey as a new remote sensing method to study the regions with seismic activities|In Russian|#SVG:-:10:1989:90-93|Activity
J|0223|Dubinin,E.P.+Ushakov,S.A.|Plates paleoboundaries as suture zones of lithosphere|In Russian|#SVG:-:12:1989:49-53|Plate boundary+Palaeozoic+Plate tectonics
J|0224|Zorin,Yu.A.+Turutanov,E.Kh.+Arvisbaatar,N.+|Structure of the upper part of the Earth's crust of the Erdenet region in MPR according to gravimetry records|In Russian|#SVG:-:12:1989:68-75|Crustal structure+Gravimetry+Mongolia
J|0225|Olevskiy,V.A.|On the physical and mechanical characteristics of the Earth's crust strata|In Russian|#SVG:-:12:1989:104-111|Stratigraphy+Velocity+P-wave+S-wave
J|0226|Trifunac,M.D.+Todorovska,M.I.|Attenuation of seismic intensity in Albania and Yugoslavia||#EES:18:5:1989:617-631
J|0227|Nielsen,S.R.K.+Mork,K.J.+Thoft-Christensen,P.|Response analysis of hysteretic multi-storey frames under earthquake excitation||#EES:18:5:1989:655-666|Beam+Earthquake engineering
J|0228|Liou,G-S.|Analytic solutions for soil-structure interaction in layered media||#EES:18:5:1989:667-686|Layered medium+Mathematical method
J|0229|Westermo,B.D.|The dynamics of interstructural connection to prevent pounding||#EES:18:5:1989:687-699|Earthquake-resistant design+Response+Building
J|0230|Dusseau,R.A.+Wen,R.K.|Seismic responses of deck-type arch bridges||#EES:18:5:1989:701-715|Earthquake engineering
J|0231|Katukura,H.+Ohno,S.+Izumi,M.|Symmetrical FFT technique and its applications to earthquake engineering||#EES:18:5:1989:717-725|Fourier transform+Deconvolution+Mathematical method
J|0232|Mita,A.+Yoshida,K.+Kumagai,S.+|Soil-structure interaction experiment using impulse response||#EES:18:5:1989:727-744|Foundation
J|0233|Novak,M.+Henderson,P.|Base-isolated buildings with soil-structure interaction||#EES:18:6:1989:751-765|Base isolation system+Foundation
J|0234|Malushte,S.R.+Singh,M.P.|A study of seismic response characteristics of structures with friction damping||#EES:18:6:1989:767-783|Building+Earthquake-resistant design
J|0235|Castellani,A.+Boffi,G.|On the rotational components of seismic motion||#EES:18:6:1989:785-797|Ground motion+Mathematical model+Wave field
J|0236|Papageorgiou,A.S.+Lin,B-C.|Influence of lateral-load resisting system on the earthquake response of structures - a system identification study||#EES:18:6:1989:799-814|Building+Earthquake-resistant design+Vibration||#*MORGAN
J|0237|El-Aidi,B.+Hall,J.F.|Non-linear earthquake response of concrete gravity dams part 1: modelling||#EES:18:6:1989:837-851|Earthquake engineering+Crack
J|0238|El-Aidi,B.+Hall,J.F.|Non-linear earthquake response of concrete gravity dams part 2: behaviour||#EES:18:6:1989:853-865|Earthquake engineering+Crack
J|0239|Kimura,M.+Izumi,M.|A method of artificial generation of earthquake ground motion||#EES:18:6:1989:867-874|Simulation+Mathematical method
J|0240|Leger,P.+Katsouli,M.|Seismic stability of concrete gravity dams||#EES:18:6:1989:889-902|Earthquake engineering
J|0241|Desai,C.S.+Galagoda,H.M.|Earthquake analysis with generalized plasticity model for saturated soils||#EES:18:6:1989:903-919|Porous medium+Anisotropy
J|0242|Bommer,J.J.+Ambraseys,N.N.|The Spitak (Armenia, USSR) earthquake of 7 December 1988: a summary engineering seismology report||#EES:18:6:1989:921-925|Fault+Accelerogram|Short communication|#*ARMENIA88
J|0243|Israil,A.S.M.+Ahmad,S.|Dynamic vertical compliance of strip foundations in layered soils||#EES:18:7:1989:933-950|Dynamic analysis+Layered medium
J|0244|Li,X.|Optimization of the stochastic response of a bridge isolation system with hysteretic dampers||#EES:18:7:1989:951-964|Base isolation system+Earthquake-resistant design
J|0245|Yamada,Y.+Iemura,H.+Kawano,K.+|Seismic response of offshore structures in random seas||#EES:18:7:1989:965-981|Soil-structure interaction+Sea wave
J|0246|Eshraghi,H.+Dravinski,M.|Scattering of plane harmonic SH, SV, P and Rayleigh waves by non-axisymmetric three-dimensional canyons: a wave function expansion approach||#EES:18:7:1989:983-998|Elastic wave+Wave field
J|0247|Trifunac,M.D.|Dependence of Fourier spectrum amplitudes of recorded earthquake accelerations on magnitude, local soil conditions and on depth of sediments||#EES:18:7:1989:999-1016|Site+1933-1984||#*MORGAN|#*COALINGA|#*MAMMOTH3
J|0248|Ordaz,M.|Earthquake magnitude exceedance rate and self-similarity||#EES:18:7:1989:1017-1023|Frequency-magnitude relation+Rupture+Fault+Model
J|0249|Hryniewicz,Z.+Hermans,A.J.|Free-field response from inclined body waves in a viscoelastic random medium||#EES:18:7:1989:1025-1040|Wave field+Viscoelastic solid+Amplification
J|0250|Kawashima,K.+Aizawa,K.|Bracketed and normalized durations of earthquake ground acceleration||#EES:18:7:1989:1041-1051|Magnitude+Correlation
J|0251|Von Estorff,O.+Kausel,E.|Coupling of boundary and finite elements for soil-structure interaction problems||#EES:18:7:1989:1065-1075|Boundary element method+Finite element method+Ground motion
J|0252|Emperador,J.M.+Dominguez,J.|Dynamic response of axisymmetric embedded foundations||#EES:18:8:1989:1105-1117|Dynamic analysis+Boundary analysis method+Soil-structure interaction
J|0253|Tsai,H-C.+Kelly,J.M.|Dynamic parameter identification for non-linear isolation systems in response spectrum analysis||#EES:18:8:1989:1119-1132|Base isolation system+Spectral analysis+Shake table
J|0254|Fajfar,P.+Vidic,T.+Fischinger,M.|Seismic demand in medium- and long-period structures||#EES:18:8:1989:1133-1144|Response+Spectrum+Ground motion
J|0255|Weissman,K.+Prevost,J.H.|Centrifugal modelling of dynamic soil-structure interaction||#EES:18:8:1989:1145-1161|Centrifuge+Simulation
J|0256|Maragakis,E.A.+Thornton,G.+Saiidi,M.+|A simple non-linear model for the investigation of the effects of the gap closure at the abutment joints of short bridges||#EES:18:8:1989:1163-1178|Earthquake-resistant design+Response
J|0257|Papageorgiou,A.S.+Lin,B-C.|Study of the earthquake response of the base-isolated Law and Justice Center in Rancho Cucamonga||#EES:18:8:1989:1189-1200|Building+Base isolation system+Earthquake-resistant design+California||#*REDLANDS85
J|0258|Uras,R.A.+Liu,W.K.|Dynamic stability characteristics of liquid-filled shells||#EES:18:8:1989:1219-1231|Dynamic analysis+Storage tank
J|0259||Commemorating the 25th anniversary of the great Alaskan earthquake||#EQV:21:4:1989:136-144|Damage+1964
J|0260||The Loma Prieta, California, earthquake of October 17, 1989||#EQV:21:5:1989:176-211|San Andreas Fault|Excerpt from U.S. Geological Survey Circular 1045|#*LOMAPRIETA89
J|0261|Ward,P.L.+Page,R.A.|The Loma Prieta earthquake of October 17, 1989||#EQV:21:6:1989:215-246|San Andreas Fault||#*LOMAPRIETA89
J|0262|Ceccotti,A.+Vignoli,A.|A hysteretic behavioural model for semi-rigid joints||#EEE:3:-:1989:3-9|Dynamic analysis+Hysteresis
J|0263|Valiasis,T.+Stylianidis,K.|Masonry infilled R/C frames under horizontal loading. Experimental results||#EEE:3:-:1989:10-20|Reinforced concrete+Hysteresis
J|0264|Scherer,R.J.|San Francisco earthquake 1989. Preliminary analysis of strong motion records||#EEE:3:-:1989:21-23|Ground motion+Strong-motion analysis+Loma Prieta||#*LOMAPRIETA89
J|0265|Chesi,C.+Fossati,C.+Nobile,M.+|Experimental evaluation of the ductility of a bolted steel structure||#EEE:3:-:1989:24-31|Shear+Earthquake engineering
J|0266|Elnashai,A.S.+Izzuddin,B.A.+Dowling,P.J.|Efficient large displacement elastoplastic dynamic analysis of steel frames||#EEE:3:-:1989:32-41|Elastoplasticity+Earthquake engineering
J|0267||Two ways to erupt||#EOS:70:27:1989:690|Volcanism+Eruption+Magma|News
J|0268|Hodges,C.A.|GEOHAZARDS '88||#EOS:70:27:1989:692-693|Hazard+Mitigation+Geology+Hydrology|Report of a symposium held at Menlo Park, November 1988
J|0269|Wollenberg,H.A.+Eichelberger,J.+Elders,W.+|DOE thermal regimes drilling program through 1988||#EOS:70:28:1989:697-707|Magma+Volcano+Hydrothermy
J|0270|Romanowicz,B.+Ekstrom,G.|Macquarie earthquake of May 23, 1989||#EOS:70:28:1989:700|Macquarie Ridge+Strike-slip+Focal mechanism|Forum
J|0271|Flinn,E.A.+Baltuck,M.|The role of NASA in geodynamics research: past and future||#EOS:70:29:1989:713-722|Satellite laser ranging+Geodesy+Remote sensing
J|0272|Litak,R.K.+Brown,L.D.|A modern perspective on the Conrad discontinuity||#EOS:70:29:1989:713-724|Crustal structure+Profile+P*-phase
J|0273|Legrand,J.+Echardour,A.+Floc'h,H.+|Campagne FARE. Wireline reentry of DSDP hole 396B using the NADIA system||#EOS:70:30:1989:729-741|Borehole+Logging+Geophysics
J|0274|Vielzeuf,D.+Vidal,P.|NATO granulite conference||#EOS:70:31:1989:752-753|Petrology+Geochemistry+Crust+Granulite|Report of a workshop held at Clermont-Ferrand, September 1988
J|0275|Karlstrom,K.E.+Paterson,S.R.|FROGS report. Friends of Granite Summer 1989||#EOS:70:32:1989:762-770|Pluton+Orogeny+Deformation+United States|VGP News
J|0276|Hooper,P.R.|Snowbird II: global catastrophes. Comment: meteorite impact, mass extinction and Deccan volcanism||#EOS:70:32:1989:764|Eruption+Cretaceous+Comments|With a reply by the author C. R. Chapman
J|0277|Aramaki,S.|Submarine volcano, off the Izu Peninsula, Japan (34.992degreesN, 139.132degreesE)||#EOS:70:34:1989:791|Eruption+Sea floor+Seismicity+Swarm+1989|News. Volcanic events|#*OFFIZUPEN89A|#*OFFIZUPEN89B
J|0278|Luongo,G.+Del Gaudio,C.+Obrizzo,F.+|Campi Flegrei, S Italy (40.83degreesN, 14.14degreesE)||#EOS:70:34:1989:791-795|Uplift+Seismicity+Volcano+1982-1989|News. Volcanic events
J|0279|Nur,A.+Boccaletti,M.|Active and recent strike-slip tectonics||#EOS:70:35:1989:806|Plate tectonics+Fault+Continental crust+Workshop|Report of a workshop held in Florence, April 1989
J|0280|Hobson,G.|Ice Island field station. New features of Canadian polar margin||#EOS:70:37:1989:833-839|Arctic Ocean+Refraction study+Reflexion study+Field work
J|0281||Teishi-Kaikyu volcano, off the Izu Peninsula, Japan (34.992degreesN, 139.132degreesE)||#EOS:70:37:1989:835|Bathymetry+Eruption+Sea floor+Seismicity+1989|News. Volcanic events|#*OFFIZUPEN89A|#*OFFIZUPEN89B
J|0282|McNutt,S.R.+Hill,D.P.|Long Valley Caldera, California, (37.68degreesN, 118.86degreesW)||#EOS:70:37:1989:835-839|Swarm+Mountain+1989|News. Volcanic events|#*MAMMOTH89
J|0283|a-GLIMPCE Seismic Refraction Working Group|GLIMPCE seismic experiments. Long-offset recordings||#EOS:70:38:1989:841-853|Reflexion study+Profile+Canada+Lake+Velocity
J|0284|Rundle,J.B.+Julian,B.R.+Turcotte,D.L.|Are earthquakes deterministic or chaotic?||#EOS:70:40:1989:880-882|Fault+Mathematical geophysics+Workshop|Report of a workshop held in Monterey, February 1989
J|0285|Burchfiel,B.C.|DELP symposium. Tectonics of Eastern Asia and Western Pacific continental margin||#EOS:70:43:1989:930-933|East Asia|Report of a symposium held in Tokyo, December 1988
J|0286|Simpson,D.W.+Hough,S.E.+Lerner-Lam,A.L.|Earthquake response||#EOS:70:44:1989:1450|Loma Prieta+Instrument+Aftershock+1989|News|#*LOMAPRIETA89
J|0287|Romano,R.|Etna volcano, Sicily, Italy (37.73degreesN, 15.00degreesE)||#EOS:70:44:1989:1451-1452|Eruption+1989|News. Geophysical events
J|0288|Tilling,R.I.+Presnall,D.C.|Foreword and list of contents to `How volcanoes work' edited by R. I. Tilling and D. C. Presnall||#EOS:70:44:1989:1453|Volcanology+Eruption+Symposium|Book contains papers from the symposium held in Hawaii, January 1987
J|0289|McNally,K.C.+Lay,T.+Protti Quesada,J.M.+|Santa Cruz Mountains (Loma Prieta) earthquake||#EOS:70:45:1989:1463-1467|Location+Focal mechanism+Sea level+1989||#*LOMAPRIETA89
J|0290|McCreery,C.S.+Oliveria,F.+Walker,D.A.+|Submarine volcano||#EOS:70:45:1989:1466|Eruption+Marianas+Hydrophone+Ocean-bottom seismometer+1989|News
J|0291|White,R.S.|Igneous outbursts and mass extinctions||#EOS:70:46:1989:1480-1491|Catastrophe+Deccan+Volcanism+Cretaceous|VGP News
J|0292|Hough,S.E.+Friberg,P.A.+Busby,R.+|Did mud cause freeway collapse?||#EOS:70:47:1989:1497-1504|Damage+Amplification+Loma Prieta+Soil-structure interaction|News|#*LOMAPRIETA89
J|0293|Engdahl,E.R.|Coordinating Global Seismic Network observations. ISOP workshop report||#EOS:70:47:1989:1501|ISOP+IASPEI|Report of a workshop held in Istanbul, August 1989
J|0294||Submarine fans||#EOS:70:47:1989:1504|Sediment+Oil+Sea floor|News
J|0295|Vergino,E.S.|Soviet test yields||#EOS:70:48:1989:1511-1525|Nuclear explosion+Semipalatinsk+1961-1972
J|0296|Mastin,L.+Muller,B.+Zoback,M.L.|World stress map. International workshop on the European contribution||#EOS:70:48:1989:1520-1521|Plate tectonics|Report of a workshop held in Karlsruhe, September 1988
J|0297|Chen,Y.+Wu,F.T.|Lancang-Gengma earthquake. A preliminary report on the November 6, 1988, event and its aftershocks||#EOS:70:49:1989:1527-1540|China+Fault+Focal mechanism||#*YUNNAN88A|#*YUNNAN88B
J|0298||Taal volcano, Luzon Island, Philippines (14.00degreesN, 120.99degreesE)||#EOS:70:49:1989:1531|Inflation+Seismicity|News. Geophysical events
J|0299|Liyan,H.|East Asia global transects||#EOS:70:49:1989:1537|Workshop+Lithosphere|Report of a workshop held in Beijing, April 1989
J|0300|Walker,D.A.|Seismicity of the interiors of plates in the Pacific Ocean||#EOS:70:50:1989:1543-1544|Intraplate earthquake+T-phase
J|0301|Paillet,F.L.|Geotechnical applications||#EOS:70:51:1989:1561-1564|Symposium+Borehole+Electrical resistivity+Logging|Report of a symposium held in St. Louis, June 1989
J|0302|Vergino,E.S.|Errata to `Soviet test yields'||#EOS:70:52:1989:1569|Nuclear explosion+Semipalatinsk+1961-1972
J|0303|Lipman,P.W.|IAVCEI Meeting: continental magmatism||#EOS:70:52:1989:1574-1575|Volcanism+Explosive+Continental margin|Report of a meeting held in Santa Fe, June 1989
J|0304|Cazenave,A.+Souriau,A.+Dominh,K.|Global coupling of Earth surface topography with hotspots, geoid and mantle heterogeneities||#NAT:340:6228:1989:54-57|Tomography
J|0305|Scrutton,R.A.|Progress on the margin. Review of `Early Tertiary volcanism and the opening of the NE Atlantic' edited by A. C. Morton and L. M. Parson||#NAT:340:6229:1989:109|Reflexion study
J|0306|Bailey,R.C.+Craven,J.A.+Macnae,J.C.+|Imaging of deep fluids in Archaean crust||#NAT:340:6229:1989:136-138|Kapuskasing+Electrical resistivity+Lithoprobe
J|0307|Swinbanks,D.|Offshore blast causes alarm||#NAT:340:6230:1989:175|Volcano+Izu Peninsula+Swarm+Seismicity+1989|News|#*OFFIZUPEN89A|#*OFFIZUPEN89B
J|0308|Jeanloz,R.|Phase transitions in the mantle||#NAT:340:6230:1989:184|D" region+Mineral|News and views
J|0309|Tsuchida,Y.+Yagi,T.|A new, post-stishovite high-pressure polymorph of silica||#NAT:340:6230:1989:217-220|Silicate+Phase transition+Mantle+Laboratory
J|0310|Houseman,G.|Hotspots and mantle convection||#NAT:340:6231:1989:263|Mantle plume+Core-mantle boundary|News and views
J|0311|Sharpe,A.R.|An earthquake?||#NAT:340:6231:1989:267|England+Macroseismic data+1889|News and views
J|0312|Cox,K.G.|Hot plumes from the mantle||#NAT:340:6232:1989:341-342|Mantle plume+Plate tectonics+Volcanism+Rift|News and views
J|0313|Frei,W.+Heitzmann,P.+Lehner,P.+|Geotraverses across the Swiss Alps||#NAT:340:6234:1989:544-548|Structure+Reflexion study
J|0314|Buderi,R.|US-Soviet earthquake collaboration||#NAT:340:6235:1989:583|United States+USSR+IDA+Plate|News
J|0315|McCaig,A.M.|Fluid flow through fault zones||#NAT:340:6235:1989:600|Profile+Appalachian Mts.|News and views
J|0316|Allerton,S.|Distortions, rotations and crustal thinning at ridge-transform intersections||#NAT:340:6235:1989:626-628|Profile+Mid-Atlantic Ridge+Transform fault+Crustal movement
J|0317|Garmany,J.|Accumulations of melt at the base of young oceanic crust||#NAT:340:6235:1989:628-632|Mohorovicic discontinuity+PmS-wave
J|0318|Thatcher,W.|Tsunami-wave seismology||#NAT:340:6236:1989:674-675|Great earthquake+Fault+Source|News and views
J|0319|Dickman,S.|Germans to drill to 10 km||#NAT:341:6237:1989:9|Germany+Drilling+Temperature+Methane|News
J|0320|Rubin,K.H.+Macdougall,J.D.|Submarine magma degassing and explosive magmatism at Macdonald (Tamarii) seamount||#NAT:341:6237:1989:50-52|South Pacific+T-wave+Eruption
J|0321|Smith,P.J.|Inside story. Review of `Theory of the Earth' by D. L. Anderson||#NAT:341:6238:1989:116|Structure
J|0322|Wood,B.J.|Mineralogical phase change at the 670-km discontinuity||#NAT:341:6240:1989:278|Mantle|News and views
J|0323|Westaway,R.|Armenian earthquakes||#NAT:341:6240:1989:290|History+Hazard|Scientific correspondence|#*ARMENIA88
J|0324|Zoback,M.L.+Zoback,M.D.+Adams,J.+|Global patterns of tectonic stress||#NAT:341:6240:1989:291-298|Global tectonics+Lithosphere+Map|Review article
J|0325|O'Nions,R.K.+Griesshaber,E.+Oxburgh,E.R.|Rocks that are too hot to handle||#NAT:341:6241:1989:391|Germany+Drilling+Temperature|Scientific correspondence
J|0326|Schultz,R.A.|Strike-slip faulting of ridged plains near Valles Marineris, Mars||#NAT:341:6241:1989:424-426
J|0327|Thatcher,W.|Earthquake recurrence and risk assessment in circum-Pacific seismic gaps||#NAT:341:6241:1989:432-434|Plate boundary
J|0328|Boillot,G.+Feraud,G.+Recq,M.+|Undercrusting by serpentinite beneath rifted margins||#NAT:341:6242:1989:523-525|Rifting+Spain+Peridotite+Reflector
J|0329||California lessons||#NAT:341:6244:1989:673-674|Loma Prieta+San Andreas Fault+Building code+1989
J|0330|Buderi,R.|Bay area laboratories do well||#NAT:341:6244:1989:676|Loma Prieta+San Andreas Fault+Building+1989|News|#*LOMAPRIETA89
J|0331|Buderi,R.|The physics of destruction||#NAT:341:6244:1989:676|Loma Prieta+San Andreas Fault+Site+1989|News|#*LOMAPRIETA89
J|0332|Garwin,L.|A successful prediction?||#NAT:341:6244:1989:677|Loma Prieta+San Andreas Fault+1989|News|#*LOMAPRIETA89
J|0333|Frohlich,C.|New rumbles on deep sources||#NAT:341:6244:1989:687-688|Deep-focus earthquake+Phase transition+Fracture+Rock mechanics|News and views
J|0334|Searle,R.C.|Comprehensive sonar imaging of the Easter microplate||#NAT:341:6244:1989:701-705|Easter I.+GLORIA
J|0335|Green,H.W.+Burnley,P.C.|A new self-organizing mechanism for deep-focus earthquakes||#NAT:341:6244:1989:733-737|Fault+Phase transition
J|0336|Gee,J.+Staudigel,H.+Tauxe,L.|Contribution of induced magnetization to magnetization of seamounts||#NAT:342:6246:1989:170-173|Magnetism+Canary Islands+Seismics
J|0337|Buderi,R.|Testing time for Caltrans||#NAT:342:6247:1989:214|Loma Prieta+San Andreas Fault+Earthquake engineering+1989|News
J|0338|Lindley,D.|Not just in California...||#NAT:342:6248:1989:331|Loma Prieta+Building code+New Madrid+1989|News
J|0339|Buderi,R.|Stanford in squabble over relief funds||#NAT:342:6248:1989:331|Loma Prieta+1989|News
J|0340|Percival,J.A.+Green,A.G.+Milkereit,B.+|Seismic reflection profiles across deep continental crust exposed in the Kapuskasing uplift structure||#NAT:342:6248:1989:416-420|Reflexion study
J|0341|Davis,E.E.+Chapman,D.S.+Forster,C.B.+|Heat-flow variations correlated with buried basement topography on the Juan de Fuca ridge flank||#NAT:342:6249:1989:533-537|Heat flow+Reflexion study
J|0342|Buderi,R.|How the Earth moved...||#NAT:342:6250:1989:602|Loma Prieta+Macroseismic data+Intensity+1989|News|#*LOMAPRIETA89
J|0343|Buderi,R.|Safer structures take priority||#NAT:342:6251:1989:725|Loma Prieta+Building+Strong-motion analysis+1989|News
J|0344|Silver,E.A.|Helium line in the Banda arc||#NAT:342:6252:1989:856-857|Sunda Arc+Seismicity+Plate tectonics|News and views
J|0345||Giant lava flow went unnoticed||#NSC:-:1671:1989:42|East Pacific Rise+Eruption+Sea-floor spreading+Volcanic tremor|Science
J|0346||Nuclear reactor scheduled for Soviet earthquake zone||#NSC:-:1672:1989:33|Kama River+Risk+Nuclear power plant+Tartary|This week
J|0347|Bowler,S.|Ships set sail to listen to northern rocks||#NSC:-:1683:1989:26|Baltic Sea+BABEL+Profile+Airgun|This week
J|0348|Clark,R.A.|Social seismology. Review of `The politics of earthquake prediction' by R. Olsen, B. Podesta and J. Nigg||#NSC:-:1683:1989:60|Sociological aspect
J|0349||Earthwaves shake the world||#NSC:-:1684:1989:31|Earth tide+Gravitation+Trigger|Science
J|0350||A shaken world||#NSC:-:1688:1989:18|IDNDR+Loma Prieta+1989
J|0351|Anderson,I.|New earthquakes heading for San Francisco||#NSC:-:1688:1989:19-20|Loma Prieta+San Andreas Fault+Earthquake engineering+1989|This week|#*LOMAPRIETA89
J|0352||This time, the skyscrapers escaped||#NSC:-:1688:1989:20|Loma Prieta+Earthquake engineering+Freeway+1989|This week
J|0353||The makings of an earthquake||#NSC:-:1688:1989:20-21|Mechanism+San Andreas Fault+Plate|This week
J|0354|Bowler,S.|Short-term quake prediction is still a long way off||#NSC:-:1688:1989:21|Loma Prieta+1989|This week
J|0355|Peterson,C.|Australian instruments show the strain||#NSC:-:1688:1989:21|Loma Prieta+1989|This week
J|0356|Simons,P.|Cutbacks leave San Francisco unprepared for the coming shocks||#NSC:-:1688:1989:22|Loma Prieta+Earthquake engineering+Preparedness+1989|This week|#*LOMAPRIETA89
J|0357|Gribbin,J.|San Francisco fits the pattern||#NSC:-:1688:1989:71|Prediction+Earth tide|Forum
J|0358||California's faulty memory||#NSC:-:1689:1989:23|Loma Prieta+Earthquake engineering+1989||#*LOMAPRIETA89
J|0359|Anderson,I.|Fears grow over structural safety of Californian freeways||#NSC:-:1689:1989:29|Loma Prieta+Earthquake engineering+1989|This week
J|0360|Anderson,I.|San Francisco shock twice as powerful as first thought||#NSC:-:1689:1989:30|Loma Prieta+Earthquake+Magnitude+1989|This week|#*LOMAPRIETA89
J|0361||`Anticracks' in mantle create deep earthquakes||#NSC:-:1689:1989:33|Deep-focus earthquake+High pressure+Mineral+Crack|Science
J|0362|Lanoy,P.|Seismic test sends shock waves through French science||#NSC:-:1690:1989:27|France+Prediction+Electricity|This week
J|0363|Schipper,L.|Shaky ground||#NSC:-:1693:1989:89|Loma Prieta+Nuclear power plant+Hayward Fault+Building|Letter to the editor|#*LOMAPRIETA89
J|0364|Harris,N.|Tibet; continents in collision||#NSC:-:1694:1989:34-38|Geotraverse+Plate tectonics+Strike-slip
J|0365|Reynolds,C.|Look back at Earth sciences. Review of `History of geomorphology: from Hutton to Hack' edited by K. J. Tinkler||#NSC:-:1695:1989:50|Earthquake+1783
J|0366|Chen,Y.|A mechanical model for the inside corner uplift at a ridge-transform intersection||#JGR:94:7:1989:9275-9282|Transform fault+Mechanics+Mid-Atlantic Ridge
J|0367|Collins,J.A.+Purdy,G.M.+Brocher,T.M.|Seismic velocity structure at deep sea drilling project site 504B, Panama Basin: evidence for thin oceanic crust||#JGR:94:7:1989:9283-9302|Reflexion study+Refraction study
J|0368|Swift,S.A.+Stephen,R.A.|Lateral heterogeneity in the seismic structure of upper oceanic crust, western North Atlantic||#JGR:94:7:1989:9303-9322|Upper crust
J|0369|Borja,R.I.+Dreiss,S.J.|Numerical modelling of accretionary wedge mechanics: application to the Barbados subduction problem||#JGR:94:7:1989:9323-9339|Accretionary prism
J|0370|Zuber,M.T.+Bechtel,T.D.+Forsyth,D.W.|Effective elastic thicknesses of the lithosphere and mechanisms of isostatic compensation in Australia||#JGR:94:7:1989:9353-9367|Isostasy
J|0371|Andrews,D.J.|Mechanics of fault junctions||#JGR:94:7:1989:9389-9397|Numerical modelling
J|0372|Cocco,M.+Rovelli,A.|Evidence for the variation of stress drop between normal and thrust faulting earthquakes in Italy||#JGR:94:7:1989:9399-9416|Stress-drop+Normal fault+Friuli+1976
J|0373|Martel,S.J.+Pollard,D.D.|Mechanics of slip and fracture along small faults and simple strike-slip fault zones in granitic rock||#JGR:94:7:1989:9417-9428|Granite
J|0374|Liu,L-B.+Roeloffs,E.A.+Zheng,X-Y.|Seismically induced water level fluctuations in the Wali well, Beijing, China||#JGR:94:7:1989:9453-9462|||#*KURIL84|#*WIRIAN85
J|0375|Hudnut,K.W.+Beavan,J.|Vertical deformation (1952-1987) in the Salton Trough, California, from water level recordings||#JGR:94:7:1989:9463-9476
J|0376|Paffenholz,J.+Burkhardt,H.|Absorption and modulus measurements in the seismic frequency and strain range on partially saturated sedimentary rocks||#JGR:94:7:1989:9493-9507
J|0377|Hauksson,E.+Stein,R.S.|The 1987 Whittier Narrows, California, earthquake: a metropolitan shock||#JGR:94:7:1989:9545-9547|Strong motion||#*WHITTIER
J|0378|Bent,A.L.+Helmberger,D.V.|Source complexity of the October 1, 1987, Whittier Narrows earthquake||#JGR:94:7:1989:9548-9556|||#*WHITTIER
J|0379|Bolt,B.A.+Lomax,A.+Uhrhammer,R.A.|Analysis of regional broadband recordings of the 1987 Whittier Narrows, California, earthquake||#JGR:94:7:1989:9557-9568|Broadband seismology||#*WHITTIER
J|0380|Hauksson,E.+Jones,L.M.|The 1987 Whittier Narrows earthquake sequence in Los Angeles, southern California: seismological and tectonic analysis||#JGR:94:7:1989:9569-9589|Tectonics||#*WHITTIER
J|0381|Hauksson,E.+Saldivar,G.V.|Seismicity and active compressional tectonics in Santa Monica Bay, southern California||#JGR:94:7:1989:9591-9606|1973-1986||#*MALIBU79
J|0382|Vidale,J.E.|Influence of focal mechanism on peak accelerations of strong motions of the Whittier Narrows, California, earthquake and an aftershock||#JGR:94:7:1989:9607-9613|1987||#*WHITTIER
J|0383|Lin,J.+Stein,R.S.|Coseismic folding, earthquake recurrence, and the 1987 source mechanism at Whittier Narrows, Los Angeles Basin, California||#JGR:94:7:1989:9614-9632|||#*WHITTIER
J|0384|Linde,A.T.+Johnston,M.J.S.|Source parameters of the October 1, 1987 Whittier Narrows earthquake from crustal deformation data||#JGR:94:7:1989:9633-9643|||#*WHITTIER
J|0385|Davis,T.L.+Namson,J.+Yerkes,R.F.|A cross section of the Los Angeles area: seismically active fold and thrust belt, the 1987 Whittier Narrows earthquake, and earthquake hazard||#JGR:94:7:1989:9644-9664|Tectonics||#*WHITTIER
J|0386|Cemen,I.|Near-surface expression of the eastern part of the San Cayetano fault: a potentially active thrust fault in the California Transverse Ranges||#JGR:94:7:1989:9665-9677|Structure+Microearthquake||#*WHITTIER|#*SANTABARBARA
J|0387|Bilham,R.+King,G.C.P.|The morphology of strike-slip faults: examples from the San Andreas Fault, California||#JGR:94:8:1989:10204-10216|Strain
J|0388|Perkins,J.A.+Sims,J.D.+Sturgess,S.S.|Late Holocene movement along the San Andreas Fault at Melendy Ranch: implications for the distribution of fault slip in central California||#JGR:94:8:1989:10217-10230|Fault-slip
J|0389|Ekstrom,G.+England,P.|Seismic strain rates in regions of distributed continental deformation||#JGR:94:8:1989:10231-10257|Seismic moment tensor
J|0390|Gao,H.|Linear perturbation analysis of a shear-loaded asperity||#JGR:94:8:1989:10259-10266|Fracture+Fault
J|0391|Horowitz,F.G.+Ruina,A.|Slip patterns in a spatially homogeneous fault model||#JGR:94:8:1989:10279-10298
J|0392|Richards,M.A.+Hager,B.H.|Effects of lateral viscosity variations on long-wavelength geoid anomalies and topography||#JGR:94:8:1989:10299-10313|Mantle
J|0393|Wdowinski,S.+O'Connell,R.J.+England,P.|A continuum model of continental deformation above subduction zones: application to the Andes and the Aegean||#JGR:94:8:1989:10331-10346|AEgean
J|0394|Sereno,T.J.+Bratt,S.R.|Seismic detection capability at NORESS and implications for the detection threshold of a hypothetical network in the Soviet Union||#JGR:94:8:1989:10397-10414|USSR
J|0395|Watts,A.B.+Ten Brink,U.S.|Crustal structure, flexure, and subsidence history of the Hawaiian Islands||#JGR:94:8:1989:10473-10500|Reflexion study
J|0396|Torrini,R.+Speed,R.C.|Tectonic wedging in the forearc basin accretionary prism transition, Lesser Antilles forearc||#JGR:94:8:1989:10549-10584|Wedge+Reflexion study
J|0397|Trehu,A.M.+Ballard,A.+Dorman,L.M.+|Structure of the lower crust beneath the Carolina Trough, U.S. Atlantic continental margin||#JGR:94:8:1989:10585-10600|Reflexion study
J|0398|Ouchi,T.+Kawakami,H.+Nagumo,S.+|Microseismicity in the middle Okinawa Trough||#JGR:94:8:1989:10601-10608|Ocean-bottom seismograph+Q
J|0399|Sato,H.+Sacks,I.S.+Murase,T.+|Qp-melting temperature relation in peridotite at high pressure and temperature: attenuation mechanism and implications for the mechanical properties of the upper mantle||#JGR:94:8:1989:10647-10661|Q
J|0400|Harding,A.J.+Orcutt,J.A.+Kappus,M.E.+|Structure of young oceanic crust at 13degreesN on the East Pacific Rise from expanding spread profiles||#JGR:94:9:1989:12163-12196|Reflexion study
J|0401|Martinez,F.+Cochran,J.R.|Geothermal measurements in the northern Red Sea: implications for lithospheric thermal structure and mode of extension during continental rifting||#JGR:94:9:1989:12239-12265|Geothermy+Reflexion study
J|0402|Petroy,D.E.+Wiens,D.A.|Historical seismicity and implications for diffuse plate convergence in the northeast Indian Ocean||#JGR:94:9:1989:12301-12319|History+Plate boundary
J|0403|Okubo,P.G.|Dynamic rupture modelling with laboratory-derived constitutive relations||#JGR:94:9:1989:12321-12335|Numerical modelling+Friction
J|0404|Rundle,J.B.|Derivation of the complete Gutenberg-Richter magnitude-frequency relation using the principle of scale invariance||#JGR:94:9:1989:12337-12342|Gutenberg & Richter+b-Value
J|0405|Lorenzetti,E.+Tullis,T.E.|Geodetic predictions of a strike-slip fault model: implications for intermediate- and short-term earthquake prediction||#JGR:94:9:1989:12343-12361|Geodesy
J|0406|Kawakatsu,H.|Centroid single force inversion of seismic waves generated by landslides||#JGR:94:9:1989:12363-12374|Centroid-moment tensor||#*MOUNTSTHELENS
J|0407|Roeloffs,E.A.+Burford,S.S.+Riley,F.S.+|Hydrologic effects on water level changes associated with episodic fault creep near Parkfield, California||#JGR:94:9:1989:12387-12402|Prediction
J|0408|Schmeling,H.|Compressible convection with constant and variable viscosity: the effect on slab formation, geoid, and topography||#JGR:94:9:1989:12463-12481
J|0409|Ricard,Y.+Vigny,C.+Froidevaux,C.|Mantle heterogeneities, geoid, and plate motion: a Monte Carlo inversion||#JGR:94:10:1989:13739-13754|Tomography+Monte Carlo method
J|0410|Kleinrock,M.C.+Hey,R.N.|Migrating transform zone and lithospheric transfer at the Galapagos 95.5degreesW propagator||#JGR:94:10:1989:13859-13878|Lithosphere+Seismicity
J|0411|Weissel,J.K.+Karner,G.D.|Flexural uplift of rift flanks due to mechanical unloading of the lithosphere during extension||#JGR:94:10:1989:13919-13950|Tomography+Reflexion study
J|0412|Melosh,H.J.+Williams,C.A.|Mechanics of graben formation in crustal rocks: a finite element analysis||#JGR:94:10:1989:13961-13973|Finite element method
J|0413|Jin,A.+Aki,K.|Spatial and temporal correlation between coda Q-2 and seismicity and its physical mechanism||#JGR:94:10:1989:14041-14059|Q+1933-1987
J|0414|Mayrand,L.J.+Fountain,D.M.+Smithson,S.B.|Seismic properties of tuffs from the epithermal system of Creede, Colorado||#JGR:94:10:1989:14061-14076|P-wave+Velocity
J|0415|Kaneshima,S.+Ando,M.|An analysis of split shear waves observed above crustal and uppermost mantle earthquakes beneath Shikoku, Japan: implications in effective depth extent of seismic anisotropy||#JGR:94:10:1989:14077-14092|Shallow earthquake
J|0416|Engdahl,E.R.+Billington,S.+Kisslinger,C.|Teleseismically recorded seismicity before and after the May 7, 1986, Andreanof Islands, Alaska, earthquake||#JGR:94:11:1989:15481-15498|||#*ANDREAN861|#*ANDREANOF|#*ANDREAN862
J|0417|Ekstrom,G.+Engdahl,E.R.|Earthquake source parameters and stress distribution in the Adak Island region of the central Aleutian Islands, Alaska||#JGR:94:11:1989:15499-15519|Plate interaction||#*ANDREAN861|#*ANDREANOF|#*ANDREAN862
J|0418|Lundgren,P.R.+Okal,E.A.+Wiens,D.A.|Rupture characteristics of the 1982 Tonga and 1986 Kermadec earthquakes||#JGR:94:11:1989:15521-15539|Deconvolution+P-wave||#*TONGA82|#*KERMADEC86
J|0419|Boatwright,J.+Choy,G.L.|Acceleration spectra for subduction zone earthquakes||#JGR:94:11:1989:15541-15553|Spectrum+Digital recording||#*MEXICOCITY|#*MEXICOCITY2
J|0420|Cessaro,R.K.+Chan,W.W.|Wide-angle triangulation array study of simultaneous primary microseism sources||#JGR:94:11:1989:15555-15563|Atmospheric storm+Coast
J|0421|Eberhart-Phillips,D.|Active faulting and deformation of the Coalinga anticline as interpreted from three-dimensional velocity structure and seismicity||#JGR:94:11:1989:15565-15586|Aftershock||#*COALINGA
J|0422|Hood,J.A.+Schoenberg,M.|Estimation of vertical fracturing from measured elastic moduli||#JGR:94:11:1989:15611-15618|Anisotropy+Layered medium+Fracture+Elastic modulus
J|0423|Cheng,C.H.|Full waveform inversion of P waves for Vs and Qp||#JGR:94:11:1989:15619-15625|P-wave+Velocity+Attenuation
J|0424|Bak,P.+Tang,C.|Earthquakes as a self-organized critical phenomenon||#JGR:94:11:1989:15635-15637|Gutenberg & Richter+Energy+Distribution
J|0425|Yukutake,H.|Fracturing process of granite inferred from measurements of spatial and temporal variations in velocity during triaxial deformations||#JGR:94:11:1989:15639-15651|Fracture
J|0426|Katsura,T.+Ito,E.|The system Mg2SiO4-Fe2SiO4 at high pressures and temperatures: precise determination of stabilities of olivine, modified spinel, and spinel||#JGR:94:11:1989:15663-15670|400km discontinuity+Velocity
J|0427|Akaogi,M.+Ito,E.+Navrotsky,A.|Olivine-modified spinel-spinel transition in the system Mg2SiO4-Fe2SiO4: calorimetric measurements, thermochemical calculation, and geophysical application||#JGR:94:11:1989:15671-15685|Velocity+Geophysics
J|0428|Doornbos,D.J.+Hilton,T.|Models of the core-mantle boundary and the travel times of internally reflected core phases||#JGR:94:11:1989:15741-15751|Travel-times
J|0429|Page,R.A.|Introduction to special section on the northern Chugach Mountains-southern Copper River Basin segment of the Alaskan Transect, part 2||#JGR:94:11:1989:16021|Crust+Reflexion study+Refraction study
J|0430|Flueh,E.R.+Mooney,W.D.+Fuis,G.S.+|Crustal structure of the Chugach Mountains, southern Alaska: A study of peg-leg multiples from a low-velocity zone||#JGR:94:11:1989:16023-16035|Refraction study+Low-velocity layer
J|0431|Goodwin,E.B.+Fuis,G.S.+Nokleberg,W.J.+|The crustal structure of the Wrangellia terrane along the East Glenn Highway, eastern-southern Alaska||#JGR:94:11:1989:16037-16057|Refraction study+Composition
J|0432|Page,R.A.+Stephens,C.D.+Lahr,J.C.|Seismicity of the Wrangell and Aleutian Wadati-Benioff zones and the North American Plate along the trans-Alaska crustal transect, Chugach Mountains and Copper River Basin, southern Alaska||#JGR:94:11:1989:16059-16082|Fault plane solution
J|0433|Moore,J.G.+Clague,D.A.+Holcomb,R.T.+|Prodigious submarine landslides on the Hawaiian Ridge||#JGR:94:12:1989:17465-17484|GLORIA+Profile
J|0434|Coltrin,G.+Backus,M.M.+Shipley,T.H.+|Seismic reflection imaging problems resulting from a rough surface at the top of the accretionary prism at convergent margins||#JGR:94:12:1989:17485-17496|Reflexion study+Convergence
J|0435|Toomey,D.R.+Foulger,G.R.|Tomographic inversion of local earthquake data from the Hengill-Grensdalur central volcano complex, Iceland||#JGR:94:12:1989:17497-17510|Tomography
J|0436|Foulger,G.R.+Toomey,D.R.|Structure and evolution of the Hengill-Grensdalur volcanic complex, Iceland: geology, geophysics, and seismic tomography||#JGR:94:12:1989:17511-17522|Volcano
J|0437|Ricard,Y.+Vigny,C.|Mantle dynamics with induced plate tectonics||#JGR:94:12:1989:17543-17559|Tomography
J|0438|England,P.+Houseman,G.|Extension during continental convergence, with application to the Tibetan plateau||#JGR:94:12:1989:17561-17579|Mechanism
J|0439|Hall,M.K.+Chase,C.G.|Uplift, unbuckling, and collapse: flexural history and isostasy of the Wind River Range and Granite Mountains, Wyoming||#JGR:94:12:1989:17581-17593|COCORP+Reflexion study+Deformation
J|0440|Evans,K.F.|Appalachian stress study 3. Regional scale stress variations and their relation to structure and contemporary tectonics||#JGR:94:12:1989:17619-17645|Appalachian Mts.+Reflexion study
J|0441|Lienkaemper,J.J.+Prescott,W.H.|Historic surface slip along the San Andreas Fault near Parkfield||#JGR:94:12:1989:17647-17670|Prediction
J|0442|Namias,J.|Summer earthquakes in southern California related to pressure patterns at sea level and aloft||#JGR:94:12:1989:17671-17679|Atmospheric pressure+Triggering+Moderate earthquake
J|0443|Ammon,C.J.+Zucca,J.J.+Kasameyer,P.W.|An S-to-P converted phase recorded near Long Valley/Mono Craters region, California||#JGR:94:12:1989:17721-17727|Converted wave+S-wave+P-wave
J|0444|Johnson,P.A.+Shankland,T.J.|Nonlinear generation of elastic waves in granite and sandstone: continuous wave and travel time observations||#JGR:94:12:1989:17729-17733|Travel-times
J|0445|Sato,H.|Broadening of seismogram envelopes in the randomly inhomogeneous lithosphere based on the parabolic approximation: southeastern Honshu, Japan||#JGR:94:12:1989:17735-17747|Inhomogeneous medium
J|0446|LeFevre,L.V.+Helmberger,D.V.|Upper mantle P velocity structure of the Canadian Shield||#JGR:94:12:1989:17749-17765|P-wave
J|0447|Thurber,C.H.+Given,H.+Berger,J.|Regional seismic event location with a sparse network: application to Eastern Kazakhstan, USSR||#JGR:94:12:1989:17767-17780|Deep seismic sounding
J|0448|Chang,W-F.+McMechan,G.A.|Wave field processing of data from the 1986 program for array seismic studies of the continental lithosphere Ouachita experiment||#JGR:94:12:1989:17781-17792|Ouachita Mts.+Reflexion study
J|0449|Christensen,N.I.|Reflectivity and seismic properties of the deep continental crust||#JGR:94:12:1989:17793-17804|South Carolina+Reflexion study+Anisotropy+Deep crust
J|0450|Coutant,O.|Numerical study of the diffraction of elastic waves by fluid-filled cracks||#JGR:94:12:1989:17805-17818|Particle motion
J|0451|Conroy,J.J.+Brock,A.|Gravity and magnetic studies of crustal structure across the Porcupine basin west of Ireland||#EPL:93:3-4:1989:371-376|Reflexion study+Magnetism
J|0452|Burchfiel,B.C.+Molnar,P.+Ziyun,Z.+|Geology of the Ulugh Muztagh area, northern Tibet||#EPL:94:1-2:1989:57-70|Crustal structure+Velocity
J|0453|Curray,J.R.+Munasinghe,T.|Timing of intraplate deformation, northeastern Indian Ocean||#EPL:94:1-2:1989:71-77|DSDP+Stratigraphy
J|0454|Dubois,J.+Nouaili,L.|Quantification of the fracturing of the slab using a fractal approach||#EPL:94:1-2:1989:97-108|Fracture+Subduction
J|0455|Mienert,J.+Bloemendal,J.|A comparison of acoustic and rock-magnetic properties of equatorial Atlantic deep-sea sediments: paleoceanographic implications||#EPL:94:3-4:1989:291-300|Acoustic wave+Magnetism
J|0456|Butler,R.W.H.+Prior,D.J.+Knipe,R.J.|Neotectonics of the Nanga Parbat Syntaxis, Pakistan, and crustal stacking in the northwest Himalayas||#EPL:94:3-4:1989:329-343|Fault plane solution
J|0457|Reid,I.|Effects of lithospheric flow on the formation and evolution of a transform margin||#EPL:95:1-2:1989:38-52|Lithosphere+Refraction study+Newfoundland
J|0458|Vejbaek,O.V.|Effects of asthenospheric heat flow in basin modelling exemplified with the Danish Basin||#EPL:95:1-2:1989:97-114|Asthenosphere+Denmark+EUGENO-S
J|0459|Kimbrough,D.L.+Tulloch,A.J.|Early Cretaceous age of orthogneiss from the Charleston Metamorphic Group, New Zealand||#EPL:95:1-2:1989:130-140|Surface wave+Dispersion+Crust
J|0460|Davidson,J.P.+Harmon,R.S.|Oxygen isotope constraints on the petrogenesis of volcanic arc magmas from Martinique, Lesser Antilles||#EPL:95:3-4:1989:255-270|Refraction study+Subduction
J|0461|Briais,A.+Tapponnier,P.+Pautot,G.|Constraints of Sea Beam data on crustal fabrics and seafloor spreading in the South China Sea||#EPL:95:3-4:1989:307-320|Crustal structure+Reflexion study+Sea-floor spreading
J|0462|Bertil,D.+Bethoux,N.+Campillo,M.+|Modelling crystal phases in southeast France for focal depth determination||#EPL:95:3-4:1989:341-358|Crust||#*IVREA84|#*LIGURIANSEA85
J|0463|Reid,M.R.+Hart,S.R.+Padovani,E.R.+|Contribution of metapelitic sediments to the composition, heat production, and seismic velocity of the lower crust of southern New Mexico, U.S.A.||#EPL:95:3-4:1989:367-381
J|0464|Boyd,F.R.|Compositional distinction between oceanic and cratonic lithosphere||#EPL:96:1-2:1989:15-26|Low-velocity layer+Oceanic lithosphere+Peridotite+Craton
J|0465|Phipps,G.G.|Exploring for dolomitized Slave Point carbonates in northeastern British Columbia||#GPS:54:7:1989:806-814|Reflexion study+Exploration
J|0466|Peterson,F.M.+Reynish,W.C.|Three-dimensional seismic exploration - a cost-effective approach||#GPS:54:7:1989:815-823|Seismic survey+Alberta+Reflexion study
J|0467|Biondi,B.L.+Kostov,C.|High-resolution velocity spectra using eigenstructure methods||#GPS:54:7:1989:832-842|Stacking+Spectrum+High resolution
J|0468|Iverson,W.P.+Fahmy,B.A.+Smithson,S.B.|Vp/Vs from mode-converted P-SV reflections||#GPS:54:7:1989:843-852|P-SV wave+Velocity+Reflexion+Converted wave
J|0469|Wapenaar,C.P.A.+Peels,G.L.+Budejicky,V.+|Inverse extrapolation of primary seismic waves||#GPS:54:7:1989:853-863|Wave field+Primary wave+Deconvolution
J|0470|Rajan,S.D.+Frisk,G.V.|A comparison between the Born and Rytov approximations for the inverse backscattering problem||#GPS:54:7:1989:864-871|Inverse problem+Born approximation+Acoustic wave+Reflexion
J|0471|Keys,R.G.|Polarity reversals in reflections from layered media||#GPS:54:7:1989:900-905|Reflexion coefficient+Layered medium+P-wave+Phase change|Short note
J|0472|Jannane,M.+Beydoun,W.+Crase,E.+|Wavelength of earth structures that can be resolved from seismic reflection data||#GPS:54:7:1989:906-910|Reflexion data+Inversion|Short note
J|0473|Thybo,H.|Wrap-around removal from one-dimensional synthetic seismograms||#GPS:54:7:1989:911-915|Reflexion+Frequency domain+Periodicity|Short note
J|0474|Loewenthal,D.+Shtivelman,V.|Source signature estimation using fictitious source and reflector||#GPS:54:7:1989:916-920|Wavelet|Short note
J|0475|Esmersoy,C.+Miller,D.|Backprojection versus backpropagation in multidimensional linearized inversion||#GPS:54:7:1989:921-926|Migration+Back projection+Imaging|Short note
J|0476|Chacko,S.|Porosity identification using amplitude variations with offset: examples from south Sumatra||#GPS:54:8:1989:942-951|Limestone+Reflexion study
J|0477|Huston,D.C.+Backus,M.M.|Offset-dependent mis-tie analysis at seismic line intersections||#GPS:54:8:1989:962-972|Reflexion study+Accuracy
J|0478|Landa,E.+Beydoun,W.+Tarantola,A.|Reference velocity model estimation from prestack waveforms: coherency optimization by simulated annealing||#GPS:54:8:1989:984-990|Inversion+Monte Carlo method
J|0479|Snieder,R.+Xie,M.Y.+Pica,A.+|Retrieving both the impedance contrast and background velocity: a global strategy for the seismic reflection problem||#GPS:54:8:1989:991-1000|Reflexion data+Inversion
J|0480|Keydar,S.+Koren,Z.+Kosloff,D.+|Optimum time-to-depth conversion||#GPS:54:8:1989:1001-1005|Time-depth relation+Travel-times+Reflexion study
J|0481|Wenzel,F.+Menges,D.|A comparison between Born inversion and frequency-wavenumber migration||#GPS:54:8:1989:1006-1011|Reflector+Reflexion data
J|0482|Cabrera,J.J.+Levy,S.|Shot dip moveout with logarithmic transformation||#GPS:54:8:1989:1038-1041|Reflexion study|Short note
J|0483|Mufti,I.R.|Numerical experiments with a salt dome||#GPS:54:8:1989:1042-1045|Reflexion study+Numerical modelling+Reflector|Short note
J|0484|Schuster,G.T.|Analytic generalized inverse for transmission + reflection tomography||#GPS:54:8:1989:1046-1049|Inversion+Mathematical method+Reflexion|Short note
J|0485|Shtivelman,V.+Loewenthal,D.|Construction of the generalized one-dimensional synthetic seismogram by a three-step extrapolation procedure||#GPS:54:8:1989:1050-1053|Model+Mathematical method|Short note
J|0486|Ellefsen,K.J.+Cheng,C.H.+Tubman,K.M.|Estimating phase velocity and attenuation of guided waves in acoustic logging data||#GPS:54:8:1989:1054-1059||Short note
J|0487|Taylor,G.G.|The point of P-S mode-converted reflection: an exact determination||#GPS:54:8:1989:1060-1063|Converted wave+Reflexion+Stacking+Seismics|Short note
J|0488|Schlue,J.W.|Review of `Surface waves and discontinuities' by P. Malischewsky||#GPS:54:8:1989:1066-1067|Discontinuity+Mathematical method
J|0489|Bregman,N.D.+Hurley,P.A.+West,G.F.|Seismic tomography at a fire-flood site||#GPS:54:9:1989:1082-1090|Cross-hole+Petroleum+Low-velocity layer
J|0490|Van Der Poel,N.J.+Cassell,B.R.|Borehole seismic surveys for fault delineation in the Dutch North Sea||#GPS:54:9:1989:1091-1100|Reflexion study
J|0491|Taylor,G.G.|Seismic resolution and field design: success and failure at Taber, Alberta, Canada||#GPS:54:9:1989:1101-1113|Sandstone+Profile+Noise+Stratigraphy
J|0492|Poley,D.F.+Lawton,D.C.+Blasco,S.M.|Amplitude-offset relationships over shallow velocity inversions||#GPS:54:9:1989:1114-1122|Reflexion study+Permafrost+Beaufort Sea
J|0493|Levin,S.A.|Surface-consistent deconvolution||#GPS:54:9:1989:1123-1133|Filter+Stacking+Least squares solution
J|0494|Bouchon,M.+Campillo,M.+Gaffet,S.|A boundary integral equation-discrete wavenumber representation method to study wave propagation in multilayered media having irregular interfaces||#GPS:54:9:1989:1134-1140|Layered medium+Green's function
J|0495|Randall,C.J.|Absorbing boundary condition for the elastic wave equation: velocity-stress formulation||#GPS:54:9:1989:1141-1152|Reflexion coefficient+Finite difference method
J|0496|Renaut,R.A.+Petersen,J.|Stability of wide-angle absorbing boundary conditions for the wave equation||#GPS:54:9:1989:1153-1163|Absorption
J|0497|Elbring,G.J.+Hardee,H.C.+Paulsson,B.N.P.|A test of a controlled downhole seismic source||#GPS:54:9:1989:1193-1198|Instrument+Vertical seismic profiling+Cross-hole|Short note
J|0498|Aldridge,D.F.|Attitude, velocity, and depth of a plane refractor from two line profiles||#GPS:54:9:1989:1199-1203|Inversion|Short note
J|0499|Teng,Y-C.+Dai,T-F.|Finite-element prestack reverse-time migration for elastic waves||#GPS:54:9:1989:1204-1208|Finite element method+Migration|Short note
J|0500|Krey,T.C.|The nonuniqueness of the determination of interval velocities from moveout velocities||#GPS:54:9:1989:1209-1211|Interval velocity+Mathematical method+Reflexion study|Short note
J|0501|Watt,J.P.|Review of `Composition, structure and dynamics of the lithosphere-asthenosphere system' edited by K. Fuchs and C. Froidevaux||#GPS:54:9:1989:1217
J|0502|Mareschal,J-C.|Review of `Integral transforms in geophysics' by M. S. Zhdanov||#GPS:54:9:1989:1217-1218|Mathematical geophysics+Wave field+Elastic wave+Integral equation
J|0503|Schlue,J.W.|Review of `Seismic hazard in Mediterranean regions' edited by J. Bonnin, M. Cara, A. Cisternas and R. Fantechi||#GPS:54:9:1989:1218-1226|Seismology
J|0504|Bearden,B.L.+Mink,R.M.|Seismic expression of structural style in Norphlet formation, offshore Alabama||#GPS:54:10:1989:1230-1239|Exploration+Reflexion study+Gas field
J|0505|Stewart,R.R.|Integrated seismic analysis: Kidney area, northern Alberta, Canada||#GPS:54:10:1989:1240-1248|Vertical seismic profiling+Velocity structure+Survey
J|0506|Lines,L.R.+LaFehr,E.D.|Tomographic modelling of a cross-borehole data set||#GPS:54:10:1989:1249-1257|Cross-hole+Tomography+Velocity+Modelling
J|0507|Pujol,J.+Fuller,B.N.+Smithson,S.B.|Interpretation of a vertical seismic profile conducted in the Columbia Plateau basalts||#GPS:54:10:1989:1258-1266|Reverberation
J|0508|Hornby,B.E.+Johnson,D.L.+Winkler,K.W.+|Fracture evaluation using reflected Stoneley-wave arrivals||#GPS:54:10:1989:1274-1288|Stoneley wave+Borehole+Reflexion
J|0509|Lawton,D.C.|Computation of refraction static corrections using first-break traveltime differences||#GPS:54:10:1989:1289-1296|Travel-times+First arrival+Refraction study+Refractor
J|0510|Aldridge,D.F.|Statistically perturbed geophone array responses||#GPS:54:10:1989:1306-1317|Waveform
J|0511|Bardan,V.|Sampling two-dimensional seismic data and their Radon transforms||#GPS:54:10:1989:1318-1325|Data processing+Reflexion study
J|0512|Sorin,V.+Ronen,S.|Ray-geometrical analysis of dip moveout amplitude distribution||#GPS:54:10:1989:1333-1335|Ray theory+Offset|Short note
J|0513|Levin,F.K.|SV-wave velocities from P-P and P-SV data for transversely isotropic solids||#GPS:54:10:1989:1336-1338|SV-wave+Velocity+Reflexion+Isotropy|Short note
J|0514|Singh,S.C.+West,G.F.+Chapman,C.H.|On plane-wave decomposition: alias removal||#GPS:54:10:1989:1339-1343|Plane wave+Filter+Profile|Short note
J|0515|Yao,G.C-C.|Discussion on `Seismic signature of a Swans Hill (Frasnian) reef reservoir, Snipe Lake, Alberta' by N. L. Anderson, R. J. Brown, R. C. Hinds and L. V. Hills||#GPS:54:10:1989:1354|Ricker wavelet|With a reply by the authors
J|0516|Thomasson,M.R.+Kettle,R.W.+Lloyd,R.M.+|Seismic detection and interpretation of porosity in Carboniferous age rocks of Kansas and Oklahoma||#GPS:54:11:1989:1371-1383|Reflexion study
J|0517|Renick,H.+Gunn,R.D.|Triangle Ranch Headquarters field development using shallow core holes and high-resolution seismic data||#GPS:54:11:1989:1384-1396|High resolution+Reflexion study+Exploration+Texas
J|0518|Lishman,F.W.+Christos,M.N.|Approximating subsurface structure in areas of severe subsea erosion - a nonprocessing technique||#GPS:54:11:1989:1397-1409|Sea floor+Reflexion study+Common midpoint
J|0519|Anderson,N.L.+Brown,R.J.+Hinds,R.C.|Low- and high-relief Leduc formation reefs: a seismic analysis||#GPS:54:11:1989:1410-1419|Alberta+Signature+Reflexion study
J|0520|Squires,S.G.+Kim,C.D.Y.+Kim,D.Y.|Interpretation of total wave-field data over Lost Hills field, Kern County, California||#GPS:54:11:1989:1420-1429|Wave field+Reflexion study+Anisotropy
J|0521|Neidell,N.S.+Berry,N.|Documenting the sand/shale crossover||#GPS:54:11:1989:1430-1434|Velocity+Interface|Short note
J|0522|Brzostowski,M.A.+Black,J.L.|Frequency dispersion in finite-difference migration||#GPS:54:11:1989:1435-1447|Finite difference method
J|0523|Yang,M.|Multiple suppression by optimized fold reduction||#GPS:54:11:1989:1448-1454|Offset+Filtering+Stacking+Common midpoint
J|0524|Harlan,W.S.|Simultaneous velocity filtering of hyperbolic reflections and balancing of offset-dependent wavelets||#GPS:54:11:1989:1455-1465|Reflexion
J|0525|Levin,F.K.|The effect of geophone arrays on random noise||#GPS:54:11:1989:1466-1473
J|0526|Johnson,D.|Discussion on `The shape of a marine streamer in a cross current' by P. M. Krail and H. Brysk||#GPS:54:11:1989:1502|Marine seismic investigation+Hydrophone|With a reply by the authors
J|0527|Winterstein,D.F.|Discussion on `Shear-wave splitting in cross-hole surveys: modelling' by E. Liu, S. Crampin and D. C. Booth||#GPS:54:11:1989:1503-1504|Shear wave+Polarization+Symmetry|With a reply by the authors
J|0528|Kendall,C.|Review of `Stratigraphy: principles and methods' by R. M. Schoch||#GPS:54:11:1989:1505-1506|Seismics
J|0529|Gochioco,L.M.+Cotten,S.A.|Locating faults in underground coal mines using high-resolution seismic reflection techniques||#GPS:54:12:1989:1521-1527|High resolution+Coal seam+Reflexion study
J|0530|Miller,R.D.+Steeples,D.W.+Brannan,M.|Mapping a bedrock surface under dry alluvium with shallow seismic reflections||#GPS:54:12:1989:1528-1534|Reflexion study
J|0531|Lankston,R.W.|The seismic refraction method: a viable tool for mapping shallow targets into the 1990s||#GPS:54:12:1989:1535-1542|Refraction study+Reciprocal method+Hidden layer+First arrival
J|0532|Keller,J.D.|Acoustic wave propagation in composite fluid-saturated media||#GPS:54:12:1989:1554-1563|Biot theory
J|0533|Byun,B.S.+Corrigan,D.+Gaiser,J.E.|Anisotropic velocity analysis for lithology discrimination||#GPS:54:12:1989:1564-1574|Moveout+Reflexion study+Layered medium+Anisotropy
J|0534|Mora,P.|Inversion = migration + tomography||#GPS:54:12:1989:1575-1586|Wavenumber
J|0535|Beydoun,W.B.+Delvaux,J.+Mendes,M.|Practical aspects of an elastic migration/inversion of crosshole data for reservoir characterization: a Paris basin example||#GPS:54:12:1989:1587-1595|Cross-hole+Paris
J|0536|Liu,H-P.|A method for determining shear-wave anelastic attenuation using the inhole configuration||#GPS:54:12:1989:1638-1642|Shear wave+Vertical seismic profiling+Down-hole source|Short note
J|0537|Domenico,S.N.|Discussion on `In quest of the flank' by K. Larner, C. J. Beasley and W. Lynn||#GPS:54:12:1989:1648-1650|Reflexion study+Salt dome+Migration+Stacking|With a reply by the authors
J|0538|O'Brien,C.F.|Discussion on `Seismic contouring: a unique skill' by P. M. Tucker||#GPS:54:12:1989:1651-1654|Map+Fault|With a reply by the author and a further response
J|0539|Mareschal,J-C.|Review of `Geophysical geodesy, the slow deformation of the Earth' by K. Lambeck||#GPS:54:12:1989:1661-1662|Geophysics
J|0540|Tango,G.J.|Review of `Estimation and spectral analysis' by J. A. R. Blais||#GPS:54:7:1989:927|Deconvolution+Digital processing
J|0541|Lerche,I.|Review of `Mechanics of tectonic faulting' by G. Mandl||#GPS:54:7:1989:927-928|Tectonics
J|0542|Kendall,C.|Review of `Geological and operational summary, North Aleutian Shelf Cost 1 Well, Bering Sea, Alaska' edited by R. F. Turner||#GPS:54:9:1989:1218|Stratigraphy
J|0543|Hornbostel,S.C.|Iterative deconvolution using generalized "positivity"||#GPS:54:10:1989:1297-1305|Signal-to-noise ratio+Frequency domain+Wavelet
J|0544|Lerche,I.|Review of `Solitons: an introduction' by P. G. Drazine and R. S. Johnson||#GPS:54:12:1989:1662-1663|Mathematical method+Inversion
J|0545|Larner,K.L.+Beasley,C.J.+Lynn,W.S.|Errata to `In quest of the flank'||#GPS:54:7:1989:932|Reflexion study+Migration
J|0546|Bouchon,M.+Schmitt,D.P.|Errata to `Full wave logging in an irregular borehole'||#GPS:54:11:1989:1514|Mathematical method+Seismogram
J|0547|Cooper,P.+Taylor,B.|Seismicity and focal mechanisms at the New Britain Trench related to deformation of the lithosphere||#TCT:164:1:1989:25-40
J|0548|Sharma,P.V.|Review of `Applied geophysics' by D. S. Parasnis||#TCT:164:1:1989:79-81
J|0549|Tarantola,A.|Review of `Applied mathematics for Earth scientists' by T. Rikitake et al.||#TCT:164:1:1989:80|Earth sciences
J|0550|Bodri,B.+Jessop,A.M.|Geothermal model of the continental margins of eastern Canada||#TCT:164:2-4:1989:139-150|Crustal thickness+Temperature
J|0551|Cermak,V.+Safanda,J.+Guterch,A.|Deep temperature distribution along three profiles crossing the Teisseyre-Tornquist tectonic zone in Poland||#TCT:164:2-4:1989:151-163|Deep seismic sounding+Crust
J|0552|Dorofeeva,R.P.+Lysak,S.V.|Geothermal profiles of the lithosphere in Central Asia||#TCT:164:2-4:1989:165-173|Temperature
J|0553|Furukawa,Y.+Uyeda,S.|Thermal state under the Tohoku Arc with consideration of crustal heat generation||#TCT:164:2-4:1989:175-187|Heat flow+Velocity structure
J|0554|Kukkonen,I.T.|Terrestrial heat flow and radiogenic heat production in Finland, the central Baltic Shield||#TCT:164:2-4:1989:219-230|Low-velocity layer+Borehole+Profile
J|0555|Vandenberghe,N.+Fock,W.|Temperature data in the subsurface of Belgium||#TCT:164:2-4:1989:237-250|Groundwater+Profile
J|0556|Torne,M.+De Cabissole,B.+Bayer,R.+|Gravity constraints on the deep structure of the Pyrenean belt along the ECORS profile||#TCT:165:1-4:1989:105-116|Pyrenees
J|0557|Pelletier,B.+Louat,R.|Seismotectonics and present-day relative plate motions in the Tonga-Lau and Kermadec-Havre region||#TCT:165:1-4:1989:237-250|Kermadec Islands+Shallow earthquake
J|0558|Maillet,P.+Monzier,M.+Eissen,J.P.+|Geodynamics of an arc-ridge junction: the case of the New Hebrides Arc/North Fiji Basin||#TCT:165:1-4:1989:251-268
J|0559|Shih,X.R.+Meyer,R.P.+Schneider,J.F.|An automated, analytical method to determine shear-wave splitting||#TCT:165:1-4:1989:271-278|Shear wave+Automatic analysis+Aspect ratio+Polarization
J|0560|Savage,M.K.+Shih,X.R.+Meyer,R.P.+|Shear-wave anisotropy of active tectonic regions via automated S-wave polarization analysis||#TCT:165:1-4:1989:279-292|Shear wave+Automatic analysis+Polarization
J|0561|Buchbinder,G.G.R.|Azimuthal variations in P-wave travel times and shear-wave splitting in the Charlevoix seismic zone||#TCT:165:1-4:1989:293-302|Travel-times
J|0562|Hirata,N.+Tokuyama,H.+Chung,T.W.|An anomalously thick layering of the crust of the Yamato Basin, southeastern Sea of Japan: the final stage of back-arc spreading||#TCT:165:1-4:1989:303-314|Crustal thickness+Back-arc basin+Reflexion study+Refraction study
J|0563|Iwasaki,T.+Shiobara,H.+Nishizawa,A.+|A detailed subduction structure in the Kuril trench deduced from ocean bottom seismograph refraction studies||#TCT:165:1-4:1989:315-336|Kuril Trench+Refraction study+Ocean-bottom seismograph
J|0564|Boore,D.M.|The Richter scale: its development and use for determining earthquake source parameters||#TCT:166:1-3:1989:1-14|Magnitude scale+Source-parameter relation+Moment
J|0565|Wang,J-H.+Liu,C-C.+Tsai,Y-B.|Local magnitude determined from a simulated Wood-Anderson seismograph||#TCT:166:1-3:1989:15-26|Taiwan+California+Regression
J|0566|Abe,K.|Quantification of tsunamigenic earthquakes by the Mt scale||#TCT:166:1-3:1989:27-34|Magnitude scale+Moment+Japan+Regression||#*TORISHIMA|#*KURILS2
J|0567|Panza,G.F.+Duda,S.J.+Cernobori,L.+|Gutenberg's surface-wave magnitude calibrating function: theoretical basis from synthetic seismograms||#TCT:166:1-3:1989:35-43|Calibration+Surface wave+Depth
J|0568|Kondorskaya,N.V.+Zakharova,A.I.+Chepkunas,L.S.|The quantitative characteristics of earthquake sources as determined in the seismological practice of the U.S.S.R.||#TCT:166:1-3:1989:45-52|Regression+Fault plane solution+1984-1985||#*MEXICOCITY|#*MEXICOCITY2|#*HINDUKUSH85|#*MINDINAO84
J|0569|Peishan,C.+Haitong,C.|Scaling law and its applications to earthquake statistical relations||#TCT:166:1-3:1989:53-72|Source-parameter relation+Spectrum+Moment+Regression+Magnitude
J|0570|Ekstrom,G.|A very broad band inversion method for the recovery of earthquake source parameters||#TCT:166:1-3:1989:73-100|Broadband seismology+Centroid-moment tensor||#*MEXICOCITY|#*BORAH
J|0571|Wagner,G.S.+Langston,C.A.|Some pitfalls and trade-offs in source parameter determination using body wave modelling and inversion||#TCT:166:1-3:1989:101-114|East Africa
J|0572|Pearce,R.G.+Stewart,R.C.|Interpretation of seismic pulse duration in terms of a propagating rupture: a method and case histories||#TCT:166:1-3:1989:115-132|Fault plane
J|0573|Chen,W-P.+Grimison,N.L.|Earthquakes associated with diffuse zones of deformation in the oceanic lithosphere: some examples||#TCT:166:1-3:1989:133-150|Tectonics+Source+Focal mechanism||#*VANUATU84|#*AZORES283
J|0574|Kim,W-Y.+Wahlstrom,R.+Uski,M.|Regional spectral scaling relations of source parameters for earthquakes in the Baltic Shield||#TCT:166:1-3:1989:151-161|Lg-wave+Corner frequency+1962-1986
J|0575|Mareschal,J-C.+Zhu,P-D.|Focal mechanisms of small earthquakes and the stress field in the western Quebec Adirondack region||#TCT:166:1-3:1989:163-174|Adirondack Mts+1983-1986
J|0576|Davis,J.P.+Sacks,I.S.+Linde,A.T.|Source complexity of small earthquakes near Matsushiro, Japan||#TCT:166:1-3:1989:175-187
J|0577|Duda,S.J.+Yanovskaya,T.B.+Its,E.N.+|Preliminary reference calibrating functions for body-wave magnitudes: refracted P-waves||#TCT:166:1-3:1989:189-203|Calibration+Refracted wave+Travel-times
J|0578|Duda,S.J.+Kaiser,D.|Spectral magnitudes, magnitude spectra and earthquake quantification; the stability issue of the corner period and of the maximum magnitude for a given earthquake||#TCT:166:1-3:1989:205-219|Spectrum+Aleutian Islands+Source+Corner frequency||#*ANDREANOF|#*ANDREAN861|#*ANDREAN862
J|0579|Bottari,A.+Capuano,P.+De Natale,G.+|Source parameters of earthquakes in the Strait of Messina, Italy, during this century||#TCT:166:1-3:1989:221-234|Messina, Straits of+Seismicity+1908
J|0580|Console,R.+Di Giovambattista,R.+Favali,P.+|Lower Adriatic Sea seismic sequence (January 1986): spatial definition of the seismogenic structure||#TCT:166:1-3:1989:235-246|Seismicity
J|0581|Kondorskaya,N.V.+Slavina,L.B.+Bruk,M.G.|Near earthquake hypocentre determination: the accuracy problem||#TCT:166:1-3:1989:247-253|Joint hypocentre determination+Aftershock||#*LENINABAD|#*CAUCASUS86
J|0582|Greenhalgh,S.A.+Denham,D.+McDougall,R.+|Intensity relations for Australian earthquakes||#TCT:166:1-3:1989:255-267|Regression+Magnitude
J|0583|Khromovskikh,V.S.|Determination of magnitudes of ancient earthquakes from dimensions of observed seismodislocations||#TCT:166:1-3:1989:269-280|Regression+Fault
J|0584|Mohr,P.|Nature of the crust under Afar: new igneous, not thinned continental||#TCT:167:1:1989:1-11|Velocity+Crustal thickness+Continental rift
J|0585|Kocyigit,A.|Susehri basin: an active fault-wedge basin on the North Anatolian Fault Zone, Turkey||#TCT:167:1:1989:13-29|Evolution
J|0586|Papadopoulos,G.A.|Seismic and volcanic activities and aseismic movements as plate motion components in the Aegean area||#TCT:167:1:1989:31-39|Eruption+Subduction+AEgean
J|0587|Louat,R.+Pelletier,B.|Seismotectonics and present-day relative plate motions in the New Hebrides-North Fiji Basin region||#TCT:167:1:1989:41-55|Seismicity
J|0588|Lomnitz-Adler,J.|Theoretical calculations of the seismicity in Oaxaca, Mexico||#TCT:167:2-4:1989:81-91|Prediction+Theoretical seismology
J|0589|Yoshida,A.|Characteristic space-time patterns in seismic activity in the northwest Chuba district of Honshu Island, Japan, and the 1984 Nagano-ken Seibu earthquake||#TCT:167:2-4:1989:93-102|Seismicity||#*NAGANO
J|0590|Roth,F.|A model for the present stress field along the Xian-shui-he fault belt, northwest Sichuan, China||#TCT:167:2-4:1989:103-115|1725-1987
J|0591|Takeya,M.+Ferreira,J.M.+Pearce,R.G.+|The 1986-1988 intraplate earthquake sequence near Joao Camara, northeast Brazil - evolution of seismicity||#TCT:167:2-4:1989:117-131
J|0592|Masse,R.P.+Filson,J.R.+Murphy,A.|United States National Seismograph Network||#TCT:167:2-4:1989:133-138|Broadband seismograph+Digital recording+NEIC
J|0593|Barker,J.S.+Somerville,P.G.+McLaren,J.P.|Modelling ground-motion attenuation in eastern North America||#TCT:167:2-4:1989:139-149|Synthetic seismogram+Ground motion+Velocity structure
J|0594|Dargahi-Noubary,G.R.|Modelling earthquake ground motion for failure analysis||#TCT:167:2-4:1989:151-155|Statistical method
J|0595|Schenk,V.|Achievements and probable trends in seismic hazard assessment||#TCT:167:2-4:1989:157-169|Probability+Occurrence
J|0596|Turcotte,D.L.|A fractal approach to probabilistic seismic hazard assessment||#TCT:167:2-4:1989:171-177|Fractal analysis+Seismicity+Frequency-magnitude relation
J|0597|Liu,D.W.+Wang,J.Y.+Wang,Y.J.|Application of catastrophe theory in earthquake hazard assessment and earthquake prediction research||#TCT:167:2-4:1989:179-186|Sequence
J|0598|Basham,P.W.+Adams,J.|Problems of seismic hazard estimation in regions with few large earthquakes: examples from eastern Canada||#TCT:167:2-4:1989:187-199|Zoning
J|0599|Rhoades,D.A.+Evison,F.F.|Time-variable factors in earthquake hazard||#TCT:167:2-4:1989:201-210|Precursor+Seismicity+Model
J|0600|Dargahi-Noubary,G.R.|A procedure for evaluation of the seismic hazard||#TCT:167:2-4:1989:211-215|Probability+Mathematical method
J|0601|Schenk,V.+Schenkova,Z.+Grunthal,G.|Problems of seismic hazard assessment for the pleistoseismal area of swarm earthquakes in western Bohemia and Vogtland||#TCT:167:2-4:1989:217-222
J|0602|Arieh,E.+Rabinowitz,N.|Probabilistic assessment of earthquake hazard in Israel||#TCT:167:2-4:1989:223-233|Probability+Zoning
J|0603|Martin,A.J.M.|Probabilistic seismic hazard analysis and damage assessment in Andalusia (Spain)||#TCT:167:2-4:1989:235-244|Probability
J|0604|Garcia-Fernandez,M.+Jimenez,M.J.+Kijko,A.|Seismic hazard parameters estimation in Spain from historical and instrumental catalogues||#TCT:167:2-4:1989:245-251|Recurrence+Zoning
J|0605|Shapira,A.+Fernandez,L.M.|Probabilities of exceedance for prescribed peak ground accelerations (PGA) at selected southern Africa locations||#TCT:167:2-4:1989:253-260|Probability+Hazard
J|0606|Shapira,A.+Fernandez,L.M.+Du Plessis,A.|Frequency-magnitude relationships of southern Africa seismicity||#TCT:167:2-4:1989:261-271|Mine tremor
J|0607|Main,I.G.+Meredith,P.G.|Classification of earthquake precursors from a fracture mechanics model||#TCT:167:2-4:1989:273-283|Stress+b-Value
J|0608|Gupta,H.K.+Singh,H.N.|Earthquake swarms precursory to moderate to great earthquakes in northeast India region||#TCT:167:2-4:1989:285-298|Moderate earthquake+Regression||#*CACHAR
J|0609|Brown,D.+Li,Q.+Nyland,E.+|Premonitory seismicity patterns near Vancouver Island, Canada||#TCT:167:2-4:1989:299-312|1872-1976
J|0610|Slavina,L.B.+Tagizade,T.T.|On the use of parameter tau for long-term and medium-term earthquake prediction||#TCT:167:2-4:1989:313-318|Precursor+Travel-times+Local earthquake
J|0611|Lu,Y.+Song,J.|Practical application of preparation gaps for intermediate-term earthquake prediction||#TCT:167:2-4:1989:319-328|China+Seismicity||#*HEZE|#*YELLOWSEA
J|0612|Blick,G.H.+Read,S.A.L.+Hall,P.T.|Deformation monitoring of the Ostler Fault Zone, South Island, New Zealand||#TCT:167:2-4:1989:329-339
J|0613|Li,R.+Sun,H.+Hu,Y.|Investigation of gravity variation associated with crustal deformation of the Tianjin area before and after the Tangshan earthquake||#TCT:167:2-4:1989:341-347|Groundwater+T'ang-shan||#*TANGSHAN
J|0614|Bower,D.R.|Tidal and coseismic well-level observations at the Charlevoix Geophysical Observatory, Quebec||#TCT:167:2-4:1989:349-361|Water level+Tide
J|0615|Stern,R.J.+Bloomer,S.H.+Lin,P-N.+|Submarine arc volcanism in the southern Mariana Arc as an ophiolite analogue||#TCT:168:1-3:1989:151-170|Marianas+Seamount
J|0616|Lewis,S.D.+Hayes,D.E.|Plate convergence and deformation, North Luzon Ridge, Philippines||#TCT:168:1-3:1989:221-237|Plate motion+Reflexion study
J|0617|McBride,J.H.|Remarks on the derivation of the paleostress system from inferred faults on deep seismic reflection records||#TCT:168:4:1989:275-282|Deep seismic sounding+Palaeozoic
J|0618|Lowe,C.+Jacob,A.W.B.|A north-south seismic profile across the Caledonian Suture zone in Ireland||#TCT:168:4:1989:297-318|Refraction study+Velocity structure
J|0619|Tinti,S.|Bayesian interval estimation of the parameter b for grouped magnitudes||#TCT:168:4:1989:319-326|b-Value+Bayesian method+Frequency-magnitude relation
J|0620|Zorin,Y.A.+Kozhevnikov,V.M.+Novoselova,M.R.+|Thickness of the lithosphere beneath the Baikal rift zone and adjacent regions||#TCT:168:4:1989:327-337|Baikalian Rift+Map
J|0621|Pe-Piper,G.+Piper,D.J.W.|Spatial and temporal variation in Late Cenozoic back-arc volcanic rocks, Aegean Sea region||#TCT:169:1-3:1989:113-134|Aegean Sea+Back-arc basin+Volcanism+Seismicity
J|0622|Tslentis,G-A.+Makropoulos,K.+Voulgaris,N.|Cluster and spectral characteristics of the aftershock activity of the Kalamata, September 13, 1986 earthquake, South Greece||#TCT:169:1-3:1989:135-148|Clustering||#*KALAMATA
J|0623|Evision,F.|Time-variable earthquake hazard||#TCT:169:1-3:1989:155-157|Seismogenesis+Zoning+Precursor
J|0624|Ogata,Y.|Statistical model for standard seismicity and detection of anomalies by residual analysis||#TCT:169:1-3:1989:159-174|Statistical method+Anomaly+Aftershock
J|0625|Feng,D-Y.+Ichikawa,M.|Quantitative estimation of time-variable earthquake hazard by using fuzzy set theory||#TCT:169:1-3:1989:175-196|Fuzzy mathematics+Precursor+Pattern recognition
J|0626|Aki,K.|Ideal probabilistic earthquake prediction||#TCT:169:1-3:1989:197-198|Probability
J|0627|Rhoades,D.A.|Independence, precursors and earthquake hazard||#TCT:169:1-3:1989:199-206|Probability+Statistical method
J|0628|Lomnitz-Adler,J.|Statistical dynamics calculations of time-dependent seismicity||#TCT:169:1-3:1989:207-213|Statistical method+Fault+Recurrence
J|0629|Kuang,J.+Long,L.T.+Mareschal,J-C.|Intraplate seismicity and stress in the southeastern United States||#TCT:170:1-2:1989:29-42|Lithosphere
J|0630|Mazzotti,A.+Mirri,S.|Stratigraphic interpretation of amplitude processed seismic data: a case history in the Lombardian Plain||#TCT:170:1-2:1989:79-88|Reflexion study+Italy+Stratigraphy+Data processing
J|0631|Pirazzoli,P.A.+Montaggioni,L.F.+Saliege,J.F.+|Crustal block movements from Holocene shorelines: Rhodes Island (Greece)||#TCT:170:1-2:1989:89-114|Coast+Uplift
J|0632|Chander,R.|Southern limits of major earthquake ruptures along the Himalaya between longitudes 75degrees and 90degreesE||#TCT:170:1-2:1989:115-123|Himalayas+1934||#*BIHAR88
J|0633|Levchenko,O.V.|Tectonic aspects of intraplate seismicity in the northeastern Indian Ocean||#TCT:170:1-2:1989:125-139|Tectonics+Profile+Focal mechanism
J|0634|Wever,T.+Sadowiak,P.|A relationship between crustal thickness and mean crustal velocity||#TCT:170:1-2:1989:159-163|Refraction study+High-velocity layer|Letter
J|0635|Asteriadis,G.+Livieratos,E.|Pre-seismic responses of underground water level and temperature concerning a 4.8 magnitude earthquake in Greece on October 20, 1988||#TCT:170:1-2:1989:165-169|Precursor|Letter|#*THESSALON88
J|0636|Mao,W.J.+Ebblin,C.+Zadro,M.|Evidence for variations of mechanical properties in the Friuli seismic area||#TCT:170:3-4:1989:231-242|Strain+Velocity+Earth tide
J|0637|Kebede,F.+Kulhanek,O.|Source parameters of selected earthquakes on the central and western margin of Afar||#TCT:170:3-4:1989:243-257|Stress-drop+Moment
J|0638|Charvis,P.+Pelletier,B.|The northern New Hebrides back-arc troughs: history and relation with the North Fiji basin||#TCT:170:3-4:1989:259-277|Back-arc basin+Bathymetry+Focal mechanism
J|0639|Khromovskikh,V.S.|Errata to `Determination of magnitudes of ancient earthquakes from dimensions of observed seismodislocations'||#TCT:170:3-4:1989:317
J|0640|Scholz,C.H.+Mandelbrot,B.B.|Introduction to Special Issue on Fractals in Geophysics||#PAG:131:1-2:1989:1-4|Fault+Fracture
J|0641|Crossley,D.J.+Jensen,O.G.|Fractal velocity models in refraction seismology||#PAG:131:1-2:1989:61-76|Refraction study+Fractal analysis+Scattering+Ray tracing
J|0642|Hirata,T.|Fractal dimension of fault systems in Japan: fractal structure in rock fracture geometry at various scales||#PAG:131:1-2:1989:157-170
J|0643|Turcotte,D.L.|Fractals in geology and geophysics||#PAG:131:1-2:1989:171-196|Seismicity+Clustering
J|0644|Sammis,C.G.+Biegel,R.L.|Fractals, fault-gouge and friction||#PAG:131:1-2:1989:255-271
J|0645|Todoeschuck,J.P.+Jensen,O.G.|Scaling geology and seismic deconvolution||#PAG:131:1-2:1989:273-287|Reflexion+Filter
J|0646|Chekunov,A.V.+Sollogub,V.B.+Galetsky,L.S.+|A geodynamic model of the central part of the Ukrainian Shield and the Krivoy Rog superdeep well|In Russian with English abstract|#GFZ:11:4:1989:3-13|Geodynamics+Velocity
J|0647|Geiko,V.S.|On the uniqueness of the one-dimensional inverse kinematic problem solution. 2|In Russian with English abstract|#GFZ:11:4:1989:13-19|Kinematics+Inversion+Travel-times+Distribution
J|0648|Lebedev,T.S.+Korchin,V.A.+Shepel,S.I.+|Petrophysical modelling of the ocean lithosphere|In Russian with English abstract|#GFZ:11:4:1989:19-28|Rock+Indian Ocean+Deep seismic sounding
J|0649|Tsatsko,E.L.|Summation of the seismic records along the envelopes of the time field family. 2|In Russian with English abstract|#GFZ:11:4:1989:55-63|Kinematics+Transformation+Recording
J|0650|Stovas,A.M.|Dynamic distortions on the medium patterns|In Russian with English abstract|#GFZ:11:4:1989:71-74|Common depth point+Wave field|Scientific communication
J|0651|Malkin,A.L.+Finikov,D.B.|Parameterization of the seismic signal phase spectrum|In Russian with English abstract|#GFZ:11:4:1989:79-84|Fourier analysis|Scientific communication
J|0652|Kislitsin,V.N.+Belfer,I.K.|A method to detect and distinguish coherent signals in the seismic wave field|In Russian with English abstract|#GFZ:11:4:1989:85-91|Inversion+Survey+Seismogram+Signal-to-noise ratio|Scientific communication
J|0653|Klushin,S.V.+Garetskii,R.G.+Veres,S.A.|Seismic prospecting by reflected waves while studying Earth's crust and upper mantle in Byelorussia|In Russian with English abstract|#GFZ:11:5:1989:3-17|Reflexion study
J|0654|Sarkisov,Yu.M.+Vol'vovskii,I.S.|Phenomenon of latent amagmatic growth of the continental Earth's crust thickness|In Russian with English abstract|#GFZ:11:5:1989:18-28|Continental crust+Crustal thickness+Seismics
J|0655|Chekunov,A.V.+Kharitonov,O.M.+Trifonov,P.G.+|Prediction of small amplitude faulting under conditions of Donbas according to the data of multiwave seismic sounding|In Russian with English abstract|#GFZ:11:5:1989:29-36|Donets Basin+Transverse wave+Exchange wave
J|0656|Kurskeev,A.K.|Modern motions of the Earth's crust and significance of geophysics in their investigation|In Russian with English abstract|#GFZ:11:5:1989:36-43|Vertical movement+Tectonics+Major earthquake+Tien Shan
J|0657|Naumenko,V.V.|Correlation between the Earth crust structure and mineralization pattern|In Russian with English abstract|#GFZ:11:5:1989:53-61
J|0658|Baranova,E.P.+Kozlenko,V.G.|Velocity model of the Dnieper graben crust|In Russian with English abstract|#GFZ:11:5:1989:81-88|Velocity profile+Deep seismic sounding+Dnepr Basin+Donets Basin|Scientific communication
J|0659|Gorbunova,I.V.+Dobrev,T.B.+Dotsev,N.T.+|Formation of seismic ruptures in the region of central Balkans|In Russian with English abstract|#GFZ:11:6:1989:15-25|Seismogram+Earthquake+Focus
J|0660|Kozlenko,V.G.|Interpretation of densities and velocity models of the Dnieper graben crust|In Russian with English abstract|#GFZ:11:6:1989:27-40|Density+Dnepr Basin
J|0661|Geiko,V.S.+Tsvetkova,T.A.|On uniqueness in solution of unidimensional inverse kinematic problem of seismics. 3|In Russian with English abstract|#GFZ:11:6:1989:61-67|Kinematics+Inversion+T-X plane+Velocity
J|0662|Spirtus,V.B.+Pomerantseva,I.V.+Trigubova,K.V.|Optimization of the Earth crust model parameters by data of MCVS in the Tashkent region|In Russian with English abstract|#GFZ:11:6:1989:68-74|Seismic processing|Scientific communication
J|0663|Chekunov,A.V.|Problems of lithosphere investigation at 20th Meeting of CAPG|In Russian with English abstract|#GFZ:11:6:1989:85-91|Common depth point+Exchange wave+PS-wave+Static correction|Meeting report
J|0664|Zhalkovskii,N.D.|Earthquake frequency law and the problem of precursors|In Russian with English abstract|#GGS:-:7:1989:93-100|Frequency-magnitude relation+Focus+Physical properties
J|0665|Bljas,E.A.+Lukovkin,S.B.|Application of perturbation methods to numerical solution of direct kinematic problems in complex media|In Russian with English abstract|#GGS:-:7:1989:100-108|Numerical method+Layered medium+Ray tracing+Kinematics
J|0666|Goldin,S.V.+Povolotsky,M.I.|Three-dimensional inverse kinematic problem for exchange reflected waves PS. I. Media with constant gamma|In Russian with English abstract|#GGS:-:8:1989:86-93|Kinematics+PS-wave+Inversion+Exchange wave
J|0667|Tuzovsky,A.A.|Reconstruction of the true reflection coefficients on the basis of continuated field dynamics|In Russian with English abstract|#GGS:-:8:1989:93-101|Reflexion coefficient+Kinematics+Asymptotic ray theory
J|0668|Grudtsyn,N.N.|On metering practical infinity in single sounding equipment|In Russian with English abstract|#GGS:-:8:1989:138-140|Nomogram+Transmission|Brief communication
J|0669|Zhalkovsky,N.D.|On the size and frequency of the largest earthquakes|In Russian with English abstract|#GGS:-:9:1989:99-105|Large earthquake+Moment+Distribution
J|0670|Egorkin,A.V.|Average velocities of volume waves in the consolidated crust of Siberia|In Russian with English abstract|#GGS:-:9:1989:105-112|Velocity+Crustal thickness+P-wave+S-wave
J|0671|Kuznetsov,O.L.+Krutin,V.N.+Kit,K.I.|Physical properties of acoustic impedance logging based on excitation of flexural waves in a borehole|In Russian with English abstract|#GGS:-:9:1989:112-117|Elastic medium+Acoustic logging
J|0672|Goldin,S.V.+Povolotsky,M.I.|Three-dimensional inverse kinematic problem for reflected converted PS-waves. 2. Layered-homogeneous media|In Russian with English abstract|#GGS:-:10:1989:85-94|Kinematics+Converted wave+PS-wave+Layered medium
J|0673|Kuznetsov,V.L.+Nikishina,V.F.|Seismic characteristics of the upper part of the section within the zone of Siberian platform traps occurrence|In Russian with English abstract|#GGS:-:10:1989:95-101|Reflexion study+Common depth point
J|0674|Vyalkov,V.N.|Determination of the parameters for sound signal in seismic survey|In Russian with English abstract|#GGS:-:10:1989:102-107|Noise+Vibroseis+Energy
J|0675|Ushakov,G.D.+Ushakov,M.G.+Aksenov,A.N.|Some aspects in method of study of samples by reflected waves|In Russian with English abstract|#GGS:-:10:1989:108-117|Elastic wave+Rock+Spectral analysis
J|0676|Imaev,V.S.+Koz'min,B.M.|Stressed state of the Laptev seashore crust from structural-geologic and seismic evidence|In Russian with English abstract|#GGS:-:10:1989:124-130|Laptev Sea+Seismicity
J|0677|Sherman,S.I.+Molchanov,A.E.+Adamovich,A.N.+|Irregularities of seismic activity in shear zones|In Russian with English abstract|#GGS:-:11:1989:3-13|Seismicity+Strike-slip+Mechanics
J|0678|Zhalkovsky,N.D.|On the similarity of seismic process on the micro- and macro-levels|In Russian with English abstract|#GGS:-:11:1989:113-117|Distribution+Moment+Focus+Crack
J|0679|Avdeev,V.A.+Nartov,S.V.+Balzhinnyan,I.+|The Tsambagarev earthquake of July 23, 1988 (West Mongolia)|In Russian with English abstract|#GGS:-:11:1989:118-124|Avalanche||#*MONGOLIA88
J|0680|Zhdanov,M.A.+Solov'ev,S.L.|On a possible mechanism of the far propagation of the short period seismic waves in the Earth's crust|In Russian with English abstract|#GGS:-:11:1989:124-128|P-wave
J|0681|Kochnev,V.A.+Ivankina,I.V.|Investigation of the adaptive approach to the problem of deconvolution (wavelet is known)|In Russian with English abstract|#GGS:-:11:1989:128-136|Reflexion coefficient+Numerical method
J|0682|Krutin,V.N.+Markov,M.G.+Yumatov,A.Yu.|Total duration of acoustic log signal|In Russian with English abstract|#GGS:-:11:1989:136-139|Acoustic logging+S-wave+Velocity
J|0683|Strel'tsov,M.I.|Seismic dislocations in the Kuril-Kamchatka Island arc|In Russian with English abstract|#VSM:-:4:1989:59-73|Kuril-Kamchatka Arc+Focal mechanism+Structure
J|0684|Kopnichev,Yu.F.|The nature of short-period P-wave coda at distances up to 3000 km|In Russian with English abstract|#VSM:-:4:1989:74-82|Attenuation+Upper mantle
J|0685|Lemzikov,V.K.+Gusev,A.A.|Energy classification of close Kamchatka earthquakes based on coda-wave level|In Russian with English abstract|#VSM:-:4:1989:83-97|Coda wave+Local earthquake
J|0686|Gordeev,E.I.+Saltykov,V.A.+Sinitsyn,V.I.+|Temporal and spatial characteristics of volcanic tremor wave fields|In Russian with English abstract|#VSM:-:4:1989:98-112|Klyuchevskoy+Dispersion+Spectrum
J|0687|Anosov,G.I.+Argentov,V.V.+Abdurakhmanov,A.I.+|The deep structure of the Gorshkov Caldera (Kuril Islands)|In Russian with English abstract|#VSM:-:5:1989:28-34|Boundary
J|0688|Guseva,E.M.+Gusev,A.A.+Oskorbin,L.S.|A set of programs for digital processing of seismic records and trial application to some strong motion records|In Russian with English abstract|#VSM:-:5:1989:35-49|Strong-motion analysis+Kuril Islands+Kamchatka
J|0689|Balesta,S.T.+Gontovaya,L.I.+Grin,N.E.+|Potentialities of seismic method for the investigation of the feeding zones of recent volcanoes|In Russian with English abstract|#VSM:-:6:1989:42-53|P-wave+Propagation+Avacha
J|0690|Kozyrev,A.I.+Farberov,A.I.+Vande-Kirkov,Yu.B.|Physical properties of effusive and subvolcanic rocks from Avacha and Koryak volcanoes|In Russian with English abstract|#VSM:-:6:1989:54-72|Elastic wave+Koryakskoe
J|0691|Baranov,B.V.+Vikulin,A.V.+Lobkovsky,L.I.|Shallow-focus seismicity in the rear of the Kuril-Kamchatka Island arc and its relation to the largest earthquakes in the subduction zone|In Russian with English abstract|#VSM:-:6:1989:73-84|Kuril-Kamchatka Arc+Shallow-focus earthquake+Large earthquake
J|0692|Neprochnov,V.V.+Sedov,V.V.+Buravtsev,A.A.|Results of new seismic lithosphere experiment in the north-western basin of the Pacific Ocean|In Russian with English abstract|#OKN:29:4:1989:599-607|North Pacific Ocean+Profile+Ocean-bottom seismograph
J|0693|Pilipenko,A.I.+Shtefan,B.A.|Study of the ocean bottom's deep structure with help of "Impuls-4" grouped airgun|In Russian with English abstract|#OKN:29:4:1989:691-695|Survey+Mascarene Ridge+Sediment
J|0694|Sviridov,N.I.|Nature of dislocations in the sedimentary cover of the Gulf of Riga|In Russian with English abstract|#OKN:29:5:1989:782-788|Riga, G. of+Reflexion study
J|0695|Ivanova,N.M.+Sekretov,S.B.+Shkarubo,S.I.|Data about geological structure of the Laptev Sea shelf according to the materials of geophysical multichannel seismic profiling|In Russian with English abstract|#OKN:29:5:1989:789-795|Profile+Geology
J|0696|Shainurov,R.V.+Nikanorenkov,B.P.|Structure of the Earth crust of the Arabian Sea|In Russian with English abstract|#OKN:29:6:1989:961-967|Survey
J|0697|Zimov,S.A.|Role of storm microseism energy in the Earth thermal|In Russian with English abstract|#OKN:29:6:1989:974-978|Sea floor
J|0698|Pushcharovskii,Yu.M.+Novikov,V.L.+Saveliev,A.A.+|The mantle heterogeneity and convection|In Russian|#GTK:-:5:1989:3-13|Earth model
J|0699|Parasyna,V.S.+Solomatin,A.V.+Shlezinger,A.Ye.|The Late Devonian-Early Carboniferous Pechora deep-sea basin|In Russian|#GTK:-:5:1989:82-92|Reflexion study
J|0700|Shipilov,E.V.+Senin,B.V.+Yunov,A.Yu.|The Chukotka Sea sedimentary cover and basement according to seismic data|In Russian|#GTK:-:5:1989:99-109|Seismic survey
J|0701|Chekunov,A.V.|Geodynamic model of the geotraverse: Dnepr-Donets paleorift - the Ukrainian Shield - south Carpathians|In Russian|#GTK:-:6:1989:3-12|Dnepr Basin+Crustal structure
J|0702|Skripiy,A.A.+Yunusov,N.K.|Relationship of the extension-compression structures in the south Urals and East European Platform joint zone|In Russian|#GTK:-:6:1989:62-71|Seismic survey
J|0703|Shishkin,Ye.I.+Shishkina,T.Yu.|A possible mechanism of the Pripyat paleorift formation (in the light of tectonophysical interpretation of the conditions of deep listric faults formation)|In Russian|#GTK:-:6:1989:72-80|Seismic survey+Tectonophysics
J|0704|Popovich,S.V.|Properties of the Mezo-Cenozoic sequences in north-western Black Sea shelf|In Russian|#GTK:-:6:1989:81-89|Seismic survey+Crustal structure+Rock
J|0705|Nikitin,I.S.|On wave propagation in layered and faulted media involving friction at contact boundaries|In Russian|#IFZ:-:7:1989:3-11|Layered medium
J|0706|Tsvankin,I.D.+Chesnokov,E.M.|Wave fields of point sources in arbitrary anisotropic media|In Russian|#IFZ:-:7:1989:12-27|Anisotropy+Theory
J|0707|Ponyatovskaya,V.I.+Terentyev,V.A.+Shamina,O.G.|On p and s wave amplitudes in a prestressed medium and their use for earthquake prediction|In Russian|#IFZ:-:7:1989:28-37|P-wave+S-wave
J|0708|Batsanin,S.F.|Stresses in stable regions in the lithosphere caused by lateral variations of the crust thickness|In Russian|#IFZ:-:7:1989:81-88|Crustal thickness|Scientific communication
J|0709|Skipochka,S.I.|Seismoelectrical effect of high stresses in rocks|In Russian|#IFZ:-:7:1989:88-92|Seismoelectric effect|Scientific communication
J|0710|Sadovskii,M.A.|On the map of earthquake sources|In Russian|#IFZ:-:8:1989:3-14|Magnitude+Clustering
J|0711|Riznichenko,O.Yu.|Statistical characteristics of real velocity structures|In Russian|#IFZ:-:8:1989:15-24|Statistics+Inhomogeneity+Lithosphere
J|0712|Pogrebnoy,V.N.+Sabitova,T.M.|Block structure of the Upper Asia and adjacent areas from seismological and magnetic data|In Russian|#IFZ:-:8:1989:25-30|Seismicity+Magnetism
J|0713|Popov,A.M.|Deep magnetotelluric soundings of the Baikal region and their correlation with other geophysical data|In Russian|#IFZ:-:8:1989:31-37|Magnetotellurics+Velocity profile+P-wave+S-wave
J|0714|Dubrovskii,V.A.+Morochnik,V.S.|Non-stationary scattering of elastic waves by a spherical inclusion|In Russian|#IFZ:-:8:1989:87-98|Sphere+Theory|Scientific communication
J|0715|Mogilevsky,R.I.+Ormonbekov,T.O.|Seismic response of a ground-embedded elastic bar with a localized mass|In Russian|#IFZ:-:8:1989:99-103|Pipeline|Scientific communication
J|0716|Vinnik,L.P.|Seismic emission and seismic holography|In Russian|#IFZ:-:8:1989:108-111||Letter
J|0717|Grachev,A.F.+Kalashnikova,I.V.+Lapushonok,I.L.+|On the relation of seismicity to curvatures of recent deformations of the crust in the Pannonian Basin|In Russian|#IFZ:-:9:1989:3-8
J|0718|Sadovsky,M.A.+Adushkin,V.V.+Spivak,A.A.|On the extent of explosion-induced residual deformations in a block medium|In Russian|#IFZ:-:9:1989:9-15
J|0719|Kozhevnikov,V.M.+Barmin,M.P.|Dispersion curves of Rayleigh wave group velocities for continental regions of Asia|In Russian|#IFZ:-:9:1989:16-25|Group velocity
J|0720|Its,E.N.+Frolova,E.N.|Modelling the Rayleigh wave propagation across faults|In Russian|#IFZ:-:9:1989:26-33
J|0721|Bukchin,B.G.|On the determination of source parameters from surface wave records allowing for uncertainties in medium properties|In Russian|#IFZ:-:9:1989:34-41|Inversion+Mechanism
J|0722|Kuskov,O.L.+Miklishansky,V.A.|Profiles of elastic properties and density for a chondritic model of a non-differentiated Earth|In Russian|#IFZ:-:9:1989:55-57|Elasticity+Earth model|Scientific communication
J|0723|Kunin,N.Ya.+Abetov,A.E.|The south boundary of the Tura plate and data on seismicity|In Russian|#IFZ:-:9:1989:58-68|Plate boundary+Tectonics|Scientific communication
J|0724|Deneva,D.+Khristoskov,L.+Babachkova,B.+|On the recognition of industrial explosions and weak earthquakes using local seismological networks|In Russian|#IFZ:-:9:1989:68-72|Discrimination|Scientific communication
J|0725|Bakiyev,M.Kh.+Parkhomenko,E.I.+Kireyenkova,S.M.+|Deep structure of the crust in seismically active zones of Uzbekistan from geological and geophysical data|In Russian|#IFZ:-:9:1989:73-81||Scientific communication
J|0726|Balakina,L.M.|The Urup 13.X.1963 earthquake (M~8.4-8.5) in the lithosphere beneath the Kurile Island arc|In Russian|#IFZ:-:10:1989:3-17
J|0727|Yermakov,V.A.+Levykin,A.I.+Zlobin,T.K.|Structure and composition of the Earth's crust and upper mantle at the Kurile Islands|In Russian|#IFZ:-:10:1989:18-37|Kuril Islands
J|0728|Grayzer,V.M.|Modelling a stick-slip rupture|In Russian|#IFZ:-:10:1989:38-42|Dynamics
J|0729|Fayzullin,I.S.+Shapiro,S.A.|Attenuation of seismic waves and the fractal nature of lithospheric inhomogeneities|In Russian|#IFZ:-:10:1989:43-49|Lithosphere+Inhomogeneity
J|0730|Aniskovich,E.M.+Kondrashkov,V.V.|Singularity analysis of differentiable mappings applied to the study of the structural stability of seismic models|In Russian|#IFZ:-:10:1989:63-77|Structure+Wave theory
J|0731|Goldin,S.V.|Comments on `Singularity analysis of differentiable mappings applied to the study of the structural stability of seismic models' by E. M. Aniskovich and V. V. Kondrashkov|In Russian|#IFZ:-:10:1989:78-86|Structure|With a reply by the authors
J|0732|Nabati,A.M.|On the seismicity of Afghanistan|In Russian|#IFZ:-:10:1989:86-89||Scientific communication
J|0733|Zelenova,T.I.+Legen'ka,A.D.|Ionospheric effects related to the Moneron 5(6).IX.1971 earthquake|In Russian|#IFZ:-:10:1989:89-95|Ionosphere|Scientific communication|#*MONERON
J|0734|Zaslavsky,Yu.M.|On the theory of acoustic emission from propagating cracks|In Russian|#IFZ:-:10:1989:95-98|Propagation|Scientific communication
J|0735|Galperin,E.I.+Sitnikov,A.V.+Kvetinsky,S.I.+|On the practice and results of experimental study of high-frequency seismic noise|In Russian|#IFZ:-:10:1989:99-109|High frequency+Spectrum|Letter
J|0736|Solov'ev,S.L.|Mediterranean tsunamis and their comparison with Pacific tsunamis|In Russian|#IFZ:-:11:1989:3-17|Pacific Ocean+Seismicity
J|0737|Nikonov,A.A.+Smirnova,T.Yu.|Estimating the strong earthquake recurrence intervals in seismic areas of Middle Asia from seismic and geological paleoevidence|In Russian|#IFZ:-:11:1989:18-30|Palaeoseismogeology
J|0738|Vvedenskaya,A.V.+Savarenskaya,O.E.|Arrangement of viscous and brittle failure planes in source regions of the strongest earthquake sequence|In Russian|#IFZ:-:11:1989:31-42|Mechanism
J|0739|Gershenzon,N.I.+Gokhberg,M.B.+Dobrovolskii,I.P.|Analysis of the short-term earthquake forerunners in an electrical telluric field|In Russian|#IFZ:-:11:1989:43-58|Electrotelluric field+Foreshock+Prediction
J|0740|Prutkin,I.L.|Non-linear potential inversion problems and development of two-layer models for the Earth and the Moon|In Russian|#IFZ:-:11:1989:59-66|Earth model
J|0741|Birger,B.I.|Stress propagation within the Earth's lithosphere|In Russian|#IFZ:-:12:1989:3-18|Plate tectonics
J|0742|Nersesov,I.L.+Lukk,A.A.+Zhuravlev,V.I.+|The significance of geophysical field parameter variation in earthquake prediction|In Russian|#IFZ:-:12:1989:19-33|Geophysical data+Frequency+Gap
J|0743|Aref'ev,S.S.+Tatevosyan,R.E.+Shebalin,N.V.|On stability of the intrinsic spatial-temporal structure of seismicity in the Caucasus area|In Russian|#IFZ:-:12:1989:34-47|Space-time pattern
J|0744|Rodionov,V.N.+Sizov,I.A.+Bagdasaryan,A.G.|On fracturing structure of a rock terrain|In Russian|#IFZ:-:12:1989:48-56|Fracture+Mechanism
J|0745|Loktionov,B.A.+Pleshkevich,A.L.|A finite-difference solution of the eikonal equation|In Russian|#IFZ:-:12:1989:57-64|Seismology+Finite difference method
J|0746|Perkhuts,E.+Korhonen,H.|The crustal structure of the Baltic Shield derived from the K and sigma distribution|In Russian|#IFZ:-:12:1989:74-81|Deep seismic sounding+Velocity|Scientific communication
J|0747|Rykunov,L.N.+Khavroshkin,O.B.+Tsyplakov,V.V.|On modulation of regional high-frequency seismic noise|In Russian|#IFZ:-:12:1989:95-99|High frequency|Letter
J|0748|Vinnik,L.P.+Galperin,E.I.+Peterson,N.V.|A final comment on the modulation of regional high-frequency seismic noise|In Russian|#IFZ:-:12:1989:99-100|High frequency|Letter
J|0749|Montero P.,W.|Historical seismicity of Costa Rica 1638-1910|In Spanish with English abstract|#GFN:28:3:1989:531-559|Catalogue+Earthquake
J|0750|Nava,F.A.+Espindola,J.M.|A dedicated seismic array for nuclear test ban monitoring at regional distances||#GFN:28:3:1989:561-578|Site
J|0751|Nunez-Cornu,F.+Ponce,L.|Seismic zoning of Oaxaca, Mexico: maximum earthquakes and times of recurrence for the period 1542-1988|In Spanish with English abstract|#GFN:28:4:1989:587-641|Earthquake+Catalogue+Zoning
J|0752|Frez,J.+Gonzalez,J.J.|Earthquakes and focal mechanisms in the Mexicali-Imperial Valley (1973-1985)|In Spanish with English abstract|#GFN:28:4:1989:643-691|Mexicali Valley+Hypocentre
J|0753|Frez,J.|A smoothing algorithm for empirical curves|In Spanish with English abstract|#GFN:28:4:1989:785-794|Jeffreys-Bullen tables+Travel-times
J|0754|Urrutia F.,J.|Review of `The continental crust, a geophysical approach' by R. Meissner|In Spanish|#GFN:28:4:1989:797-798|Geophysics+Reflexion
J|0755|Keller,G.R.+Hoffer,J.M.+Hinojosa,J.H.+|Preliminary investigations of the extent of Rio Grande Rift in the northern portion of the state of Chihuahua||#GFN:28:5:1989:1043-1049|Crustal thickness+Boundary+Gravity
J|0756|Hudson,J.A.+Knopoff,L.|Predicting the overall properties of composite materials with small-scale intrusions or cracks||#PAG:131:4:1989:551-576|Elastic wave+Heterogeneous medium+Mathematical method
J|0757|Varadan,V.K.+Ma,Y.+Varadan,V.V.|Scattering and attenuation of elastic waves in random media||#PAG:131:4:1989:577-603|Multiple scattering+Phase velocity
J|0758|Wu,R-S.|The perturbation method in elastic wave scattering||#PAG:131:4:1989:605-637|Perturbation theory+Heterogeneity
J|0759|Frankel,A.|A review of numerical experiments on seismic wave scattering||#PAG:131:4:1989:639-685|Heterogeneity+Numerical method
J|0760|Nikolaev,A.V.|Scattering and dissipation of seismic waves in the presence of nonlinearity||#PAG:131:4:1989:687-702|Propagation
J|0761|Qaisar,M.|Attenuation properties of viscoelastic material||#PAG:131:4:1989:703-713|Viscoelastic solid+Q+Rheology
J|0762|Rose,J.H.|Elastic wave inverse scattering in nondestructive evaluation||#PAG:131:4:1989:715-739|Ultrasonics+Inversion+Born approximation
J|0763|Lay,T.+Young,C.J.|Waveform complexity in teleseismic broadband SH displacements: slab diffractions or deep mantle reflections?||#GRL:16:7:1989:605-608|Broadband seismology+Kuril Islands+Deep-focus earthquake
J|0764|Forte,A.M.+Peltier,W.R.|Core-mantle boundary topography and whole-mantle convection||#GRL:16:7:1989:621-624|Plate motion
J|0765|Davies,G.F.|Effect of a low viscosity layer on long-wavelength topography, upper mantle case||#GRL:16:7:1989:625-628|670km discontinuity+Convection
J|0766|Hansen,U.+Yuen,D.A.|Dynamical influences from thermal-chemical instabilities at the core-mantle boundary||#GRL:16:7:1989:629-632|Topography+Heating+Dynamics
J|0767|Buck,W.R.+Su,W.|Focused mantle upwelling below mid-ocean ridges due to feedback between viscosity and melting||#GRL:16:7:1989:641-644
J|0768|Hough,S.E.+Jacob,K.H.+Friberg,P.A.|The 11/25/88, M=6 Saguenay earthquake near Chicoutimi, Quebec: evidence for anisotropic wave propagation in northeastern North America||#GRL:16:7:1989:645-648|Anisotropy+1988||#*SAGUENAY88
J|0769|Thurber,C.H.+Li,Y.+Johnson,C.|Seismic detection of a low-velocity layer beneath the southeast flank of Mauna Loa, Hawaii||#GRL:16:7:1989:649-652|Reflexion+Depth||#*HAWAII
J|0770|Kampfmann,W.+Muller,G.|PcP amplitude calculations for a core-mantle boundary with topography||#GRL:16:7:1989:653-656|Synthetic seismogram+PcP-wave
J|0771|Baumgardt,D.R.|Evidence for a P-wave velocity anomaly in D"||#GRL:16:7:1989:657-660|Kuril Islands+D" region
J|0772|Mueller,R.J.+Johnston,M.J.S.+Myren,G.D.+|Lake level observations to detect crustal tilt: San Andreas Lake, California, 1979-1989||#GRL:16:7:1989:661-664|Water level+San Andreas Fault
J|0773|Stein,C.A.+Cloetingh,S.+Wortel,R.|SEASAT-derived gravity constraints on stress and deformation in the northeastern Indian Ocean||#GRL:16:8:1989:823-826|Undulation
J|0774|Obara,K.|Regional extent of the S wave reflector beneath the Kanto district, Japan||#GRL:16:8:1989:839-842|Kanto+S-wave+Depth
J|0775|Zelt,C.A.+Ellis,R.M.|Comparison of near-coincident crustal refraction and extended Vibroseis reflection data: Peace River region, Canada||#GRL:16:8:1989:843-846|Reflexion study+Refraction study
J|0776|Carrion,P.M.+Carneiro,D.J.|Generalized approach to linearized inversion with constraints||#GRL:16:9:1989:1039-1042|Global seismology+Mathematical method
J|0777|Ruff,L.J.|Multi-trace deconvolution with unknown trace scale factors: omnilinear inversion of P and S waves for source time functions||#GRL:16:9:1989:1043-1046|Honshu+1968
J|0778|Zollo,A.+Bernard,P.|S-wave polarization inversion of the 15 October 1979, 23:19 Imperial Valley aftershock: evidence for anisotropy and a simple source mechanism||#GRL:16:9:1989:1047-1050|||#*IMPERIAL
J|0779|Tajima,F.+Kawasaki,I.|3D particle motion trajectories: direct observation of Love-Rayleigh coupling||#GRL:16:9:1989:1051-1054|Surface wave+Trajectory
J|0780|Srinagesh,D.+Rai,S.S.+Ramesh,D.S.+|Evidence for thick continental roots beneath south Indian shield||#GRL:16:9:1989:1055-1058|Upper mantle+High-velocity layer
J|0781|Okino,K.+Ando,M.+Kaneshima,S.+|The horizontally lying slab||#GRL:16:9:1989:1059-1062|Deep earthquake+Bonin Islands+Travel-times||#*TORISHIMA84|#*BONIN82
J|0782|Chao,B.F.|Comment on `Moment of inertia of three-dimensional models of the Earth' by T. Tanimoto||#GRL:16:9:1989:1075-1078|Earth model+Comments|With a reply by the author
J|0783|Pant,D.R.+Greenhalgh,S.A.|Multicomponent seismic reflection profiling over an ore-body structure - a scale model investigation||#GRL:16:10:1989:1089-1092|Filter+Laboratory
J|0784|Van der Hilst,R.D.+Spakman,W.|Importance of the reference model in linearized tomography and images of subduction below the Caribbean plate||#GRL:16:10:1989:1093-1096
J|0785|Spakman,W.+Stein,S.+Van der Hilst,R.D.+|Resolution experiments for NW Pacific subduction zone tomography||#GRL:16:10:1989:1097-1100
J|0786|Ballard,S.+Walck,M.C.+Chael,E.P.|Location performance of a sparse regional network||#GRL:16:10:1989:1101-1104|Nuclear test ban+Verification
J|0787|Barstow,N.+Sutton,G.H.+Carter,J.A.|Particle motion and pressure relationships of ocean bottom noise: 3900 m depth; 0.003 to 5 Hz||#GRL:16:10:1989:1185-1188|Ocean-bottom seismograph
J|0788|Slade,M.A.+Yoder,C.F.|1960 Chile: new estimate of polar motion excitation||#GRL:16:10:1989:1193-1196|Moment
J|0789|Linde,A.T.+Silver,P.G.|Elevation changes and the great 1960 Chilean earthquake: support for aseismic slip||#GRL:16:11:1989:1305-1308|Displacement
J|0790|Okamoto,T.+Miyatake,T.|Effects of near source seafloor topography on long-period teleseismic P waveforms||#GRL:16:11:1989:1309-1312|Sea floor
J|0791|Julien,P.+Bonneton,J-R.|Regional stress field in the Lesser Antilles between Guadeloupe and Barbuda Islands||#GRL:16:11:1989:1313-1316|Focal mechanism+Deformation
J|0792|Ferrucci,F.+Gaudiosi,G.+Pino,N.A.+|Seismic detection of a major Moho upheaval beneath the Campania volcanic area (Naples, southern Italy)||#GRL:16:11:1989:1317-1320|Mohorovicic discontinuity+Deep seismic sounding+Volcanism
J|0793|Blakeslee,S.+Malin,P.E.+Alvarez,M.|Fault-zone attenuation of high-frequency seismic waves||#GRL:16:11:1989:1321-1324|San Andreas Fault+High frequency
J|0794|Johnson,P.A.|Central Washington seismicity: evidence for a reactivated buried continental rift and northwest-trending structural zones||#GRL:16:11:1989:1325-1328|Washington State+Structure
J|0795|Park,J.|Roughness constraints in surface wave tomography||#GRL:16:11:1989:1329-1332
J|0796|Hildebrand,J.A.+Dorman,L.M.+Hammer,P.T.C.+|Seismic tomography of Jasper seamount||#GRL:16:12:1989:1355-1358|Baja California+Refraction study
J|0797|Kanamori,H.|A slow seismic event recorded in Pasadena||#GRL:16:12:1989:1411-1414|Slow earthquake+Broadband seismology+Long wave||#*CALIFORNIA88|#*PASADENA88
J|0798|Mochizuki,E.+Ohminato,T.|On the anomalous splitting of Earth's free oscillation||#GRL:16:12:1989:1415-1416|Anomaly+Spectrum+Core
J|0799|Wysession,M.+Okal,E.A.|Regional analysis of D" velocities from the ray parameters of diffracted P profiles||#GRL:16:12:1989:1417-1420|Diffracted wave+Velocity+Tomography+D" region
J|0800|Houston,H.+Engdahl,E.R.|A comparison of the spatio-temporal distribution of moment release for the 1986 Andreanof Islands earthquake with relocated seismicity||#GRL:16:12:1989:1421-1424|Asperity+Aleutian Trench+Fault plane||#*ANDREANOF
J|0801|Pacheco,J.F.+Estabrook,C.H.+Simpson,D.W.+|Teleseismic body wave analysis of the 1988 Armenian earthquake||#GRL:16:12:1989:1425-1428|||#*ARMENIA88
J|0802|Papanastassiou,D.+Latoussakis,J.+Stavrakakis,G.N.+|The Aegean Sea (Greece) earthquake sequence of 25 March 1986: an application of the nu-value method for earthquake prediction||#NHZ:2:2:1989:105-114|||#*AEGEAN86A|#*AEGEAN86B
J|0803|Munoz,A.V.|Assessment of earthquake hazard in Panama based on seismotectonic regionalization||#NHZ:2:2:1989:115-131|Probability
J|0804|Porro,B.+Schraft,A.|Investigation of insured earthquake damage||#NHZ:2:2:1989:173-184|Insurance+Building+Risk||#*SANANTONIO|#*SWABIAN
J|0805|Goralski,D.J.|Armenian earthquake briefings tell much about disaster||#NHZ:2:2:1989:186-191|1988+Damage|Summary of the U.S. post-disaster research team's briefings|#*ARMENIA88
J|0806|Kisslinger,C.|Review of `Earthquake ready' by V. Kimball||#NHZ:2:2:1989:193-194|Mitigation+Preparedness
J|0807|Stewart,D.|Review of `Disabled persons and earthquake hazards' by K. J. Tierney, W. Petak and H. Hahn||#NHZ:2:2:1989:195-196|Public policy+Vulnerability
J|0808|Fahmi,K.J.|Errata to `Seismic intensity zoning and earthquake risk mapping in Iraq' by K. J. Fahmi and J. N. Al Abbasi||#NHZ:2:2:1989:199
J|0809||Review of `Manual for repair methods of civil engineering structures damaged by earthquakes'||#NHZ:2:2:1989:201||Chronicle
J|0810||Review of `Silent quake'||#NHZ:2:2:1989:202|Preparedness+Vulnerability|Chronicle
J|0811|Barbano,M.S.+Egozcue,J.J.+Garcia,M.+|Assessment of seismic hazard for the Sannio-Matese area of southern Italy - a summary||#NHZ:2:3-4:1989:217-228|Intensity+Probability+Zoning
J|0812|De Crook,Th.+Schenk,V.+Barbano,M.S.+|Seismic hazard computations for regions with low earthquake activity - a case study for the Belgium, the Netherlands and NW Germany areas||#NHZ:2:3-4:1989:229-236|Probability+Intensity
J|0813|Mayer-Rosa,D.|Critical parameter investigation for earthquake hazard assessment in the Sannio-Matese area of southern Italy||#NHZ:2:3-4:1989:237-247|Zoning+Probability+Intensity
J|0814|Garcia-Fernandez,M.+Egozcue,J.J.|Seismic hazard assessment in TERESA test areas based on a Bayesian technique||#NHZ:2:3-4:1989:249-265|Bayesian method+Southern Italy+Rhine+Probability
J|0815|Schenk,V.+Schenkova,Z.+Mantlik,F.+|Seismic hazard assessment for two test areas - `Southern Italy' and `Belgium-the Netherlands-Germany'||#NHZ:2:3-4:1989:267-287|Statistical method+Zoning
J|0816|Garcia-Fernandez,M.+Kijko,A.+Ecozcue,J.J.|Estimation of seismic hazard parameters in TERESA test areas||#NHZ:2:3-4:1989:289-306|Southern Italy+Rhine+Zoning+Catalogue
J|0817|Barbano,M.S.+Colombo,F.+Zonno,G.|Preliminary results of seismic hazard assessment in the Sannio-Matese area of southern Italy||#NHZ:2:3-4:1989:307-328|Catalogue+Zoning+Seismogenesis+Probability
J|0818|Siro,L.+Slejko,D.|Different approaches to the seismic hazard of Sannio-Matese (southern Italy)||#NHZ:2:3-4:1989:329-348|Seismotectonics+Zoning+Seismogenesis
J|0819|De Crook,Th.|Analysis of input data and seismic hazard assessment for the low seismicity area `Belgium, the Netherlands and NW Germany'||#NHZ:2:3-4:1989:349-362|Zoning+Probability
J|0820|Lapajne,J.+Breska,Z.+Godec,M.+|Seismic hazard in the Sannio-Matese area of Italy||#NHZ:2:3-4:1989:363-385|Southern Italy+Source+Probability
J|0821|Hoberman,L.S.|Review of `Investigating natural hazards in Latin American history' edited by R. H. Claxton||#NHZ:2:3-4:1989:391-394|Natural disaster+Space-time pattern
J|0822|Joo,I.|Geodetical investigation of the vertical influences of the earthquake of 1985 in Hungary in the region of the villages Berhida-Peremarton on August 15, 1985|In German with English summary|#BEG:98:4:1989:282-291|Pannonian Basin+Vertical movement||#*BALATON85
J|0823|Dubrov,M.N.+Alyoshin,V.A.+Yakovlev,A.P.|Wideband laser strainmeters as a new instrument for geophysical research||#BEG:98:4:1989:292-300|Microseism+High frequency||#*MIYAKE
J|0824|Dunger,G.+Stoll,R.+Schubert,E.|Experimental results on locating seismic sources by means of traveltime-difference-method (longitudinal wave) in solid rocks|In German with English summary|#BEG:98:4:1989:301-311|Travel-times+Probability
J|0825|Toth,L.+Monus,P.+Zsiros,T.|The Berhida (Hungary) earthquake of 1985||#BEG:98:4:1989:312-321|Pannonian Basin+Focal mechanism||#*BALATON85
J|0826|Schenk,V.+Schenkova,Z.+Pospisil,L.+|Seismotectonic model of the upper part of the Earth's crust in Czechoslovakia|In Russian with English summary|#BEG:98:4:1989:322-331|Tectonics+Upper crust
J|0827|Its,E.N.+Frolova,E.N.+Vasilyeva,A.G.|Surface wave propagation across the deep fault zone||#BEG:98:5:1989:346-352|Ultrasonic modelling+Transition zone
J|0828|Bormann,P.+Bankwitz,P.+Conrad,W.+|Crustal structure and development in central Europe||#BEG:98:5:1989:353-367|Deep seismic sounding+Refraction study
J|0829|Badal,J.+Corchete,V.+Payo,G.|Earth models for the Iberian Shield from inversion of Rayleigh wave phase velocities||#BEG:98:5:1989:368-382|Phase velocity+Iberian Peninsula+Lithosphere
J|0830|Babachkova,B.+Deneva,D.|Azimuth systematic deviations of near earthquakes recorded at two Bulgarian seismic stations||#BEG:98:5:1989:383-387|Reflector
J|0831|Botev,E.+Spasov,E.|Main features of the lithosphere in the central part of the Balkan region||#BEG:98:5:1989:388-397|Balkans+Anisotropy+Velocity structure
J|0832|Sokerova,D.G.+Velichkova,S.K.|Velocity characteristics of the Earth's crust in Bulgaria||#BEG:98:5:1989:398-408|Near earthquake
J|0833|Prosad Pal,B.|Stress accumulation and release in a visco-elastic lithosphere containing a buried locked fault||#BEG:98:5:1989:409-421|Displacement
J|0834|Kaneko,K.+Sugawara,K.+Obara,Y.|Microseismic monitoring for coal burst prediction in the Miike coal mine||#BEG:98:6:1989:447-460|Microseismicity+Mining
J|0835|Knoll,P.+Kuhnt,W.|Experience in controlling the mining-induced seismicity in potash mining in the GDR||#BEG:98:6:1989:461-473|Rockburst+Source
J|0836|Johnston,J.C.|Rockbursts from a global perspective||#BEG:98:6:1989:474-490|Mining+Survey
J|0837|Minkley,W.+Rose,K.|A geomechanical model of mining-induced seismicity||#BEG:98:6:1989:491-499|Rockburst+Fracture
J|0838|Kozyrev,A.A.+Savtchenko,S.N.|The influence of mining adjacent deposits on rock pressure dynamics in the Khibini Massif||#BEG:98:6:1989:500-506|Kola Peninsula+Stress+Rockburst
J|0839|Ben Sliman,K.+Revalor,R.|Some results on the accuracy of the location of mining-induced seismic events: experience of French coal mines||#BEG:98:6:1989:507-524|France+Rockburst
J|0840|Konecny,P.|Mining-induced seismicity (rock bursts) in the Ostrava-Karvina coal basin, Czechoslovakia||#BEG:98:6:1989:525-547|Rockburst
J|0841|Singh,S.J.+Sikka,J.S.|On two-dimensional dynamical dislocations: theoretical seismograms||#JPE:37:4:1989:239-249|Synthetic seismogram+Mathematical method
J|0842|Hatanaka,Y.+Takeo,M.|Detailed rupture process of the 1975 central Oita, Japan, earthquake inferred from near-field data||#JPE:37:4:1989:251-264|||#*OITA
J|0843|Suetsugu,D.|Lower mantle high-velocity zone beneath the Kurils as inferred from P-wave travel time and amplitude data||#JPE:37:4:1989:265-295|High-velocity layer+Kuril Islands+Tomography
J|0844|Nakanishi,I.|A search for topography of the mantle discontinuities from precursors to P'P'||#JPE:37:4:1989:297-301|Discontinuity+Reflexion|Letter|#*TONGA87
J|0845|Rikitake,T.+Sato,R.|Up-squeezing of magma under tectonic stress||#JPE:37:5:1989:303-311|Eruption+Volcano+Large earthquake
J|0846|Wang,J-H.+Wu,F.T.|Numerical particle motion of Rayleigh waves in laterally inhomogeneous media||#JPE:37:5:1989:325-343|Inhomogeneous medium+Finite difference method
J|0847|Ooida,T.+Yamazaki,F.+Fujii,I.+|Aftershock activity of the 1984 western Nagano Prefecture earthquake, central Japan, and its relation to earthquake swarms||#JPE:37:6:1989:401-416|||#*NAGANO
J|0848||Reconnaissance teams follow-up in Armenia||#NCE:3:3:1989:3-4|Mitigation+Building+Preparedness||#*ARMENIA88
J|0849||Seismic isolation: its history, theory and application||#NCE:3:3:1989:9-10|Base isolation system+Earthquake engineering+Building+Damage|Report of a seminar given by Dr. Ian Buckle
J|0850||Active control research||#NCE:3:4:1989:1-3|Steel frame+Shake table+Building+Damper
J|0851||Seismic behaviour of masonry buildings||#NCE:3:4:1989:9-10|Masonry structure+Safety+Damage|Report of a seminar given by Dr. Miha Tomazevic
J|0852||Soil-pile-structure interaction for large rotational shells||#NCE:3:4:1989:10|Cooling tower+Earthquake engineering+Soil-structure interaction|Report of a seminar given by Dr. Phillip Gould
J|0853|Bolt,B.A.|Memorial essay: Sir Harold Jeffreys (1891-1989)||Chron. U.G.G.I.:-:199:1989:468-470|Seismology+Earth structure+Jeffreys-Bullen tables+Earth
J|0854|Dziewonski,A.M.+Ekstrom,G.+Woodhouse,J.H.+|Centroid-moment tensor solutions for July-September 1988||#PEP:56:3-4:1989:165-180||Letter section
J|0855|Eguchi,T.+Fujinawa,Y.+Ukawa,M.+|Earthquakes associated with the back-arc opening in the eastern Bismarck Sea: activity, mechanisms, and tectonics||#PEP:56:3-4:1989:189-209|Ocean-bottom seismograph+Back-arc basin+New Britain
J|0856|Eguchi,T.+Fujinawa,Y.+Ukawa,M.|Microearthquakes and tectonics in an active back-arc basin: the Lau Basin||#PEP:56:3-4:1989:210-229
J|0857|Schwartz,S.Y.+Lay,T.+Ruff,L.J.|Source process of the great 1971 Solomon Islands doublet||#PEP:56:3-4:1989:294-310|||#*BOUGISL|#*NSOLOMON
J|0858|Dragoni,M.+Magnanensi,C.|Displacement and stress produced by a pressurized, spherical magma chamber, surrounded by a viscoelastic shell||#PEP:56:3-4:1989:316-328|Viscoelastic solid
J|0859|Yoshioka,S.+Hashimoto,M.|The stress field induced from the occurrence of the 1944 Tonankai and the 1946 Nankaido earthquakes, and their relation to impending earthquakes||#PEP:56:3-4:1989:349-370|Japan
J|0860|Yoshida,S.|Waveform inversion using ABIC for the rupture process of the 1983 Hindu Kush earthquake||#PEP:56:3-4:1989:389-405|||#*HINDUKUSH83B
J|0861|Ingham,M.R.|Review of `The continental crust - a geophysical approach' by R. Meissner||#PEP:56:3-4:1989:406|Geophysics+Reflexion
J|0862|Tate,J.+Daily,W.|Evidence of electro-seismic phenomena||#PEP:57:1-2:1989:1-10|Precursor+Radio emission+Monitoring+San Andreas Fault||#*MORGAN|#*PALMSPRINGS
J|0863|Zhijia,Z.|Investigations of tectonomagnetic phenomena in China||#PEP:57:1-2:1989:11-12|Tectonomagnetism+Geomagnetic anomaly+Underground nuclear explosion||#*TANGSHAN
J|0864|Mueller,R.J.+Johnston,M.J.S.|Large-scale magnetic field perturbation arising from the 18 May 1980 eruption from Mount St. Helens, Washington||#PEP:57:1-2:1989:23-31|Geomagnetic variation||#*MOUNTSTHELENS
J|0865|Yoshino,T.+Tomizawa,I.|Observation of low-frequency electromagnetic emissions as precursors to the volcanic eruption at Mt. Mihara during November, 1986||#PEP:57:1-2:1989:32-39|Radio emission+Japan
J|0866|Takahashi,H.+Takahashi,K.|Tomography of seismo-radio wave source regions for predicting imminent earthquakes||#PEP:57:1-2:1989:40-44|Radio emission+Prediction+Location
J|0867|Meyer,K.+Teisseyre,R.|Observation and qualitative modelling of some electrotelluric earthquake precursors||#PEP:57:1-2:1989:45-46|Electrotelluric field+Periodicity
J|0868|Johnston,M.J.S.|Review of magnetic and electric field effects near active faults and volcanoes in the U.S.A.||#PEP:57:1-2:1989:47-63|Geoelectricity+Geomagnetic field+United States||#*PALMSPRINGS|#*COYOTE|#*MOUNTSTHELENS
J|0869|Gokhberg,M.B.+Gufeld,I.L.+Rozhnoy,A.A.+|Study of seismic influence on the ionosphere by super long-wave probing of the Earth-ionosphere waveguide||#PEP:57:1-2:1989:64-67|Precursor+Electromagnetic wave||#*HINDUKUSH83B
J|0870|Nikiforova,N.N.+Yudakhin,F.N.+Toktosopiev,A.M.|Studies of electromagnetic emission of seismotectonic origin in the Kirghiz S.S.R.||#PEP:57:1-2:1989:68-75|Radio emission+Precursor+Anomaly+Kirgizia+1978-1981
J|0871|Alimov,O.A.+Gokhberg,M.B.+Liperovskaia,E.V.+|Anomalous characteristics of the middle latitude Es layer before earthquakes||#PEP:57:1-2:1989:76-81|Ionosphere+Precursor+Anomaly
J|0872|Fatkullin,M.N.+Zelenova,T.I.+Legen'ka,A.D.|On the ionospheric effects of asthenospheric earthquakes||#PEP:57:1-2:1989:82-85|Ionosphere+Precursor+1983||#*HINDUKUSH83A
J|0873|Parrot,M.+Mogilevsky,M.M.|VLF emissions associated with earthquakes and observed in the ionosphere and the magnetosphere||#PEP:57:1-2:1989:86-99|Radio emission+Mechanism||#*KIRIBATI82B|#*BONIN82A
J|0874|Larkina,V.I.+Migulin,V.V.+Molchanov,O.A.+|Some statistical results on very low frequency radiowave emissions in the upper ionosphere over earthquake zones||#PEP:57:1-2:1989:100-109|Radio emission+Mechanism||#*SSINKIANG79
J|0875|Chmyrev,V.M.+Isaev,N.V.+Bilichenko,S.V.+|Observation by space-borne detectors of electric fields and hydromagnetic waves in the ionosphere over an earthquake centre||#PEP:57:1-2:1989:110-114|Geomagnetic variation+Geoelectricity+Satellite||#*KIRIBATI82A
J|0876|Popov,L.N.+Krakovetzkiy,Yu.K.+Gokhberg,M.B.+|Terrogenic effects in the ionosphere: a review||#PEP:57:1-2:1989:115-128|Geophysics
J|0877|Gershenzon,N.I.+Gokhberg,M.B.+Karakin,A.V.+|Modelling the connection between earthquake preparation processes and crustal electromagnetic emission||#PEP:57:1-2:1989:129-138|Radio emission+Precursor
J|0878|Grigoryev,A.I.+Gershenzon,N.I.+Gokhberg,M.B.|Parametric instability of water drops in an electric field as a possible mechanism for luminous phenomena accompanying earthquakes||#PEP:57:1-2:1989:139-143|Earthquake lights
J|0879|Dobrovolsky,I.P.+Gershenzon,N.I.+Gokhberg,M.B.|Theory of electrokinetic effects occurring at the final stage in the preparation of a tectonic earthquake||#PEP:57:1-2:1989:144-156|Precursor+Crust+Strain
J|0880|Yamada,I.+Masuda,K.+Mizutani,H.|Electromagnetic and acoustic emission associated with rock fracture||#PEP:57:1-2:1989:157-168|Radio emission+Laboratory
J|0881|Khatiashvili,N.G.+Perel'man,M.E.|On the mechanism of seismo-electromagnetic phenomena and their possible role in the electromagnetic radiation during periods of earthquakes, foreshocks and aftershocks||#PEP:57:1-2:1989:169-177|Radio emission
J|0882|Dziewonski,A.M.+Ekstrom,G.+Woodhouse,J.H.+|Centroid-moment tensor solutions for October-December 1988||#PEP:57:3-4:1989:179-191||Letter section
J|0883|Papadopoulos,G.A.|Forecasting large intermediate-depth earthquakes in the south Aegean||#PEP:57:3-4:1989:192-198|Aegean Sea+Large earthquake+Prediction
J|0884|Beck,S.L.+Ruff,L.J.|Great earthquakes and subduction along the Peru trench||#PEP:57:3-4:1989:199-224|Source-time function||#*LIMA
J|0885|Kiratzi,A.A.+Langston,C.A.|Estimation of earthquake source parameters of the May 4, 1972 event of the Hellenic arc by the inversion of waveform data||#PEP:57:3-4:1989:225-232
J|0886|Sipkin,S.A.+Needham,R.E.|Moment-tensor solutions estimated using optimal filter theory: global seismicity, 1984-1987||#PEP:57:3-4:1989:233-259|Seismic moment tensor
J|0887|De Becker,M.+Dmitrieva,O.+Keilis-Borok,V.I.+|Premonitory seismicity patterns in a platform region (Ardennes-Rhenish and Brabant massifs, lower Rhine graben)||#PEP:57:3-4:1989:260-265
J|0888|Correig,A.M.+Mitchell,B.J.|Attenuative body wave dispersion at La Cerdanya, eastern Pyrenees||#PEP:57:3-4:1989:304-310|Q
J|0889|Honda,S.+Seno,T.|Seismic moment tensors and source depths determined by the simultaneous inversion of body and surface waves||#PEP:57:3-4:1989:311-329|||#*BOSOOKI84|#*CHILE81
J|0890|Mochizuki,E.|Effects of core rigidity on free oscillations of the Earth: toroidal oscillations||#PEP:57:3-4:1989:344-347|Torroidal mode
J|0891|Nolet,G.|Review of `Inverse problem theory, methods for data fitting and model parameter estimation' by A. Tarantola||#PEP:57:3-4:1989:350-351|Inversion+Bayesian method
J|0892|Jackson,T.A.|The development and present status of seismic research work in Jamaica, West Indies||#PEP:58:1:1989:1-8|Seismicity+Network+Caribbean
J|0893|Wang,J-H.|The Taiwan telemetered seismographic network||#PEP:58:1:1989:9-18|Geology+Instrumentation
J|0894|Srivastava,H.N.|Performance characteristics of indigenously designed and imported seismographs||#PEP:58:1:1989:19-27|Instrument+Microseismicity+Himalayas
J|0895|Rabinowitz,N.+Arieh,E.|Determination of earthquake location using a poorly configured seismograph network||#PEP:58:1:1989:28-34|Israel
J|0896|Rastogi,B.K.|Seismic monitoring around large dams at Nagarjunasagar and Srisailam in the southeastern part of peninsular India||#PEP:58:1:1989:35-43|Seismicity
J|0897|Adams,R.D.|Evaluation of earthquake listings in developing regions||#PEP:58:1:1989:44-51|Catalogue+Location+Error+Global seismicity
J|0898|Zana,M.+Kamba,M.+Katsongo,S.+|Recent seismic activity of the Kivu Province, western Rift Valley of Africa||#PEP:58:1:1989:52-60|Rift valley+Seismicity+Volcano+Eruption
J|0899|Hadiouche,O.+Jobert,N.+Montagner,J-P.|Anisotropy of the African continent inferred from surface waves||#PEP:58:1:1989:61-81|Velocity
J|0900|Gupta,H.K.+Froidevaux,C.+Ansel,V.|A zone of very low seismicity in the vicinity of the Chang Thang platform, Tibet||#PEP:58:1:1989:82-86|Chang-Thang+Aseismic region+Tectonics
J|0901|Singh,C.L.+Singh,V.P.|Tectonic stability of the Farakka dam and its adjoining regions in east India||#PEP:58:1:1989:87-93|Survey+Velocity
J|0902|Pan,E-N.|Static response of a transversely isotropic and layered half-space to general dislocation sources||#PEP:58:2-3:1989:103-117|Isotropic medium+Mathematical method
J|0903|Rhoades,D.A.+Evison,F.F.|On the reliability of precursors||#PEP:58:2-3:1989:137-140
J|0904|Yoshioka,S.+Hashimoto,M.|A quantitative interpretation on possible correlations between intraplate seismic activity and interplate great earthquakes along the Nankai trough||#PEP:58:2-3:1989:173-191|Intraplate seismicity
J|0905|Montagner,J-P.+Anderson,D.L.|Constrained reference mantle model||#PEP:58:2-3:1989:205-227|Upper mantle+Constraint+Velocity profile
J|0906|Iidaka,T.+Mizoue,M.+Suyehiro,K.|Seismological evidence on velocity structure inside the subducting Pacific Plate||#PEP:58:2-3:1989:249-254|Pacific plate+Kanto+Travel-times||#*TORISHIMA84|#*BONIN84|#*SHONSHU82
J|0907|Worthington,M.H.|Review of `Seismic traveltime inversion' by S. V. Goldin||#PEP:58:2-3:1989:268|Travel-times
J|0908|Lilwall,R.C.|Review of `Seismological algorithms, computational methods and computer programs' edited by D. J. Doornbos||#PEP:58:2-3:1989:268-269|Computational seismology
J|0909|Ashcroft,W.A.|Review of `Mathematics for seismic data processing and interpretation' by A. R. Camina and G. J. Janacek||#PEP:58:2-3:1989:269-270
J|0910|Titman,C.W.|Review of `Microcomputer applications in geology' edited by J. T. Hanley and D. F. Merriam||#PEP:58:2-3:1989:271
J|0911|Shapira,A.|Superficial granitic layering in the gold mining area of South Africa||#PEP:58:4:1989:273-276|Model+Travel-times+Refraction study|Letter section
J|0912|Trifu,C-I.+Radulian,M.|Asperity distribution and percolation as fundamentals of an earthquake cycle||#PEP:58:4:1989:277-288|Vrancea||#*VRANCEA86|#*ROMANIAN
J|0913|Anderson,A.G.+Singh,S.K.+Espindola,J.M.+|Seismic strain release in the Mexican subduction thrust||#PEP:58:4:1989:307-322|Mexico+Catalogue||#*MEXICOCITY
J|0914|Greenhalgh,S.A.+Von der Borch,C.C.|Explosion seismic determination of crustal structure beneath the Adelaide Geosyncline, South Australia||#PEP:58:4:1989:323-343|Refraction study+Profile
J|0915|Laane,J.L.+Chen,W-P.|The Makran earthquake of 1983 April 18: a possible analogue to the Puget Sound earthquake of 1965?||#GJI:98:1:1989:1-9|||#*MAKRAN83
J|0916|Blankenbach,B.+Busse,F.+Christensen,U.+|A benchmark comparison for mantle convection codes||#GJI:98:1:1989:23-38|Numerical analysis+Heat flow
J|0917|Souriau,A.+Souriau,M.|Ellipticity and density at the inner core boundary from subcritical PKiKP and PcP data||#GJI:98:1:1989:39-54|Travel-times
J|0918|Hirata,N.+Kanazawa,T.+Suyehiro,K.+|Observations of microseismicity in the southern Kuril Trench area by arrays of ocean bottom seismometers||#GJI:98:1:1989:55-68|Ocean-bottom seismograph
J|0919|Mindevalli,O.Y.+Mitchell,B.J.|Crustal structure and possible anisotropy in Turkey from seismic surface wave dispersion||#GJI:98:1:1989:93-106
J|0920|Regan,J.+Harkrider,D.G.|Numerical modelling of SH Lg waves in and near continental margins||#GJI:98:1:1989:107-130|Synthetic seismogram+Lg-wave+Finite element method+Attenuation
J|0921|Lomnitz-Adler,J.+Pascual,R.P.|Exactly solvable two-fault model with seismic radiation||#GJI:98:1:1989:131-141|Block
J|0922|Lomnitz-Adler,J.+Pascual,R.P.|Coupled seismic faults and the predictability of earthquakes by means of deterministic models||#GJI:98:1:1989:143-148|Prediction+Block
J|0923|Stavrakakis,G.N.+Drakopoulos,J.+Latoussakis,J.+|Spectral characteristics of the 1986 September 13 Kalamata (southern Greece) earthquake||#GJI:98:1:1989:149-157|Source||#*KALAMATA
J|0924|Brandenburg,A.+Snieder,R.|The attenuation of surface waves due to scattering||#GJI:98:1:1989:183-194|Inhomogeneous medium
J|0925|Martinec,Z.|Thomson-Haskell matrix method for free spheroidal elastic oscillations||#GJI:98:1:1989:195-199|Free oscillation+Propagator matrix|Research note
J|0926|Ben-Zion,Y.|The response of two joined quarter spaces to SH line sources located at the material discontinuity interface||#GJI:98:2:1989:213-222|Heterogeneity
J|0927|Chiaruttini,C.+Roberto,V.+Saitta,F.|Artificial intelligence techniques in seismic signal interpretation||#GJI:98:2:1989:223-232|Network
J|0928|Zhang,Y.S.+Tanimoto,T.|Three-dimensional modelling of upper mantle structure under the Pacific Ocean and surrounding area||#GJI:98:2:1989:255-269|Inversion+Surface wave
J|0929|Drake,L.A.+Bolt,B.A.|Finite element modelling of surface wave transmission across regions of subduction||#GJI:98:2:1989:271-279|Japan+New Zealand+Rayleigh wave
J|0930|Deverchere,J.+Dorbath,C.+Dorbath,L.|Extension related to a high topography: results from a microearthquake survey in the Andes of Peru and tectonic implications||#GJI:98:2:1989:281-292|Intraplate seismicity+Fault
J|0931|Tajima,F.+Celerier,B.|Possible focal mechanism change during reactivation of a previously ruptured subduction zone and stress tensor implications||#GJI:98:2:1989:301-316|Waveform||#*SANANTONIO85B
J|0932|Schenk,T.+Muller,G.+Brustle,W.|Long-period precursors to pP from deep-focus earthquakes: the Moho underside reflection pMP||#GJI:98:2:1989:317-327|Mohorovicic discontinuity+pMP-wave+pP-wave
J|0933|Ebel,J.E.|The effect of crustal scattering on observed high-frequency earthquake seismograms||#GJI:98:2:1989:329-341|Body wave+High frequency
J|0934|Hyndman,R.D.+Shearer,P.M.|Water in the lower continental crust: modelling magnetotelluric and seismic reflection results||#GJI:98:2:1989:343-365|Lower crust+Reflexion study+Porosity+Magnetotellurics
J|0935|Morgan,J.V.+Barton,P.J.+White,R.S.|The Hatton Bank continental margin - III. Structure from wide-angle OBS and multichannel seismic refraction profiles||#GJI:98:2:1989:367-384|Synthetic seismogram+Refraction study
J|0936|Boerner,D.E.+West,G.F.|Frechet derivatives and single scattering theory||#GJI:98:2:1989:385-390||Research note
J|0937|Makropoulos,K.C.+Drakopoulos,J.K.+Latousakis,J.B.|A revised and extended earthquake catalogue for Greece since 1900||#GJI:98:2:1989:391-394|Seismicity+1900-1985|Research note
J|0938|Mochizuki,E.|On horizontal wavefunctions in cylindrical coordinates||#GJI:98:2:1989:395-396|Spherical harmonics|Research note
J|0939|Martelli,G.+Smith,P.N.+Woodward,A.J.|Light, radiofrequency emission and ionization effects associated with rock fracture||#GJI:98:2:1989:397-401|Earthquake lights+Radio emission|Research note
J|0940|Papadopoulos,G.A.|Comments on `Preseismic quiescence before large earthquakes in the Aegean and surrounding area' by Karakaisis et al. (1987)||#GJI:98:2:1989:403-404|AEgean+Prediction|With a reply by the authors
J|0941|Gasperini,P.+Sabadini,R.|Lateral heterogeneities in mantle viscosity and post-glacial rebound||#GJI:98:3:1989:413-428|Tomography+Lateral heterogeneity
J|0942|Regan,J.+Harkrider,D.G.|Seismic representation theorem coupling: synthetic SH mode sum seismograms for non-homogeneous paths||#GJI:98:3:1989:429-446|Propagator matrix+Finite element method
J|0943|Kennett,B.L.N.|On the nature of regional seismic phases - I. Phase representations for Pn, Pg, Sn, Lg||#GJI:98:3:1989:447-456|Lateral heterogeneity+Source+Propagation+Regional phase
J|0944|Henson,I.H.|Multiplet coupling of the normal modes of an elliptical transversely isotropic Earth||#GJI:98:3:1989:457-459|Isotropy
J|0945|Davies,G.F.|Mantle convection model with a dynamic plate: topography, heat flow and gravity anomalies||#GJI:98:3:1989:461-464|Mantle+Convection+Heat flow+Plate motion
J|0946|Yan,Q.Z.+Mechie,J.|A fine structural section through the crust and lower lithosphere along the axial region of the Alps||#GJI:98:3:1989:465-488|Explosion seismology+Lithosphere+Crustal structure
J|0947|Westaway,R.+Gawthorpe,R.+Tozzi,M.|Seismological and field observations of the 1984 Lazio-Abruzzo earthquakes: implications for the active tectonics of Italy||#GJI:98:3:1989:489-514|Earthquake+Tectonics+Faulting+1984||#*ABRUZZO84A|#*ABRUZZO84B
J|0948|Melis,N.S.+Brooks,M.+Pearce,R.G.|A microearthquake study in the Gulf of Patras region, western Greece, and its seismotectonic interpretation||#GJI:98:3:1989:515-524|Microearthquake+Patras, G. of+Seismotectonics+Network
J|0949|Roberts,R.G.+Dahl-Jensen,T.|Deep seismic reflection processing in the complex demodulate domain: basic theory and application to residual static estimation||#GJI:98:3:1989:543-552|Reflexion study+Demodulation+Data processing+Statics
J|0950|Maupin,V.|Surface waves in weakly anisotropic structures: on the use of ordinary or quasi-degenerate perturbation methods||#GJI:98:3:1989:553-563|Surface wave+Anisotropy+Perturbation+Mode
J|0951|Marshall,P.D.+Stewart,R.C.+Lilwall,R.C.|The seismic disturbance on 1986 August 1 near Novaya Zemlya: a source of concern?||#GJI:98:3:1989:565-573|Discrimination+Fault plane solution+Novaya Zemlya+1986||#*ZEMLYA86
J|0952|Main,I.G.+Burton,P.W.|Seismotectonics and the earthquake frequency-magnitude distribution in the Aegean area||#GJI:98:3:1989:575-586|AEgean+Hazard+Frequency-magnitude relation+Seismotectonics
J|0953|Sun,R.+McMechan,G.A.|Seismic modelling by Fresnel diffraction theory with application to wide-aperture data from SW Oklahoma||#GJI:98:3:1989:603-612|Diffraction+Modelling+Survey+Oklahoma
J|0954|Westaway,R.|Deformation of the NE Basin and Range Province: the response of the lithosphere to the Yellowstone plume?||#GJI:99:1:1989:33-62|Deformation+Yellowstone+Lithosphere+Basin & Range
J|0955|Cao,S.+Kennett,B.L.N.|Reflection seismograms in a 3-D elastic model: an isochronal approach||#GJI:99:1:1989:63-80|Elastic wave+Reflexion+Synthetic seismogram+Ray theory
J|0956|Rial,J.A.|Seismic wave resonances in 3-D sedimentary basins||#GJI:99:1:1989:81-90|Wave+Eigenfrequency+Resonance+Sedimentary basin
J|0957|Cerveny,V.|Ray tracing in factorized anisotropic inhomogeneous media||#GJI:99:1:1989:91-100|Anisotropy+Ray tracing+Dynamic analysis+Inhomogeneous medium
J|0958|Matsumoto,S.+Hasegawa,A.|Two-dimensional coda Q structure beneath Tohoku, NE Japan||#GJI:99:1:1989:101-108|Coda+Q+Tohoku+Scattering
J|0959|Hedlin,M.A.H.+Minster,J.B.+Orcutt,J.A.|The time-frequency characteristics of quarry blasts and calibration explosions recorded in Kazakhstan, USSR||#GJI:99:1:1989:109-121|Explosion+Coda+Discrimination+Kazakhstan
J|0960|Molnar,P.+Lyon-Caen,H.|Fault plane solutions of earthquakes and active tectonics of the Tibetan Plateau and its margins||#GJI:99:1:1989:123-153|Tibet+Tectonics+Deformation+Fault plane solution
J|0961|MacBeth,C.D.+Redmayne,D.W.|Source study of local coalfield events using the modal synthesis of shear and surface waves||#GJI:99:1:1989:155-172|Mine tremor+Source+Waveform+United Kingdom
J|0962|Lomnitz-Adler,J.+Lemus-Diaz,P.|A stochastic model for fracture growth on a heterogeneous seismic fault||#GJI:99:1:1989:183-194|Fault+Fracture+Model+Propagation
J|0963|Paul,A.+Nicollin,F.|Thin crustal layering in Northern France: observations and modelling of the PMP spectral content||#GJI:99:1:1989:229-246|Refraction study+France+Crustal structure+Mohorovicic discontinuity
J|0964|Friederich,W.|A new approach to Gaussian beams on a sphere: theory and application to long-period surface wave propagation||#GJI:99:2:1989:259-271|Surface wave+Gaussian beam+Lateral heterogeneity+Propagation
J|0965|Maupin,V.|Numerical modelling of Lg wave propagation across the North Sea Central Graben||#GJI:99:2:1989:273-283|Lateral heterogeneity+Lg-wave+North Sea+Surface wave
J|0966|Vaccari,F.+Gregersen,S.+Furlan,M.+|Synthetic seismograms in laterally heterogeneous, anelastic media by modal summation of P-SV-waves||#GJI:99:2:1989:285-295|Surface wave+Lateral heterogeneity+Synthetic seismogram+Higher mode
J|0967|Yanovskaya,T.B.+Roslov,Yu.V.|Peculiarities of surface wave fields in laterally inhomogeneous media in the framework of ray theory||#GJI:99:2:1989:297-303|Lateral heterogeneity+Ray tracing+Polarization+Surface wave
J|0968|Malischewsky,P.|Interpretation of surface wave spectra in laterally inhomogeneous media||#GJI:99:2:1989:305-306|Surface wave+Inhomogeneous medium+Attenuation+Spectral analysis
J|0969|Emmerich,H.|2-D wave propagation by a hybrid method||#GJI:99:2:1989:307-319|Absorption+Propagation+Synthetic seismogram+Finite difference method
J|0970|Moczo,P.|Finite-difference technique for SH-waves in 2-D media using irregular grids - application to the seismic response problem||#GJI:99:2:1989:321-329|Finite difference method+Sedimentary basin+Response+SH-wave+Synthetic seismogram
J|0971|Cerveny,V.|Synthetic body wave seismograms for laterally varying media containing thin transition layers||#GJI:99:2:1989:331-349|Synthetic seismogram+Gaussian beam+Layered medium+Reflectivity
J|0972|Klem-Musatov,K.D.+Aizenberg,A.M.|The edge wave superposition method (2-D scalar problem)||#GJI:99:2:1989:351-367|Edge wave+Diffraction+Wave equation+Inhomogeneous medium
J|0973|Jech,J.+Psencik,I.|First-order perturbation method for anisotropic media||#GJI:99:2:1989:369-376|Anisotropy+Polarization+Perturbation+Ray theory
J|0974|Farra,V.+Virieux,J.+Madariaga,R.|Ray perturbation theory for interfaces||#GJI:99:2:1989:377-390|Ray tracing+Perturbation+Amplitude+Interface
J|0975|Koren,Z.+Gelchinsky,B.|Common reflecting elements (CRE) ray tracing for the calculation of the global multi-offset time field||#GJI:99:2:1989:391-400|Kinematics+Inversion+Ray tracing+Reflexion study
J|0976|Kendall,J-M.+Thomson,C.J.|A comment on the form of the geometrical spreading equations, with some numerical examples of seismic ray tracing in inhomogeneous, anisotropic media||#GJI:99:2:1989:401-413|Anisotropy+Ray tracing+Inhomogeneous medium+P-wave
J|0977|Babich,V.M.+Kiselev,A.P.|Non-geometrical waves - are there any? An asymptotic description of some `non-geometrical' phenomena in seismic wave propagation||#GJI:99:2:1989:415-420|Elastic wave+Propagation+Asymptotic wave theory+Layered medium
J|0978|Klimes,L.|Gaussian packets in the computation of seismic wavefields||#GJI:99:2:1989:421-433|Synthetic seismogram+Asymptotics+Wave field+Gaussian beam
J|0979|Bourgeois,A.+Jiang,B.F.+Lailly,P.|Linearized inversion: a significant step beyond pre-stack migration||#GJI:99:2:1989:435-445|Reflexion study+Inversion+Migration+Wave equation
J|0980|Randall,G.E.|Efficient calculation of differential seismograms for lithospheric receiver functions||#GJI:99:3:1989:469-481|Synthetic seismogram+Lithosphere+Body wave+Receiver
J|0981|Jarvis,G.T.+Mitrovica,J.X.|On Nusselt numbers and the relative resolution of plumes and boundary layers in mantle convection||#GJI:99:3:1989:497-509|Mantle+Plume+Convection+Boundary
J|0982|Wahr,J.M.+De Vries,D.|The possibility of lateral structure inside the core and its implications for nutation and Earth tide observations||#GJI:99:3:1989:511-519|Core+Earth tide+PKP-wave+Core-mantle boundary
J|0983|Vinnik,L.P.+Kind,R.+Kosarev,G.L.+|Azimuthal anisotropy in the lithosphere from observations of long-period S-waves||#GJI:99:3:1989:549-559|Anisotropy+Lithosphere+S-wave+Synthetic seismogram
J|0984|Juhlin,C.+Dyrelius,D.+Lund,C-E.+|Crustal reflections underneath Lake Vanern, Sweden||#GJI:99:3:1989:567-578|Reflexion study+Vanern, L.+Upper crust+Airgun
J|0985|Granet,M.+Trampert,J.|Large-scale P-velocity structures in the Euro-Mediterranean area||#GJI:99:3:1989:583-594|Europe+Tomography+P-wave+Velocity structure
J|0986|Davis,J.P.+Kind,R.+Sacks,I.S.|Precursors to P'P' re-examined using broad-band data||#GJI:99:3:1989:595-604|Precursor+Body wave+Lateral heterogeneity+Mantle
J|0987|Van Eck,T.+Hofstetter,A.|Microearthquake activity in the Dead Sea region||#GJI:99:3:1989:605-620|Dead Sea+Microearthquake+Focal mechanism+Stress-drop
J|0988|Zang,A.+Berckhemer,H.|Residual stress features in drill cores||#GJI:99:3:1989:621-626|Anisotropy+Drilling+Core+Ultrasonic wave
J|0989|Dentith,M.C.+Hall,J.|MAVIS - an upper crustal seismic refraction experiment in the Midland Valley of Scotland||#GJI:99:3:1989:627-643|Refraction study+Scotland+Crustal structure+Profile
J|0990|Fukuyama,E.+Irikura,K.|Heterogeneity of the 1980 Izu-Hanto-Toho-Oki earthquake rupture process||#GJI:99:3:1989:711-722|Heterogeneity+Green's function+Izu-Hanto-Toho-Oki+Earthquake+1980||#*IZUHANTO2
J|0991|Farra,V.|Ray perturbation theory for heterogeneous hexagonal anisotropic media||#GJI:99:3:1989:723-737|Anisotropy+Ray tracing+Perturbation+Heterogeneous medium
J|0992|Yielding,G.+Ouyed,M.+King,G.C.P.+|Active tectonics of the Algerian Atlas Mountains - evidence from aftershocks of the 1980 El Asnam earthquake||#GJI:99:3:1989:761-788|Aftershock+El Asnam+Fault+Seismicity+1980||#*ELASNAM
J|0993|Seligman,T.H.+Alvarez-Tostado,J.M.+Mateos,J.L.+|Resonant response models for the Valley of Mexico - I: the elastic inclusion approach||#GJI:99:3:1989:789-799|Resonance+Mexico City+Normal mode+Sediment||#*MEXICOCITY
J|0994|Strelitz,R.A.|Choosing the `best' double couple from a moment-tensor inversion||#GJI:99:3:1989:811-815|Source+Double couple+Seismic moment tensor+Inversion|Research note
J|0995|Main,I.G.|Review of `Seismic strong motion synthetics' edited by B. A. Bolt||#GJI:99:3:1989:819-820|Synthetic seismogram+Strong-motion analysis+Hazard
J|0996|Markushevich,V.M.|Review of `Surface waves and discontinuities' by P. Malischewsky||#GJI:99:3:1989:825|Surface wave+Discontinuity+Mathematical method
J|0997|Olsen,K.B.|A stable and flexible procedure for the inverse modelling of seismic first arrivals||#GPP:37:5:1989:455-465|Inversion+Reflexion
J|0998|Dahl-Jensen,T.|Static corrections on crystalline rocks||#GPP:37:5:1989:467-478|Stacking+Reflexion data+Explosion seismology
J|0999|Haldorsen,J.B.U.+Farmer,P.A.|Resolution and NMO-stretch: imaging by stacking||#GPP:37:5:1989:479-492|Common depth point
J|1000|Kinneging,N.A.+Budejicky,V.+Wapenaar,C.P.A.+|Efficient 2D and 3D shot record redatuming||#GPP:37:5:1989:493-530|Ray tracing+Gaussian beam+Migration+Reflexion data
J|1001|Ziolkowski,A.M.|Errata to `The scaling of air gun arrays, including depth dependence and interactions'||#GPP:37:5:1989:583-585|Airgun+Instrument
J|1002|Pant,D.R.+Greenhalgh,S.A.|Blocking surface waves by a cut: physical seismic model results||#GPP:37:6:1989:589-605|Attenuation+Laboratory
J|1003|Carlini,A.+Mazzotti,A.|Optimized receiver array simulation based upon resolution constraints||#GPP:37:6:1989:607-621|Marine seismic investigation+Filtering
J|1004|Sadowiak,P.+Voss,J.+Meissner,R.|3D modelling of diffractions observed on deep reflection line DEKORP 2-S||#GPP:37:6:1989:623-637|Reflexion study+Germany
J|1005|Pederson,H.M.+Gelius,L.J.+Stamnes,J.J.|3D seismic modelling of edge diffractions||#GPP:37:6:1989:639-646|Ray tracing+Algorithm
J|1006||Review of `Seismic methods' by M. Lavergne, Graham and Trotman||#GPP:37:6:1989:713|Seismic exploration+Technique|From the editors' preface
J|1007|Krajewski,C.+Dresen,L.+Gelbke,C.+|Iterative tomographic methods to locate seismic low-velocity anomalies: a model study||#GPP:37:7:1989:717-751|Tomography+Iterative method+Low-velocity layer+Inversion
J|1008|Crampin,S.|Suggestions for a consistent terminology for seismic anisotropy||#GPP:37:7:1989:753-770|Seismic waves
J|1009|Benson,A.K.|Residual depth-migration: enhancing dips||#GPP:37:7:1989:771-779|Transformation+Data processing
J|1010|Naess,O.E.|Model-based transformations of common midpoint gathers||#GPP:37:7:1989:781-808|Stacking+Data processing
J|1011|Rocca,F.+Cafforio,C.+Prati,C.|Synthetic aperture radar: a new application for wave equation techniques||#GPP:37:7:1989:809-830|Seismics+Satellite
J|1012|Douma,J.|The representability of cracked media by periodically layered media||#GPP:37:7:1989:831-849|Layered medium+Anisotropy+Modelling
J|1013|Martin,J.E.+White,R.E.|Two methods for continuous monitoring of harmonic distortion in Vibroseis signals||#GPP:37:7:1989:851-872
J|1014|Anderson,R.G.+McMechan,G.A.|Automatic editing of noisy seismic data||#GPP:37:8:1989:875-892|Noise+Automatic processing+Signal-to-noise ratio+Reflexion data
J|1015|Aminzadeh,F.|Application of elastic modelling in processing and interpretation of VSP data: a case history||#GPP:37:8:1989:893-906|Vertical seismic profiling+Data processing+Norway
J|1016|Covey,J.D.+Hron,F.+Peacock,K.L.|On the role of partial ray expansion in the computation of ray synthetic seismograms for layered structures||#GPP:37:8:1989:907-923|Ray theory+Layered medium
J|1017|Blacquiere,G.+Debeye,H.W.J.+Wapenaar,C.P.A.+|3D table-driven migration||#GPP:37:8:1989:925-958|Data processing+Extrapolation+Wave field
J|1018|Baeten,G.J.M.+Fokkema,J.T.+Ziolkowski,A.M.|Errata to `Seismic vibrator modelling'||#GPP:37:8:1989:993|Wave field
J|1019||Review of `Theory of the Earth' by D. L. Anderson||#GPP:37:8:1989:997-998|Structure|From the author's preface
J|1020||Review of `Supercomputers in seismic exploration' edited by E. Eisner, volume 21 edited by K. Helbig and S. Treitel||#GPP:37:8:1989:998-999|Computational seismology|From the editors' preface
J|1021|Hjelt,S-E.|On the deep geoelectric structures along two geotraverses of the Baltic Shield|In German with English summary|Freiberger ForschHft., C:-:440:1989:25-43|Deep seismic sounding+Geoelectricity
J|1022|Bormann,P.+Bankwitz,P.+Schulze,A.|Geophysical results and geological consequences of deep sounding surveys in the G.D.R.|In German with English summary|Freiberger ForschHft., C:-:440:1989:72-103|Deep seismic sounding+Germany+Velocity+Crustal structure
J|1023|Horst,W.+Hoffmann,H.+Kustermann,W.+|Results and further development of deep sounding surveys in the G.D.R.|In German with English summary|Freiberger ForschHft., C:-:440:1989:104-114|Deep seismic sounding+Germany+Hydrocarbon+Profiling
J|1024|Velikhov,E.|Science and scientists for a nuclear-weapon-free world||Physics today:42:11:1989:32-36|Test ban+Explosion+Monitoring+Discrimination
J|1025|Von Hippel,F.|Arms control physics: the new soviet connection||Physics today:42:11:1989:39-46|Test ban+Underground nuclear explosion+Monitoring+Verification
J|1026|Yu,S-B.+Liu,C-C.|Fault creep on the central segment of the Longitudinal Valley fault, eastern Taiwan||Proc. Geol. Soc. China:32:3:1989:209-231|Aseismic region
J|1027|Shin,T-C.+Chang,Z-S.+Yu,G-K.|The complex rupture of the 20th May, 1986 Taiwan earthquake||Proc. Geol. Soc. China:32:3:1989:233-253|||#*HUALIEN
J|1028|Liu,C-C.|Impact of crustal deformation on tide gauge records||Proc. Geol. Soc. China:32:4:1989:321-338|Sea level+Crustal flexure+Tidal recording+Taiwan+1951
J|1029|Chen,K-C.+Shin,T-C.+Wang,J-H.|Estimates of coda Q in Taiwan||Proc. Geol. Soc. China:32:4:1989:339-353|Coda wave
J|1030|Huang,H-C.+Chiu,H-C.|Scattering of plane SH waves by an arbitrary inclusion||Proc. Geol. Soc. China:32:4:1989:383-398|SH-wave+Mathematical method
J|1031|a-The BSVRP Working Group|The British Seismic Verification Research Project (BSVRP)||#QJR:30:3:1989:311-324|Test site+Discrimination+Test ban
J|1032|Zugravescu,D.+Fatulescu,I.+Enescu,D.+|Peculiarities of the correlation between gravity tides and earthquakes||#RRG:33:-:1989:3-10|Earth tide+Vrancea+Triggering agent+Crete
J|1033|Enescu,D.+Zugravescu,D.+Fatulescu,I.|Estimation of some parameters of the subduction process in present-day east Carpathians zone and the type of this subduction zone||#RRG:33:-:1989:11-21|Strong earthquake+Plate motion+Age+1906-1983||#*SEAOFJAPAN
J|1034|Oncescu,M.C.+Bazacliu,O.+Popescu,E.|The Tulcea earthquake of November 13, 1981||#RRG:33:-:1989:23-26|Location+Fault plane solution+Romania||#*TULCEA81
J|1035|Anghel,M.|Model of organization of matter structure at the hierarchical level of the tectonic plates and applications||#RRG:33:-:1989:65-77|High pressure+Rupturing+Tectonophysics
J|1036|Bardan,V.|Sampling and minimum-phase property||#RRG:33:-:1989:101-112|Minimum phase+Data processing
J|1037|Bucur,I.C.+Popescu,C.|Seismo-geological conditions and their implications in seismic prospections of hydrocarbons in the Transylvanian Depression||#RRG:33:-:1989:113-116|Prospecting+Profile
J|1038|Oancea,V.|Review of `Scattering and attenuation of seismic waves, Part II' edited by R-S. Wu and K. Aki||#RRG:33:-:1989:129
J|1039|Zugravescu,D.|Review of `Discrete properties of the geophysical environment' edited by M. A. Sadovskiy||#RRG:33:-:1989:129-131|Geophysics
J|1040|Oancea,V.|Review of `Seismicity in mines' edited by S. J. Gibowicz||#RRG:33:-:1989:131
J|1041|Bardan,V.|Review of `Geophysical signal processing' by E. A. Robinson, T. S. Durrani and L. G. Peardon||#RRG:33:-:1989:133|Digital processing
J|1042|Constantinescu,L.|Review of `Subduction zones, Part I' edited by L. J. Ruff and H. Kanamori||#RRG:33:-:1989:134-135||Reprinted from Pure and Applied Geophysics journal, pp. 449-800
J|1043|Diaconu,A.|Review of `Safety of existing dams. Evaluation and improvement'||#RRG:33:-:1989:135-137
J|1044|Radu,C.+Oncescu,M.C.|The focal mechanism of the November 29, 1988 Banat earthquake||#SGG:27:-:1989:3-6|Romania
J|1045|Mandrescu,N.|Data concerning seismic risk evaluation in Romania||#SGG:27:-:1989:7-17|Hazard+Vrancea
J|1046|Florescu,R.|Optimization of the coverage scheme in land 3-D seismic prospecting||#SGG:27:-:1989:19-25|Profile+Array+Reflexion study
J|1047|Constantinescu,L.|Review of `Subduction zones, Part II' edited by L. J. Ruff and H. Kanamori||#SGG:27:-:1989:101||Reprinted from a special issue of Pure and Applied Geophysics journal, pp. 1-282
J|1048|Constantinescu,L.|Review of `A catalogue of earthquakes in Greece and the surrounding area for the period 1901-1985' by P. E. Comninakis and B. C. Papazachos||#SGG:27:-:1989:101-102
J|1049|Neguf,A.|Review of `Schlumberger - Well Evaluation Conference (WEC), Italy, 1987'||#SGG:27:-:1989:102-103|Borehole+Exploration+Vertical seismic profiling
J|1050|Tate,M.P.+Dobson,M.R.|Pre-Mesozoic geology of the western and north-western Irish continental shelf||#JGL:146:2:1989:229-240|Ireland+Sediment
J|1051|Lailey,M.+Stein,A.M.+Reston,T.J.|The Outer Hebrides fault: a major Proterozoic structure in NW Britain||#JGL:146:2:1989:253-259|Profile
J|1052|McGeary,S.|Reflection seismic evidence for a Moho offset beneath the Walls Boundary strike-slip fault||#JGL:146:2:1989:261-269|Mohorovicic discontinuity+Reflexion study+Shetland Islands
J|1053|Wignall,P.B.|Sedimentary dynamics of the Kimmeridge Clay: tempests and earthquakes||#JGL:146:2:1989:273-284|Storm+England
J|1054|Klemperer,S.L.|Seismic reflection evidence for the location of the Iapetus suture west of Ireland||#JGL:146:3:1989:409-412|Deep seismic sounding+Profile|Short paper
J|1055|Peddy,C.P.+Pinet,B.+Masson,D.+|Crustal structure of the Goban Spur continental margin, northeast Atlantic, from deep seismic reflection profiling||#JGL:146:3:1989:427-437|Deep seismic sounding
J|1056|Chadwick,R.A.+Pharaoh,T.C.+Smith,N.J.P.|Lower crustal heterogeneity beneath Britain from deep seismic reflection data||#JGL:146:4:1989:617-630|Deep seismic sounding+United Kingdom
J|1057|Hsu,K.J.|Catastrophic extinctions and the inevitability of the improbable||#JGL:146:5:1989:749-754|Frequency-magnitude relation+Catastrophe+Probability
J|1058|Kimbell,G.S.+Chadwick,R.A.+Holliday,D.W.+|The structure and evolution of the Northumberland Trough from new seismic reflection data and its bearing on modes of continental extension||#JGL:146:5:1989:775-787|Reflexion study+Upper crust+England
J|1059|Chroston,P.N.+Simmons,G.|Seismic velocities from the Kohistan volcanic arc, northern Pakistan||#JGL:146:6:1989:971-979|Velocity structure+Laboratory
J|1060|Frost,R.E.|Discussion on `The structural evolution of the northern Viking Graben and its bearing upon extensional modes of basin formation' by M. E. Bradley, J. D. Price, C. Rambech Dahl and T. Agdestein||#JGL:146:6:1989:1035-1040|Profile|With a reply by the authors
J|1061|Zheng,X-M.+Feng,D-Y.|The fuzzy recognition of precursory anomalies of groundwater level before Tangshan M=7.8 earthquake|In Chinese with English abstract|#SMG:11:3:1989:1-8|Fuzzy mathematics+Anomaly||#*TANGSHAN
J|1062|Zhang,H-N.+Chen,W-G.|Features of tectonic landform of fault blocks in south China coastal area||#SMG:11:3:1989:37-54|Tectonics+Crustal movement
J|1063|Ge,P-J.|Analysis of recent fault activity at Xialatou on the Xianshuihe fault|In Chinese with English abstract|#SMG:11:3:1989:55-63|Faulting+Deformation
J|1064|Wang,H-I.+Cui,Z-W.+Wang,L-J.|The age of new activity of Yidu and Mengshan faults|In Chinese|#SMG:11:3:1989:64|China+Profile|Scientific note
J|1065|Xia,H-M.+Xi,S-F.|Earthquake and bedrock slides in the Huoshan region|In Chinese with English abstract|#SMG:11:3:1989:65-72|Anhui+Shallow-focus earthquake+Movement
J|1066|Zhang,A-L.+Mi,F-S.+Chong,J.|Deformation relics of the 1556 Huaxian (Shaanxi, China) great earthquake and the study of palaeoseismicity on the frontal fault zone of the Huashan Mts|In Chinese with English abstract|#SMG:11:3:1989:73-81
J|1067|Wang,J-M.|Ground fissure in the city of Xi'an|In Chinese with English abstract|#SMG:11:3:1989:85-93|Creep+Seismicity+Xian
J|1068|Yu,Q-F.+Ma,X-Y.|Results of image processing of aeromagnetic data in north China and the seismotectonic interpretation|In Chinese with English abstract|#SMG:11:4:1989:5-14|Aeromagnetic study+Seismotectonics+Block
J|1069|Ji,S-C.+Mainprice,D.|Seismic anisotropy in the lower crust induced by the lattice preferred orientations of minerals||#SMG:11:4:1989:15-30|Velocity
J|1070|Li,T-S.+Du,Q-F.|Horizontal displacement and earthquake recurrence along Luhuo segment of the Xianshuihe fault zone|In Chinese with English abstract|#SMG:11:4:1989:31-42
J|1071|Qian,H.|Faulted landforms along the Xianshuihe fault zone and their seismological significance|In Chinese with English abstract|#SMG:11:4:1989:43-49|Displacement
J|1072|Xia,H-M.|Seismic information entropy|In Chinese|#SMG:11:4:1989:50-54||With comments by L-R. Zhu
J|1073|Zhou,J-Y.+Duan,G-X.+Gao,D-L.+|SEM studies on the fault gouge from Jiangyin-Jiading fault zone in southern Jiangsu Province and its seismo-geological implications|In Chinese with English abstract|#SMG:11:4:1989:55-62|Quartz+Seismicity
J|1074|Jin,X-S.+Dai,Y-H.+Ma,G-H.+|Synthetic probability method and its application to characterize the spatial and temporal heterogeneity in potential seismic source region|In Chinese with English abstract|#SMG:11:4:1989:63-70|Recurrence+Risk+China
J|1075|Wang,J-C.+Xu,C-R.|Fault failure by Tangshan earthquake and numerical analogue of its mechanical process|In Chinese with English abstract|#SMG:11:4:1989:71-76|Mechanism+Numerical analysis+1976||#*TANGSHAN
J|1076|Huang,X-F.+Zhong,Y-Z.|Grey zonation of seismic risk in southern Liaoning Province|In Chinese with English abstract|#SMG:11:4:1989:77-82|Regionalization
J|1077|Pan,J-X.|The geological environment for induced earthquakes in Longtan reservoir of Hongshui River|In Chinese with English abstract|#SMG:11:4:1989:91-99|Seismogeology+China+Trigger
J|1078|Musil,M.|Computation of synthetic seismograms in 2-D and 3-D media using the Gaussian beam method||#SGE:33:3:1989:213-229|Vertical seismic profiling
J|1079|Kozak,J.+Lokajicek,T.+Sileny,J.|Stick-slip unstable shear failure as a source of high frequency elastic radiation||#SGE:33:4:1989:322-337|Laboratory+Elastic wave+High frequency
J|1080|Prochazkova,D.|Review of `Induced seismicity and associated phenomena'||#SGE:33:4:1989:409|Trigger|Proceedings of a conference held in Liblice, 1988
A|1081|Ma,Z.+Fu,Z.+Zhang,Y-Z.+|Earthquake prediction, nine major earthquakes in China, 1966-1976||1989:Beijing:Springer-Verlag||332p
J|1082|Malischewsky,P.|Surface wave and lateral inhomogeneity|In German|#VZP:-:104:1989:1-81
J|1083|e*Bormann,P.|Monitoring and analysis of earthquake swarm 1985/86 in the region Vogtland/western Bohemia||#VZP:-:110:1989:1-419||With annexe
J|1084|Ma,J.|Some development of tectonophysics concerning earthquake research in China|In Chinese|Tectonophysics Earthq.:4:-:1989:1-9
J|1085|Wang,S-Z.|Principles of multi-criterion method for judging risk region of strong shallow earthquake|In Chinese|Tectonophysics Earthq.:4:-:1989:10-17|Strong earthquake
J|1086|Song,H.+|Study of earthquakes by fault mechanical model and determination of potential earthquake focus region|In Chinese|Tectonophysics Earthq.:4:-:1989:18-25|Mechanics
J|1087|Du,Y.|Fault geometry, seismic radiation energy and maximum earthquake magnitude|In Chinese|Tectonophysics Earthq.:4:-:1989:35-46
J|1088|Pan,S-D.|Physical properties of faults and tectonic earthquake magnitude|In Chinese|Tectonophysics Earthq.:4:-:1989:47-55|Tectonics
J|1089|Xu,X.+|An experimental study of the effect of rock types on earthquake recurrence interval|In Chinese|Tectonophysics Earthq.:4:-:1989:135-140
A|1090|Papazachos,B.C.+Papazachos,C.|Seismicity of Greece|In Greek with chapter summaries in English|1989:Thessaloniki:Ziti|Prediction+Volcanism|356p
A|1091|e*Schenk,V.+Schenkova,Z.|Proceedings of the fourth international symposium: analysis of seismicity and seismic risk: Parts I and II||1989:Prague:Geophysical Institute of the Czechoslovak Academy of Sciences|Seismogram+Structure|563p
A|1092|e*Cecic,I.|Proceedings of the first AB workshop on macroseismic methods|In English and German|1989:Ljubljana:Seismological Survey of SR Slovenia|Macroseismic data+Yugoslavia+Austria+Italy|70p
A|1093|e*Boschi,E.+Giardini,D.+Morelli,A.|Proceedings of the IV international conference on solid Earth geophysics: a mission to planet Earth||1989:Rome:Il Cigno Galileo Galilei|Seismology+Plate tectonics+Geodynamics+Tsunami|269p
A|1094|Carreno Herrero,E.+Lopez Casado,C.+Martinez Solares,J.M.+|Analysis of accelerograms of the earthquake of 24 June 1984|In Spanish|1989:Granada:Instituto Geografico Nacional|Spain|48p
A|1095|e*Yoshida,Y.+Hiroi,Y.+Kaminuma,K.+|Proceedings of the NIPR symposium on Antarctic geosciences No. 3||1989:Tokyo:National Institute for Polar Research|Erebus+Network+Seismicity|28p
A|1096|Udias,A.+Buforn,E.+Ruiz de Gauna,J.|Catalogue of focal mechanisms of European earthquakes||1989:Madrid:Universidad Complutense|Focal mechanism|274p
A|1097|e*Burton,M.A.S.|Environmental data report: 1989/90 United Nations environment programme||1989:Great Britain:Alden Press|Earthquake+Damage+Catalogue+Eruption|547p
J|1098|Aref'ev,S.S.|On mapping of basic seismic regime parameters|In Russian|#VIS:30:-:1989:4-14|Mapping+Seismicity
J|1099|Mamedov,T.Y.+Rogozhin,Ye.A.|Seismic regime of the eastern part of the Great Caucasus and its connection with geological features|In Russian|#VIS:30:-:1989:15-24|Caucasus+Seismicity+Geology
J|1100|Bojarskiy,M.E.+Molotkov,S.G.+Parini,I.E.|Engineering parameters of ground shaking for the platform-type earthquakes|In Russian|#VIS:30:-:1989:24-28|Earthquake engineering+Ground motion+Platform
J|1101|Hydarov,M.S.|The space-time distribution peculiarities of near earthquake spectra|In Russian|#VIS:30:-:1989:29-36|Space-time pattern+Near earthquake+Spectrum
J|1102|Grigorjan,V.G.|Spectrum graphs with regard for expected magnitudes and distances|In Russian|#VIS:30:-:1989:36-41|Spectrum+Magnitude+Distance
J|1103|Alexin,P.A.+Molotkov,S.G.|Strong ground motions from a regional network in Garm region|In Russian|#VIS:30:-:1989:41-47|Ground motion+Network+Garm
J|1104|Graizer,V.M.|The seismic data on the explosion and earthquake permanent displacements|In Russian|#VIS:30:-:1989:47-55|Explosion+Earthquake+Displacement
J|1105|Burymskaya,R.N.+Vjalych,V.F.|The summary effect of series of complex ruptures on epicentral zone surface|In Russian|#VIS:30:-:1989:55-63|Rupture+Surface+Epicentre
J|1106|Shebalin,N.V.+Buzrukova,D.I.|Attenuation of macroseismic intensity and Q-factor|In Russian|#VIS:30:-:1989:63-72|Attenuation+Macroseismic data+Intensity+Q
J|1107|Chernov,Yu.K.|Seismic danger probabilistic estimations by seismic microzoning of Gazli|In Russian|#VIS:30:-:1989:72-82|Hazard+Microzoning+Gazli
J|1108|Kendzera,A.V.+Skljar,A.M.+Roman,A.A.+|On possibilities of the empirical transfer medium functions used by seismic microzoning of territories with complex geological structure|In Russian|#VIS:30:-:1989:82-89|Microzoning+Geology
J|1109|Aleshin,A.S.+Kovalskaya,I.Y.|Vibrational source in the seismic microzoning tasks|In Russian|#VIS:30:-:1989:90-94|Vibration+Microzoning+Source
J|1110|Gvishiani,A.D.+Zhizhin,M.N.+Tumarkin,A.G.|Discriminant analysis of spectral parameters and strong motion intensity|In Russian|#VIS:30:-:1989:94-98|Strong motion+Intensity+Spectral analysis
J|1111|Rautian,T.G.+Khalturin,V.I.+Dotsev,N.T.+|Macroseismic magnitude|In Russian|#VIS:30:-:1989:98-110|Macroseismic data+Magnitude
J|1112|Belousov,T.P.+Kosarev,G.L.+Rizaev,E.Z.+|The experience of 1984 Gazli earthquake parameters determination on the macroseismic and geodetic data base|In Russian|#VIS:30:-:1989:110-117|Earthquake+Gazli+1984+Macroseismic data||#*GAZLI3
J|1113|Glavcheva,R.+Poliakova,T.P.|On the 1940 Vrancea earthquake macroseismic field at boundary territory of Romania and Bulgaria|In Russian|#VIS:30:-:1989:117-119|Vrancea+1940+Macroseismic data+Romania+Bulgaria
J|1114|Nikonov,A.A.|Destructive 1208-1209 Turan platform earthquake (by written sources)|In Russian|#VIS:30:-:1989:119-127|Earthquake+Damage+1208+Turkmeniya
J|1115|Smirnova,T.Yu.+Nikonov,A.A.|On the possibility of application of dendrochronologic method for ancient earthquake dating|In Russian|#VIS:30:-:1989:127-133|History+Earthquake+Dating
J|1116|Popova,E.V.|Macroseismic data analysis on structure base damage|In Russian|#VIS:30:-:1989:134-137|Macroseismic data+Damage+Structure
J|1117|Kilimnik,L.Sh.|Quantitative damage estimation of antiseismic strengthened structures taking into account the kinetics of supporting construction systems by earthquakes|In Russian|#VIS:30:-:1989:137-141|Antiseismic design+Damage+Kinetics
J|1118|Gechman,A.S.|On the piping seismic resistance|In Russian|#VIS:30:-:1989:142-152|Pipe+Resistance
J|1119|Kogan,L.A.|On approximation of annual magnitudes of maximal earthquakes probability by N. L. Djonson PV probability|In Russian|#VIS:30:-:1989:152-163|Magnitude+Maximum earthquake+Probability+Occurrence
J|1120|Shteinberg,V.V.+Suks,M.V.|On the frequency ground response by 7.12.1988 Spitak earthquake|In Russian|#VIS:30:-:1989:164-166|Ground motion+Response+Spitak+1988||#*ARMENIA88
J|1121|Kebede,F.|Seismotectonic studies of the East African Rift system north of 12degrees S to southern Red Sea||Rep. seism. Dep. Uppsal.:-:1:1989:1-34|Seismotectonics+Fault plane solution
J|1122|Naito,Y.|A study on the application of the equivalent linear method in finite element technique - application to deformation with noticeable change in volume and to the axisymmetric body under uniaxisymmetric load||KICT Rep.:-:82:1989:1-24|Response+Shake table+Finite element method
J|1123|Scheidegger,A.E.+Schubert,C.|Neotectonic provinces and joint orientations of northern South America||J. S. Am. Earth Sci.:2:4:1989:331-341|Neotectonics+Fault plane solution+Stress
J|1124|Scheidegger,A.E.|Tectonic studies in the southern part of Mexico|In Spanish|Revta Acad. Colomb.:17:64:1989:125-132|Tectonics+Fault plane solution+Subduction
J|1125|Roberto,V.+Paglietti,P.+Chiaruttini,C.|Syntactic filtering and recognition of wide-band noise waveforms||#RRU:-:41:1988:1-16|Data processing
J|1126|Roberto,V.+Chiaruttini,C.|A knowledge-based system for seismological signal understanding||#RRU:-:1:1989:1-5|Artificial intelligence+Interpretation+Network
J|1127|Iai,S.|Similitude for shaking table tests on soil-structure-fluid model in 1 g gravitational field||Rep. Port Harbour Res. Inst.:27:3:1988:3-24|Soil-structure interaction+Deformation+Shake table
J|1128|Toriyama,H.+Yasuda,H.|Anomalous bioelectric potentials of the silk tree preceding the western Nagano Prefecture earthquake of 1984||Sci. Rep. Tokyo Woman's Christian Univ.:-:80-86:1989:995-1004|Biological activity+Precursor||#*NAGANO
A|1129|e*Margottini,C.+Serva,L.|Proceedings of workshop on historical seismicity of central-eastern Mediterranean region||1988:Rome:ENEA|Hazard|337p
A|1130|Ritsema,A.R.|40 years of seismology|In Dutch|1988:De Bilt:KNMI|History+Seismicity+Sunda Arc+Plate tectonics|19p
A|1131|Chiaruttini,C.+Roberto,V.|SNA: a knowledge-based system for seismic network signal interpretation||1988:Holland:Elsevier Science Publishers B.V.|Artificial intelligence|4p
A|1131|Chiaruttini,C.+Roberto,V.|SNA: a knowledge-based system for seismic network signal interpretation||1988:Holland:Elsevier Science Publishers B.V.|Artificial intelligence|4p