V|1988:1||Bibliography of seismology. 1988 January-June|ISC:24:1:1991
J|0001|Hauksson,E.+Teng,T-L.+Henyey,T.L.|Results from a 1500m deep, three-level downhole seismometer array: site response, low Q values, and fmax||#BSA:77:6:1987:1883-1904|Array+Borehole+California+Q
J|0002|Scherbaum,F.|Seismic imaging of the site response using microearthquake recordings. Part I. Method||#BSA:77:6:1987:1905-1923|Imaging+Microearthquake+SH-wave+Impedance
J|0003|Scherbaum,F.|Seismic imaging of the site response using microearthquake recordings. Part II. Application to the Swabian Jura, southwest Germany, seismic array||#BSA:77:6:1987:1924-1944|Imaging+Microearthquake+SH-wave+Swabian Jura
J|0004|McMechan,G.A.+Harris,J.M.+Anderson,L.M.|Cross-hole tomography for strongly variable media with applications to scale model data||#BSA:77:6:1987:1945-1960|Cross-hole+Tomography+Model+Structure
J|0005|Luco,J.E.+Trifunac,M.D.+Wong,H.L.|On the apparent change in dynamic behaviour of a nine-story reinforced concrete building||#BSA:77:6:1987:1961-1983|Dynamic analysis+Reinforced concrete+Resonance+San Fernando||#*SANFERNANDO
J|0006|Hasegawa,H.S.+Kanamori,H.|Source mechanism of the magnitude 7.2 Grand Banks earthquake of November 1929: double couple or submarine landslide?||#BSA:77:6:1987:1984-2004|Mechanism+Grand Banks+Double couple+Landslide
J|0007|Doser,D.I.|The 16 August 1931 Valentine, Texas, earthquake: evidence for normal faulting in west Texas||#BSA:77:6:1987:2005-2017|Faulting+Texas+Rio Grande Rift+Earthquake
J|0008|Plafker,G.+Agar,R.+Asker,A.H.+|Surface effects and tectonic setting of the 13 December 1982 North Yemen earthquake||#BSA:77:6:1987:2018-2037|Tectonics+North Yemen+Surface deformation+Earthquake||#*YEMEN
J|0009|Langer,C.J.+Bollinger,G.A.+Merghelani,H.M.|Aftershocks of the 13 December 1982 North Yemen earthquake: conjugate normal faulting in an extensional setting||#BSA:77:6:1987:2038-2055|Aftershock+North Yemen+Faulting+Earthquake||#*YEMEN
J|0010|Dehlinger,P.+Bolt,B.A.|Earthquakes and associated tectonics in a part of coastal central California||#BSA:77:6:1987:2056-2073|Seismicity+Tectonics+California+San Andreas Fault
J|0011|Hutton,L.K.+Boore,D.M.|The ML scale in southern California||#BSA:77:6:1987:2074-2094|Wood-Anderson seismograph+Attenuation+Local magnitude+California
J|0012|Nishenko,S.P.+Singh,S.K.|Conditional probabilities for the recurrence of large and great interplate earthquakes along the Mexican subduction zone||#BSA:77:6:1987:2095-2114|Recurrence+Interplate earthquake+Mexico+Subduction
J|0013|Guttorp,P.|On least-squares estimation of b values||#BSA:77:6:1987:2115-2124|b-Value+Least-squares+California+Frequency-magnitude relation
J|0014|Tinti,S.+Mulargia,F.|Confidence intervals of b values for grouped magnitudes||#BSA:77:6:1987:2125-2134|b-Value+Confidence interval+Magnitude+Grouping
J|0015|Frohlich,C.+Willemann,R.J.|Statistical methods for comparing directions to the orientations of focal mechanisms and Wadati-Benioff zones||#BSA:77:6:1987:2135-2142|Focal mechanism+Wadati-Benioff zone+Orientation+Direction
J|0016|Rhea,S.|Wave conversions from earthquakes and a new velocity model for the South Carolina coastal plain||#BSA:77:6:1987:2143-2151|Phase change+Velocity profile+South Carolina+Wadati's method
J|0017|Buchbinder,G.G.R.|P-wave deflection or off-azimuth arrivals in the Charlevoix seismic zone||#BSA:77:6:1987:2152-2162|P-wave+Deflection+Discontinuity+Charlevoix
J|0018|Cessaro,R.K.+Butler,R.|Observations of transverse energy for P waves recorded on a deep-ocean borehole seismometer located in the northwest Pacific||#BSA:77:6:1987:2163-2180|P-wave+Pacific Ocean+Ocean-bottom seismograph+Borehole
J|0019|Varadan,V.K.+Lakhtakia,A.+Varadan,V.V.+|Radiation characteristics of elastodynamic line sources buried in layered media with periodic interfaces. I. SH-wave analysis||#BSA:77:6:1987:2181-2191|Layered medium+SH-wave+Line source+Propagation
J|0020|Varadan,V.K.+Lakhtakia,A.+Varadan,V.V.+|Radiation characteristics of elastodynamic line sources buried in layered media with periodic interfaces. II. P- and SV-wave analysis||#BSA:77:6:1987:2192-2211|P-wave+SV-wave+Layered medium+Line source+Propagation
J|0021|Tralli,D.M.+Johnson,L.R.|Epicentral confidence regions of nuclear test events at teleseismic distances||#BSA:77:6:1987:2212-2217|Nuclear explosion+Confidence region+Discrimination|Short note
J|0022|Phinney,R.A.+Odom,R.I.+Fryer,G.J.|Rapid generation of synthetic seismograms in layered media by vectorization of the algorithm||#BSA:77:6:1987:2218-2226|Synthetic seismogram+Layered medium+Modelling+Vector|Short note
J|0023|Crouse,C.B.+Vyas,Y.K.+Schell,B.A.|Ground motions from subduction-zone earthquakes||#BSA:78:1:1988:1-25|Ground motion+Subduction+Accelerogram+Pacific Ocean
J|0024|Abrahamson,N.A.|Statistical properties of peak ground accelerations recorded by SMART 1 array||#BSA:78:1:1988:26-41|Acceleration+SMART 1 array+Taiwan+Statistics
J|0025|Geli,L.+Bard,P-Y.+Jullien,B.|The effect of topography on earthquake ground motion: a review and new results||#BSA:78:1:1988:42-63|Topography+Ground motion+SH-wave+Amplification
J|0026|Murphy,J.R.+Shah,H.K.|An analysis of the effects of site geology on the characteristics of near-field Rayleigh waves||#BSA:78:1:1988:64-82|Geology+Rayleigh wave+Near field+Explosion
J|0027|Sanchez-Sesma,F.J.+Chavez-Garcia,F.J.+Bravo,M.A.|Seismic response of a class of alluvial valleys for incident SH waves||#BSA:78:1:1988:83-95|SH-wave+Response+Ground motion+Alluvium
J|0028|Owens,T.J.+Crosson,R.S.|Shallow structure effects on broadband teleseismic P waveforms||#BSA:78:1:1988:96-108|Broadband seismology+Structure+P-wave+Washington State
J|0029|Helmberger,D.V.+Vidale,J.E.|Modelling strong motions produced by earthquakes with two-dimensional numerical codes||#BSA:78:1:1988:109-121|Strong-motion analysis+Modelling+Synthetic seismogram+Cagniard's technique
J|0030|Vidale,J.E.+Helmberger,D.V.|Elastic finite-difference modelling of the 1971 San Fernando, California earthquake||#BSA:78:1:1988:122-141|San Fernando+Finite difference method+Modelling+Strong-motion analysis||#*SANFERNANDO
J|0031|Shoja-Taheri,J.+Anderson,J.G.|The 1978 Tabas, Iran, earthquake: an interpretation of the strong motion records||#BSA:78:1:1988:142-171|Tabas+Earthquake+Strong-motion analysis+Attenuation||#*TABAS
J|0032|Smith,K.D.+Priestley,K.F.|The foreshock sequence of the 1986 Chalfant, California, earthquake||#BSA:78:1:1988:172-187|Foreshock+Sequence+Clustering+Chalfant Valley||#*CHALFANT
J|0033|Nicholson,C.+Roeloffs,E.A.+Wesson,R.L.|The northeastern Ohio earthquake of 31 January 1986: was it induced?||#BSA:78:1:1988:188-217|Ohio+Earthquake+Induced seismicity+Waste dump||#*NORTHOHIO
J|0034|Kisslinger,C.|An experiment in earthquake prediction and the 7 May 1986 Andreanof Islands earthquake||#BSA:78:1:1988:218-229|Earthquake+Prediction+Quiescence+Pattern||#*ANDREANOF
J|0035|Singh,S.K.+Suarez,G.|Regional variation in the number of aftershocks (mb>=5) of large, subduction-zone earthquakes (Mw>=7.0)||#BSA:78:1:1988:230-242|Aftershock+Subduction+Large earthquake+Heterogeneity||#*SANANTONIO|#*MEXICOCITY
J|0036|Greenhalgh,S.A.+Singh,R.|The seismicity of the Adelaide geosyncline, South Australia||#BSA:78:1:1988:243-263|Seismicity+Australia+Geology+Tectonics
J|0037|Weaver,C.S.+Baker,G.E.|Geometry of the Juan de Fuca plate beneath Washington and northern Oregon from seismicity||#BSA:78:1:1988:264-275|Juan de Fuca+Washington State+Oregon+Seismicity+Geometry
J|0038|Rybicki,K.R.|Stress field due to faulting in the presence of a high rigidity barrier (asperity) - plane strain models||#BSA:78:1:1988:276-298|Stress+Faulting+Asperity+Model
J|0039|Miller,R.D.+Steeples,D.W.+Treadway,J.A.+|Seismic survey over a topographic scarp in the Snake River plain||#BSA:78:1:1988:299-307|Reflexion study+Topography+Idaho+Structure
J|0040|Ruud,B.O.+Husebye,E.S.+Ingate,S.F.+|Event location at any distance using seismic data from a single, three-component station||#BSA:78:1:1988:308-325|Station+Location+Event+Broadband seismology
J|0041|Der,Z.A.+Shumway,R.H.+Lees,A.C.|Frequency domain coherent processing of regional seismic signals at small arrays||#BSA:78:1:1988:326-338|Frequency domain+Array+Signal+Process
J|0042|Russell,D.R.+Herrmann,R.B.+Hwang,H-J.|Application of frequency variable filters to surface-wave amplitude analysis||#BSA:78:1:1988:339-354|Frequency domain+Filtering+Surface wave+Amplitude
J|0043|Liu,H-P.+Warrick,R.E.+Westerlund,R.E.+|An air-powered impulsive shear-wave source with repeatable signals||#BSA:78:1:1988:355-369|Shear wave+Source+Airgun+Attenuation
J|0044|Zuniga,F.R.+Wyss,M.+Scherbaum,F.|A moment-magnitude relation for Hawaii||#BSA:78:1:1988:370-373|Moment+Local magnitude+Hawaii|Short note
J|0045|Greenhalgh,S.A.+Denham,D.+McDougall,R.+|Magnitude-intensity relations for Australian earthquakes||#BSA:78:1:1988:374-379|Local magnitude+Intensity+Australia|Short note
J|0046|Rabinowitz,N.|Microearthquake location by means of nonlinear simplex procedure||#BSA:78:1:1988:380-384|Microearthquake+Location+Nonlinearity+Array|Short note
J|0047|Holzer,T.L.+Bennett,M.J.+Youd,T.L.+|Parkfield, California, liquefaction prediction||#BSA:78:1:1988:385-389|Parkfield+Prediction+Liquefaction+Pore pressure|Short note
J|0048|Malin,P.E.+Waller,J.A.+Borcherdt,R.D.+|Vertical seismic profiling of Oroville microearthquakes: velocity spectra and particle motion as a function of depth||#BSA:78:2:1988:401-420|Profile+California+Microearthquake+Velocity-depth function
J|0049|Jarpe,S.P.+Cramer,C.H.+Tucker,B.E.+|A comparison of observations of ground response to weak and strong ground motion at Coalinga, California||#BSA:78:2:1988:421-435|Coalinga+Ground motion+Response+Spectral ratio
J|0050|Bravo,M.A.+Sanchez-Sesma,F.J.+Chavez-Garcia,F.J.|Ground motion on stratified alluvial deposits for incident SH waves||#BSA:78:2:1988:436-450|SH-wave+Alluvium+Ground motion+Stratification
J|0051|Singh,S.K.+Mena,E.+Castro,R.|Some aspects of source characteristics of the 19 September 1985 Michoacan earthquake and ground motion amplification in and near Mexico City from strong motion data||#BSA:78:2:1988:451-477|Source+Mexico City+Strong motion+Amplification||#*MEXICOCITY|#*MEXICOCITY2
J|0052|Hartzell,S.H.+Heaton,T.H.|Failure of self-similarity for large (Mw>8 1/4) earthquakes||#BSA:78:2:1988:478-488|P-wave+Large earthquake+Synthetic seismogram+Energy
J|0053|Boatwright,J.|The seismic radiation from composite models of faulting||#BSA:78:2:1988:489-508|Failure+Asperity+Radiation+Faulting||#*COALINGA3
J|0054|Papageorgiou,A.S.|On two characteristic frequencies of acceleration spectra: patch corner frequency and fmax||#BSA:78:2:1988:509-529|Frequency+Acceleration+Spectral characteristics+Radiation||#*SEAOFJAPAN|#*IMPERIAL|#*MORGAN
J|0055|Rovelli,A.+Bonamassa,O.+Cocco,M.+|Scaling laws and spectral parameters of the ground motion in active extensional areas in Italy||#BSA:78:2:1988:530-560|Scaling+Spectral analysis+Ground motion+Italy
J|0056|Chael,E.P.+Kromer,R.P.|High-frequency spectral scaling of a main shock/aftershock sequence near the Norwegian coast||#BSA:78:2:1988:561-570|Norway+Scaling+Spectral analysis+Sequence||#*NORWAY86
J|0057|Dysart,P.S.+Snoke,J.A.+Sacks,I.S.|Source parameters and scaling relations for small earthquakes in the Matsushiro region, southwest Honshu, Japan||#BSA:78:2:1988:571-589|Source+Scaling+Broadband seismology+Matsushiro
J|0058|Wetmiller,R.J.+Horner,R.B.+Hasegawa,H.S.+|An analysis of the 1985 Nahanni earthquakes||#BSA:78:2:1988:590-616|Large earthquake+Canada+Sequence+Macroseismic data||#*NAHANNI|#*NAHANNI2
J|0059|Cassidy,J.F.+Ellis,R.M.+Rogers,G.C.|The 1918 and 1957 Vancouver Island earthquakes||#BSA:78:2:1988:617-635|Vancouver Island+Large earthquake+Focal mechanism+Moment
J|0060|Boyd,T.M.+Lerner-Lam,A.L.|Spatial distribution of turn-of-the-century seismicity along the Alaska-Aleutian Arc||#BSA:78:2:1988:636-650|Alaska+Aleutian Arc+Seismicity+1898-1917
J|0061|Pearce,R.G.+Hudson,J.A.+Douglas,A.|On the use of P-wave seismograms to identify a double-couple source||#BSA:78:2:1988:651-671|P-wave+Double couple+Source+Seismogram
J|0062|Hough,S.E.+Anderson,J.G.+Brune,J.N.+|Attenuation near Anza, California||#BSA:78:2:1988:672-691|Anza+California+Attenuation+Array
J|0063|Hough,S.E.+Anderson,J.G.|High-frequency spectra observed at Anza, California: implications for Q structure||#BSA:78:2:1988:692-707|Anza+California+Array+Q
J|0064|Suteau-Henson,A.+Bache,T.C.|Spectral characteristics of regional phases recorded at NORESS||#BSA:78:2:1988:708-725|NORESS+Spectral analysis+Regional study+Norway
J|0065|Walck,M.C.|Spectral estimates of teleseismic P-wave attenuation to 15Hz||#BSA:78:2:1988:726-740|Nuclear explosion+P-wave+Attenuation+NORESS+Spectral analysis+Norway
J|0066|Jin,A.+Aki,K.|Spatial and temporal correlation between coda Q and seismicity in China||#BSA:78:2:1988:741-769|Q+Seismicity+China+Correlation
J|0067|Van Eck,T.|Attenuation of coda waves in the Dead Sea region||#BSA:78:2:1988:770-779|Attenuation+Local earthquake+Coda wave+Dead Sea
J|0068|Bratt,S.R.+Bache,T.C.|Locating events with a sparse network of regional arrays||#BSA:78:2:1988:780-798|Location+Network+Array+NORESS
J|0069|Prugger,A.F.+Gendzwill,D.J.|Microearthquake location: a nonlinear approach that makes use of a simplex stepping procedure||#BSA:78:2:1988:799-815|Microearthquake+Location+Nonlinearity+Saskatchewan
J|0070|Krishna,V.G.|Crustal velocity models in the western United States from travel times and amplitudes of seismic refraction data||#BSA:78:2:1988:816-837|Velocity-depth function+Crust+Western United States+Refraction study+Travel-times+Amplitude
J|0071|Sexton,J.L.+Jones,P.B.|Mini-Sosie high-resolution reflection survey of the Cottonwood Grove fault in northwestern Tennessee||#BSA:78:2:1988:838-854|Reflexion study+Tennessee+High resolution+New Madrid
J|0072|McLaughlin,K.L.|Maximum-likelihood event magnitude estimation with bootstrapping for uncertainty estimation||#BSA:78:2:1988:855-862|Maximum likelihood+Magnitude+Nuclear explosion+Estimation
J|0073|Ferguson,J.F.|Body-wave magnitude variation at Yucca Flat, Nevada||#BSA:78:2:1988:863-872|Body wave+Magnitude+Nevada+Structure
J|0074|Nuttli,O.W.|Lg magnitudes and yield estimates for underground Novaya Zemlya nuclear explosions||#BSA:78:2:1988:873-884|Lg-wave+Magnitude+Yield+Nuclear explosion
J|0075|Clark,R.A.+Pearce,R.G.|Identification of multiple underground explosions using the relative amplitude method||#BSA:78:2:1988:885-897|Identification+Nuclear explosion+Multiple event+Amplitude
J|0076|Drijkoningen,G.G.+Chapman,C.H.|Tunnelling rays using the Cagniard-de Hoop method||#BSA:78:2:1988:898-907|Tunnel+Signal+Cagniard's technique+Response
J|0077|Philippacopoulos,A.J.|Lamb's problem for fluid-saturated, porous media||#BSA:78:2:1988:908-923|Lamb's problem+Porous medium+Fluid+Saturation
J|0078|Das,S.|Relation between average slip and average stress drop for rectangular faults with multiple asperities||#BSA:78:2:1988:924-930|Slip+Stress-drop+Fault+Asperity
J|0079|Parsons,I.D.+Hall,J.F.+Lyzenga,G.A.|Relationships between the average offset and the stress drop for two- and three-dimensional faults||#BSA:78:2:1988:931-945|Offset+Stress-drop+Fault+Finite element method
J|0080|Cluer,J.K.|Quaternary geology of Willow Creek and some age constraints on prehistoric faulting, Lost River range, east-central Idaho||#BSA:78:2:1988:946-955|Geology+Faulting+Idaho+Quaternary
J|0081|Bull,W.B.+Pearthree,P.A.|Frequency and size of Quaternary surface ruptures of the Pitaycachi fault, northeastern Sonora, Mexico||#BSA:78:2:1988:956-978|Frequency+Rupture+Mexico+Quaternary
J|0082|Meghraoui,M.+Philip,H.+Albarede,F.+|Trench investigations through the trace of the 1980 El Asnam thrust fault: evidence for paleoseismicity||#BSA:78:2:1988:979-999|El Asnam+Thrust fault+Trench+Palaeoseismicity||#*ELASNAM
J|0083|Derr,J.S.+Hunter,R.N.|The Argos seismic data message system||#BSA:78:2:1988:1000-1005|Satellite+Transmission+Phase+Epicentre
J|0084|Ajakaiye,D.E.+Olatinwo,M.D.+Scheidegger,A.E.|Another possible earthquake near Gombe in Nigeria on the 18-19 June 1985||#BSA:78:2:1988:1006-1010|Earthquake+Nigeria+1985|Short note
J|0085|Douglas,A.+Rivers,D.W.|An explosion that looks like an earthquake||#BSA:78:2:1988:1011-1019|Nuclear explosion+Earthquake+Discrimination+Double couple|Short note
J|0086|Reinke,R.E.+Stump,B.W.|Stochastic geologic effects on near-field ground motions in alluvium||#BSA:78:3:1988:1037-1058|Geology+Ground motion+Alluvium+Near field
J|0087|Stump,B.W.+Reinke,R.E.|Experimental confirmation of superposition from small-scale explosions||#BSA:78:3:1988:1059-1073|Alluvium+Explosion+Propagation+Waveform
J|0088|Takeo,M.|Rupture process of the 1980 Izu-Hanto-Toho-Oki earthquake deduced from strong motion seismograms||#BSA:78:3:1988:1074-1091|Strong-motion analysis+Earthquake+Rupture+Dislocation||#*IZUHANTO2
J|0089|Mendoza,C.+Hartzell,S.H.|Inversion for slip distribution using teleseismic P waveforms: North Palm Springs, Borah Peak, and Michoacan earthquakes||#BSA:78:3:1988:1092-1111|Slip+Earthquake+P-wave+California+Mexico||#*BORAH|#*PALMSPRINGS|#*MEXICOCITY
J|0090|Williams,P.L.+McGill,S.F.+Sieh,K.E.+|Triggered slip along the San Andreas fault after the 8 July 1986 North Palm Springs earthquake||#BSA:78:3:1988:1112-1122|Trigger+Slip+San Andreas Fault+Earthquake||#*PALMSPRINGS
J|0091|Li,Y.+Thurber,C.H.|Source properties of two microearthquakes at Kilauea Volcano, Hawaii||#BSA:78:3:1988:1123-1132|Source+Microearthquake+Hawaii+Kilauea
J|0092|Patton,H.J.|Source models of the Harzer explosion from regional observations of fundamental-mode and higher mode surface waves||#BSA:78:3:1988:1133-1157|Source+Explosion+Surface wave+Mode
J|0093|Cohee,B.P.+Lay,T.|Modelling teleseismic SV waves from underground explosions with tectonic release: results for southern Novaya Zemlya||#BSA:78:3:1988:1158-1178|Modelling+SV-wave+Nuclear explosion+Novaya Zemlya
J|0094|Pujol,J.|Comments on the joint determination of hypocentres and station corrections||#BSA:78:3:1988:1179-1189|Joint hypocentre determination+Station correction
J|0095|Prothero,W.A.+Taylor,W.J.+Eickemeyer,J.A.|A fast, two-point, three-dimensional raytracing algorithm using a simple step search method||#BSA:78:3:1988:1190-1198|Ray tracing+Path+Algorithm
J|0096|Michael,A.J.|Effects of three-dimensional velocity structure on the seismicity of the 1984 Morgan Hill, California, aftershock sequence||#BSA:78:3:1988:1199-1221|Structure+Seismicity+Aftershock+Sequence||#*MORGAN
J|0097|Papadopoulos,T.+Wyss,M.+Schmerge,D.L.|Earthquake locations in the western Hellenic arc relative to the plate boundary||#BSA:78:3:1988:1222-1231|Earthquake+Location+Hellenic arc+Plate boundary
J|0098|Spicak,A.|Laboratory investigation into off-fault seismic activity||#BSA:78:3:1988:1232-1242|Seismicity+Foreshock+Aftershock+Modelling
J|0099|Wang,J-H.|b values of shallow earthquakes in Taiwan||#BSA:78:3:1988:1243-1254|b-Value+Shallow-focus earthquake+Taiwan+Bouguer anomaly
J|0100|Habermann,R.E.+Craig,M.S.|Comparison of Berkeley and CALNET magnitude estimates as a means of evaluating temporal consistency of magnitudes in California||#BSA:78:3:1988:1255-1267|Local magnitude+California+Temporal variation+CALNET
J|0101|Rikitake,T.+Aida,I.|Tsunami hazard probability in Japan||#BSA:78:3:1988:1268-1278|Earthquake+Tsunami+Hazard+Japan
J|0102|Huang,Z-X.+Wyss,M.|Coda Q before the 1983 Hawaii (MS = 6.6) earthquake||#BSA:78:3:1988:1279-1296|Coda+Q+Hawaii+Earthquake||#*HAWAII
J|0103|Cichowicz,A.+Green,R.W.E.+Van Zyl Brink,A.|Coda polarization properties of high-frequency microseismic events||#BSA:78:3:1988:1297-1318|Coda+Polarization+High frequency+Microseism
J|0104|Owens,T.J.+Crosson,R.S.+Hendrickson,M.A.|Constraints on the subduction geometry beneath western Washington from broadband teleseismic waveform modelling||#BSA:78:3:1988:1319-1334|Subduction+Geometry+Washington State+Broadband seismology+Waveform
J|0105|Ake,J.P.+Sanford,A.R.|New evidence for the existence and internal structure of a thin layer of magma at mid-crustal depths near Socorro, New Mexico||#BSA:78:3:1988:1335-1359|Magma+Crust+Socorro+New Mexico
J|0106|Poley,C.M.|The San Ardo, California, earthquake of 24 November 1985||#BSA:78:3:1988:1360-1366|California+Earthquake+Mechanism+1985|Short note|#*SANARDO85
J|0107|Douglas,A.+Hudson,J.A.+Pearce,R.G.|Directivity and the Doppler effect||#BSA:78:3:1988:1367-1372|Directivity+Doppler effect+Model+Source|Short note
J|0108|Aster,R.C.|On projecting error ellipsoids||#BSA:78:3:1988:1373-1374|Hypocentre+Error+Tensor+Projection|Short note
J|0109|Galanopoulos,A.G.|A new version of earthquake recurrence model||#BSA:78:3:1988:1375-1379|Earthquake+Recurrence+Model|Short note
J|0110|Gomberg,J.S.+Bodin,P.A.+Martinov,V.|Seismic system calibration using cross-spectral methods from in situ measurements: the Kazakh, USSR, Phase I array||#BSA:78:3:1988:1380-1386|Calibration+Array+Cross-spectral analysis+Kazakhstan|Short note
J|0111|Teng,T-L.|Review of `Compilation of historical materials of Chinese earthquakes, vols I-V' edited by X. Yueshou and C. Meibiao||#BSA:78:3:1988:1394-1395|Review+China+History+Earthquake
J|0112|Weber,M.|Computation of body-wave seismograms in absorbing 2-D media using the Gaussian beam method: comparison with exact method||#GEJ:92:1:1988:9-24|Synthetic seismogram+Gaussian beam+Accuracy+Body wave
J|0113|Weber,M.|Application of the Gaussian beam method in refraction seismology - Urach revisited||#GEJ:92:1:1988:25-31|Gaussian beam+Q+Structure
J|0114|Hudson,J.A.|Seismic wave propagation through material containing partially saturated cracks||#GEJ:92:1:1988:33-37|Propagation+Anisotropy+Saturation+Crack
J|0115|Okubo,S.|Asymptotic solutions to the static deformation of the Earth - I. Spheroidal mode||#GEJ:92:1:1988:39-51|Spheroidal mode+Deformation+Green's function+Statics
J|0116|Gersztenkorn,A.+Scales,J.A.|Smoothing seismic tomograms with alpha-trimmed means||#GEJ:92:1:1988:67-72|Tomography+Smoothing+Filtering+Noise
J|0117|Zhang,J.+Wong,T-F.|Lithospheric flexure and deformation-induced gravity changes: effect of elastic compressibility and gravitation on a multilayered, thick-plate model||#GEJ:92:1:1988:73-88|Lithosphere+Deformation+Gravity+Flexing
J|0118|Walton,K.|Wave propagation within random packings of spheres||#GEJ:92:1:1988:89-97|Sphere+Wave+Propagation+Grain size
J|0119|Poirier,J.P.|Transport properties of liquid metals and viscosity of the Earth's core||#GEJ:92:1:1988:99-105|Core+Transport+Viscosity+Liquid
J|0120|Zhu,T.|A ray-Kirchhoff method for body-wave calculations in inhomogeneous media: theory||#GEJ:92:2:1988:181-193|Kirchhoff-Helmholtz integral+Body wave+Perturbation+Caustic
J|0121|Snieder,R.+Romanowicz,B.|A new formalism for the effect of lateral heterogeneity on normal modes and surface waves - I: isotropic perturbations, perturbations of interfaces and gravitational perturbations||#GEJ:92:2:1988:207-222|Normal mode+Surface wave+Scattering+Lateral heterogeneity
J|0122|Sahay,P.N.+Capri,A.Z.|Elastodynamics of a quarterspace with one boundary semi-rigid and the other stress-free||#GEJ:92:2:1988:235-252|Elastodynamics+Eigenfunction+Green's function+Quarter-space
J|0123|Assumpcao,M.+Suarez,G.|Source mechanisms of moderate-size earthquakes and stress orientation in mid-plate South America||#GEJ:92:2:1988:253-267|Fault plane solution+Intraplate seismicity+Stress+South America
J|0124|Mulargia,F.+Quareni,F.|Validity of Sutherland-Lindemann law and melting temperatures in the Earth's interior||#GEJ:92:2:1988:269-282|Phase transition+Melting+High pressure
J|0125|Asudeh,I.+Green,A.G.+Forsyth,D.A.|Canadian expedition to study the Alpha Ridge complex: results of the seismic refraction survey||#GEJ:92:2:1988:283-301|Refraction study+Alpha Ridge+Canada+Arctic
J|0126|Chan,W.W.+Der,Z.A.|Attenuation of multiple ScS in various parts of the world||#GEJ:92:2:1988:303-314|ScS-wave+Upper mantle+Attenuation+Waveform
J|0127|Stewart,R.C.+Marshall,P.D.|Seismic P-waves from Novaya Zemlya: seeing double!||#GEJ:92:2:1988:335-338|Novaya Zemlya+P-wave+PcP-wave+Underground explosion|Research note
J|0128|McMechan,G.A.+Wen,J.+Morales,J.A.|3-D acoustic modelling and imaging for earthquake data||#GEJ:92:2:1988:339-344|Fourier transform+Modelling+Acoustic wave+Imaging|Research note
J|0129|Shearer,P.M.|Cracked media, Poisson's ratio and the structure of the upper oceanic crust||#GEJ:92:2:1988:357-362|Structure+Oceanic crust+Poisson's ratio+Crack|Reasearch note
J|0130|Garmany,J.|Seismograms in stratified anisotropic media - I. WKBJ theory||#GEJ:92:3:1988:365-377|WKBJ method+Seismogram+Anisotropy+Ray tracing
J|0131|Garmany,J.|Seismograms in stratified anisotropic media - II. Uniformly asymptotic approximations||#GEJ:92:3:1988:379-389|Seismogram+Anisotropy+Wave field
J|0132|Grimison,N.L.+Chen,W-P.|Source mechanisms of four recent earthquakes along the Azores-Gibraltar plate boundary||#GEJ:92:3:1988:391-401|Earthquake+Mechanism+Azores+P-wave+SH-wave||#*AZORES|#*AZORES183|#*AZORES283
J|0133|Shirley,J.H.|Lunar and solar periodicities of large earthquakes: Southern California and the Alaska-Aleutian Islands seismic region||#GEJ:92:3:1988:403-420|Lunar periodicity+Solar periodicity+Large earthquake+Alaska+California
J|0134|Lynnes,C.S.+Lay,T.|Analysis of amplitude and travel-time anomalies for short-period P-waves from NTS explosions||#GEJ:92:3:1988:431-443|Amplitude+Travel-times+P-wave+Nuclear explosion+Nevada test site
J|0135|Main,I.|Prediction of failure times in the Earth for a time-varying stress||#GEJ:92:3:1988:455-464|b-Value+Nucleation+Fractal analysis+Mechanics
J|0136|Doornbos,D.J.|Multiple scattering by topographic relief with application to the core-mantle boundary||#GEJ:92:3:1988:465-478|Scattering+Topography+Core-mantle boundary+Seismogram
J|0137|Marrow,P.C.+Walker,A.B.|Lleyn earthquake of 1984 July 19: aftershock sequence and focal mechanism||#GEJ:92:3:1988:487-493|Aftershock+Intraplate earthquake+Mechanism+Wales||#*TREMADOC
J|0138|Marty,J-C.+Cazenave,A.+Lago,B.|Geoid anomalies across Pacific fracture zones||#GEJ:93:1:1988:1-23|Oceanic fracture+Fracture zone+Geoid+Lithosphere
J|0139|Robinson,E.M.+Parsons,B.+Driscoll,M.|The effect of a shallow low-viscosity zone on the mantle flow, the geoid anomalies and depth-age relationships at fracture zones||#GEJ:93:1:1988:25-43|Convection+Fracture zone+Geoid+Mantle+Topography
J|0140|Jackson,J.A.+McKenzie,D.|The relationship between plate motions and seismic moment tensors, and the rates of active deformation in the Mediterranean and Middle East||#GEJ:93:1:1988:45-73|Plate motion+Seismic moment tensor+Deformation+Mediterranean+Middle East
J|0141|Shaw,P.R.|Waveform inversion of time-corrected refraction data||#GEJ:93:1:1988:75-90|WKBJ method+Waveform+Inversion+Statics+Refraction study
J|0142|Romanowicz,B.+Snieder,R.|A new formalism for the effect of lateral heterogeneity on normal modes and surface waves - II. General anisotropic perturbation||#GEJ:93:1:1988:91-99|Normal mode+Surface wave+Anisotropy+Lateral heterogeneity
J|0143|Kagan,Y.Y.|Multipole expansions of extended sources of elastic deformation||#GEJ:93:1:1988:101-114|Asperity+Focal mechanism+Source+Seismic moment tensor+Deformation
J|0144|Reyners,M.|Reservoir-induced seismicity at Lake Pukaki, New Zealand||#GEJ:93:1:1988:127-135|Reservoir+Induced seismicity+New Zealand+Earth dam||#*PUKAKI78
J|0145|Lilwall,R.C.|Regional mb: MS, Lg/Pg amplitude ratios and Lg spectral ratios as criteria for distinguishing between earthquakes and explosions: a theoretical study||#GEJ:93:1:1988:137-147|Amplitude+Spectral ratio+Discrimination+Theoretical seismogram
J|0146|Raynaud,B.|Diffraction modelling of 3-D lower-crust reflectors||#GEJ:93:1:1988:149-161|Diffraction+Modelling+Deep seismic sounding+Lower crust
J|0147|Raynaud,B.|A 2-D, ray-based, depth migration method for deep seismic reflections||#GEJ:93:1:1988:163-171|Deep seismic sounding+Lower crust+Ray tracing+BIRPS
J|0148|Maupin,V.|Surface waves across 2-D structures: a method based on coupled local modes||#GEJ:93:1:1988:173-185|Coupled mode+Lateral heterogeneity+Structure+Surface wave
J|0149|Christoffersson,A.+Husebye,E.S.+Ingate,S.F.|Wavefield decomposition using ML-probabilities in modelling single-site 3-component records||#GEJ:93:2:1988:197-213|Phase+Polarization+Wave field+Decomposition
J|0150|Borcherdt,R.D.|Volumetric strain in relation to particle displacements for body and surface waves in a general viscoelastic half-space||#GEJ:93:2:1988:215-228|Strain+Displacement+San Andreas Fault+Body wave+Surface wave
J|0151|Moss,F.J.+Dooley,J.C.|Deep crustal reflection recordings in Australia 1957-1973 - I. Data acquisition and presentation||#GEJ:93:2:1988:229-237|Deep seismic sounding+Reflexion study+Analogue+Australia
J|0152|Dooley,J.C.+Moss,F.J.|Deep crustal reflection recordings in Australia 1957-1973 - II. Crustal models||#GEJ:93:2:1988:239-249|Reflexion study+Crust+Structure+Australia
J|0153|Evans,K.F.+Scholz,C.H.+Engelder,T.|An analysis of horizontal fracture initiation during hydrofrac stress measurements in granite at North Conway, New Hampshire||#GEJ:93:2:1988:251-264|Hydrofracture+Stress+New Hampshire+Granite
J|0154|Starostenko,V.I.+Kostyukevich,A.S.+Kozlenko,V.G.|Seismogravimetric method: principles, algorithms, results||#GEJ:93:2:1988:295-309|Gravimetry+Inversion+Velocity+Density+Modelling
J|0155|Mottl,J.|Search for the geological section pattern on the basis of seismic and gravity data by the `voting' method||#GEJ:93:2:1988:311-320|Inverse problem+Pattern recognition+FORTRAN+Geology
J|0156|Tanimoto,T.|The 3-D shear wave structure in the mantle by overtone waveform inversion - II. Inversion of X-waves, R-waves and G-waves||#GEJ:93:2:1988:321-334|Waveform+Inversion+Structure+Mantle
J|0157|Nakanishi,I.|Reflections of P'P' from upper mantle discontinuities beneath the Mid-Atlantic Ridge||#GEJ:93:2:1988:335-346|Upper mantle+Mid-Atlantic Ridge+Discontinuity+Phase transition
J|0158|Ellsworth,K.+Schubert,G.|Numerical models of thermally and mechanically coupled two-layer convection of highly viscous fluids||#GEJ:93:2:1988:347-363|Layered medium+Convection+Viscosity+Fluid
J|0159|Carcione,J.M.+Kosloff,D.+Kosloff,R.|Wave propagation simulation in a linear viscoacoustic medium||#GEJ:93:2:1988:393-401|Attenuation+Dispersion+Propagation+Viscosity+Acoustics
J|0160|Lomax,A.J.+Michelini,A.|The use of spherical coordinates in the interpretation of seismograms||#GEJ:93:3:1988:405-412|Seismogram+Polarization+Particle motion+Coordinates
J|0161|Trevorrow,M.+Yamamoto,T.+Badiey,M.+|Experimental verification of sea-bed shear modulus profile inversions using surface gravity (water) wave induced sea-bed motion||#GEJ:93:3:1988:419-436|Inversion+Shear modulus+Profile+Sea floor
J|0162|Korn,M.|P-wave coda analysis of short-period array data and the scattering and absorptive properties of the lithosphere||#GEJ:93:3:1988:437-449|Absorption+Inhomogeneous medium+Scattering+Lithosphere
J|0163|Satake,K.+Shimazaki,K.|Free oscillation of the Japan Sea excited by earthquakes - I. Observation and wave-theoretical approach||#GEJ:93:3:1988:451-456|Free oscillation+Japan Sea+Seiche+Tsunami||#*SEAOFJAPAN
J|0164|Satake,K.+Shimazaki,K.|Free oscillation of the Japan Sea excited by earthquakes - II. Modal approach and synthetic tsunamis||#GEJ:93:3:1988:457-463|Free oscillation+Japan Sea+Normal mode+Tsunami||#*SEAOFJAPAN
J|0165|Katchalov,A.P.+Popov,M.M.|Gaussian beam methods and theoretical seismograms||#GEJ:93:3:1988:465-475|Caustic+Gaussian beam+Fourier transform+Theoretical seismogram
J|0166|Ricard,Y.+Froidevaux,C.+Fleitout,L.|Global plate motion and the geoid: a physical model||#GEJ:93:3:1988:477-484|Geoid+Plate motion+Mantle+Dynamics
J|0167|Bassi,G.+Bonnin,J.|Rheological modelling and deformation instability of lithosphere under extension||#GEJ:93:3:1988:485-504|Modelling+Deformation+Rheology+Lithosphere
J|0168|Mochizuki,E.|Spherical harmonic decomposition of an elastic tensor||#GEJ:93:3:1988:521-526|Anisotropy+Elasticity+Spherical harmonics+Surface wave
J|0169|Cary,P.W.+Chapman,C.H.|Automatic 1-D waveform inversion of marine seismic refraction data||#GEJ:93:3:1988:527-546|Waveform+Inversion+Refraction study+Monte Carlo method
J|0170|McDonough,D.T.+Fountain,D.M.|Reflection characteristics of a mylonite zone based on compressional wave velocities of rock samples||#GEJ:93:3:1988:547-558|Mylonite+Reflexion study+Velocity+Rock
J|0171|Asteriadis,G.+Schwan,H.+Arabelos,D.|Analysis of a geodetic network using products of Legendre and Hermite polynomials for detecting real crustal movements||#GEJ:93:3:1988:559-564|Crustal movement+Geodetic survey+Greece+Displacement
J|0172|Bolt,B.A.+Friday,J.E.+Uhrhammer,R.A.|A PC-based broadband digital seismograph network||#GEJ:93:3:1988:565-573|Broadband seismology+Digital recording+Personal computer+California
J|0173|Waltham,D.A.|Two-point ray tracing using Fermat's principle||#GEJ:93:3:1988:575-582|Ray tracing+Modelling+Fermat's principle+Layered medium
J|0174|Young,J.|A proposal for additional regions for the Flinn-Engdahl regionalization scheme||#GEJ:93:3:1988:583-586|Flinn-Engdahl code+Regionalization+Hypocentre+Catalogue
J|0175|Kazi-Aoual,M.N.+Bonnet,G.+Jouanna,P.|Response of an infinite elastic transversely isotropic medium to a point force. An analytical solution in Hankel space||#GEJ:93:3:1988:587-590|Isotropic medium+Green's function+Displacement+Point source|Research note
J|0176||El-Nino brings earthquakes|Science|#NSC:-:1594:1988:40|East Pacific Rise
J|0177|Klemperer,S.+Fifield,R.|Sound waves reflect Britain's deep geology||#NSC:-:1598:1988:73-78|Deep seismic sounding+BIRPS+Reflexion
J|0178|McCaig,A.M.|Deep geology of the Pyrenees|News and views|#NAT:331:6156:1988:480|Deep seismic sounding+ECORS+Reflexion
J|0179||The ECORS deep reflection seismic survey across the Pyrenees||#NAT:331:6156:1988:508-511|Deep seismic sounding+Reflexion
J|0180||Earthquake waves give outrageous results|Science|#NSC:-:1600:1988:38|Core
J|0181|Adams,R.D.|A reply to `Suppression of earthquakes by large continental ice sheets' by A. C. Johnston||#NAT:331:6158:1988:665|Seismicity+Antarctic
J|0182|Anderson,I.|The unknown violence under the sea||#NSC:-:1602:1988:43|Pacific Ocean+Micronesian Trench+Tectonics
J|0183|Maddox,J.|Earthquakes and the Earth's rotation|News item|#NAT:332:6159:1988:11
J|0184|Rogers,G.C.|Seismic potential of the Cascadia subduction zone||#NAT:332:6159:1988:17|Great earthquake+North America+Submergence+Strain
J|0185|Anderson,D.L.|Review of `The Earth's core, 2nd edition' by J. A. Jacobs||#NAT:332:6159:1988:27
J|0186|Weijermars,R.|Where does Africa meet Europe?||#NAT:332:6160:1988:118|Straits of Gibraltar+Tectonics+Prediction+Earthquake
J|0187|Ekstrom,G.+Dziewonski,A.M.|Evidence of bias in estimations of earthquake size||#NAT:332:6162:1988:319-323|Magnitude+Scalar moment+Seismic risk+Global seismicity
J|0188|Hamburger,M.W.+Isacks,B.L.|Diffuse back-arc deformation in the southwestern Pacific||#NAT:332:6165:1988:599-604|Back-arc basin+Shallow-focus earthquake
J|0189|Muir-Wood,R.|Shear waves show the Earth is a bit cracked||#NSC:-:1609:1988:44-48|Crust+Prediction+EDA crack
J|0190||British group makes Soviet deal on seismic station|News|#NAT:333:6170:1988:198|USSR+Garm+Seismographic station
J|0191|Shearer,P.M.+Toy,K.M.+Orcutt,J.A.|Axi-symmetric Earth models and inner core anisotropy||#NAT:333:6170:1988:228-232|P-wave
J|0192||Earthquake predictors crack it|Science|#NSC:-:1617:1988:41|Prediction+Stress+Anza+California
J|0193||Ocean plates cannot cope with the pressure|Science|#NSC:-:1620:1988:35|Transform fault+Temperature+Oceanic ridge
J|0194|Solomon,S.C.+Huang,P.Y.+Meinke,L.|The seismic moment budget of slowly spreading ridges||#NAT:334:6177:1988:58-60|Oceanic ridge+Large earthquake+Moment
J|0195|Anderson,I.|Californians told to prepare for the `Big One'||#NSC:-:1621:1988:33|San Andreas Fault+Risk+Large earthquake
J|0196|Gibowicz,S.J.|Detection and location of mining tremors in the Lubin area in Poland by the NORESS array||#APL:36:1:1988:1-26|Detection+Location+NORESS+Poland+Mine tremor
J|0197|Chattopadhyay,A.+Chakraborty,M.+Kushwaha,V.|Propagation of guided SH-waves in inhomogeneous and irregular medium||#APL:36:1:1988:27-36|Propagation+SH-wave+Inhomogeneous medium+Point source
J|0198|Dessokey,M.M.+Kebeasy,R.M.+Kijko,A.|Optimum extension of the regional seismic network in Egypt||#APL:36:1:1988:37-47|Egypt+Network+Extension+Detection
J|0199|Lu,H-X.+Zeng,R-S.+Guo,J-M.+|Results from deep seismic reflection profiling in Tangshan region|In Chinese with English abstract|#AGS:31:1:1988:27-36|T'ang-shan+Deep seismic sounding+Reflexion study+Profile
J|0200|Guo,Z-Q.+Zhou,D-Z.+Shi,X-J.+|The effects of light and acoustic emission during rock fracture|In Chinese with English abstract|#AGS:31:1:1988:37-41|Acoustic emission+Rock+Fracture
J|0201|Yao,C-Y.+Chen,Y.+Yin,Y-Q.+|Finite element simulation of fracture process of rock samples with an inclined slit|In Chinese with English abstract|#AGS:31:1:1988:42-52|Finite element method+Fracture+Rock+Strain
J|0202|Ye,Z-R.|A method to invert lateral density contrast in the Earth's mantle|In Chinese with English abstract|#AGS:31:1:1988:65-72|Plate motion+Mantle+Density+Inversion
J|0203|Ma,Z-T.|On the problems of 3-D seismic data processing|In Chinese with English abstract|#AGS:31:1:1988:99-107|Stacking+Velocity+Statics+Migration
J|0204|Luan,W-G.|Inverse problems and ill-posed problems in geophysics|In Chinese with English abstract|#AGS:31:1:1988:108-117|Inversion+Cauchy formula+Stability+Regularization
J|0205|Li,W-Y.|A concise derivation of an important transformation formula in the study on the growth of an elliptical crack|In Chinese with English abstract|#AGS:31:1:1988:118-120|Crack+Laplace transform+Fourier transform
J|0206|Zhuang,Z.+Teng,T-L.|Study on the Love wave/Rayleigh wave incompatibility in the Pacific Ocean basin|In Chinese with English abstract|#AGS:31:2:1988:156-164|Pacific Basin+Love wave+Rayleigh wave+Anisotropy
J|0207|Quan,Y-L.+Teng,J-W.|Computation of GB body wave synthetic seismograms by a combined method|In Chinese with English abstract|#AGS:31:2:1988:165-175|Gaussian beam+Synthetic seismogram+Body wave+Inhomogeneous medium
J|0208|Xu,D-F.+Yao,Z-X.|Low-frequency response of the crustal media at regional ranges|In Chinese with English abstract|#AGS:31:2:1988:176-183|Ray theory+Synthetic seismogram+Fault plane solution+Green's function
J|0209|Liu,G-D.|Geology and exploration of petroleum in the East Sea|In Chinese with English abstract|#AGS:31:2:1988:184-197|Geology+East China+Exploration+Petroleum
J|0210|Fan,Z-X.+Teng,Y-C.|The numerical modelling of seismic wave in the transversely isotropic and viscoelastic media|In Chinese with English abstract|#AGS:31:2:1988:198-210|Finite element method+Isotropic medium+Viscoelasticity+Modelling
J|0211|Liao,Q-L.+Wang,Z-M.+Wang,P-L.+|Explosion seismic study of the crustal structure in Fuzhou-Quanzhou-Shantou region|In Chinese with English abstract|#AGS:31:3:1988:270-280|Crustal structure+Fault+China+Deep seismic sounding
J|0212|Xu,G-M.+Feng,S.|Displacement field of seismic fault dislocation influenced by surface soft layer|In Chinese with English abstract|#AGS:31:3:1988:281-293|Mechanism+Fault+Displacement+Inversion
J|0213|Zhao,Y-S.+Cgen,Y.+Wang,R.|Crack rupture and localization of deformation in marble - application of laser holographic interferometry|In Chinese with English abstract|#AGS:31:3:1988:294-305|Crack+Rupture+Interferometry+Rock mechanics
J|0214|Yin,X-C.+Li,S-Y.+Li,H.+|Experimental study of interactions between two flanks of a closed crack|In Chinese with English abstract|#AGS:31:3:1988:306-314|Crack+Friction+Fracture
J|0215|Li,Q-Z.|Seismic signal interpolation and noise deletion (II)|In Chinese with English abstract|#AGS:31:3:1988:327-341|Signal+Noise+Filtering
J|0216|Li,X-B.+Piao,H-R.|Induced polarization and resistivity modelling of three-dimensional bodies in two-layered Earth using integral equation|In Chinese with English abstract|#AGS:31:3:1988:342-352|Polarization+Green's function+Integral equation+Resistivity
J|0217|Tan,T-D.+Chen,S-X.|Dual time differences of shear wave method for interpretation of gas bearing formation|In Chinese with English abstract|#AGS:31:3:1988:353-362|Shear wave+Exploration+Gas+Sonic log
J|0218|Nikolaev,A.V.|Problems of nonlinear seismology||#PEP:50:1:1988:1-7|Nonlinearity+Velocity+Wave+Stress
J|0219|Maslov,V.P.+Antsiferova,M.M.|Shock waves in a granular medium||#PEP:50:1:1988:8-15|Shock wave+Grain size+Elastic medium
J|0220|Parker,D.F.|Stratification effects on nonlinear elastic surface waves||#PEP:50:1:1988:16-25|Surface wave+Dispersion+Stratification+Frequency
J|0221|Nikitin,L.+Khamraev,A.|Effects of dry friction on the formation of seismic pulses||#PEP:50:1:1988:26-31|Friction+Slip+Longitudinal wave+Propagation
J|0222|Nikolaevskii,V.N.|Continuum approach to the theory of waves in fragmentary media||#PEP:50:1:1988:32-38|Continuum theory+Fracture zone+Nonlinearity+Viscoelasticity
J|0223|Engelbrecht,J.+Khamidullin,Y.|On the possible amplification of nonlinear seismic waves||#PEP:50:1:1988:39-45|Nonlinearity+Propagation+Wave+Amplification
J|0224|Fusco,D.|Some results concerning continuous media described by quasilinear reducible systems||#PEP:50:1:1988:46-51|Nonlinearity+Hodograph+Layered medium
J|0225|Donato,A.|Invariant solutions and nonlinear wave propagation||#PEP:50:1:1988:52-55|Nonlinearity+Wave+Propagation+Discontinuity
J|0226|Lyakhovsky,V.A.+Myasnikov,V.P.|Acoustics of rheologically non-linear solids||#PEP:50:1:1988:60-64|Nonlinearity+Acoustics+Rheology+Stress
J|0227|Nazarov,V.E.+Ostrovsky,L.A.+Soustova,I.A.+|Nonlinear acoustics of micro-inhomogeneous media||#PEP:50:1:1988:65-73|Nonlinearity+Inhomogeneous medium+Acoustics+Solid
J|0228|Dimitriu,P.P.|Self-modulation and recurrence phenomena in vibrator-induced, steady-state sinusoidal ground vibration||#PEP:50:1:1988:74-82|Modulation+Recurrence+Vibration+Fourier spectrum
J|0229|Beresnev,I.A.+Nikolaev,A.V.|Experimental investigations of nonlinear seismic effects||#PEP:50:1:1988:83-87|Nonlinearity+Propagation+Vibrator+Prospecting
J|0230|Birger,B.I.|Linear and weakly nonlinear problems of the theory of thermal convection in the Earth's mantle||#PEP:50:1:1988:92-98|Nonlinearity+Mantle convection+Boundary
J|0231|Grinfel'd,M.A.|Continuum methods in the theory of phase transitions in solids||#PEP:50:1:1988:99-109|Nonlinearity+Phase transition+Continuum theory+Propagation
J|0232|Rabinowitz,N.+Kulhanek,O.|Application of a non-linear algorithm to teleseismic locations using P-wave readings from the Swedish seismographic network||#PEP:50:2:1988:111-115|Location+P-wave+Sweden+Teleseism|Letter section
J|0233|Dziewonski,A.M.+Ekstrom,G.+Woodhouse,J.H.+|Centroid-moment tensor solutions for January-March 1987||#PEP:50:2:1988:116-126|Centroid-moment tensor+1987|Letter section
J|0234|Dziewonski,A.M.+Ekstrom,G.+Franzen,J.E.+|Global seismicity of 1980: centroid-moment tensor solutions for 515 earthquakes||#PEP:50:2:1988:127-154|1980+Centroid-moment tensor+Global seismicity
J|0235|Dziewonski,A.M.+Ekstrom,G.+Franzen,J.E.+|Global seismicity of 1981: centroid-moment tensor solutions for 542 earthquakes||#PEP:50:2:1988:155-182|1981+Centroid-moment tensor+Global seismicity
J|0236|Westbrook,G.K.|Review of `Plate Tectonics: how it works' by A. Cox and R. B. Hart||#PEP:50:2:1988:207-208|Plate tectonics+Review|Book review
J|0237|Dziewonski,A.M.+Ekstrom,G.+Woodhouse,J.H.+|Centroid-moment tensor solutions for April-June 1987||#PEP:50:3:1988:215-225|Centroid-moment tensor+1987|Letter section
J|0238|Singh,D.D.|Crust and upper-mantle velocity structure beneath the northern and central Indian Ocean from the phase and group velocity of Rayleigh and Love waves||#PEP:50:3:1988:230-239|Indian Ocean+Rayleigh wave+Love wave+Velocity+Structure
J|0239|Singh,S.J.+Ben-Menahem,A.|Seismic waves from non-double-couple sources||#PEP:50:3:1988:272-279|Moment tensor+Point source+Symmetry+Field
J|0240|Gajewski,D.+Psencik,I.|Ray synthetic seismograms for 3-D anisotropic lithospheric structure||#PEP:51:1:1988:1-23|Synthetic seismogram+Anisotropy+Inhomogeneity+Propagation
J|0241|Muller,G.|Studies of apparent and intrinsic Q in the 1-D case||#PEP:51:1:1988:24|Attenuation+Q+Velocity+Scattering
J|0242|Cerveny,V.+Klimes,L.+Psencik,I.|Applications of dynamic ray tracing||#PEP:51:1:1988:25-35|Dynamics+Ray tracing+Propagator matrix+Spreading
J|0243|Firbas,P.|Inhomogeneity versus anisotropy in the interpretation of seismic data||#PEP:51:1:1988:36-41|Inhomogeneity+Anisotropy+Linearization+Travel-times
J|0244|Grunewald,M.|Effects of anisotropy in southwest Germany on the propagation of surface waves||#PEP:51:1:1988:42-54|Germany+Anisotropy+Propagation+Surface wave
J|0245|Gregersen,S.+Panza,G.F.+Vaccari,F.|Developments toward computations of synthetic seismograms in laterally inhomogeneous anelastic media||#PEP:51:1:1988:55-58|Synthetic seismogram+Inhomogeneity+Anelasticity+Surface wave
J|0246|Yanovskaya,T.B.+Maaz,R.+Ditmar,P.G.+|A method for joint interpretation of the phase and group surface-wave velocities to estimate lateral variations of the Earth's structure||#PEP:51:1:1988:59-67|Travel-times+Path+Velocity+Surface wave
J|0247|Nikolova,S.B.+Gobarenko,V.S.+Yanovskaya,T.B.|Lateral variations of the upper mantle structure in southeastern Europe and Asia Minor as derived from travel-time data||#PEP:51:1:1988:68-70|Asia Minor+Lateral variation+Velocity+Upper mantle+Europe
J|0248|Hirahara,K.|Detection of three-dimensional velocity anisotropy||#PEP:51:1:1988:71-85|Lateral heterogeneity+Velocity+Inversion+Anisotropy
J|0249|Trigubov,A.V.+Gorshkalev,S.B.|Seismic observations of the anisotropy of sediments||#PEP:51:1:1988:93-100|Caspian Sea+Sediment+Anisotropy+Shear wave
J|0250|Spicak,A.|Interpretation of tectonic stress orientation on the basis of laboratory model experiments||#PEP:51:1:1988:101-106|Tectonics+Stress+Fault+Crust
J|0251|Karato,S-I.|The role of recrystallization in the preferred orientation of olivine||#PEP:51:1:1988:107-122|Anisotropy+Upper mantle+Olivine+Grain size
J|0252|Kawasaki,I.|An anisotropic image of the oceanic upper mantle||#PEP:51:1:1988:128-129|Upper mantle+Pacific Ocean+Anisotropy+Velocity
J|0253|Babuska,V.+Plomerova,J.|Subcrustal continental lithosphere: a model of its thickness and anisotropic structure||#PEP:51:1:1988:130-132|Anisotropy+Residual+Lithosphere+Structure
J|0254|Granet,M.+Cara,M.|3-D velocity structure beneath France in different frequency bands||#PEP:51:1:1988:133-152|France+Structure+Velocity+Waveform+Inversion
J|0255|Werner,D.+Kissling,E.|A geodynamic model for the lithosphere of the Swiss Alps||#PEP:51:1:1988:153-154|Geodynamic model+Swiss Alps+Density+Viscosity
J|0256|Wielandt,E.+Plesinger,A.+Sigg,A.+|Deep structure of the Bohemian Massif from phase velocities of Rayleigh and Love waves||#PEP:51:1:1988:155-156|Phase velocity+Rayleigh wave+Love wave+Bohemian Massif
J|0257|Neunhofer,H.+Malischewsky,P.|Observation of anisotropy of Love waves crossing the Eurasian continent||#PEP:51:1:1988:157-158|Surface wave+Polarization+Anisotropy+Eurasia
J|0258|Plomerova,J.+Babuska,V.|Lithosphere thickness in the contact zone of the Moldanubicum and Saxothuringicum in central Europe||#PEP:51:1:1988:159-165|Inversion+Velocity+Lithosphere+Central Europe
J|0259|Bormann,P.|Review of selected G.D.R. activities and results from complex geophysical investigations in inhomogeneities and anisotropy of the lithosphere and upper mantle||#PEP:51:1:1988:166-167|Inhomogeneity+Anisotropy+Lithosphere+Upper mantle+Germany
J|0260|Wylegalla,K.+Bormann,P.+Baumbach,M.|Investigation of inhomogeneities and anisotropy in the crust and upper mantle of central Europe by means of teleseismic P waves||#PEP:51:1:1988:169-178|Crust+Upper mantle+Central Europe+Inhomogeneity+Anisotropy
J|0261|Prochazkova,D.+Dudek,A.+Misar,Z.|Earthquakes and their relation to basement structures in Central Europe||#PEP:51:1:1988:179-181|Central Europe+Basement+Structure+Earthquake
J|0262|Grad,M.|Seismic model of the Earth's crust and upper mantle for the east European platform||#PEP:51:1:1988:182-184|Europe+P-wave+Velocity+Crust+Upper mantle
J|0263|Pavlenkova,N.I.|Inhomogeneity and anisotropy of the lithosphere for the territory of the U.S.S.R.||#PEP:51:1:1988:190-197|Lithosphere+USSR+Inhomogeneity+Anisotropy
J|0264|Botev,E.A.+Burmakov,Yu.A.+Treussov,A.V.|Crust and upper-mantle inhomogeneities beneath the central part of the Balkan region||#PEP:51:1:1988:198-210|Balkans+Inhomogeneity+Crust+Upper mantle
J|0265|Spassov,E.+Shanov,S.+Andreev,A.+|A study of the lithosphere in Bulgaria based on factor analysis||#PEP:51:1:1988:211-213|Bulgaria+Lithosphere
J|0266|Maresca,R.+Scarpa,R.|Travel-time residuals and velocity structure beneath Italy||#PEP:51:1:1988:214-221|Italy+Travel-times+Velocity+Structure
J|0267|Banda,E.|Crustal parameters in the Iberian Peninsula||#PEP:51:1:1988:222-225|Iberian Peninsula+Crust+Refraction study+Hercynian
J|0268|Surinach,E.+Vegas,R.|Lateral inhomogeneities of the Hercynian crust in central Spain||#PEP:51:1:1988:226-234|Profile+Hercynian+Inhomogeneity+Spain
J|0269|Cordoba,D.+Banda,E.+Ansorge,J.|P-wave velocity-depth distribution in the Hercynian crust of northwest Spain||#PEP:51:1:1988:235-248|Refraction study+Reflexion study+Spain+Hercynian
J|0270|Hamada,K.|The background and significance of the development of the analyzing system for precursors of earthquakes|In Japanese with English abstract|Rep. Nat. Res. Cent. Disast. Prev.:-:41:1988:31-34|Precursor+Prediction
J|0271|Matsumura,S.+Okada,Y.+Imoto,M.+|The functions and constitutions of the Analyzing system for Precursors of Earthquakes (APE)|In Japanese with English abstract|Rep. Nat. Res. Cent. Disast. Prev.:-:41:1988:35-44|Precursor+Prediction
J|0272|Matsumura,S.+Okada,Y.+Hori,S.|Procedures for seismic data processings by the Analyzing system for Precursors of Earthquakes (APE)|In Japanese with English abstract|Rep. Nat. Res. Cent. Disast. Prev.:-:41:1988:45-64|Data processing+Precursor+Prediction
J|0273|Shimada,S.+Ohkubo,T.+Okada,Y.+|Procedures for low sampling-rate data processings by the Analyzing system for Precursors of Earthquakes (APE)|In Japanese with English abstract|Rep. Nat. Res. Cent. Disast. Prev.:-:41:1988:65-87|Prediction+Data processing+Precursor
J|0274|Hori,S.+Matsumura,S.|Automatic hypocentre determination by the Analyzing system for precursors of earthquakes|In Japanese with English abstract|Rep. Nat. Res. Cent. Disast. Prev.:-:41:1988:89-100|Hypocentre+Precursor+Prediction
J|0275|Hori,S.+Matsumura,S.+Shimada,S.+|Automatic monitoring system for earthquake prediction by the Analyzing system for precursors of earthquakes|In Japanese with English abstract|Rep. Nat. Res. Cent. Disast. Prev.:-:41:1988:101-114|Prediction+Precursor+Monitoring
J|0276|Ohkubo,T.|A monitoring system for crustal tilt movements based on the use of personal computers|In Japanese with English abstract|Rep. Nat. Res. Cent. Disast. Prev.:-:41:1988:115-127|Prediction+Precursor+Tilt
J|0277|Imoto,M.|Optical disk file for digital seismograms and related access routines|In Japanese with English abstract|Rep. Nat. Res. Cent. Disast. Prev.:-:41:1988:129-136|Prediction+Precursor+Digital recording
J|0278|Okada,Y.|Program system for utilization of seismic data|In Japanese with English abstract|Rep. Nat. Res. Cent. Disast. Prev.:-:41:1988:137-151|Precursor+Prediction+Computer program
J|0279|Okada,Y.|Improvement of routine programs for hypocentre determination and mechanism calculation|In Japanese with English abstract|Rep. Nat. Res. Cent. Disast. Prev.:-:41:1988:153-162|Prediction+Precursor+Hypocentre+Mechanism
J|0280|Zobin,V.M.+Fedotov,S.A.+Gordeev,E.I.+|Large earthquakes in Kamchatka and Commander Islands in 1962-1986|In Russian with English abstract|#VSM:-:1:1988:3-23|Large earthquake+Kamchatka+1962-1986+Aftershock
J|0281|Fedotov,S.A.+Maguskin,M.A.+Levin,V.E.+|Deformations of the Earth's surface on the eastern coast of Kamchatka and their relation with seismicity|In Russian with English abstract|#VSM:-:1:1988:24-40|Deformation+Kamchatka+Seismicity+Levelling
J|0282|Gusev,A.A.|Multiasperity fault model|In Russian with English abstract|#VSM:-:1:1988:41-55|Asperity+Fault+Modelling+Stress-drop
J|0283|Naboko,S.I.+Glavatskikh,S.F.|Evolution of post-eruptive metasomatosis and ore mineral formation on the cones of the Great Tolbachik fissure eruption 1975|In Russian with English abstract|#VSM:-:1:1988:56-74|Eruption+Fissure+1975+Tolbachik
J|0284|Parfenov,L.M.+Kozmin,B.M.+Grinenko,O.V.+|Geodynamics of the Cherskii seismic belt|In Russian with English abstract|#VSM:-:1:1988:75-89|Geodynamics+Cherskii Belt+Seismicity+Neotectonics
J|0285|Gorel'chik,V.I.+Chubarova,O.S.+Garbuzova,V.T.|Seismicity in the region of the North Group of volcanoes in Kamchatka, 1971-1983|In Russian with English abstract|#VSM:-:1:1988:90-100|Seismicity+Volcano+Kamchatka+1971-1983
J|0286|Fedotov,S.A.+Zharinov,N.A.+Gorel'chik,V.I.|Deformations and earthquakes of Klyuchevskoi volcano, a model of its activity|In Russian with English abstract|#VSM:-:2:1988:3-42|Deformation+Earthquake+Volcano+Modelling
J|0287|Balesta,S.T.+Gontovaya,L.I.+Kargopol'tsev,A.A.+|The Avacha volcano seismic model as derived from seismic refraction and deep seismic profiling data|In Russian with English abstract|#VSM:-:2:1988:43-55|Deep seismic sounding+Refraction study+Volcano+Avacha
J|0288|Vasilenko,N.F.+Bogdanova,E.D.|Geodetic precursors to the Onorskoe earthquake of 22 December, 1984 in Middle Sakhalin|In Russian with English abstract|#VSM:-:2:1988:72-80|Geodetic survey+Precursor+Sakhalin+Earthquake||#*ONORSKOE84
J|0289|Firstov,P.P.|Properties of acoustic and seismic waves accompanying the Bezymyannyi eruption in 1983-1985|In Russian with English abstract|#VSM:-:2:1988:81-97|Acoustic wave+Seismics+Eruption+Bezymyannaya
J|0290|Ostrovskii,A.A.|The nature of microshocks recorded by ocean bottom seismographs|In Russian with English abstract|#VSM:-:2:1988:105-110|Microshock+Ocean-bottom seismograph+Subsidence|Brief communication
J|0291|Zharinov,N.A.+Zhdanova,E.Yu.+Belousov,A.B.+|Activity of the northern group Kamchatka volcanoes in 1985|In Russian with English abstract|#VSM:-:3:1988:3-12|Eruption+Seismicity+Deformation+Kamchatka
J|0292|Dvigalo,V.N.+Andreev,V.I.+Gavrilenko,G.M.+|Volcanoes of south-east Kamchatka and north Kuriles: their activity in 1985-1986|In Russian with English abstract|#VSM:-:3:1988:13-20|Volcano+Eruption+Seismicity+Kamchatka+Kuril Islands
J|0293|Konov,A.S.+Ozerov,A.Yu.|Klyuchevskoi Volcano: regularities in the dynamics of eruptions and accompanying volcanic tremor|In Russian with English abstract|#VSM:-:3:1988:21-38|Klyuchevskoy+Eruption+Dynamics+Volcanic tremor
J|0294|Shirokov,V.A.+Ivanov,V.V.|Deep structure of Karymskii volcano and its seismicity as derived from regional network data|In Russian with English abstract|#VSM:-:3:1988:71-80|Structure+Volcano+Seismicity+Karymskii
J|0295|Pashova,Ts.+Deneva,D.|On some ionospheric effects preceding earthquakes|In Bulgarian with English abstract|#BGS:14:1:1988:47-55|Ionosphere+Earthquake+Radiation+Balkans
J|0296|Ralchovsky,Ts.M.+Komarov,L.N.|Earth electric activity in August-September 1986 and a strong earthquake in Vranchea||#BGS:14:1:1988:78-85|Earthquake+Vrancea+Electromagnetic field+1986||#*VRANCEA86
J|0297|Spassov,E.+Dotsev,N.+Shanov,S.+|A complex study of the lithosphere beneath the territory of Bulgaria|In Bulgarian with English abstract|#BGS:14:1:1988:86-96|Lithosphere+Bulgaria+Tectonics+Seismic survey
J|0298|Popovic,S.+Yakimov,Y.|A possibility for the effectivity evaluation of systems for observation in sea media|In Bulgarian with English abstract|#BGS:14:1:1988:116-120|Seismic survey+Sea
J|0299|Komarov,L.+Ralchovsky,Ts.M.|A system of continuous recording of natural Earth electric potential|In Bulgarian with English abstract|#BGS:14:2:1988:52-58|Large earthquake+Balkans+Electrical potential+Recording
J|0300|Velichkova,S.+Sokerova,D.|An approach for determining the velocities of body seismic waves in the upper Earth's crust|In Bulgarian with English abstract|#BGS:14:2:1988:59-63|Body wave+Velocity+Upper crust+Elasticity
J|0301|Korchinskii,I.+Zhunussov,T.+Malevskaja,O.+|Seismic loading of equipments calculated on the basis of an analysis of strong earthquake accelerograms|In Bulgarian with English abstract|#BGS:14:2:1988:64-72|Strong earthquake+Loading+Accelerogram+Dynamic analysis
J|0302|Christoskov,L.+Glavcheva,R.+Georgiev,T.+|Seismological features of the region of the 1986 earthquake sequence|In Bulgarian with English abstract|#BGS:14:2:1988:73-89|Bulgaria+Sequence+1986+Fault plane solution||#*BULGARIAN|#*STRAZHITSA
J|0303|Dotsev,N.+Yunga,S.L.|Temporal variations of focal mechanisms in some regions of strong Bulgarian earthquake occurrences||#BGS:14:2:1988:90-96|Bulgaria+Large earthquake+Focal mechanism+Temporal variation
J|0304|Simeonova,S.+Hristova,T.+Solakov,D.|Some investigations on the aftershock sequences of some Bulgarian earthquakes|In Bulgarian with English abstract|#BGS:14:2:1988:97-104|Bulgaria+Aftershock+Sequence+Magnitude
J|0305|a-Research Group for Explosion Seismology|Explosion seismic observations in Yamanashi and Shizuoka prefectures, Central Japan|In Japanese with English abstract|#BER:63:1:1988:1-22|Explosion seismology+Profile+Japan+Crustal structure
J|0306|Utsu,T.|Relation between seismic intensity near the epicentre, focal depth and magnitude|In Japanese with English abstract|#BER:63:1:1988:23-31|Intensity+Epicentre+Depth+Magnitude
J|0307|Hagiwara,Y.+Nagasawa,K.+Izutuya,S.+|Gravity study of active faults (3) - Ogose-Komahongo Fault and the northern part of Tachikawa Fault|In Japanese with English abstract|#BER:63:1:1988:32-50|Gravity+Tokyo+Fault+Movement
J|0308|Katao,H.|Seismic structure and formation of the Yamato Basin||#BER:63:2:1988:51-86|Yamato Basin+DELPH+Refraction study+Reflexion study
J|0309|Shima,E.+Asada,T.|Seismicity of Japan during the past 400 years|In Japanese with English abstract|#BER:63:2:1988:87-97|Seismicity+Japan+Risk+Map
J|0310|Yoshida,M.+Mizoue,M.+Chiba,H.+|P-wave source spectra and source parameters of small earthquakes near the east coast of Izu Peninsula, Central Japan|In Japanese with English abstract|#BER:63:2:1988:99-113|P-wave+Spectral analysis+Izu Peninsula+Source
J|0311|Hagiwara,Y.+Murata,I.+Nagasawa,K.+|Gravity study of active faults (4) - detection of Tachikawa Fault|In Japanese with English abstract|#BER:63:2:1988:115-129|Gravity+Fault+Tokyo
J|0312|Okubo,S.+Watanabe,H.+Tajima,H.+|Gravity change caused by the 1986 eruption of Izu-Oshima Volcano|In Japanese with English abstract|#BER:63:2:1988:131-144|Gravity+Eruption+Izu-Oshima+1986
J|0313|Matsuda,T.+Yui,M.+Matsushima,Y.+|Subsurface study of Isehara Fault, Kanagawa Prefecture, detected by drilling - depositional environments during the last 7000 years and fault displacement associated with the Gangyou Earthquake in A.D.878|In Japanese with English abstract|#BER:63:2:1988:145-182|Earthquake+Fault+Drilling+Displacement+878 A.D.
J|0314|Ida,Y.+Yamaoka,K.+Watanabe,H.|Model of volcanic activity associated with magma drain-back - implications for eruptions of Izu-Oshima Volcano after December, 1986|In Japanese with English abstract|#BER:63:2:1988:183-200|Eruption+Volcanism+Izu-Oshima+Seismicity
J|0315|Iwashita,K.|Dynamic fracture analysis of ground by granular assembly simulation I|In Japanese with English abstract|#BER:63:2:1988:201-235|Dynamics+Fracture+Ground+Grain size
J|0316|Selvam,V.K.M.+Suhasini,P.+Palaniraj,S.|Fundamental period of concrete chimneys||#BIT:25:1:1988:1-10|Concrete+Period+Chimney
J|0317|Gupta,I.D.+Nagle,B.R.+Pagare,V.S.|An investigation for the probabilities of maximum earthquake magnitudes in northwest Himalayan region||#BIT:25:1:1988:11-22|Himalayas+Magnitude+Probability
J|0318|Mukherji,P.+Mukhopadhyay,A.|On two aseismically creeping and interacting vertical strike-slip faults - one buried and the other surface-breaking||#BIT:25:2:1988:49-71|Creep+Fault+Strike-slip+Lithosphere
J|0319|Gupta,I.D.+Trifunac,M.D.|A note on computing the contribution of rocking excitation to earthquake response of simple buildings||#BIT:25:2:1988:73-89|Response+Building+Ground motion
J|0320|Rajasankar,J.+Jain,S.K.|A review of part I of explanatory handbook on codes for earthquake engineering||#BIT:25:2:1988:91-114|Code+Earthquake engineering+Earthquake-resistant design+Handbook
J|0321|Ezen,U.|Slip rate along the east Anatolian fault||#IIS:22:-:1987:169-186|Slip+Anatolia+Fault
J|0322|Batiz,O.L.|Performance evaluation of previously damaged, repaired and retrofitted buildings in Mexico City during the September 1985 earthquakes||#IIS:22:-:1987:187-222|Mexico+Large earthquake+Building+Damage||#*MEXICOCITY|#*MEXICOCITY2
J|0323|Smith,W.D.|Principal New Zealand earthquakes in 1987||#BNZ:21:1:1988:1-2|New Zealand+Earthquake+1987
J|0324||The September 1985 Mexico earthquakes: final report of the New Zealand reconnaissance||#BNZ:21:1:1988:3-96|Mexico+1985+Earthquake+Damage||#*MEXICOCITY|#*MEXICOCITY2
J|0325|Leslie,P.D.|Second International Earthquake Conference April 6-10 1987, Los Angeles, California, U.S.A.||#BNZ:21:2:1988:105-112|Conference+1987+Los Angeles
J|0326|Allwood,M.J.R.|Bay of Plenty earthquake: an outline of the earthquake and War Damage Commission's role||#BNZ:21:2:1988:113-115|Earthquake+Damage+Insurance||#*EDGECUMBE
J|0327|Scott,D.J.|Earthquake insurance||#BNZ:21:2:1988:116-127|Insurance||#*EDGECUMBE|#*MEXICOCITY
J|0328|Bowman,I.|Conservation of historic buildings in a seismic zone: a New Zealand perspective||#BNZ:21:2:1988:128-134|Historic building+New Zealand
J|0329|Pham,L.T.|A base-isolation design using spherically-ended rollers and telescopic shock absorbers||#BNZ:21:2:1988:135-139|Design+Earthquake engineering+Shock absorbers
J|0330|Chandler,A.M.+Hutchinson,G.L.|A modified approach to earthquake resistant design of torsionally coupled buildings||#BNZ:21:2:1988:140-153|Earthquake-resistant design+Building
J|0331|Mudford,B.S.|A quantitative analysis of lithospheric subsidence due to thinning by simple shear||#CJS:25:1:1988:20-29|Lithosphere+Subsidence+Thinning+Shear
J|0332|Sobczak,L.W.|Discussion of `LITHOPROBE-southern Vancouver Island: Cenozoic subduction complex imaged by deep seismic reflections' by R. M. Clowes et al.||#CJS:25:1:1988:163-165|Vancouver+Subduction+Reflexion study|With a reply by the authors
J|0333|Pascoe,L.J.+Hron,F.+Daley,P.F.|The Alekseev-Mikhailenko method applied to P-SV wave propagation in an elastic medium||#CJS:25:2:1988:226-234|Alekseyev-Mikhailenko method+P-wave+S-wave+Propagation+Elastic medium
J|0334|Fyson,W.K.+Helmstaedt,H.|Structural patterns and tectonic evolution of supracrustal domains in the Archaean Slave Province, Canada||#CJS:25:2:1988:301-315|Canada+Structure+Tectonics+Crust
J|0335|Garver,J.|Stratigraphy, depositional setting, and tectonic significance of the clastic cover to the Fidalgo Ophiolite, San Juan Islands, Washington State||#CJS:25:3:1988:417-429|Tectonics+Washington State
J|0336|Smith,M.|Deformational geometry and tectonic significance of a portion of the Chilliwack Group, northwestern Cascades, Washington||#CJS:25:3:1988:433-441|Deformation+Tectonics+Washington State
J|0337|Todd,B.J.+Reid,I.+Keen,C.E.|Crustal structure across the southwest Newfoundland transform margin||#CJS:25:5:1988:744-759|Newfoundland+Crustal structure+Refraction study
J|0338|Reid,I.|Crustal structure beneath the southern Grand Banks: seismic-refraction results and the implications||#CJS:25:5:1988:760-772|Crustal structure+Refraction study+Grand Banks
J|0339|Rogers,G.C.|An assessment of the megathrust earthquake potential of the Cascadia subduction zone||#CJS:25:6:1988:844-852|Thrust+Cascadia subduction zone+Tectonics
J|0340|Bonifay,D.+Piper,D.J.W.|Probable Late Wisconsinian ice margin on the upper continental slope off St. Pierre Bank, eastern Canada||#CJS:25:6:1988:853-865|Grand Banks+Reflexion study+Profile+Continental shelf
J|0341|Barquero,R.|Premonitory seismic phenomena at volcanoes. The case of Izu-Oshima, Sakurajima, Asama, St. Helens, Usu and Arenal volcanoes||#IDV:24:-:1988:1-13|Precursor+Volcanism+Eruption+Seismicity
J|0342|Fathel-Bary,R.E.|The effects of focal mechanism and radiation patterns, geometrical spreading, topography features and local geology on magnitude determination based on body wave amplitudes||#IDV:24:-:1988:17-34|Magnitude+Body wave+Focal mechanism+Radiation
J|0343|Torres,R.E.|Tectonic meaning of the earthquake of June 19, 1982, beneath El Salvador||#IDV:24:-:1988:37-48|Tectonics+El Salvador+1982+Focal mechanism||#*ELSALVADOR|#*SALVADOR86
J|0344|Baskoutas,I.G.|Coda attenuation for 4 to 64Hz in the crust measured at Ashio, Japan||#IDV:24:-:1988:51-66|Coda+Crust+Attenuation+Japan
J|0345|Dattatrayam,R.S.|Earthquake mechanics in the Himalayan collision zone and their tectonic implications||#IDV:24:-:1988:69-81|Mechanics+Tectonics+Himalayas+Thrust belt
J|0346|Soehaimi,A.|Seismotectonics of the Great Sumatera Fault, Indonesia||#IDV:24:-:1988:85-99|Seismotectonics+Sumatera+Plate boundary+Fault
J|0347|Bin Che Abas,M.R.|Re-location of December 17, 1987 the off east coast of Chiba-Prefecture earthquake and its aftershocks by using station corrections||#IDV:24:-:1988:103-115|Earthquake+1987+Chiba+Station correction||#*HONSHU87
J|0348|Asghar,M.|Relocation of the Hyuganada 1984 earthquake and its aftershocks and its correlation with the fault plane||#IDV:24:-:1988:119-131|1984+Kyushu+Earthquake+Fault plane||#*HYUGANADA84
J|0349|Itikarai,I.|Trench-outer rise earthquakes and their tectonic implications along the New Britain trench||#IDV:24:-:1988:135-146|Trench+New Britain+Tectonics+Focal mechanism
J|0350|Punpong Vivattananon|Study of the Khao Laem reservoir, Thailand, triggered seismicity||#IDV:24:-:1988:149-163|Reservoir+Induced seismicity+Thailand+Impounding
J|0351|Baris,S.|The Q structure in the upper mantle beneath the Kanto region, Japan||#IDV:24:-:1988:167-178|Q+Upper mantle+Kanto+Propagation
J|0352|Castro,J.J.|Analytical study on full scale five story reinforced masonry test||#IDV:24:-:1988:197-209|Reinforced concrete+Earthquake engineering
J|0353|Ribeiro,A.S.|Seismic zoning plan and structural adobe buildings in Northeastern Brazil/Joao Camara-RN||#IDV:24:-:1988:213-227|Zoning+Seismicity+Building code+Brazil
J|0354|Soe Soe|Aseismic design of a 7-storey reinforced concrete building||#IDV:24:-:1988:231-244|Aseismic design+Reinforced concrete
J|0355|Mikael,D.T.|Aseismic design of a ten storied reinforced concrete office building||#IDV:24:-:1988:247-259|Aseismic design+Reinforced concrete
J|0356|Mariam,M.H.|Comparative study on structural performance of slitted walls and eccentric braces in high rise buildings||#IDV:24:-:1988:263-276|Aseismic design+Reinforced concrete
J|0357|Vasilev,S.A.+Popov,V.V.+Tataridu,N.P.|Improving the arriving waves interpretation theory|In Russian|#SVG:-:1:1988:106-112|Wave+Interpretation
J|0358|Sokolov,V.B.+Zenkov,I.I.|Depth structure of the Kirovograd pyrite region|In Russian|#SVG:-:2:1988:110-114|Depth+Structure+Kirovograd
J|0359|Kvartalnaya,G.D.+Sukhenko,A.Kh.|Abilities of seismic method of common depth point in studying volcanic pipes|In Russian|#SVG:-:3:1988:88-94|Seismic survey+Point source+Depth+Volcano
J|0360|Druzhinin,V.S.+Sosedkov,V.S.+Karmanov,A.V.+|The structure of the upper portion of the earth's crust in the vicinity of the Tyumen super deep borehole|In Russian|#SVG:-:4:1988:70-79|Structure+Upper crust+Tyumen'+Borehole
J|0361|Kunin,N.Ya.+Kosova,S.S.+Medvedev,E.N.|Seismostratigraphic analysis of Maykop sediments building up the northeastern part of the Caucasus|In Russian|#SVG:-:4:1988:79-85|Seismostratigraphy+Sediment+Caucasus
J|0362|Bulin,N.K.|Depth structure of the eastern part of the Siberian Platform according to seismic records|In Russian|#SVG:-:5:1988:58-66|Deep structure+Siberian platform+Seismic survey
J|0363|Teplitskiy,V.A.+Geiman,B.M.+Glan,Yu.R.+|Repeated in-hole seismic observations in solving oil and gas geology problems|In Russian|#SVG:-:6:1988:103-107|Down-hole source+Seismic survey+Oil+Gas
J|0364|Luco,J.E.+Trifunac,M.D.+Wong,H.L.|Isolation of soil-structure interaction effects by full-scale forced vibration tests||#EES:16:1:1988:1-21|Soil-structure interaction+Vibration
J|0365|Cheng,F.Y.+Juang,D.S.|Assessment of various code provisions based on optimum design of steel structures||#EES:16:1:1988:45-61|Steel frame+Building code+Soil-structure interaction
J|0366|Zhu,T.J.+Heidebrecht,A.C.+Tso,W.K.|Effect of peak ground acceleration to velocity ratio on ductility demand of inelastic systems||#EES:16:1:1988:63-79|Ground motion+Building code+Acceleration
J|0367|Zhang,C-H.+Zhao,C-B.|Effects of canyon topography and geological conditions on strong ground motion||#EES:16:1:1988:81-97|Geology+Canyon+Ground motion+Strong-motion analysis
J|0368|Tanaka,Y.+Hudspeth,R.T.|Restoring forces on vertical circular cylinders forced by earthquakes||#EES:16:1:1988:99-119|Force+Cylinder+Earthquake
J|0369|Safak,E.|Analytical approach to calculation of response spectra from seismological models of ground motion||#EES:16:1:1988:121-134|Response+Spectrum+Ground motion+Model
J|0370|Jackson,J.A.|Review of `Active Tectonics' by R. E. Wallace (panel chairman)||#EES:16:1:1988:154|Tectonics+Review|National Academy Press, Washington, D.C., p266
J|0371|Liou,G-S.+Penzien,J.+Yeung,R.W.|Response of tension-leg platforms to vertical seismic excitations||#EES:16:2:1988:157-182|Response+Ground motion
J|0372|Benedetti,D.+Benzoni,G.+Parisi,M.A.|Seismic vulnerability and risk evaluation for old urban nuclei||#EES:16:2:1988:183-201|Vulnerability+Risk+Urban planning
J|0373|Safak,E.+Mueller,C.+Boatwright,J.|A simple model for strong ground motions and response spectra||#EES:16:2:1988:203-215|Model+Ground motion+Response+Spectrum
J|0374|Rady,M.A.+Hutchinson,G.L.|Evaluation of dynamic eccentricities obtained using a probabilistic approach, response spectrum methods and modern building codes||#EES:16:2:1988:275-291|Building code+Response+Spectrum
J|0375|Villaverde,R.|Rosenblueth's modal combination rule for systems with non-classical damping||#EES:16:3:1988:315-328|Rosenblueth's rule+Soil-structure interaction+Response
J|0376|Guagenti,E.G.+Molina,C.+Mulas,G.|Seismic risk analysis with predictable models||#EES:16:3:1988:343-359|Risk+Prediction+Model
J|0377|Zerva,A.+Ang,A.H-S.+Wen,Y.K.|Lifeline response to spatially variable ground motion||#EES:16:3:1988:361-379|Pipeline+Ground motion
J|0378|Safak,E.+Boore,D.M.|On low-frequency errors of uniformly modulated filtered white-noise models for ground motions||#EES:16:3:1988:381-388|Model+Ground motion
J|0379|Filiatrault,A.+Cherry,S.|Comparative performance of friction damped systems and base isolation systems for earthquake retrofit and aseismic design||#EES:16:3:1988:389-416|Friction+Base isolation system
J|0380|Anagnostopoulos,S.A.|Pounding of buildings in series during earthquakes||#EES:16:3:1988:443-456|Building+Earthquake+Sequence
J|0381|Warburton,G.B.|Review of `Earthquake Engineering, Fifth Canadian Conference'||#EES:16:3:1988:469-470|Earthquake engineering+Canada+Review|A. A. Balkema, Rotterdam, 1987, p.882
J|0382|Blondet,M.+Esparza,C.|Analysis of shaking table-structure interaction effects during seismic simulation tests||#EES:16:4:1988:473-490|Shake table+Simulation
J|0383|Roik,K.+Dorka,U.+Dechent,P.|Vibration control of structures under earthquake loading by three-stage friction-grip elements||#EES:16:4:1988:501-521|Strong-motion analysis+Friction+Loading
J|0384|Kojic,S.B.+Trifunac,M.D.|Transient pressures in hydrotechnical tunnels during earthquakes||#EES:16:4:1988:523-539|Pressure+Tunnel+Earthquake
J|0385|Minami,T.+Osawa,Y.|Elastic-plastic response spectra for different hysteretic rules||#EES:16:4:1988:555-568|Elastoplasticity+Hysteresis+Strong-motion analysis
J|0386|Loh,C-H.+Yeh,Y-T.|Spatial variation and stochastic modelling of seismic differential ground movement||#EES:16:4:1988:583-596|Strong-motion analysis+Ground motion+Taiwan
J|0387|Pirasteh,A.A.+Cherry,J.L.+Balling,R.J.|The use of optimization to construct critical accelerograms for given structures and sites||#EES:16:4:1988:597-613|Accelerogram+Earthquake-resistant design
J|0388|Cremonini,M.G.+Christiano,P.+Bielak,J.|Implementation of effective seismic input for soil-structure interaction systems||#EES:16:4:1988:615-625|Soil-structure interaction|Short communication
J|0389|Bolt,B.A.|One hundred years of earthquake recording at the University of California||#EQV:19:3:1987:88-92|Earthquake+Recording+California
J|0390|Bredehoeft,J.D.+Riley,F.S.+Roeloffs,E.A.|Earthquakes and groundwater||#EQV:19:4:1987:138-145|Earthquake+Groundwater
J|0391|Tarr,A.C.+King,K.W.|U.S. Geological Survey begins seismic ground response experiments in Washington State||#EQV:19:5:1987:160-170|Hazard+Ground motion+Washington State
J|0392|Mattingly,S.|Picture windows of opportunity||#EQV:19:5:1987:174-177|Hazard+Safety
J|0393|Miller,T.P.|Three volcanoes erupt in Alaska||#EQV:19:6:1987:192-198|Eruption+1986+Alaska
J|0394|Decker,R.+Decker,B.|Volcanology in Hawaii||#EQV:20:1:1988:4-30|Volcanism+Hawaii+Volcanic tremor
J|0395|Bonaz,R.|The historical seismicity of western Algeria and the earthquake of 1790 at Oran||#EEE:2:1:1988:3-7|Seismicity+Algeria+1790
J|0396|Ambraseys,N.N.+Moinfar,A.A.|Isoseismal maps across national frontiers: the Caldiran (Turkey) earthquake of 24 November 1976||#EEE:2:1:1988:15-21|Isoseismal map+Turkey+Earthquake+Damage||#*LAKEVAN
J|0397|Schueller,G.I.+Scherer,R.J.|Artificial acceleration time histories based on a nonstationary stochastic source-model||#EEE:2:1:1988:34-40|Source+Model+Acceleration+Soil
J|0398|Pradlwarter,H.J.+Chen,X-W.|On the response of a linear MDOF-system to nonstationary coloured and white noise excitation||#EEE:2:1:1988:41-46|Damping+Noise+Excitation+Response
J|0399|Daly,M.C.|Crustal shear zones in Central Africa: a kinematic approach to Proterozoic tectonics||Episodes:11:1:1988:5-11|Crust+Shear zone+Africa+Tectonics
J|0400|Fuchs,K.+Monger,J.W.H.|ILP reviewed||Episodes:11:1:1988:30-31|International Lithosphere Programme+Review
J|0401|Einarsson,P.|The South Iceland seismic zone||Episodes:11:1:1988:34-35|Seismicity+Hazard+Prediction+Iceland|News report
J|0402|Ma,X-Y.|Lithospheric dynamics of China||Episodes:11:2:1988:84-90|Lithosphere+Dynamics+China
J|0403|Wu,J-M.|Cenozoic basins of the South China Sea||Episodes:11:2:1988:91-96|Cenozoic+Basin+South China Sea+Tectonics
J|0404|Schreyer,W.|Subduction of continental crust to mantle depths: petrological evidence||Episodes:11:2:1988:97-104|Subduction+Crust+Mantle+Geology
J|0405|Bodvarsson,R.+Einarsson,P.|Predicting Iceland's earthquakes||#EOS:69:7:1988:100|Iceland+Prediction+Hazard|News item
J|0406||A seismic gap - past and future||#EOS:69:17:1988:545|Gap+Prediction+Alaska|News item
J|0407|a-1986 PASSCAL Working Group|The 1986 PASSCAL Basin and Range lithospheric seismic experiment||#EOS:69:20:1988:593|Reflexion study+1986+Chalfant Valley+Refraction study
J|0408|Romanowicz,B.+Deschamps,A.+Bezzeghoud,M.+|GEOSCOPE collects broadband seismic data in quasi-real time||#EOS:69:20:1988:593-594|Broadband seismology+GEOSCOPE+Alaska+1987||#*ALASKA287
J|0409|Bernard,E.N.+Behn,R.R.+Hebenstreit,G.T.+|On mitigating rapid onset natural disasters: Project THRUST||#EOS:69:24:1988:649-661|Natural disaster+Earthquake+Tsunami+Mitigation
J|0410|Kahane,Y.|Earthquake risk and insurance - policy considerations: the Israeli case||#GEN:13:47:1988:137-164|Risk+Insurance+Israel
J|0411|Singh,S.K.+Mena,E.+Castro,R.|Prediction of peak, horizontal ground motion parameters in Mexico City from coastal earthquakes|With Spanish abstract|#GFN:27:1:1988:111-129|Prediction+Ground motion+Mexico City+Acceleration
J|0412|Castrejon,F.F.V.+Porres,A.A.L.+Nava,F.A.P.|A velocity model perpendicular to the Acapulco Trench based on RESMAC data|With Spanish abstract|#GFN:27:1:1988:131-147|Velocity+Model+Acapulco+Ray tracing
J|0413|Yamamoto,J.+Mota,R.|The earthquake sequence in the Valley of Toluca, Mexico in August 1980|In Spanish with English abstract|#GFN:27:2:1988:279-298|Sequence+Mexico+Fault plane solution+Block||#*TOLUCA80
J|0414|Glogovsky,V.M.+Gogonenkov,G.N.|Study of methods for determining velocity and depth parameters in layered realistic media||#GEK:33:3:1988:157-173|Inversion+Velocity+Depth+Layered medium
J|0415|Deshwal,P.S.|Love wave scattering due to surface impedance||#GEK:33:3:1988:175-185|Impedance+Love wave+Scattering+Fourier analysis
J|0416|Kostecki,A.|Seismic migration with elimination of spherical divergence||#GEK:33:3:1988:187-210|Inversion+Migration+Divergence+Model
J|0417|Krug,V.|New variant of interval velocity estimation from reflection amplitudes||#GEK:33:3:1988:211-220|Reflexion study+Velocity+Amplitude+Signal-to-noise ratio
J|0418|Baki,G.+Bodoky,T.+Cziller,E.+|Possibilities and limitations of recompressive filtering in the processing of seam-wave seismic surveys||#GEK:33:3:1988:221-236|Reflexion study+Coal+Filtering+Channel wave
J|0419|Ormos,T.|In-mine vertical seismic profiling||#GEK:33:3:1988:237-246|Profile+P-wave+S-wave+Coal seam
J|0420|Kunin,N.Ya.+Sheikh-Zade,E.R.|The Eurasian upper mantle zonation by peculiarities of the longitudinal wave boundary velocities|In Russian with English abstract|#GFZ:10:1:1988:3-13|Upper mantle+Eurasia+Boundary+Longitudinal wave
J|0421|Sherman,S.I.+Gintov,O.B.+Bornyakov,S.A.+|Fracture formation in the consolidated Earth's crust and simulation of shear zones|In Russian with English abstract|#GFZ:10:1:1988:13-21|Fracture+Crust+Shear+Deformation
J|0422|Rudnitsky,V.P.|Possibilities of detailed geological section parametrization by seismic observations in boreholes|In Russian with English abstract|#GFZ:10:1:1988:67-78|Borehole+Geology+Velocity+Boundary
J|0423|Bobrinev,V.I.+Dankevich,I.V.|Systems of fault structures of the Starobin deposit of potassium salts according to geological-geophysical data|In Russian with English abstract|#GFZ:10:1:1988:78-86|Fault+Structure+Rotation+Byelorussia
J|0424|Lesnoi,G.D.+Mershchy,V.V.+Shtatland,E.S.|The suppression of impulse noises in seismic records|In Russian with English abstract|#GFZ:10:1:1988:86-94|Noise+Impulse+Recording+Filtering
J|0425|Lysynchuk,D.V.|Certain possibilities to use seismofacial analysis under conditions of the Dnieper-Donets depression|In Russian with English abstract|#GFZ:10:1:1988:94-96|Seismic survey+Dnepr Basin+Sediment+Site
J|0426|Makarenko,V.N.+Tretyak,A.N.|Possible mechanisms of bumps formation on the Earth core/mantle interface|In Russian with English abstract|#GFZ:10:2:1988:3-7|Core-mantle boundary+Convection+Bump+Magnetic field
J|0427|Egorkina,G.V.+Bezgodkov,V.A.|Velocity and absorption anisotropy of seismic waves in the upper part of the Earth crust from data of local earthquakes and explosions|In Russian with English abstract|#GFZ:10:2:1988:23-32|Anisotropy+Upper crust+Local earthquake+Explosion
J|0428|Epinatyeva,A.M.+Kurilenko,E.I.+Litvin,A.L.|Transillumination of local discontinuities by refracted waves|In Russian with English abstract|#GFZ:10:2:1988:33-44|Refracted wave+Discontinuity+Head wave+Simulation
J|0429|Birdus,S.A.+Drogitskaya,G.M.|Concerning the problem of plotting seismic images of the consolidated crust|In Russian with English abstract|#GFZ:10:2:1988:64-67|Plotting+Image+Crust+Wave field|Scientific communication
J|0430|Geiko,V.S.|Theorems of uniqueness of multidimensional linearized reverse kinematic problem of seismics. I.|In Russian with English abstract|#GFZ:10:3:1988:12-21|Kinematics+Refraction coefficient+Refracted wave+Reflected wave
J|0431|Tsatsko,E.L.|Summation of seismic records along envelopes of the family of time fields|In Russian with English abstract|#GFZ:10:3:1988:28-36|Envelope+Seismic record+Time field+Kinematics
J|0432|Pustovitenko,B.G.+Kulchitsky,V.E.+Borisenko,L.S.+|A swarm of earthquakes of April 8-10, 1987 in the northwestern part of the Kerch Peninsula (the Crimea) and geological-tectonic interpretation|In Russian with English abstract|#GFZ:10:3:1988:37-46|Swarm+Local earthquake+Crimea+1987
J|0433|Kharitonov,O.M.+Khokhlov,M.T.+Trifonov,P.G.|Possibilities of multiwave seismic prospecting when distinguishing target horizons under conditions of the west Donbas|In Russian with English abstract|#GFZ:10:3:1988:70-74|Seismic prospecting+Donbas+Coal seam|Scientific communication
J|0434|Puzdrovsky,E.P.+Mischenko,A.N.+Odarich,G.V.|Seismologging studies using unexplosive sources|In Russian with English abstract|#GFZ:10:3:1988:74-78|Logging+Elastic wave+Source+Data processing|Scientific communication
J|0435|Blyas,E.A.+Levit,A.N.|Determination of curvilinear refracting interface along the line t0(x)|In Russian with English abstract|#GFZ:10:3:1988:85-90|Reflected wave+Interface+Refraction+Curvilinearity|Scientific communication
J|0436|Krustev,T.|Structural and geomorphological conditions for the development of the river valley network in the southwestern Black Sea shelf||Geologica balc.:18:2:1988:37-50|Black Sea+Structure+Seismoacoustics+Seismic prospecting
J|0437|Suvorov,V.D.+Kornilova,Z.A.+Dergachev,A.A.|Seismic coda in DSS|In Russian with English abstract|#GGS:-:1:1988:106-112|Deep seismic sounding+Coda+Explosion+Tas-Yuryakh
J|0438|Stovas,A.M.|Spectral analysis of procedure of wave field's summing up according to CDP method|In Russian with English abstract|#GGS:-:1:1988:112-119|Spectral analysis+Wave field+Distortion+Signal-to-noise ratio
J|0439|Akhmedov,A.K.+Babadjhanov,T.L.+Rubo,V.V.|Possibility to record waves of different types in seismic study of reef-rock massifs in Bukhara-Khiva region|In Russian with English abstract|#GGS:-:1:1988:136-141|Explosion+Transverse wave+Profile+Uzbekistan|Brief communication
J|0440|Kanareikin,B.A.+Lapkovsky,V.V.+Maltsev,A.I.|Automatized construction of structural maps for the pre-Jurassic formations on the western-Siberian plate according to CDPM|In Russian with English abstract|#GGS:-:2:1988:81-91|Reflexion study+Model+Nyurol'skii+Map
J|0441|Suvorov,V.D.+Kreinin,A.B.+Uarov,V.F.+|Deep seismic investigations in the central part of the western Yakutiya|In Russian with English abstract|#GGS:-:2:1988:91-95|Deep seismic sounding+Yakutiya
J|0442|Kuznetsov,V.L.+Bgatova,G.F.+Titarenko,V.V.|Surface of the mantle on the territory of the Siberian platform according to seismic data|In Russian with English abstract|#GGS:-:2:1988:96-102|Siberian platform+Moho+Reflexion study+Map
J|0443|Kuznetsov,O.L.+Krutin,V.N.+Sofershtein,M.B.+|On normal waves in the borehole|In Russian with English abstract|#GGS:-:2:1988:102-107|Wave+Propagation+Borehole+Elastic wave
J|0444|Malkin,A.L.+Finikov,D.B.|Phase deconvolution. Theoretical aspect|In Russian with English abstract|#GGS:-:3:1988:86-93|Phase+Deconvolution+Theory+Filtering
J|0445|Sergejev,V.N.|Taking into account of geometric discrepancy and refraction when recalculating the field of refracted waves variation|In Russian with English abstract|#GGS:-:3:1988:93-102|Head wave+Refraction+Geometry+Boundary
J|0446|Ushakov,G.D.+Zaitsev,V.P.|Certain experimental data on P- and S-waves travel in gas and fluid-saturated nonconsolidated media|In Russian with English abstract|#GGS:-:3:1988:102-107|P-wave+S-wave+Travel-times+Porous medium
J|0447|Donskoi,V.P.+Mityagin,Yu.A.+Aksem,O.V.|Example of recording SV-waves during explosion in wells|In Russian with English abstract|#GGS:-:3:1988:141-142|Explosion+Well+SV-wave+Point source|Brief communication
J|0448|Puzyrev,N.N.|Reduced reflection travel-time curve|In Russian with English abstract|#GGS:-:4:1988:102-108|Travel-times+Reflected wave+Deep seismic sounding
J|0449|Malkin,A.L.+Finikov,D.B.|Phase deconvolution. Implementation aspects|In Russian with English abstract|#GGS:-:4:1988:119-126|Phase+Deconvolution+Filtering
J|0450|Zhernjak,G.F.|Expansion of seismic fields with respect to P- and S-waves|In Russian with English abstract|#GGS:-:4:1988:126-135|P-wave+S-wave+Wave field+Reflected wave
J|0451|Solonenko,A.V.|Dependence of ratio of maximum amplitudes in S- and P-waves on epicentral distance in the Baikal seismic zone|In Russian with English abstract|#GGS:-:4:1988:135-143|P-wave+S-wave+Amplitude+Baikal
J|0452|Egorkin,A.V.+Zyuganov,S.K.+Pavlenkova,N.A.+|Results of investigation of lithosphere structure in long seismic profiles of Siberia|In Russian with English abstract|#GGS:-:5:1988:120-128|Siberia+Deep seismic sounding+Lithosphere+Profile
J|0453|Kuznetsov,V.L.+Titarenko,V.V.|Seismic models for consolidated crust of the western Siberian platform and the zone of its joint to the western-Siberian plate|In Russian with English abstract|#GGS:-:5:1988:128-135|Deep seismic sounding+Siberian platform+Model+Crust
J|0454|Bornyakov,S.A.|Dynamics of development of destructive zones of plate boundaries|In Russian with English abstract|#GGS:-:6:1988:3-11|Plate boundary+Modelling
J|0455|Malkin,A.L.+Finikov,D.B.|Optimization method of seismic signal's phase spectrum correction|In Russian with English abstract|#GGS:-:6:1988:117-125|Phase+Spectrum+Filtering+Deconvolution
J|0456|Tyapkin,Yu.K.|Weighing normalized quadratic functionals in optimum filtration of seismic records problem|In Russian with English abstract|#GGS:-:6:1988:125-131|Seismic record+Filtering+Noise+Stability
J|0457|Tuzovsky,A.A.|Caustics continued from plane curved fields|In Russian with English abstract|#GGS:-:6:1988:132-139|Caustic+Kinematics+Inverse problem
J|0458|Spakman,W.+Wortel,M.J.R.+Vlaar,N.J.|The Hellenic subduction zone: a tomographic image and its geodynamic implications||#GRL:15:1:1988:60-63|Tomography+Hellenic arc+Subduction+Geodynamics
J|0459|Clements,J.R.+Abdul-Rahman,K.|A comparison between short-period and long-period Q models||#GRL:15:1:1988:64-67|P-wave+Attenuation+Mantle+Q
J|0460|Mimouni,A.+Rabinowicz,M.|The old continental shields stability related to mantle convection||#GRL:15:1:1988:68-71|Continent+Stability+Mantle+Convection
J|0461|Jeanloz,R.+Wenk,H.R.|Convection and anisotropy of the inner core||#GRL:15:1:1988:72-75|Convection+Anisotropy+Inner core+Travel-times+Free oscillation
J|0462|Wenk,H.R.+Takeshita,T.+Jeanloz,R.+|Development of texture and elastic anisotropy during deformation of hcp metals||#GRL:15:1:1988:76-79|Inner core+Anisotropy+Deformation+Metal
J|0463|Boyd,T.M.+Taber,J.J.+Lerner-Lam,A.L.+|Seismic rupture and arc segmentation within the Shumagin Islands seismic gap, Alaska||#GRL:15:3:1988:201-204|Rupture+Segmentation+Shumagin Islands+Gap
J|0464|Cara,M.+Leveque,J.J.|Anisotropy of the asthenosphere: the higher mode data of the Pacific revisited||#GRL:15:3:1988:205-208|Anisotropy+Asthenosphere+Surface wave+Pacific Ocean
J|0465|Gettings,M.E.|Variation of depth to the brittle-ductile transition due to cooling of a midcrustal intrusion||#GRL:15:3:1988:213-216|Clustering+Seismicity+Depth+Crust
J|0466|Namias,J.|Similarity of anomalous sea level pressure fields during the July 1986 and September 1987 southern California quakes - accidental or indicative?||#GRL:15:4:1988:350-352|Sea level+Pressure+Earthquake+California||#*WHITTIER|#*OCEANSIDE86
J|0467|Crook,C.N.+Hannah,J.|Regional horizontal deformation associated with the March 2, 1987 Edgecumbe earthquake, New Zealand||#GRL:15:4:1988:361-364|Deformation+Edgecumbe+Aftershock+Focal mechanism||#*EDGECUMBE
J|0468|Hadiouche,O.+Jobert,N.|Evidence for anisotropy in northeast Africa, from geographical and azimuthal distribution of Rayleigh wave velocities, and average upper mantle structure||#GRL:15:4:1988:365-368|Anisotropy+East Africa+Rayleigh wave+Upper mantle
J|0469|Vidale,J.E.+Garcia-Gonzalez,D.|Seismic observation of a high velocity slab 1200-1600km in depth||#GRL:15:4:1988:369-372|High velocity+Slab+Eastern North America+Waveform
J|0470|Sato,H.|Fractal interpretation of the linear relation between logarithms of maximum amplitude and hypocentral distance||#GRL:15:4:1988:373-375|Fractal analysis+Amplitude+Distance+Attenuation
J|0471|Yuen,D.A.+Zhang,S.+Langenberger,S.E.|Effects of compressibility on the temperature jump at the interface of layered, spherical-shell convection||#GRL:15:5:1988:447-450|Compressibility+Temperature+Layered medium+Convection
J|0472|Zhang,S.+Yuen,D.A.|Dynamical effects on the core-mantle boundary from depth-dependent thermodynamical properties of the lower mantle||#GRL:15:5:1988:451-454|Dynamics+Thermodynamics+Core-mantle boundary+Lower mantle
J|0473|Stein,C.A.+Hobart,M.A.+Abbott,D.H.|Has the Wharton Basin's heat flow been perturbed by the formation of a diffuse plate boundary in the Indian Ocean?||#GRL:15:5:1988:455-458|Indian Ocean+Heat flow+Plate boundary+Seismicity
J|0474|Patton,H.J.+Doser,D.I.|Inversion of regional Pn1 and surface-wave data for source parameters of a Borah Peak aftershock||#GRL:15:5:1988:459-462|Borah Peak+Focal mechanism+Pn-wave+Surface wave||#*BORAH
J|0475|Barton,C.A.+Zoback,M.D.|In situ stress orientation and magnitude at the Fenton geothermal site, New Mexico, determined from wellbore breakouts||#GRL:15:5:1988:467-470|Stress+Wellbore+New Mexico
J|0476|Rigden,S.M.+Jackson,I.+Niesler,H.+|Pressure dependence of the elastic wave velocities for Mg2GeO4 spinel to 3 GPa||#GRL:15:6:1988:605-608|P-wave+S-wave+Velocity+Spinel
J|0477|Garnero,E.+Helmberger,D.V.+Engen,G.|Lateral variation near the core-mantle boundary||#GRL:15:6:1988:609-612|Lateral variation+Core-mantle boundary+S-wave+SKS-wave+SKKS-wave
J|0478|Priestley,K.F.+Zandt,G.+Randall,G.E.|Crustal structure in eastern Kazakh, U.S.S.R from teleseismic receiver functions||#GRL:15:6:1988:613-616|Crustal structure+Kazakhstan+P-wave+Teleseism
J|0479|Gibson,B.S.+Levander,A.R.|Lower crustal reflectivity patterns in wide-angle seismic recordings||#GRL:15:6:1988:617-620|Lower crust+Reflexion study+Black Forest+Structure
J|0480|Marone,C.+Scholz,C.H.|The depth of seismic faulting and the upper transition from stable to unstable slip regimes||#GRL:15:6:1988:621-624|Depth+Faulting+Slip+Stability
J|0481|Chael,E.P.|Spectral discrimination of NTS explosions and earthquakes in the southwestern United States using high-frequency regional data||#GRL:15:6:1988:625-628|High frequency+Nevada Test Site+Explosion+Discrimination
J|0482|Banwell,G.M.+Parizek,R.R.|Helium 4 and Radon 222 concentrations in groundwater and soil gas as indicators of zones of fracture concentration in unexposed rock||#JGR:93:1:1988:355-366|Helium+Radon+Fracture+Groundwater+Pennsylvania
J|0483|Catchings,R.D.+Mooney,W.D.|Crustal structure of the Columbia Plateau: evidence for continental rifting||#JGR:93:1:1988:459-474|Columbia River+Crust+Refraction study+Low-velocity layer
J|0484|Fonseca,J.|The Sou Hills: a barrier to faulting in the central Nevada seismic belt||#JGR:93:1:1988:475-489|Nevada+Barrier+Fault+Propagation
J|0485|Langseth,M.G.+Westbrook,G.K.+Hobart,M.A.|Geophysical survey of a mud volcano seaward of the Barbados Ridge accretionary complex||#JGR:93:2:1988:1049-1061|Profile+Mud volcano+Barbados+Reflexion study
J|0486|Humphreys,E.+Clayton,R.W.|Adaptation of back projection tomography to seismic travel time problems||#JGR:93:2:1988:1073-1085|Back projection method+Travel-times+Structure+Tomography
J|0487|Christensen,N.I.+Szymanski,D.L.|Origin of reflections from the Brevard fault zone||#JGR:93:2:1988:1087-1102|Fault+Alabama+Reflexion study+Synthetic seismogram
J|0488|Choy,G.L.+Dewey,J.W.|Rupture process of an extended earthquake sequence: teleseismic analysis of the Chilean earthquake of March 3, 1985||#JGR:93:2:1988:1103-1118|Earthquake+Rupture+Energy+Sequence||#*SANANTONIO
J|0489|Ten Brink,U.S.+Brocher,T.M.|Multichannel seismic evidence for variations in crustal thickness across the Molokai fracture zone in the mid-Pacific||#JGR:93:2:1988:1119-1130|Refraction study+Reflexion study+Hawaii+Crustal thickness
J|0490|Sereno,T.J.+Bratt,S.R.+Bache,T.C.|Simultaneous inversion of regional wave spectra for attenuation of seismic moment in Scandinavia||#JGR:93:3:1988:2019-2035|Scandinavia+Inversion+Attenuation+Continental crust
J|0491|Baker,M.R.+Doser,D.I.|Joint inversion of regional and teleseismic earthquake waveforms||#JGR:93:3:1988:2037-2045|Inversion+Waveform+Teleseism+Modelling||#*BORAH
J|0492|Walck,M.C.|Three-dimensional Vp/VS variations for the Coso region, California||#JGR:93:3:1988:2047-2052|Coso+California+P-wave+S-wave+Velocity
J|0493|Adamek,S.+Frohlich,C.+Pennington,W.D.|Seismicity of the Caribbean-Nazca boundary: constraints on microplate tectonics of the Panama region||#JGR:93:3:1988:2053-2075|Seismicity+Panama+Caribbean+Nazca Plate
J|0494|Ishida,M.+Hasemi,A.H.|Three-dimensional fine velocity structure and hypocentral distribution of earthquakes beneath the Kanto-Tokai district, Japan||#JGR:93:3:1988:2076-2094|Kanto-Tokai+P-wave+Velocity+Structure
J|0495|Giardini,D.|Frequency distribution and quantification of deep earthquakes||#JGR:93:3:1988:2095-2105|Deep-focus earthquake+Frequency-magnitude relation+Seismic moment tensor+b-Value
J|0496|Roeloffs,E.A.|Fault stability changes induced beneath a reservoir with cyclic variations in water level||#JGR:93:3:1988:2107-2124|Reservoir+Induced seismicity+Stress+Pore pressure
J|0497|Bowman,J.R.|Body wave attenuation in the Tonga subduction zone||#JGR:93:3:1988:2125-2139|Body wave+Tonga+Attenuation+Spectral ratio
J|0498|Tamsett,D.+Searle,R.C.|Structure and development of the Midocean Ridge plate boundary in the Gulf of Aden: evidence from GLORIA side scan sonar||#JGR:93:4:1988:3157-3178|Structure+Mid-ocean ridge+GLORIA+Aden, G. of||#*ADEN71
J|0499|Abrams,L.J.+Detrick,R.S.+Fox,P.J.|Morphology and crustal structure of the Kane fracture zone transverse ridge||#JGR:93:4:1988:3195-3210|Kane fracture+Atlantic Ocean+Refraction study+Crust
J|0500|Sanders,C.+Ho-Liu,P.+Rinn,D.+|Anomalous shear wave attenuation in the shallow crust beneath the Coso volcanic region, California||#JGR:93:4:1988:3321-3338|Coso+California+Attenuation+Shear wave
J|0501|Peacock,S.+Crampin,S.+Booth,D.C.+|Shear wave splitting in the Anza seismic gap, southern California: temporal variations as possible precursors||#JGR:93:4:1988:3339-3356|California+Anza+Shear wave+Splitting
J|0502|Thurber,C.H.+Gripp,A.E.|Flexure and seismicity beneath the south flank of Kilauea volcano and tectonic implications||#JGR:93:5:1988:4271-4278|Seismicity+Hawaii+Kilauea+Tectonics||#*HILO
J|0503|Lipman,P.W.+Normark,W.R.+Moore,J.G.+|The giant submarine Alika debris slide, Mauna Loa, Hawaii||#JGR:93:5:1988:4279-4299|GLORIA+Reflexion study+Mauna Loa+Hawaii
J|0504|Chadwick,W.W.|The mechanics of ground deformation precursory to dome-building extrusions at Mount St. Helens 1981-1982||#JGR:93:5:1988:4351-4366|Eruption+Mount St. Helens+Seismicity+Deformation||#*MOUNTSTHELENS
J|0505|Fehler,M.+Roberts,P.+Fairbanks,T.|A temporal change in coda wave attenuation observed during an eruption of Mount St. Helens||#JGR:93:5:1988:4367-4373|Coda wave+Attenuation+Mount St. Helens+Eruption
J|0506|Chouet,B.|Resonance of a fluid-driven crack: radiation properties and implications for the source of long-period events and harmonic tremor||#JGR:93:5:1988:4375-4400|Crack+Source+Fluid+Long-period event
J|0507|Rydelek,P.A.+Davis,P.M.+Koyanagi,R.Y.|Tidal triggering of earthquake swarms at Kilauea volcano, Hawaii||#JGR:93:5:1988:4401-4411|Hawaii+Kilauea+Swarm+Tide+Triggering
J|0508|Anderson,D.L.|Temperature and pressure derivatives of elastic constants with application to the mantle||#JGR:93:5:1988:4688-4700|Temperature+Pressure+Mantle+Elasticity
J|0509|Graves,R.W.+Helmberger,D.V.|Upper mantle cross section from Tonga to Newfoundland||#JGR:93:5:1988:4701-4711|Upper mantle+Tonga+Newfoundland+SH-wave
J|0510|Schwartz,D.P.|Paleoseismicity and neotectonics of the Cordillera Blanca fault zone, northern Peruvian Andes||#JGR:93:5:1988:4712-4730|Palaeoseismicity+Neotectonics+Blanca, Cord.+Peru
J|0511|Savage,J.C.+Lisowski,M.|Deformation in the Yakataga seismic gap, Southern Alaska, 1980-1986||#JGR:93:5:1988:4731-4744|Alaska+Gap+Yakataga+Deformation
J|0512|Rudnicki,J.W.+Chen,C-H.|Stabilization of rapid frictional slip on a weakening fault by dilatant hardening||#JGR:93:5:1988:4745-4757|Friction+Slip+Dilatancy+Pore fluid
J|0513|Fischer,K.M.+Jordan,T.H.+Creager,K.C.|Seismic constraints on the morphology of deep slabs||#JGR:93:5:1988:4773-4783|Deep-focus earthquake+Travel-times+Velocity+Slab
J|0514|Hagen,R.A.+Duennebier,F.K.+Hsu,V.|A seismic refraction study of the crustal structure in the active seismic zone east of Taiwan||#JGR:93:5:1988:4785-4796|Crust+Refraction study+Ocean-bottom seismograph+Taiwan
J|0515|Flynn,E.C.+Stump,B.W.|Effects of source depth on near-source seismograms||#JGR:93:5:1988:4820-4834|Source+Depth+Near field+Seismogram
J|0516|Leet,R.C.|Saturated and subcooled hydrothermal boiling in groundwater flow channels as a source of harmonic tremor||#JGR:93:5:1988:4835-4849|Groundwater+Harmonic tremor+Volcanic tremor
J|0517|Zhang,J.+Kanamori,H.|Depths of large earthquakes determined from long-period Rayleigh waves||#JGR:93:5:1988:4850-4868|Rayleigh wave+Depth+Large earthquake+Mechanism
J|0518|Rundle,J.B.|A physical model for earthquakes 1. Fluctuations and interactions||#JGR:93:6:1988:6237-6254|Fluctuation+Dynamics+Model+Friction
J|0519|Rundle,J.B.|A physical model for earthquakes 2. Application to Southern California||#JGR:93:6:1988:6255-6274|Southern California+Model+Dynamics
J|0520|Beroza,G.C.+Spudich,P.|Linearized inversion for fault rupture behavior: application to the 1984 Morgan Hill, California, earthquake||#JGR:93:6:1988:6275-6296|Fault+Rupture+Morgan Hill+Inversion+Ground motion||#*MORGAN
J|0521|Gonzalez-Ruiz,J.R.+McNally,K.C.|Stress accumulation and release since 1882 in Ometepec, Guerrero, Mexico: implications for failure mechanisms and risk assessments of a seismic gap||#JGR:93:6:1988:6297-6317|Guerrero+Gap+Mechanism+Risk||#*OMETEPEC
J|0522|Walter,W.R.+Brune,J.N.+Priestley,K.F.|Observations of high-frequency P wave earthquake and explosion spectra compared with omega-3, omega-2, and Sharpe source models||#JGR:93:6:1988:6318-6324|P-wave+Explosion+Spectral analysis+High frequency
J|0523|Treadway,J.A.+Steeples,D.W.+Miller,R.D.|Shallow seismic study of a fault scarp near Borah Peak, Idaho||#JGR:93:6:1988:6325-6337|Reflexion study+Idaho+Borah Peak+Structure
J|0524|Ritzwoller,M.+Masters,G.+Gilbert,F.|Constraining aspherical structure with low-degree interaction coefficients: application to uncoupled multiplets||#JGR:93:6:1988:6369-6396|Multiplet+Free oscillation+Global Digital Seismograph Network+Earth structure
J|0525|Stephen,R.A.|Lateral heterogeneity in the upper oceanic crust at deep sea drilling project site 504||#JGR:93:6:1988:6571-6584|Lateral heterogeneity+Oceanic crust+Borehole+Pacific Ocean
J|0526|Virieux,J.+Farra,V.+Madariaga,R.|Ray tracing for earthquake location in laterally heterogeneous media||#JGR:93:6:1988:6585-6599|Ray tracing+Location+Lateral heterogeneity+Synthetic seismogram||#*CAMPANIA
J|0527|Flatte,S.M.+Wu,R-S.|Small-scale structure in the lithosphere and asthenosphere deduced from arrival time and amplitude fluctuations at NORSAR||#JGR:93:6:1988:6601-6614|Structure+Lithosphere+Asthenosphere+NORSAR
J|0528|Qamar,A.|Calving icebergs: a source of low-frequency seismic signals from Columbia Glacier, Alaska||#JGR:93:6:1988:6615-6623|Low frequency+Icequake+Alaska
J|0529|Miksis,M.J.|Effects of contact line movement on the dissipation of waves in partially saturated rocks||#JGR:93:6:1988:6624-6634|Dissipation+Rock+Saturation+Contact
J|0530|Vera,E.E.+Mutter,J.C.|Crustal structure in the ROSE area of the East Pacific Rise: one-dimensional travel time inversion of sonobuoys and expanded spread profiles||#JGR:93:6:1988:6635-6648|Crust+East Pacific Rise+Tau method+Sonobuoy+ROSE
J|0531|Pratt,T.L.+Coruh,C.+Costain,J.K.|A geophysical study of the Earth's crust in central Virginia: implications for Appalachian crustal structure||#JGR:93:6:1988:6649-6667|Reflexion study+Appalachians+Crust+Virginia
J|0532|Gedakyan,E.G.+Bagdasaryan,Y.R.|To reveal seismic gaps before a set of earthquakes in Javakhet highlands|In Russian with English and German summaries|#BEG:97:1:1988:1-8|Seismicity+Gap+Armenia+Georgia USSR
J|0533|Tittel,B.|PKP amplitude differences as indicators for the position of subducting zones|With German and Russian summaries|#BEG:97:1:1988:9-13|PKP-wave+Subduction+Amplitude
J|0534|Karapetyan,N.K.|Mechanism of earthquake source and stress-deformation condition of the Armenian highlands|In Russian with English and German summaries|#BEG:97:1:1988:21-34|Mechanism+Stress+Deformation+Armenia
J|0535|Georgiev,T.|Fault plane solutions, pressure and tension axes for some earthquakes in south-western Bulgaria|With German and Russian summaries|#BEG:97:1:1988:40-46|Fault plane solution+Pressure+Tension+Bulgaria
J|0536|Salman,A.G.+Felytsin,S.B.|Seismicity and the thermal regime in the upper Earth's crust: cause, consequences, connections|In Russian with English and German summaries|#BEG:97:1:1988:47-53|Crust+Temperature+Seismicity+Deformation
J|0537|Oelsner,C.+Spann,H.+Behrends,H-J.+|Source parameters of man-made seismicity stimulated by hydraulic fracturing|With German and Russian summaries|#BEG:97:1:1988:54-60|Man-made earthquake+Source+Hydraulics+Fracturing
J|0538|Yaroslavsky,M.A.|Modelling of active faults: behaviour of rheological properties in time|With German and Russian summaries|#BEG:97:1:1988:68-76|Modelling+Fault+Rheology
J|0539|Ramdani,M.+Tadili,B.A.|Deep crustal structure in Morocco|With German summary|#BEG:97:2:1988:137-143|Crust+Deep structure+Reflexion study+Morocco
J|0540|Its,E.N.+Malischewsky,P.|Reflection and transmission of Love waves across a vertical boundary of horizontally homogeneous media in the case of loosely-bonded contact|In Russian with English and German summaries|#BEG:97:2:1988:144-151|Love wave+Transmission+Reflexion+Boundary
J|0541|Cadez,M.|Refraction and reflection of longitudinal waves|In German with English and Russian summaries|#BEG:97:3:1988:210-217|Refraction+Reflexion+Longitudinal wave+Fluid
J|0542|Unterreitmeier,E.+Schmidt,M.+Krake,D.|A new portable homogeneous triaxial seismometer: design and performance, test and calibration, direct signal analysis|With German and Russian summaries|#BEG:97:3:1988:218-228|Seismometer+Broadband seismology
J|0543|Klinge,K-D.+Teupser,C.|Progress of the seismological observatory practice at Moxa station|In German with English and Russian summaries|#BEG:97:3:1988:229-242|Moxa+Germany+Station+Near earthquake
J|0544|Sokolov,V.B.|Structure and tectonic position of the Serov-Mauk serpentinite belt (from results of seismic investigations)|In Russian|#GTK:-:1:1988:50-58|Structure+Tectonics+Urals
J|0545|Makarov,V.I.+Kozhurina,A.I.+Ngueng Chong Yem+|Latest tectonics of the Hanoi depression and its mountainous trimming|In Russian|#GTK:-:1:1988:69-79|Tectonics+Hanoi+Vietnam
J|0546|Solovyeva,I.A.|Deep structure of the shields of ancient platforms (review and problems)|In Russian|#GTK:-:2:1988:3-16|Seismic survey+Shield+Platform
J|0547|Shorshchikov,I.M.|The Tethys closure and tectonics of the Alpide belt east part|In Russian|#GTK:-:3:1988:3-13|Alpide belt+Tectonics
J|0548|Molodensky,S.M.|Low-frequency asymptotics of solutions to the Laplace's equation for tides|In Russian|#IFZ:-:1:1988:3-19|Laplace transform+Tide+Asymptotics
J|0549|Trubitsyn,A.P.|Elastic bending of the lithosphere due to stresses arising from mantle convection|In Russian|#IFZ:-:1:1988:20-28|Lithosphere+Stress+Mantle convection+Bending
J|0550|Goryachev,A.V.|Seismotectonics of west Hindustan|In Russian|#IFZ:-:1:1988:29-43|Seismotectonics+Hindustan
J|0551|Trunin,R.F.+Simakov,G.V.+Dudoladov,I.P.+|Shock wave compressibility of rocks|In Russian|#IFZ:-:1:1988:52-58|Compressibility+Rock+Shock wave
J|0552|Krutin,V.N.+Myasnikov,V.P.+Topale,V.I.|Rayleigh wave propagation in the lithosphere modelled by a medium with different moduli|In Russian|#IFZ:-:1:1988:59-65|Rayleigh wave+Propagation+Lithosphere+Modelling
J|0553|Ivanov,V.V.|Generation of the tsunami high-frequency component|In Russian|#IFZ:-:1:1988:88-95|Generation+Tsunami+High frequency|Scientific communication
J|0554|Galperin,E.I.+Vinnik,L.P.+Petersen,N.V.|On modulation of high-frequency seismic noise by the Earth's free oscillations and waves from strong distant earthquakes|In Russian|#IFZ:-:1:1988:104-111|Modulation+Noise+Free oscillation+Strong earthquake|A letter to the editor
J|0555|Surnev,V.B.|On elastic waves scattering by a local inhomogeneity|In Russian|#IFZ:-:2:1988:9-19|Elastic wave+Scattering+Inhomogeneity
J|0556|Fayzullin,I.S.+Shapiro,S.A.|Scattering and the dependence of seismic wave attenuation on the base length of observations. I. A theoretical approach|In Russian|#IFZ:-:2:1988:20-30|Scattering+Attenuation+Theory
J|0557|Urupov,A.K.+Sharifullin,R.G.+Kosov,V.V.|Continuation of seismic wave fields|In Russian|#IFZ:-:2:1988:31-45|Continuation+Wave field
J|0558|Altyev,D.+Bezgodkov,V.A.+Dolbilkina,N.A.+|Seismoscopy experiments at the Ashkhabad test site during 1978-1983|In Russian|#IFZ:-:2:1988:46-60|Seismoscope+Ashkhabad+Test site+1978-1983
J|0559|Goltsman,F.M.+Kalinina,T.B.+Bezrukov,S.F.|Statistical estimation of complex geophysical objects|In Russian|#IFZ:-:2:1988:69-80|Statistics+Complexity
J|0560|Gufeld,I.L.+Shuleykin,V.N.|Atmospheric currents variations prior to earthquakes|In Russian|#IFZ:-:2:1988:81-84|Atmosphere+Current+Earthquake|Scientific communication
J|0561|Lopatnikov,S.L.+Gurevich,B.Ya.|Transformational mechanism of elastic waves attenuation in a saturated porous medium|In Russian|#IFZ:-:2:1988:85-89|Elastic wave+Attenuation+Transformation+Porous medium|Scientific communication
J|0562|Kerchman,V.I.+Lobkovsky,L.I.|Numerical modelling of seismotectonic processes in island arcs and active continental margins|In Russian|#IFZ:-:3:1988:13-27|Modelling+Seismotectonics+Island arc+Continental margin
J|0563|Barzam,V.A.|Theoretical seismograms and S-wave travel-times in the Earth's inner core|In Russian|#IFZ:-:3:1988:28-33|Synthetic seismogram+S-wave+Travel-times+Inner core
J|0564|Nersesov,I.L.+Zhuravlev,V.I.+Galaganov,O.N.+|Temporal characteristics of a strain field|In Russian|#IFZ:-:3:1988:34-40|Temporal variation+Field+Strain
J|0565|Barabanov,V.L.+Grinevsky,A.O.+Kalachev,A.A.+|Frequency response of a well-aquifer system from observations on the groundwater table|In Russian|#IFZ:-:3:1988:41-50|Frequency response+Well+Aquifer+Groundwater
J|0566|Dolgikh,G.I.+Kopvillem,U.Kh.|The Earth's seismic noise study by a laser strainmeter|In Russian|#IFZ:-:3:1988:77-80|Noise+Laser+Strainmeter|Scientific communication
J|0567|Dotsev,N.+Yunga,S.L.|A source mechanism of earthquakes in Bulgaria|In Russian|#IFZ:-:4:1988:3-11|Bulgaria+Source+Mechanism
J|0568|Gokhberg,M.B.+Kustov,A.V.+Liperovsky,V.A.+|On perturbations in the ionospheric F layer prior to strong earthquakes|In Russian|#IFZ:-:4:1988:12-20|Ionosphere+Strong earthquake
J|0569|Fayzullin,I.S.+Shapiro,S.A.+Tsyplakov,V.I.|Scattering and dependence of seismic waves attenuation on the base length of observations. II. Experimental results|In Russian|#IFZ:-:4:1988:21-27|Scattering+Attenuation
J|0570|Podurets,M.A.+Simakov,G.V.+Trunin,R.F.|Shock compressibility of quartz with aluminium|In Russian|#IFZ:-:4:1988:28-32|Shock+Compressibility+Quartz
J|0571|Starostenko,V.I.+Kostyukevich,A.S.+Kozlenko,V.G.|Combined interpretation of seismicity and gravity observations. I. Principles and methods|In Russian|#IFZ:-:4:1988:33-49|Seismics+Gravity
J|0572|Pavlenkova,N.I.|Determining the crustal structure of continental deep sedimentary basins from seismic data|In Russian|#IFZ:-:4:1988:72-82|Crustal structure+Sedimentary basin|A discussion
J|0573|Surnev,V.B.|Numerical analysis of elastic waves scattering by a bounded body|In Russian|#IFZ:-:4:1988:87-93|Elastic wave+Scattering+Numerical analysis+Boundary|Scientific communication
J|0574|Kondorskaya,N.V.+Nikonov,A.A.+Ananyin,I.V.+|The Osmussaar, eastern Baltic earthquake|In Russian|#IFZ:-:5:1988:3-11|Earthquake+Macroseismic data+Baltic Sea+1976||#*FINLAND
J|0575|Mordinova,V.V.|Seismic vibrational spectra and the lithosphere thickness in southern Siberia|In Russian|#IFZ:-:5:1988:12-20|Lithosphere+Siberia+Spectrum+Thickness
J|0576|Barabanov,V.L.+Grinevsky,A.O.+Kissin,I.G.+|Hydrogeological and seismic effects of deformational waves in the foremost Kopet Dag fault zone|In Russian|#IFZ:-:5:1988:21-31|Kopet-Dag+Deformation+Seismics+Wave
J|0577|Kalinnikov,I.I.|Implications of microseisms for the error analysis of the gravitational constant measured by a dynamical method|In Russian|#IFZ:-:5:1988:32-40|Microseism+Gravitation+Dynamics
J|0578|Morgunov,V.A.|On the nature of the lithosphere-ionosphere interaction|In Russian|#IFZ:-:5:1988:80-87|Ionosphere+Lithosphere+Interactive system|Scientific communication
J|0579|Stakhovsky,I.R.|Cracking and surficial deformations in the buildup zone of shear rupture within a rock sample|In Russian|#IFZ:-:5:1988:88-94|Crack+Deformation+Shear+Rock|Scientific communication
J|0580|Aleshin,A.S.+Krylov,I.B.+Kuznetsov,V.V.+|On the nonlinear vibrational excitation of waves in a real medium|In Russian|#IFZ:-:5:1988:95-104|Nonlinear wave+Excitation|Scientific communication
J|0581|Kissin,I.G.|High-amplitude forerunners and "sensitive zones" of the Earth's crust|In Russian|#IFZ:-:6:1988:3-13|Foreshock+Crust+Sensitivity
J|0582|Lukk,A.A.+Yunga,S.L.|Stress-strain state of the Earth's crust in the Garm area|In Russian|#IFZ:-:6:1988:14-26|Stress+Strain+Crust+Garm
J|0583|Pleshkevich,A.L.|Scalar wave equation in the seismics problem of wave fields continuation|In Russian|#IFZ:-:6:1988:27-35|Scalar-wave equation+Seismics+Wave field
J|0584|Starostenko,V.I.+Kostyukevich,A.S.+Kozlenko,V.G.|Combined interpretation of seismic and gravity data. II. An application|In Russian|#IFZ:-:6:1988:36-43|Seismics+Gravity
J|0585|Dotsev,N.+Yunga,S.L.|Estimation of stress state of the crust in Bulgaria|In Russian|#IFZ:-:6:1988:55-59|Stress+Crust+Bulgaria|Scientific communication
J|0586|Its,E.N.|Theoretical seismograms of surface waves in a medium with vertical contacts|In Russian|#IFZ:-:6:1988:60-66|Synthetic seismogram+Surface wave+Contact|Scientific communication
J|0587|Sasatani,T.|SH-waves in laterally varying medium: (1) The seismic response of sediment-filled valleys to plane-incident SH-waves||#JFH:8:3:1988:191-208|SH-wave+Response+Sediment+Lateral variation
J|0588|Hatanaka,Y.+Shimazaki,K.|Rupture process of the 1975 central Oita, Japan, earthquake||#JPE:36:1:1988:1-15|Rupture+Earthquake+Japan+1975||#*OITA
J|0589|Canas,J.A.|Rayleigh wave attenuation across the Atlantic-Indian ridge||#JPE:36:1:1988:17-25|Rayleigh wave+Attenuation+Atlantic Ridge+Indian Ridge
J|0590|Singh,S.J.+Sikka,J.S.|On two-dimensional dynamical dislocations||#JPE:36:1:1988:27-41|Dynamics+Dislocation+Elastic medium
J|0591|Kasahara,J.+Nagumo,S.+Koresawa,S.+|Seismic activity and crustal structure in back-arc basins near Japanese Islands deduced from ocean bottom seismological observations||#JPE:36:1:1988:S31-S38|Seismicity+Japan+Crust+Ocean-bottom seismograph
J|0592|Bogdanov,N.A.|Geology of the Komandorsky deep basin||#JPE:36:1:1988:S65-S71|Geology+Seismicity+Komandorskiye Islands+Bering Sea
J|0593|Tuezov,I.K.+Yepaneshnikov,V.D.|Numerical modelling of the stationary heat flow of the Bering Sea lithosphere||#JPE:36:1:1988:S73-S80|Deep seismic sounding+Numerical modelling+Heat flow+Bering Sea
J|0594|Tuezov,I.K.|Asthenosphere of the Okhotsk Sea and adjacent areas||#JPE:36:1:1988:S81-S100|Okhotsk, Sea of+Asthenosphere+Wave guide+Velocity
J|0595|Walker,D.A.|Significant unreported earthquakes in the Marianas subduction zone||#JPE:36:2:1988:43-52|Marianas+Subduction+Earthquake
J|0596|Suetsugu,D.+Nakanishi,I.|Re-examination of fault model for the 1982 Urakawa-Oki earthquake by analyses of seismic, geodetic and tsunami data||#JPE:36:2:1988:53-67|Fault+1982+Earthquake+Japan||#*URAKAWA
J|0597|Ukawa,M.+Eguchi,T.+Fujinawa,Y.|Seismic activity in the subducting Philippine sea plate along the Suruga trough revealed by OBS observation||#JPE:36:3:1988:69-87|Seismicity+Subduction+Philippine Sea+Ocean-bottom seismograph
J|0598|Takemura,M.+Ikeura,T.|A semi-empirical method using a hybrid of stochastic and deterministic fault models: simulation of strong ground motions during large earthquakes||#JPE:36:3:1988:89-106|Modelling+Fault+Strong-motion analysis+Large earthquake
J|0599|Seno,T.+Kaplan,D.E.|Seismotectonics of western New Guinea||#JPE:36:3:1988:107-124|Seismotectonics+New Guinea+Seismicity+Focal mechanism
J|0600|Fukushima,T.+Suetsugu,D.+Nakanishi,I.|Single station moment tensor inversion for near earthquakes||#JPE:36:3:1988:125-133|Moment+Inversion+Near earthquake|Letter
J|0601|Scheidegger,A.E.|The connection of geodynamics with seismicity patterns||#NHZ:1:1:1988:5-13|Geodynamics+Seismicity+Earthquake+China
J|0602|Su,S.S.|Seismic hazard analysis for the Philippines||#NHZ:1:1:1988:27-44|Hazard+Risk+Zoning+Philippines
J|0603|Okal,E.A.|Seismic parameters controlling far-field tsunami amplitudes: a review||#NHZ:1:1:1988:67-96|Tsunami+Source+Earthquake+Review
J|0604|Berz,G.|List of major natural disasters, 1960-1987||#NHZ:1:1:1988:97-99|Earthquake+Tsunami+Volcano+Disaster+1960-1987
J|0605|Krasnoborod'ko,V.V.+Novikov,A.A.+Tarasenko,V.M.|On acoustic field measurements by free-falling hydrophone|In Russian with English abstract|#OKN:28:1:1988:154-156|Acoustics+Hydrophone
J|0606|Duglas,V.K.+Kamionka,M.V.|On mapping of main types of bottom sediment surface layer by geophysical methods|In Russian with English abstract|#OKN:28:1:1988:162-167|Map+Sediment+Profile
J|0607|Neprochnov,Yu.P.+Buravtsev,A.A.|The main results and problems of the study of ocean lithosphere|In Russian with English abstract|#OKN:28:3:1988:420-429|Ocean+Lithosphere+Refraction study+Velocity
J|0608|Lawson,J.E.+Luza,K.V.|Oklahoma earthquakes, 1987||Okla. Geol. Notes:48:2:1988:54-63|Oklahoma+Earthquake+1987
J|0609|Hoshiba,M.|Regionality of coda Q-1-values in the Kyushu district, Japan|In Japanese with English abstract|#QJS:51:3-4:1988:75-84|Q+Kyushu+Scattering
J|0610|Kusano,F.|An energy release activity of earthquakes|In Japanese with English abstract|#QJS:51:3-4:1988:85-92|Energy+Earthquake+Seismicity+Japan
J|0611|a-Osaka District Meteorological Observatory|Report on the earthquake of northern part of Wakayama Prefecture, May 9, 1987|In Japanese|#QJS:51:3-4:1988:107-110|Earthquake+Mechanism+1987+Wakayama||#*WAKAYAMA87
J|0612|Wang,R-B.|A study of the recent tectonic activity in Jiangsushandong-Anhui area|In Chinese and English|#SMG:10:1:1988:1-14|Deformation+Strike-slip+Locked zone+China
J|0613|Xiang,H-F.+Fang,Z-J.+Xu,J.+|Seismotectonic background and recurrence interval of great earthquakes in 1679 Sanhe-Pinggu M=8 earthquake area|In Chinese and English|#SMG:10:1:1988:15-38|Hubei+Seismogenesis+Recurrence+Great earthquake
J|0614|Cheng,S-P.|Depositional environments of gravels, terraces displaced by Wairarapa fault at Waingawa river and recurrence interval of 1855 earthquake, southern North Island, New Zealand|In Chinese with English abstract|#SMG:10:1:1988:39-50|Recurrence+New Zealand+Wairarapa+Fault
J|0615|Hu,L-Y.+Li,Z-H.|Preliminary approach to the mid-range forecast of moderate earthquake in the Jiangsu Province and southern-Yellow Sea|In Chinese with English abstract|#SMG:10:1:1988:51-60|Prediction+Jiangsu+Yellow Sea
J|0616|Wang,S-Z.|Estimation of hypocentral parameters from geometry of seismic intensity distribution|In Chinese with English abstract|#SMG:10:1:1988:61-69|Isoseismal data+Hypocentre+Intensity+Stress-drop||#*TANGSHAN|#*YUNGSHAN|#*LUHUO
J|0617|Loo,H-Y.+Kong,X-H.+Gao,W-A.|Numerical modelling of formation mechanism of Shanxi en-echelon graben|In Chinese with English abstract|#SMG:10:1:1988:70-77|Shaanxi+Mechanics+Numerical modelling+Finite element method
J|0618|Che,Y-T.+Zhu,Q-Z.+Yu,J-Z.+|The Earth tide and seismic wave effects on water level in the Tangkeng well group, Fujian Province|In Chinese with English abstract|#SMG:10:1:1988:78-86|Fujian+Earth tide+Wave+Well
J|0619|Chen,R.+Li,P.|Slip rates and earthquake recurrence intervals of the western branch of the Xiaojiang fault zone|In Chinese with English abstract|#SMG:10:2:1988:1-13|Yunnan+Fault+Slip+Recurrence
J|0620|Yang,Z-J.|Study on the Jiangnan middle-macroseismic belt|In Chinese with English abstract|#SMG:10:2:1988:14-18|Zoning+Jiangnan Fault+Macroseismic data
J|0621|Zhu,L.R.|Anomaly of information entropy before great earthquakes - the case study of Wuqia earthquakes|In Chinese with English abstract|#SMG:10:2:1988:29-38|Entropy+Great earthquake+Wuqia||#*XINJIANG|#*XINJIANG83
J|0622|Feng,X-Y.+Luan,C-Q.+Li,J.+|The deformation zone of Wuqia earthquake of M=7.4 in 1985|In Chinese with English abstract|#SMG:10:2:1988:39-45|Wuqia+Deformation+Earthquake+Fault+1985||#*XINJIANG
J|0623|Tang,Y-B.+Shen,Z-Z.+Lin,S-P.+|Extending of the Tancheng-Lujiang fault zone at the Anhui section and its neotectonic activity|In Chinese with English abstract|#SMG:10:2:1988:46-50|Fault+Anhui+Neotectonics
J|0624|Li,R-C.|On features of slip motion on source fault plane in western Hubei|In Chinese with English abstract|#SMG:10:2:1988:51-56|Hubei+Mechanism+Fault
J|0625|Ji,Y-T.+Li,D-L.|Analysis of `Quaternary faults' on the sides of Jinshan trough, Shanghai|In Chinese with English abstract|#SMG:10:2:1988:57-64|Shanghai+Reflexion study
J|0626|Zhang,Y-L.+An,H-J.+Liou,X-L.+|The relation of the lateral change of electric property in crust-upper mantle with great earthquake in partial region of northwest China|In Chinese with English abstract|#SMG:10:2:1988:65-73|Magnetotellurics+Crust+Great earthquake
J|0627|Hua,P-Z.+Xu,Z-Y.+Li,P-L.+|An experimental study on the characteristics of elastic wave propagation in marble specimen under true triaxial compression|In Chinese with English abstract|#SMG:10:2:1988:74-80|Elastic wave+Propagation+Stress+Compression
J|0628|Ran,Y-K.|The earthquake faults of the late Quaternary on eastern piedmont of Cangshan mountain and the ages of paleoearthquakes occurring in Dali City, Yunnan|In Chinese|#SMG:10:2:1988:74|Palaeoseismicity+Yunnan|Scientific note
J|0629|Maniago,V.|Earthquake engineering||Soc. Engr. J.:29:1:1988:18-24|Earthquake engineering+Ground motion|Technical paper
J|0630|Jansky,J.+Zednik,J.|Source radiation pattern and PKP amplitudes from the Tonga region||#SGE:32:1:1988:62-69|PKP-wave+Amplitude+Tonga+Radiation
J|0631|Jech,J.|Three-dimensional inverse problem for inhomogeneous transversely isotropic media||#SGE:32:2:1988:136-143|Inversion+P-wave+Inhomogeneous medium+Isotropic medium
J|0632|Karnik,V.+Prochazkova,D.+Schenk,V.+|Seismic zoning map of Czechoslovakia - version 1987||#SGE:32:2:1988:144-150|Zoning+Map+Czechoslovakia+1987
J|0633|Lastovickova,M.+Ramana,Y.V.+Gogte,B.S.|Comparison of electric and elastic parameters of Indian Precambrian rocks||#SGE:32:2:1988:222-226|Velocity+India+Rock+Resistivity|Shorter contribution
J|0634|Pleinerova,J.|Seismic wave field of a point shear dislocation in a laterally inhomogeneous medium||#TVG:35:619:1987:9-27|Wave field+Inhomogeneous medium+Dislocation
J|0635|Karnik,V.+Schenkova,Z.|Principles of establishing seismological data bases||#TVG:35:620:1987:29-41|Data base
J|0636|Holub,K.+Fiedler,J.|Model calculation of the localization accuracy of the network of underground seismic stations in the Ostrava-Karvina mining area||#TVG:35:621:1987:43-53|Network+Accuracy+Location+Mining+Czechoslovakia
J|0637|Hashida,T.+Stavrakakis,G.+Shimazaki,K.|Three-dimensional seismic attenuation structure beneath the AEgean region and its tectonic implication||#TCT:145:1-2:1988:43-54|Attenuation+Structure+AEgean+Tectonics
J|0638|Walley,C.D.|A braided strike-slip model for the northern continuation of the Dead Sea Fault and its implications for Levantine tectonics||#TCT:145:1-2:1988:63-72|Dead Sea+Fault+Tectonics
J|0639|Yoshida,A.|Migration of seismic activity along intraplate seismic belts in the Japanese Islands||#TCT:145:1-2:1988:87-99|Migration+Intraplate seismicity+Japan+Large earthquake||#*IZUHANTO|#*OITA|#*SEAOFJAPAN
J|0640|Pavlis,T.L.+Bruhn,R.L.|Stress history during propagation of a lateral fold-tip and implications for the mechanics of fold-thrust belts||#TCT:145:1-2:1988:113-127|Stress+Propagation+Fold-and-thrust belt+Mechanics||#*ELASNAM|#*COALINGA
J|0641|Munoz,A.V.|Seismicity of the Panama Block, I. Magnitudes and spatial distribution of epicentres||#TCT:145:3-4:1988:213-224|Seismicity+Panama+Magnitude+Spatial distribution
J|0642|Barrientos,S.E.|Slip distribution of the 1985 Central Chile earthquake||#TCT:145:3-4:1988:225-241|Slip+Large earthquake+Chile+1985||#*SANANTONIO
J|0643|Bois,C.+Cazes,M.+Hirn,A.+|Contribution of deep seismic profiling to the knowledge of the lower crust in France and neighbouring areas||#TCT:145:3-4:1988:253-275|Profile+France+Lower crust+Deep seismic sounding
J|0644|Ralchovsky,Ts.M.+Komarov,L.N.|Periodicity of the earth electric precursor before strong earthquakes||#TCT:145:3-4:1988:325-327|Electrical potential+Precursor+Strong earthquake+Periodicity|Letter section
J|0645|Pavlides,S.B.+Kondopoulou,D.P.+Kilias,A.A.+|Complex rotational deformations in the Serbo-Macedonian massif (north Greece): structural and paleomagnetic evidence||#TCT:145:3-4:1988:329-335|Seismicity+Fault+Serbomacedonian massif+Deformation|Letter section
J|0646|Papadopoulos,G.A.|A note on the prediction of the September 13, 1986 strong earthquake in Kalamata, southwest Peloponnesus, Greece||#TCT:145:3-4:1988:337-341|Prediction+Strong earthquake+1986+Greece|Letter section|#*KALAMATA
J|0647|Papadopoulos,G.A.|Synchronized earthquake occurrence in the Hellenic Arc and implications for earthquake prediction in the Dodecanese Islands (Greece)||#TCT:145:3-4:1988:343-347|Hellenic arc+Prediction+Occurrence+Synchronization|Letter section
J|0648|Luschen,E.+Wenzel,F.+Sandmeier,K-J.+|Near-vertical and wide-angle seismic surveys in the Black Forest, SW Germany||#JGZ:62:1:1987:1-30|Reflexion study+Refraction study+Profile+Black Forest
J|0649|Zahradnik,J.+Hron,F.|Seismic ground motion of sedimentary valleys - example La Molina, Lima, Peru||#JGZ:62:1:1987:31-37|Strong-motion analysis+Microzoning+Sedimentary basin+Peru
J|0650|Moczo,P.+Bard,P-Y.+Psencik,I.|Seismic response of two-dimensional absorbing structures by the ray method||#JGZ:62:1:1987:38-49|Response+Ray theory+Frequency domain+Absorption
J|0651|Oncescu,M.C.|On the stress tensor in Vrancea region||#JGZ:62:1:1987:62-65|Stress+Vrancea|Short communication
J|0652|a-DEKORP Research Group|Results of the DEKORP 4/KTB Oberpfalz deep seismic reflection investigations||#JGZ:62:2:1988:69-101|Bavaria+Deep seismic sounding+Reflexion study+Crustal structure
J|0653|Kind,R.+Vinnik,L.P.|The upper-mantle discontinuities underneath the GRF array from P-to-S converted phases||#JGZ:62:3:1988:138-147|Converted wave+Upper mantle+Grafenberg+Transition zone
J|0654|Wenzel,F.|The relation between Born inversion and standard migration schemes||#JGZ:62:3:1988:148-157|Reflexion study+Migration+Born inversion
J|0655|Seidl,D.+Hellweg,M.|Restoration of broad-band seismograms (Part II): signal moment determination||#JGZ:62:3:1988:158-162|Broadband seismology+Source+Displacement
J|0656|Kampfmann,W.|A study of diffraction-like events on DEKORP2-S by Kirchhoff theory||#JGZ:62:3:1988:163-174|DEKORP+Diffraction+Kirchhoff theory
J|0657|Ursin,B.|The spectral function of a vertically inhomogeneous medium||#GPP:36:1:1988:1-5|Inhomogeneous medium+Spectral function+Elastic wave+Source
J|0658|Brauner,W.+Durschner,H.+Koopmann,B.+|Moving source profiling (MSP)||#GPP:36:1:1988:6-21|Germany+Moving source+Vertical seismic profiling+Depth
J|0659|Baeten,G.J.M.+Fokkema,J.T.+Ziolkowski,A.M.|Seismic vibrator modelling||#GPP:36:1:1988:22-65|Vibrator+Modelling+Wave field+Vibroseis
J|0660|Holberg,O.|Towards optimum one-way wave propagation||#GPP:36:2:1988:99-114|Propagation+Wave field+Imaging+Finite difference method
J|0661|Longbottom,J.+Walden,A.T.+White,R.E.|Principles and application of maximum kurtosis phase estimation||#GPP:36:2:1988:115-138|Deconvolution+Kurtosis+Entropy+Noise
J|0662|East,R.J.R.+Worthington,M.H.+Goulty,N.R.|Convolution back-projection imaging of physical models with crosshole seismic data||#GPP:36:2:1988:139-148|Convolution+Imaging+Cross-hole+Tomography
J|0663|Trappe,H.|Seismic attenuation in the vicinity of the geothermal anomaly at Urach obtained from near-vertical reflection profiles||#GPP:36:2:1988:149-166|Urach geothermal anomaly+Attenuation+Vertical seismic profiling+Sediment
J|0664|Dyer,B.+Worthington,M.H.|Some sources of distortion in tomographic velocity images||#GPP:36:3:1988:209-222|Tomography+Velocity+Imaging+Cross-hole
J|0665|Landa,E.+Kosloff,D.+Keydar,S.+|A method for determination of velocity and depth from seismic reflection data||#GPP:36:3:1988:223-243|Velocity+Depth+Reflexion study+Inversion
J|0666|Krollpfeifer,D.+Dresen,L.+Hsieh,C.H.+|Detection and resolution of thin layers: a model seismic study||#GPP:36:3:1988:244-264|Detection+Resolution+Vertical seismic profiling+Layered medium
J|0667|Trappe,H.+Wever,T.+Meissner,R.|Crustal reflectivity pattern and its relation to geological provinces||#GPP:36:3:1988:265-281|Crust+Reflectivity+Reflexion study+Pattern
J|0668|Walden,A.T.+Nunn,K.R.|Correcting for coloured primary reflectivity in deconvolution||#GPP:36:3:1988:282-297|Deconvolution+Reflectivity+Wavelet
J|0669|Cox,K.B.+Mason,I.M.|Velocity analysis of the SH-channel wave in the Schwalbach seam at Ensdorf colliery||#GPP:36:3:1988:298-317|Germany+Coal+Channel wave+Propagation
J|0670|Dobroka,M.|On the absorption-dispersion characteristics of channel waves propagating in coal seams of varying thickness||#GPP:36:3:1988:318-331|Coal+Channel wave+Absorption+Dispersion
J|0671|Laws,R.+Parkes,G.+Hatton,L.|Energy-interaction: the long-range interaction of seismic sources||#GPP:36:4:1988:333-348|Marine seismic source+Airgun+Energy+Wave field
J|0672|King,M.S.+Zimmerman,R.W.+Corwin,R.F.|Seismic and electrical properties of unconsolidated permafrost||#GPP:36:4:1988:349-364|Velocity+Acoustic wave+Permafrost+Porosity
J|0673|Rietsch,E.|The maximum entropy approach to the inversion of one-dimensional seismograms||#GPP:36:4:1988:365-382|Maximum entropy+Seismogram+Inversion+Velocity
J|0674|Tarantola,A.+Jobert,G.+Trezeguet,D.+|The non-linear inversion of seismic waveforms can be performed either by time extrapolation or by depth extrapolation||#GPP:36:4:1988:383-416|Inversion+Waveform+Synthetic seismogram+Extrapolation
J|0675|White,J.E.+Welsh,E.|Borehole coupling of seismic waves in a permeable solid||#GPP:36:4:1988:417-429|Borehole+Coupling+Propagation+Elastic wave
J|0676|Daley,P.F.+Hron,F.|A non-geometrical SH-arrival||#GPP:36:4:1988:430-445|SH-wave+Point source+Seismic survey+Offset
J|0677|Carrion,P.M.|Velocity analysis from large offset seismic records||#PAG:126:1:1988:1-26|Moveout+Stacking+Offset+Velocity
J|0678|Satake,K.|Effects of bathymetry on tsunami propagation: application of ray tracing to tsunamis||#PAG:126:1:1988:27-36|Tsunami+Ray tracing+Bathymetry||#*SEAOFJAPAN
J|0679|De Natale,G.+Faccioli,E.+Zollo,A.|Scaling of peak ground motions from digital recordings of small earthquakes at Campi Flegrei, southern Italy||#PAG:126:1:1988:37-53|Ground motion+Volcanic tremor+Naples+Attenuation
J|0680|Papazachos,B.C.+Kiratzi,A.A.+Karacostas,B.+|Surface fault traces, fault plane solution and spatial distribution of the aftershocks of the September 13, 1986 earthquake of Kalamata (southern Greece)||#PAG:126:1:1988:55-68|Greece+Earthquake+1986+Fault plane solution||#*KALAMATA
J|0681|Sibson,R.H.|Review of `The nature of the lower continental crust' edited by J. B. Dawson, D. A. Carswell, J. Hall and K. H. Wedepohl||#PAG:126:1:1988:153-154|Lower crust+Continental crust+Review
J|0682|Okal,E.A.|Review of `Plate tectonics: how it works' by A. Cox and R. B. Hart||#PAG:126:1:1988:155|Plate tectonics+Review
J|0683|Nyland,E.|Review of `Reflection seismology: a tool for energy resource exploration' by K. H. Waters||#PAG:126:1:1988:156-157|Review+Reflexion study+Exploration
J|0684|Girdler,R.W.|Review of `Continental rifts' edited by A. M. Quennell||#PAG:126:1:1988:158-159|Continental rift+Review
J|0685|Czechowski,L.|Review of `Principles of applied geophysics' by D. S. Parasnis||#PAG:126:1:1988:161|Review+Geophysics+Seismics+Prospecting
J|0686|Hamilton,E.L.|Review of `Ocean seismo-acoustics/Low frequency underwater acoustics' edited by T. Akal and J. M. Berkson||#PAG:126:1:1988:162-164|Review+Seismoacoustics+Ocean
J|0687|Stuart,W.D.+Aki,K.|Introduction to the proceedings of the international conference `Physical and observational basis of intermediate-term earthquake prediction' 1986 November, Monterey, California||#PAG:126:2-4:1988:175-176|Prediction||#*HAICHENG
J|0688|Roeloffs,E.A.|Hydrologic precursors to earthquakes: a review||#PAG:126:2-4:1988:177-209|Prediction+Review+Hydrology+Water level
J|0689|Oki,Y.+Hiraga,S.|Groundwater monitoring for earthquake prediction by an amateur network in Japan||#PAG:126:2-4:1988:211-240|Prediction+Groundwater+Japan||#*IZUOSHIMA|#*MIYAGI|#*IZUHANTO2
J|0690|Thomas,D.|Geochemical precursors to seismic activity||#PAG:126:2-4:1988:241-266|Prediction+Geochemistry
J|0691|Wakita,H.+Nakamura,Y.+Sano,Y.|Short-term and intermediate-term geochemical precursors||#PAG:126:2-4:1988:267-278|Prediction+Geochemistry+Groundwater
J|0692|Habermann,R.E.|Precursory seismic quiescence: past, present, and future||#PAG:126:2-4:1988:279-318|Prediction+Seismicity+Quiescence
J|0693|Wyss,M.+Habermann,R.E.|Precursory seismic quiescence||#PAG:126:2-4:1988:319-332|Prediction+Pattern+Quiescence
J|0694|Wyss,M.+Habermann,R.E.|Precursory quiescence before the August 1982 Stone Canyon, San Andreas fault, earthquakes||#PAG:126:2-4:1988:333-356|Prediction+Quiescence+San Andreas Fault||#*STONECAN
J|0695|Matthews,M.V.+Reasenberg,P.A.|Statistical methods for investigating quiescence and other temporal seismicity patterns||#PAG:126:2-4:1988:357-372|Prediction+Quiescence+Pattern+Statistical method
J|0696|Reasenberg,P.A.+Matthews,M.V.|Precursory seismic quiescence: a preliminary assessment of the hypothesis||#PAG:126:2-4:1988:373-406|Prediction+Quiescence+Statistics
J|0697|Wesson,R.L.+Nicholson,C.|Intermediate-term pre-earthquake phenomena in California, 1975-1986, and preliminary forecast of seismicity for the next decade||#PAG:126:2-4:1988:407-446|Prediction+Seismicity+California
J|0698|Mogi,K.|Downward migration of seismic activity prior to some great shallow earthquakes in Japanese subduction zones - a possible intermediate-term precursor||#PAG:126:2-4:1988:447-463|Prediction+Migration+Subduction
J|0699|Sato,H.|Temporal change in scattering and attenuation associated with the earthquake occurrence - a review of recent studies on coda waves||#PAG:126:2-4:1988:465-497|Prediction+Attenuation+Scattering+Coda wave
J|0700|Burford,R.O.|Retardations in fault creep rates before local moderate earthquakes along the San Andreas fault system, central California||#PAG:126:2-4:1988:499-529|Prediction+Creep+San Andreas Fault
J|0701|Rudnicki,J.W.|Physical models of earthquake instability and precursory processes||#PAG:126:2-4:1988:532-554|Prediction+Instability+Faulting+Friction
J|0702|Tullis,T.E.|Rock friction constitutive behaviour from laboratory experiments and its implications for an earthquake prediction field monitoring programme||#PAG:126:2-4:1988:555-588|Prediction+Rock+Friction+Mechanics
J|0703|Dieterich,J.H.|Probability of earthquake recurrence with nonuniform stress rates and time-dependent failure||#PAG:126:2-4:1988:589-617|Prediction+Foreshock+Aftershock
J|0704|Stuart,W.D.|Forecast model for great earthquakes at the Nankai Trough subduction zone||#PAG:126:2-4:1988:619-641|Prediction+Instability+Subduction+Nankai
J|0705|Dmowska,R.+Lovison,L.C.|Intermediate-term seismic precursors for some coupled subduction zones||#PAG:126:2-4:1988:643-664|Prediction+Subduction+Precursor
J|0706|Simpson,R.W.+Schultz,S.S.+Dietz,L.D.+|The response of creeping parts of the San Andreas Fault to earthquakes on nearby fault: two examples||#PAG:126:2-4:1988:665-685|Prediction+San Andreas Fault+Dislocation+Creep||#*COALINGA3|#*TRESPIN86
J|0707|Ishibashi,K.|Two categories of earthquake precursors, physical and tectonic, and their roles in intermediate-term earthquake prediction||#PAG:126:2-4:1988:687-700|Prediction+Precursor+Japan||#*IZUOSHIMA
J|0708|Scholz,C.H.|Mechanism of seismic quiescence||#PAG:126:2-4:1988:701-718|Prediction+Mechanism+Dilatancy+Quiescence
J|0709|Lines,L.R.+Schultz,A.K.+Treitel,S.|Cooperative inversion of geophysical data||#GPS:53:1:1988:8-20|Inversion+Seismic survey+Borehole
J|0710|Pan,G.S.+Phinney,R.A.+Odom,R.I.|Full-waveform inversion of plane-wave seismograms in stratified media: Theory and feasibility||#GPS:53:1:1988:21-31|Waveform+Inversion+Layered medium+Acoustics
J|0711|Dickinson,J.A.|Evaluation of two-pass three-dimensional migration||#GPS:53:1:1988:32-49|Migration+Reflector+Error
J|0712|Ikelle,L.T.+Diet,J.P.+Tarantola,A.|Linearized inversion of multioffset seismic reflection data in the omega-kappa domain||#GPS:53:1:1988:50-64|Inversion+Reflexion study+Synthetic seismogram+Fourier transform
J|0713|Macrides,C.G.+Kanasewich,E.R.+Bharatha,S.|Multiborehole seismic imaging in steam injection heavy oil recovery projects||#GPS:53:1:1988:65-75|Cross-hole+Imaging+Oil+Exploration
J|0714|Majer,E.L.+McEvilly,T.V.+Eastwood,F.S.+|Fracture detection using P-wave and S-wave vertical seismic profiles at The Geysers geothermal field||#GPS:53:1:1988:76-84|Vertical seismic profiling+Geysers, The+Fracture+P-wave+S-wave
J|0715|Wenzel,F.|Approximate traveltimes in laterally inhomogeneous media||#GPS:53:1:1988:129-130|Travel-times+Inhomogeneous medium+Migration+Tomography|Short note
J|0716|Ewaida,M.A.|Determination of the coherent condition for the scattering of an acoustic wave with arbitrary shaped wavefront by a curved area||#GPS:53:1:1988:131-134|Scattering+Acoustic wave+Wavefront+Layered medium|Short note
J|0717|Lerche,I.|Review of `Pattern recognition and image processing' edited by F. Aminzadeh||#GPS:53:1:1988:135-136|Pattern recognition+Imaging
J|0718|De Bazelaire,E.|Normal moveout revisited: inhomogeneous media and curved interfaces||#GPS:53:2:1988:143-157|Moveout+Inhomogeneous medium+Curvature+Interface
J|0719|Shtivelman,V.+Loewenthal,D.|Source wavelet estimation by upward extrapolation||#GPS:53:2:1988:158-166|Wavelet+Deconvolution+Water+Inhomogeneous medium
J|0720|Zhang,G-Q.+Zhang,S-L.+Wang,Y-X.+|A new algorithm for finite-difference migration of steep dips||#GPS:53:2:1988:167-175|Propagation+Migration+Stacking+Dip
J|0721|Louie,J.N.+Clayton,R.W.+LeBras,R.J.|Three-dimensional imaging of steeply dipping structure near the San Andreas fault, Parkfield, California||#GPS:53:2:1988:176-185|Imaging+Structure+San Andreas Fault+Reflexion study
J|0722|Walden,A.T.|Robust deconvolution by modified Wiener filtering||#GPS:53:2:1988:186-191|Wiener filter+Deconvolution+Noise+Wavelet
J|0723|Bailey,R.C.+Garces,P.B.|On the theory of air-gun bubble interactions||#GPS:53:2:1988:192-200|Airgun+Air bubble+Seismoacoustics
J|0724|Singh,R.P.+Nyland,E.|Ray bending due to strong velocity anomalies||#GPS:53:2:1988:201-204|Ray+Bending+Tomography+Velocity
J|0725|Gaiser,J.E.+Fulp,T.J.+Petermann,S.G.+|Vertical seismic profile sonde coupling||#GPS:53:2:1988:206-214|Vertical seismic profiling+Geophone+Borehole+Coupling
J|0726|Rendleman,C.A.+Levin,F.K.|Reflection maxima for reflections from single interfaces||#GPS:53:2:1988:271-275|Reflexion study+Interface+Point source+P-wave|Short note
J|0727|Wuenschel,P.C.|Review of `Production seismology' by J. E. White and R. L. Sengbush||#GPS:53:2:1988:276|Review+Exploration+Refraction study+Reflexion study
J|0728|Wuenschel,P.C.|Review of `Earthquakes' by B. A. Bolt||#GPS:53:2:1988:276|Earthquake+Review
J|0729|Halverson,J.R.|Seismic expression of the Upper Morrow sands, western Anadarko Basin||#GPS:53:3:1988:290-303|Anadarko+Oklahoma+Oil+Vibroseis
J|0730|Thomsen,L.|Reflection seismology over azimuthally anisotropic media||#GPS:53:3:1988:304-313|Reflexion study+Anisotropy+Body wave+Propagation
J|0731|Schuster,G.T.|An analytic generalized inverse for common-depth-point and vertical-seismic profile traveltime equations||#GPS:53:3:1988:314-325|Inversion+Vertical seismic profiling+Travel-times+Common depth point
J|0732|Schuster,G.T.+Johnson,D.P.+Trentman,D.J.|Numerical verification and extension of an analytical generalized inverse for common-depth-point and vertical-seismic profile traveltime equations||#GPS:53:3:1988:326-333|Inversion+Vertical seismic profiling+Travel-times+Common depth point
J|0733|Kanasewich,E.R.+Phadke,S.M.|Imaging discontinuities on seismic sections||#GPS:53:3:1988:334-345|Imaging+Discontinuity+Moveout+Stacking
J|0734|Beresford-Smith,G.+Rango,R.N.|Dispersive noise removal in t-x space: application to Arctic data||#GPS:53:3:1988:346-358|Noise+Surface wave+Ice+Arctic
J|0735|Wuenschel,P.C.|Removal of the detector-ground coupling effect in the vertical seismic profiling environment||#GPS:53:3:1988:359-364|Vertical seismic profiling+Detection+Ground+Coupling
J|0736|a-SEG Subcommittee on Digital Seismic Recorder Specifications, A. S. Badger, Chairman|Digital seismic recorder specification standards||#GPS:53:3:1988:415-417|Digital recording|Special report
J|0737|Mareschal,J-C.|Review of `The superdeep well of the Kola Peninsula' edited by Ye. A. Kozlovsky||#GPS:53:3:1988:417-418|Review+Well+Kola Peninsula
J|0738|Winkler,K.|Review of `Acoustics of porous media' by T. Bourbie, O. Coussy and B. Zinsaner||#GPS:53:3:1988:418-419|Acoustics+Review+Porous medium
J|0739|Rene,R.M.+Fitter,J.L.+Murray,D.J.+|Reflection and refraction seismic studies in the Great Salt Lake Desert, Utah||#GPS:53:4:1988:431-443|Reflexion study+Refraction study+Great Salt Lake+Utah
J|0740|Young,R.A.+Lucas,J.E.|Exploration beneath volcanics: Snake River plain, Idaho||#GPS:53:4:1988:444-452|Seismic survey+Idaho+Fault
J|0741|Dietrich,M.|Modelling of marine seismic profiles in the t-x and tau-rho domains||#GPS:53:4:1988:453-465|Modelling+Profiling+Marine seismic investigation
J|0742|Gibson,B.S.+Levander,A.R.|Modelling and processing of scattered waves in seismic reflection surveys||#GPS:53:4:1988:466-478|Reflexion study+Scattering+Modelling
J|0743|Mallick,S.+Frazer,L.N.|Rapid computation of multioffset vertical seismic profile synthetic seismograms for layered media||#GPS:53:4:1988:479-491|Vertical seismic profiling+Synthetic seismogram+Layered medium
J|0744|Zhu,X.+McMechan,G.A.|Acoustic modelling and migration of stacked cross-hole data||#GPS:53:4:1988:492-500|Cross-hole+Modelling+Acoustics+Migration
J|0745|LeBras,R.J.+Clayton,R.W.|An iterative inversion of back-scattered acoustic waves||#GPS:53:4:1988:501-508|Inversion+Scattering+Acoustic wave+Wave field
J|0746|Chang,S.K.+Liu,H.L.+Johnson,D.L.|Low-frequency tube waves in permeable rocks||#GPS:53:4:1988:519-527|Tube wave+Rock+Biot theory+Permeability
J|0747|Levin,F.K.|On: "Weak elastic anisotropy" (L. Thomsen)||#GPS:53:4:1988:558-560|Anisotropy+Elasticity|Discussion with reply by the authors
J|0748|Heath,R.G.|On: P. Maliphant's discussion on "Alternative processing techniques and data improvement provided by single-sweep recording" (S. W. Belcher, T. L. Pratt, J. K. Costain and C. Coruh)||#GPS:53:4:1988:562-563|Vibroseis+Process|Discussion
J|0749|Zhou,B.|On: "k-t scattering formulation of the absorptive acoustic wave equation: Wraparound and edge-effect elimination" (B. Compani-Tabrizi)||#GPS:53:4:1988:564-565|Scattering+Acoustic wave+Absorption|Discussion with a reply by the author
J|0750|Johnston,R.C.+Reed,D.H.+Desler,J.F.|Marine energy source standards||#GPS:53:4:1988:566-575|Marine seismic investigation|Special report
J|0751|Lerche,I.|Review of `Seismic tomography with applications in global seismology and exploration geophysics' edited by G. Nolet||#GPS:53:4:1988:579-580|Tomography+Global seismology+Exploration+Review
J|0752|Mareschal,J-C.|Review of `The Caribbean-South American plate boundary and regional tectonics' edited by W. Bonini, R. B. Hargreaves and R. Shamgam||#GPS:53:4:1988:580-581|Review+Tectonics+Caribbean+South America+Plate boundary
J|0753|Howell,L.H.+Trefethen,L.N.|Ill-posedness of absorbing boundary conditions for migration||#GPS:53:5:1988:593-603|Absorption+Migration+Boundary
J|0754|Gardner,G.H.F.|A three-dimensional perspective on two-dimensional dip moveout||#GPS:53:5:1988:604-610|Dip+Moveout+Wavefront
J|0755|Randall,C.J.|Absorbing boundary condition for the elastic wave equation||#GPS:53:5:1988:611-624|Absorption+Boundary+Elastic wave+Propagation
J|0756|Fornberg,B.|The pseudospectral method: accurate representation of interfaces in elastic wave calculations||#GPS:53:5:1988:625-637|Elastic wave+Interface+Discontinuity
J|0757|Anderson,R.G.+McMechan,G.A.|Noise-adaptive filtering of seismic records||#GPS:53:5:1988:638-649|Noise+Filtering+Reflexion study+Shot
J|0758|Duren,R.E.|A theory for marine source arrays||#GPS:53:5:1988:650-658|Marine seismic investigation
J|0759|Chen,S.T.|Shear-wave logging with dipole sources||#GPS:53:5:1988:659-667|Dipole source+Shear wave+Velocity+Biot theory
J|0760|Goldberg,D.+Gant,W.T.|Shear-wave processing of sonic log waveforms in a limestone reservoir||#GPS:53:5:1988:668-676|Shear wave+Waveform+Limestone+Process
J|0761|Pilant,W.L.|Review of `Inverse problem theory' by A. Tarantola||#GPS:53:5:1988:730-731|Review+Inversion+Inverse problem
J|0762|Tucker,P.M.|Seismic contouring: a unique skill||#GPS:53:6:1988:741-749|Deformation+Map+Fault+Fold
J|0763|Mora,P.|Elastic wave-field inversion of reflection and transmission data||#GPS:53:6:1988:750-759|Elastic wave+Wave field+Inversion+Density
J|0764|Zhu,T.|Ray-Kirchhoff migration in inhomogeneous media||#GPS:53:6:1988:760-768|Migration+Inhomogeneous medium+Kirchhoff method+Wave field
J|0765|Kosloff,D.+Kosloff,R.|Viscoacoustic wave propagation simulation in the earth||#GPS:53:6:1988:769-777|Anelasticity+Propagation+Acoustic wave+Porous medium
J|0766|Freire,S.L.M.+Ulrych,T.J.|Application of singular value decomposition to vertical seismic profiling||#GPS:53:6:1988:778-785|Vertical seismic profiling+Decomposition
J|0767|Dillon,P.B.|Vertical seismic profile migration using the Kirchhoff integral||#GPS:53:6:1988:786-799|Vertical seismic profiling+Migration+Kirchhoff's formula+Wave field
J|0768|Rai,C.S.+Hanson,K.E.|Shear-wave velocity anisotropy in sedimentary rocks: a laboratory study||#GPS:53:6:1988:800-806|Shear wave+Velocity+Anisotropy+Sedimentary rock
J|0769|Schmitt,D.P.+Bouchon,M.+Bonnet,G.|Full-wave synthetic acoustic logs in radially semi-infinite saturated porous media||#GPS:53:6:1988:807-823|Acoustic logging+Porous medium+Wave field+Point source
J|0770|Wuenschel,P.C.|Review of `An introduction to seismic interpretation: reflection seismics in petroleum exploration' by R. McQuillin, M. Bacon, W. Barclay with contributions by R. E. Sheriff, R. McEvoy and R. Steele||#GPS:53:6:1988:865-866|Review+Reflexion study+Exploration
J|0771|Wuenschel,P.C.|Review of `Seismic reflection interpretation' by M. K. Jenyon and A. A. Fitch||#GPS:53:6:1988:866|Review+Reflexion study
J|0772|Wuenschel,P.C.|Review of `Practical seismic interpretation' by M. E. Badley||#GPS:53:6:1988:866|Review+Reflexion study+Stratigraphy
J|0773|Watt,J.P.|Review of `Methods of experimental physics, vol.24, Part A' edited by C. G. Sammis and T. L. Henyey||#GPS:53:6:1988:866|Review+Rock mechanics+Elasticity
J|0774|Holub,K.|Studies of seismic waves from hole shots||#TVG:33:601:1985:9-34|Refraction study+Bohemia+Travel-times+Velocity
J|0775|Prochazkova,D.+Tobyas,V.+Knaislova,D.|Magnitude relations for short epicentral distances at seismic stations PRU and KHC||#TVG:33:602:1985:35-45|Duration magnitude+Local earthquake+Sg-wave+Czechoslovakia
J|0776|Knaislova,D.+Prochazkova,D.+Tobyas,V.|Weak seismic events located on the territory of the CSR in 1982||#TVG:33:603:1985:47-52|Weak earthquake+Czechoslovakia+1982
J|0777|Prochazkova,D.|Macroseismically felt earthquakes in Bohemia and Moravia in 1984||#TVG:33:604:1985:53-58|Macroseismic data+Czechoslovakia+1984
J|0778|Bucha,V.|The occurrence of rock bursts in the Kladno coal-mining area||#TVG:33:605:1985:59-74|Rockburst+Czechoslovakia+Kladno+Coal
J|0779|Prochazkova,D.|The Vogtland earthquakes||#TVG:34:615:1986:75-94|Earthquake+Swarm+Vogtland+Central Europe
J|0780|Holub,K.+Tobyas,V.|Particle velocities near blasts in open-pit shale mines||#TVG:34:616:1986:95-108|Particle velocity+Blast+Shale
A|0781|Carlson,M-L.+Johansson,P.|Seismology 1988: nuclear test ban verification, earthquake and earth-resource investigation||1989:Stockholm:Forsvarets Forskningsanstalt|Nuclear test ban+Resource+Earthquake
J|0782|Linde,A.T.+Suyehiro,K.+Miura,S.+|Episodic aseismic strain signals; precursors to the Japan Sea earthquake of 1983||#SRT:31:2:1988:29-41|Strain+Precursor+Japan Sea+1983||#*SEAOFJAPAN
J|0783|Horiuchi,S.+Hasegawa,A.+Takagi,A.+|Mapping of a melting zone near Mt. Nikko-Shirane in northern Kano, Japan, as inferred from Sxp and SxS reflections||#SRT:31:2:1988:43-55|Microearthquake+Swarm+Japan+Volcano
J|0784|Sato,K.|Stress and displacement fields in the northeastern Japan island arc as evaluated with three-dimensional finite element method and their tectonic interpretations||#SRT:31:3-4:1988:57-99|Stress+Japan+Displacement+Finite element method
J|0785|Masuda,T.|Corner frequencies and Q values of P and S waves by simultaneous inversion technique||#SRT:31:3-4:1988:101-125|Q+Corner frequency+P-wave+S-wave+Inversion
J|0786|Yasaka,A.+Koshida,H.+Iizuka,M.+|Base isolation systems for earthquake protection and vibration isolation of structures (Part 6) - development of oil buffers|In Japanese with English abstract|#ARK:36:-:1988:125-130|Base isolation system
J|0787|Yasaka,A.+Iizuka,M.+Andow,K.+|Base isolation systems for earthquake protection and vibration isolation of structures (Part 7) - verification testing of high damping rubber bearings|In Japanese with English abstract|#ARK:36:-:1988:137-138|Base isolation system
J|0788|Kobayashi,T.+Kondo,K.+Koshida,H.+|Vibration test and earthquake observation for a large-span frame structure|In Japanese with English abstract|#ARK:36:-:1988:147-152|Vibration+Steel frame+Structure
J|0789|Kouda,K.+Koshida,H.+Miura,Y.+|Earthquake response characteristics of two different types of seismic isolation floor system - shaking table test results of seismic isolation floor systems|In Japanese with English abstract|#ARK:36:-:1988:153-160|Base isolation system+Response+Shake table
J|0790|Yahata,K.|Analytical study of the basic behaviour of soil-pile interaction based on three-dimensional wave propagation theory|In Japanese with English abstract|#ARK:36:-:1988:173-178|Pile+Soil-structure interaction+Wave theory
J|0791|Ishida,H.+Ohta,T.|Applicability of the one-dimensional wave theory of the S wave in soil deposits|In Japanese with English abstract|#ARK:36:-:1988:179-184|Wave theory+S-wave+Soil
J|0792|Aoki,K.+Hirono,S.+Toida,M.|Application of seismic tomography to geological investigation|In Japanese with English abstract|#ARK:36:-:1988:231-234|Tomography+Geology+Imaging
J|0793|Harada,M.+Horikoshi,K.+Yano,K.+|Base-isolation system for earthquake protection and vibration isolation for precision machinery - development of the KK isolator|In Japanese with English abstract|#ARK:36:-:1988:273-278|Base isolation system+Vibration
J|0794|Campbell,W.H.|Introduction to Electrical properties of the Earth's mantle||#PAG:125:2-3:1987:193-204|Mantle+Electrical conductivity+Velocity profile
J|0795|Masse,R.P.|Crustal and upper mantle structure of stable continental regions in North America and northern Europe||#PAG:125:2-3:1987:205-239|Crust+Upper mantle+Velocity+North America+Europe
J|0796|Calcagnile,G.+Panza,G.F.|Properties of the lithosphere-asthenosphere system in Europe with a view toward Earth conductivity||#PAG:125:2-3:1988:241-254|Europe+Upper mantle+P-wave+S-wave
J|0797|Herraiz,M.+Espinosa,A.F.|Coda waves: a review||#PAG:125:4:1987:499-577|Coda wave+Attenuation+Scattering+High frequency
J|0798|Robinson,R.|Temporal variations in coda duration of local earthquakes in the Wellington region, New Zealand||#PAG:125:4:1987:579-596|Coda+Duration+Prediction+New Zealand
J|0799|Papazachos,B.C.+Papadimitriou,E.E.+Kiratzi,A.A.+|Probabilities of occurrence of large earthquakes in the AEgean and surrounding area during the period 1986-2006||#PAG:125:4:1988:597-612|AEgean+Large earthquake+Prediction+Probability
J|0800|Papadopoulos,G.A.+Voidomatis,Ph.|Evidence for periodic seismicity in the inner AEgean seismic zone||#PAG:125:4:1988:613-628|AEgean+Energy+Seismicity+Thermal stress
J|0801|Nussbaum,J.+Ruina,A.|A two degree-of-freedom earthquake model with static/dynamic friction||#PAG:125:4:1987:629-656|Earthquake+Friction+Stick-slip+Symmetry
J|0802|Weeks,J.D.|Review of `Mineral and rock deformation: laboratory studies, the Patterson volume' edited by B. E. Hobbs and H. C. Heard||#PAG:125:4:1987:683-685|Rock mechanics+Attenuation+Review
J|0803|Czechowski,L.|Review of `Practical physical geology. Problems and solutions' by J. A. Ciciarelli||#PAG:125:4:1987:693|Earthquake+Geology+Review
J|0804|Rybicki,K.R.|Review of `Annual review of Earth and planetary sciences, vol.14' edited by G. W. Wetherill, A. L. Albee and F. G. Stehli||#PAG:125:4:1987:694-696|Review+Induced seismicity+Fault
J|0805|Rees,B.A.+Okal,E.A.|The depth of the deepest historical earthquakes||#PAG:125:5:1987:699-715|Benioff zone+Seismicity+Historical earthquake+Depth
J|0806|Lerche,I.|Stratigraphic filtering of seismic waves: the influence of mode conversion multiples on P-wave and S-wave phase and attenuation||#PAG:125:5:1987:717-751|Scattering+Mode+Conversion+Stratigraphy
J|0807|Latousakis,J.+Drakopoulos,J.|A modified formula for frequency-magnitude distribution||#PAG:125:5:1987:753-764|Frequency-magnitude relation+Mediterranean
J|0808|Latousakis,J.+Drakopoulos,J.|Reoccurrence formulas for the largest earthquake magnitudes based on the modified cumulative frequency-magnitude relationship||#PAG:125:5:1987:765-775|Hazard+Frequency-magnitude relation+Occurrence
J|0809|Stuart,W.D.|Review of `Earthquake source mechanics' edited by S. Das, J. Boatwright and C. H. Scholz||#PAG:125:5:1987:853-855|Earthquake+Source+Mechanics+Review
J|0810|Rybicki,K.R.|Review of `Physics of the earthquake focus' edited by M. A. Sadovskii||#PAG:125:5:1987:856-858|Review+Physics+Earthquake+Focus
J|0811|Mitchell,B.J.|Review of `The continental crust, a geophysical approach' by R. Meissner||#PAG:125:5:1987:859-861|Continental crust+Review+Seismicity+Controlled source
J|0812|Sauber,J.|Review of `Active tectonics'||#PAG:125:5:1987:864-866|Review+Tectonics+Seismicity
J|0813|Okal,E.A.|Introduction to topical issue of PAGEOPH in the general field of volcanic seismology||#PAG:125:6:1987:881-882|Volcanism+Volcanic tremor
J|0814|De Natale,G.+Iannaccone,G.+Martini,M.+|Seismic sources and attenuation properties at the Campi Flegrei volcanic area||#PAG:125:6:1988:883-917|Naples+Volcanic tremor+Attenuation+Source
J|0815|Talandier,J.+Okal,E.A.|Seismic detection of underwater volcanism: the example of French Polynesia||#PAG:125:6:1988:919-950|Volcanic tremor+T-wave+Pacific Basin
J|0816|Gresta,S.+Patane,G.|Review of seismological studies at Mount Etna||#PAG:125:6:1987:951-970|Volcanic tremor+Mount Etna+Eruption
J|0817|Karpin,T.L.+Thurber,C.H.|The relationship between earthquake swarms and magma transport: Kilauea volcano, Hawaii||#PAG:125:6:1987:971-991|Volcanic tremor+Swarm+Magma+Kilauea
J|0818|Kaminuma,K.|Seismic activity of Erebus volcano, Antarctica||#PAG:125:6:1987:993-1008|Antarctica+Erebus, Mt.+Seismicity
J|0819|Peppin,W.A.|Exotic seismic phases recorded near Mammoth Lakes and their use in the delineation of shallow-crustal (magma?) anomalies||#PAG:125:6:1988:1009-1023|Mammoth Lakes+Crust+Structure+Magma
J|0820|Miyamachi,H.+Watanabe,H.+Moriya,T.+|Seismic experiments on Showa-Shinzan lava dome using firework shots||#PAG:125:6:1987:1025-1037|Exploration+Velocity+Usu Volcano+Structure
J|0821|Del Pezzo,E.+Gresta,S.+Patane,G.+|Attenuation of short period seismic waves at Etna as compared to other volcanic areas||#PAG:125:6:1987:1039-1050|Volcanic tremor+Q+Mount Etna
J|0822|McNutt,S.R.|Volcanic tremor at Pavlof volcano, Alaska, October 1973-April 1986||#PAG:125:6:1988:1051-1077|Volcanic tremor+Pavlof+Monitoring+Alaska
J|0823|Gresta,S.+Imposa,S.+Patane,D.+|Volcanic tremor at Mt. Etna: state-of-the-art and perspectives||#PAG:125:6:1988:1079-1094|Mount Etna+Volcanic tremor+Eruption+Precursor
J|0824|Acharya,H.|Spatial changes in volcanic and seismic activity prior to great earthquakes||#PAG:125:6:1987:1097-1118|Volcanism+Seismicity+Epicentre+Great earthquake
J|0825|Pisarenko,V.F.+Prouchkina,F.M.+Schwarz,G.F.+|Stochastic systems with self similar interaction of defects|In Russian|#VYS:-:18:1985:3-9|Defect+Model+Seismicity
J|0826|Zelevinsky,A.V.|On percolation model of seismicity|In Russian|#VYS:-:18:1985:10-24|Percolation+Model+Seismicity
J|0827|Guberman,Sh.A.+Pikovsky,Yu.I.|Conception of d-waves and large mineral deposits|In Russian|#VYS:-:18:1985:25-34|D-wave+Mineral+Model+Seismicity
J|0828|Grinfel'd,M.A.+Shvartzman,M.M.|Stress-strain fields in infinite elastic medium with the inclusion of different phase|In Russian|#VYS:-:18:1985:98-104|Elastic medium+Geodynamics+Stress+Strain
J|0829|Akasheh,B.+Kosobokov,V.G.|Clustering precursor before the strongest earthquakes of the Iran-Afghan region|In Russian|#VYS:-:18:1985:105-112|Prediction+Pattern+Clustering+Iran+Afghanistan
J|0830|Rechitskaya,N.N.|Bursts of aftershocks and strong earthquakes in three regions of the east Central Asia|In Russian|#VYS:-:18:1985:113-116|Prediction+Pattern+Aftershock+Central Asia
J|0831|Gvishiani,A.D.+Gourvitsh,V.A.+Rastsvetaev,A.L.|Dynamic problems of pattern recognition. III. The stability of identification of earthquake prone areas in the east of circum Pacific belt|In Russian|#VYS:-:18:1985:117-126|Prediction+Pattern+Circum-Pacific Belt+Identification
J|0832|Gorshkov,A.I.+Niauri,G.A.+Rantzman,E.Ye.+|Application of gravimetrical data for recognition of earthquake prone areas in the Great Caucasus|In Russian|#VYS:-:18:1985:127-133|Prediction+Pattern+Gravimetric data+Caucasus
J|0833|Eaton,D.+Sadovsky,A.M.|Gravity anomalies and epicentres of earthquakes for M>=5 in the area of San Andreas central branching|In Russian|#VYS:-:18:1985:134-138|Gravity+Prediction+Pattern+San Andreas Fault
J|0834|Weber,C.+Gvishiani,A.D.+Godfefroy,P.+|Pattern recognition of strong earthquake prone area. XII. Two approaches to recognition of strong earthquake prone areas in Western Alps|In Russian|#VYS:-:18:1985:139-153|Prediction+Pattern+Western Alps+Strong earthquake
J|0835|Kronrod,T.L.|Parameters of seismicity in tectonically similar region|In Russian|#VYS:-:18:1985:154-163|Prediction+Pattern+Tectonics+Seismicity
J|0836|Zheligovsky,V.A.+Shebalin,P.N.|Worldwide earthquake catalogues in the geophysical data bank for earthquake prediction: verification, correction and merging|In Russian|#VYS:-:18:1985:164-175|Prediction+Pattern+Catalogue+Data bank
J|0837|Kushnir,A.F.+Pinsky,B.I.|Optimal estimation of response parameters of the medium by observing signals at distant points|In Russian|#VYS:-:18:1985:201-216|Statistical method+Response+Signal
J|0838|Piterbarg,L.I.|On the median filter response in the high-frequency range|In Russian|#VYS:-:18:1985:228-235|Statistical method+High frequency+Response
J|0839|Eva,C.+Riuscetti,M.+Slejko,D.|Seismicity of the Black Sea region||#BGT:30:117-118:1988:53-66|Black Sea+Seismicity
J|0840|Persoglia,S.+Pipan,M.+Vesnaver,A.|Special processing of Black Sea seismic data||#BGT:30:117-118:1988:67-78|Reflexion study+Data processing+Black Sea
J|0841|Dachev,C.+Stanev,V.+Bokov,P.|Structure of the Bulgarian Black Sea area||#BGT:30:117-118:1988:79-109|Reflexion study+Geology+Bulgaria+Black Sea
J|0842|Belousov,V.V.+Volvovsky,B.S.+Arkhipov,I.V.+|Structure and evolution of the Earth's crust and upper mantle of the Black Sea||#BGT:30:117-118:1988:109-196|Structure+Crust+Upper mantle+Black Sea+Reflexion study
J|0843|Finetti,I.+Bricchi,G.+Del Ben,A.+|Geophysical study of the Black Sea||#BGT:30:117-118:1988:197-324|Reflexion study+Black Sea
J|0844|Radovanovic,S.+Gorbunova,I.V.|Rupture process determination for three strong earthquakes from the year 1980 using azimuthal travel time curves|In Serbocroatian with English abstract|#ASI:14:14:1988:17-26|Rupture+Strong earthquake+1980+Travel-times||#*AZORES|#*ELASNAM|#*CAMPANIA
J|0845|Herak,D.+Herak,M.+Cabor,S.|Some characteristics of the seismicity and the earthquake catalogue of the wider Dinara mountain area (Yugoslavia) for the period 1979-1987|In Serbocroatian with English abstract|#ASI:14:14:1988:27-59|Seismicity+Yugoslavia+1979-1987+Catalogue
J|0846|Sikosek,B.+Stojnic,L.+Stojnic,N.+|Genesis of Kraljevo earthquakes from the viewpoint of seismotectonics|In Serbocroatian with English abstract|#ASI:14:14:1988:61-75|Seismotectonics+Yugoslavia+Earthquake
J|0847|Hadzievski,D.+Cejkovska,V.+Pekevski,L.+|Earthquakes of the year 1986 in SR Macedonia|In Serbocroatian with English abstract|#ASI:14:14:1988:77-86|Earthquake+Macedonia+1986
J|0848|Cabre,R.+Minaya,E.|Propagation and attenuation of Lg waves in South America||U.S.A.F. Geophys. Lab. Int.Tech.Rep.:-:311:1987:1-32|Lg-wave+South America+Propagation+Attenuation
J|0849|Medina,F.+Cherkaoui,T-E.|Revision of the focal mechanism of the Agadir earthquake (Morocco) of 29 February 1960 - placed in the seismotectonic framework of Morocco|In French with English abstract|#GEF:24:1-2:1988:57-66|Focal mechanism+Earthquake+1960+Agadir
B|0850|||FOA Report C 20664-9.1|Johansson,P.+Bergkvist,N-O.+Springer,D.+|Regional seismic discrimination in the Baltic shield using network data|With Swedish abstract|1987:Stockholm:Res. Inst. National Defence|Discrimination+Baltic Shield+Network|37p
B|0851|||FOA Report C 20668-9.1|Johansson,P.+Astrom,M.|Discrimination of earthquakes and chemical explosions with a regional network|With Swedish abstract|1987:Stockholm:Res. Inst. National Defence|Discrimination+Earthquake+Explosion+Regional study|83p
A|0852|e*Nersesov,I.L.+Kondorskaya,N.V.|Recent seismological investigations in Europe - Proceedings of the XIX General Assembly of the European Seismological Commission, Moscow, 1984||1988:Moscow:Nauka|Seismicity+Prediction+Source+Seismogram+Lithosphere+Numerical modelling+Europe|590p
A|0853|e*El-Sabh,M.I.+Murty,T.S.|Natural and man-made hazards - Proceedings of the International Symposium, Quebec, 1986||1988:Dordrecht, Holland:D. Reidel Publishing Company|Hazard+Earthquake+Tsunami+Preparedness|894p
A|0854|e*Margottini,C.+Serva,L.|Proceedings of the ENEA/IAEA Workshop on "Historical seismicity of central-eastern Mediterranean region", Rome, 1987||1988:Rome:ENEA CRE|Seismicity+Mediterranean|337p
A|0855|e*Lee,W.H.K.+Meyers,H.+Shimazaki,K.|Historical seismograms and earthquakes of the world||1988:London:Academic Press Inc.|Earthquake+Seismogram|513p
A|0856|e*Litehiser,J.J.|Observatory seismology - Proceedings of the Centennial Symposium for the Berkeley seismograph stations||1989:Berkeley:Unversity of California Press|Global seismology+Crust+Seismicity+Observational seismology|379p
A|0857|e*Payo,G.+Radu,C.+Postpischl,D.|Calibration of historical earthquakes in Europe and recent developments in intensity interpretation - Proceedings of the symposium of the European Seismological Commission, Sofia, 1989||1989:Madrid:Instituto Geographico Nacional|Earthquake+Intensity|279p
A|0858|e*El-Isa,Z.H.+Khaled,H.M.+Sadaqah,R.M.+|Geology of Jordan and adjacent areas - Proceedings of the Second Jordanian Geological Conference, Amman, 1985||1987:Amman:Jordanian Geologists Association|Hazard+Arabia+Geology|581p
A|0859|e*Balan,S.+Conea,I.+Oncescu,M.C.+|Introduction to the mechanics of seismic phenomena and seismic engineering|In Romanian|1987:Brasov:Intreprinderea Poligrafica|Mechanics+Seismology+Earthquake engineering|549p
J|0860|Kern,H.+Schenk,V.|A model of velocity structure beneath Calabria, southern Italy, based on laboratory data||#EPL:87:3:1988:325-337|Velocity+Structure+Rock+Calabria
J|0861|Bourgois,J.+Pautot,G.+Bandy,W.+|Seabeam and seismic reflection imaging of the tectonic regime of the Andean continental margin off Peru (4degreesS to 10degreesS)||#EPL:87:1-2:1988:111-126|Reflexion study+Peru+Marine seismic investigation+Imaging+Tectonics
J|0862|Christodoulou,A.+Hatzfeld,D.|Three-dimensional crustal and upper mantle structure beneath Chalkidiki (northern Greece)||#EPL:88:1-2:1988:153-168|Greece+Crust+Upper mantle+Structure
J|0863|McDougall,I.+Duncan,R.A.|Age progressive volcanism in the Tasmantid seamounts||#EPL:89:2:1988:207-220|Volcanism+Sea mount+Tasman Sea+Earthquake||#*TASMAN
J|0864|Wezel,F-C.|Earth structural patterns and rhythmic tectonism||#TCT:146:1-4:1988:1-45|Tectonics+Structure+Oceanic basin+Velocity
J|0865|Suhadolc,P.+Panza,G.F.|The European-African collision and its effects on the lithosphere-asthenosphere system||#TCT:146:1-4:1988:59-66|Lithosphere+Europe+Dispersion+Surface wave
J|0866|Locardi,E.|The origin of the Apenninic arcs||#TCT:146:1-4:1988:105-123|Appennines+Tectonics+Subduction+Structure
J|0867|Lavecchia,G.+Minelli,G.+Pialli,G.|The Umbria-Marche arcuate fold belt (Italy)||#TCT:146:1-4:1988:125-137|Arc+Deep seismic sounding+Umbria+Structure
J|0868|Mascle,J.+Kastens,K.+Auroux,C.+|A land-locked back-arc basin: preliminary results from ODP Leg 107 in the Tyrrhenian Sea||#TCT:146:1-4:1988:149-162|Profiling+Tyrrhenian Sea+Basin
J|0869|Kissel,C.+Laj,C.|The Tertiary geodynamical evolution of the AEgean arc: a paleomagnetic reconstruction||#TCT:146:1-4:1988:183-201|Seismics+AEgean Sea+Depth+Palaeomagnetism
J|0870|Muelenkamp,J.E.+Wortel,M.J.R.+Van Wamel,W.A.+|On the Hellenic subduction zone and the geodynamic evolution of Crete since the late Middle Miocene||#TCT:146:1-4:1988:203-215|Hellenic arc+Subduction+Seismicity+Tomography
J|0871|Ben-Avraham,Z.+Kempler,D.+Ginzburg,A.|Plate convergence in the Cyprean arc||#TCT:146:1-4:1988:231-240|Plate tectonics+Cyprus+Seismicity+Reflexion study
J|0872|Eva,C.+Cattaneo,M.+Merlanti,F.|Seismotectonics of the central segment of the Indonesian arc||#TCT:146:1-4:1988:241-259|Seismotectonics+Indonesia+Arc+Focal mechanism
J|0873|Rangin,C.+Stephan,J.F.+Blanchet,R.+|Seabeam survey at the southern end of the Manila trench. Transition between subduction and collision processes, offshore Mindoro Island, Philippines||#TCT:146:1-4:1988:261-278|Manila Trench+Reflexion study+Subduction+Collision
J|0874|Rodnikov,A.G.|Correlation between the asthenosphere and the structure of the Earth's crust in active margins of the Pacific Ocean||#TCT:146:1-4:1988:279-289|Pacific Ocean+Asthenosphere+Crust+Hypocentre
J|0875|Auzende,J.M.+Eissen,J.P.+Lafoy,Y.+|Sea floor spreading in the north Fiji basin (southwest Pacific)||#TCT:146:1-4:1988:317-351|Seafloor spreading+Fiji+Seismicity+Reflexion study
J|0876|Scalera,G.|Nonconventional Pangea reconstructions: new evidence for an expanding Earth||#TCT:146:1-4:1988:365-383|Pangea+Plate tectonics+Epicentre
J|0877|Kister,B.+Wilhelm,H.|A regional compensation model for the Great Meteor seamount using the response function technique||#TCT:147:1-2:1988:1-17|Seamount+Atlantic Ocean+Model+Reflexion study
J|0878|Dubuisson,G.+Hirn,A.+Girardeau,J.+|Multiple Variscan nappes in Limousin, western Massif Central, France: geophysical constraints to the geological model and geodynamic implications||#TCT:147:1-2:1988:19-31|Massif Central+France+Refraction study+Geodynamics
J|0879|Verma,R.K.+Prasad,K.A.V.L.|Analysis of the gravity field in the Nepalese Himalayas-Tibetan region in the light of plate tectonics||#TCT:147:1-2:1988:59-70|Gravity+Himalayas+Plate tectonics+Explosion seismology
J|0880|Nagumo,S.+Kasahara,J.|The P-wave structure of the lithosphere-asthenosphere in the western Pacific: a comparison of ocean versus continent||#TCT:147:1-2:1988:85-93|P-wave+Pacific Ocean+Lithosphere+Asthenosphere+Structure
J|0881|Mikumo,T.+Wada,H.+Koizumi,M.|Seismotectonics of the Hida region, central Honshu, Japan||#TCT:147:1-2:1988:95-119|Seismotectonics+Honshu+Seismicity+Focal mechanism
J|0882|Shaocheng,J.+Mainprice,D.|Natural deformation fabrics of plagioclase: implications for slip systems and seismic anisotropy||#TCT:147:1-2:1988:145-163|Slip+Anisotropy+Deformation+P-wave
J|0883|Scott,B.+Price,S.|Earthquake-induced structures in young sediments||#TCT:147:1-2:1988:165-170|Turkey+Sediment+Structure+Liquefaction
J|0884|Yamaoka,K.|Spherical shell tectonics: on the buckling of the lithosphere at subduction zones||#TCT:147:3-4:1988:179-191|Tectonics+Lithosphere+Subduction+Aseismic ridge
J|0885|Lavecchia,G.|The Tyrrhenian-Apennines system: structural setting and seismotectogenesis||#TCT:147:3-4:1988:263-296|Tyrrhenian Sea+Appenines+Seismicity+Seismotectogenesis
J|0886|Nikonov,A.A.|Reconstruction of the main parameters of old large earthquakes in Soviet Central Asia using the paleoseismogeological method||#TCT:147:3-4:1988:297-312|Large earthquake+Central Asia+Palaeoseismogeology
J|0887|Froidevaux,C.+Uyeda,S.+Uyeshima,M.|Island arc tectonics||#TCT:148:1-2:1988:1-9|Island arc+Tectonics+Subduction
J|0888|Chroston,P.N.+Max,M.D.|Seismic anisotropy in mylonites: an example from the Mannin thrust zone, southwest Connemara, Ireland||#TCT:148:1-2:1988:29-39|Ultrasonics+Ireland+Anisotropy+Mylonite
J|0889|Flemming,N.C.+Wooworth,P.L.|Monthly mean sea levels in Greece during 1969-1983 compared to relative vertical land movements measured over different timescales||#TCT:148:1-2:1988:59-72|Tidal recording+Greece+Earthquake
J|0890|Tselentis,G-A.+Stavrakakis,G.+Makropoulos,K.+|Seismic moments of earthquakes at the western Hellenic arc and their application to the seismic hazard of the area||#TCT:148:1-2:1988:73-82|Hellenic arc+Hazard+Moment+Large earthquake||#*ALKION|#*ALKION2|#*ALKION3|#*AEGEAN|#*AEGEAN2
J|0891|Eyidogan,H.|Rates of crustal deformation in western Turkey as deduced from major earthquakes||#TCT:148:1-2:1988:83-92|Deformation+Crust+Turkey+Major earthquake
J|0892|Oike,K.+Huzita,K.|Relation between characteristics of seismic activity and neotectonics in Honshu, Japan||#TCT:148:1-2:1988:115-130|Neotectonics+Honshu+Seismicity+Large earthquake
J|0893|Langer,C.J.+Bollinger,G.A.|Aftershocks of the western Argentina (Caucete) earthquake of 23 November 1977: some tectonic implications||#TCT:148:1-2:1988:131-146|Aftershock+Argentina+Tectonics+Faulting||#*SANJUAN
J|0894|Papazachos,B.C.|Review of `Earthquake prediction' by K. Mogi||#TCT:148:1-2:1988:175|Review+Prediction
J|0895|Rikitake,T.|Earthquake prediction: an empirical approach||#TCT:148:3-4:1988:195-210|Prediction+Precursor+Magnitude+Epicentre||#*IZUOSHIMA
J|0896|Weijermars,R.|Neogene tectonics in the western Mediterranean may have caused the Messinian salinity crisis and an associated glacial event||#TCT:148:3-4:1988:211-219|Profile+Mediterranean+Salt
J|0897|Uhrhammer,R.A.|Review of `Continuum theories in solid Earth physics' edited by R. Teisseyre||#TCT:148:3-4:1988:347-348|Review+Physics+Earthquake+Source
J|0898|Jolivet,L.+Cadet,J.P.+Lalevee,F.|Mesozoic evolution of northeast Asia and the collision of the Okhotsk microcontinent||#TCT:149:1-2:1988:89-109|Mesozoic+Evolution+Crust+Japan Sea
J|0899|Dubois,J.+Deplus,C.+Diament,M.+|Subduction of the Bougainville seamount (Vanuatu): mechanical and geodynamical implications||#TCT:149:1-2:1988:111-119|Profile+Vanuatu+Seamount+Subduction
J|0900|Bouysse,P.|Opening of the Grenada back-arc basin and evolution of the Caribbean plate during the Mesozoic and early Paleogene||#TCT:149:1-2:1988:121-143|Evolution+Caribbean+Refraction study+Reflector
J|0901|Yukutake,H.+Nakajima,T.+Doi,K.|In situ measurements of elastic wave velocity in a mine, and the effects of water and stress on their variation||#TCT:149:1-2:1988:165-175|Elastic wave+Velocity+Mine+Ultrasonics+Japan
J|0902|Tsapanos,T.M.+Karakaisis,G.F.+Hatzidimitriou,P.M.+|On the probability of the time of occurrence of the largest aftershock and of the largest foreshock in a seismic sequence||#TCT:149:1-2:1988:177-180|Aftershock+Foreshock+Sequence+Occurrence
J|0903|Christensen,N.I.+Ramananantoandro,R.|Permeability of the oceanic crust based on experimental studies of basalt permeability at elevated pressures||#TCT:149:1-2:1988:181-186|Permeability+Oceanic crust+Anisotropy+Splitting|Letter section
J|0904|Rikitake,T.|Volcanic eruptions and wide-area geophysical anomalies||#TCT:149:3-4:1988:187-194|Volcanism+Eruption+Prediction+Anomaly
J|0905|Aster,R.C.+Meyer,R.P.|Three-dimensional velocity structure and hypocentre distribution in the Campi Flegrei caldera, Italy||#TCT:149:3-4:1988:195-218|Campi Flegrei+Velocity+Structure+Hypocentre
J|0906|Charlton,T.R.|Tectonic erosion and accretion in steady-state trenches||#TCT:149:3-4:1988:233-243|Timor trough+Profile+Erosion+Accretion
J|0907|Dragoni,M.|A model of interseismic stress evolution in a transcurrent shear-zone||#TCT:149:3-4:1988:265-273|Shallow-focus earthquake+Shear+Stress+Evolution
J|0908|Murumatu,I.+Ohnuma,H.|Synthesis of strong motions by using an aftershock record as the Green's function||#TCT:149:3-4:1988:275-288|Green's function+Aftershock+Strong-motion analysis+Synthetic seismogram||#*IZUHANTO2|#*URAKAWA|#*SEAOFJAPAN
J|0909|Chander,R.|Interpretation of observed ground level changes due to the 1905 Kangra earthquake, northwest Himalaya||#TCT:149:3-4:1988:289-298|Ground+Levelling+Earthquake+Himalayas+1905
J|0910|Mukhopadhyay,M.+Dasgupta,S.|Deep structure and tectonics of the Burmese arc: contraints from earthquake and gravity data||#TCT:149:3-4:1988:299-322|Burma+Arc+Deep structure+Seismotectonics
J|0911|Martinez,F.+Cochran,J.R.|Structure and tectonics of the northern Red Sea: catching a continental margin between rifting and drifting||#TCT:150:1-2:1988:1-32|Structure+Tectonics+Red Sea+Reflexion study
J|0912|Voggenreiter,W.+Hotzl,H.+Mechie,J.|Low-angle detachment origin for the Red Sea rift system?||#TCT:150:1-2:1988:51-75|Profile+Red Sea+Rift+Evolution
J|0913|e*Freeman,R.+Berthelsen,A.+Mueller,S.|Preface on the European Geotraverse Project||#TCT:150:3:1988:249-251|European Geotraverse Project+Crustal structure+Reflexion study+Refraction study
J|0914|a-EUGENO-S Working Group|Crustal structure and tectonic evolution of the transition between the Baltic Shield and the north German Caledonides (the EUGENO-S project)||#TCT:150:3:1988:253-348|European Geotraverse Project+Crustal structure+Refraction study+Reflexion study+Baltic Shield+Germany
J|0915|Green,C.M.+Stuart,G.W.+Lund,C-E.+|P-wave crustal structure of the Lake Vanern area, Sweden: EUGENO-S profile 6||#TCT:150:3:1988:349-361|European Geotraverse Project+P-wave+Crustal structure+Sweden
J|0916|Egger,A.+Demartin,M.+Ansorge,J.+|The gross structure of the crust under Corsica and Sardinia||#TCT:150:3:1988:363-389|European Geotraverse Project+Crustal structure+Corsica+Sardinia
V|1988:2||Bibliography of seismology. 1988 July-December|ISC:24:2:1991
J|0001|McLaughlin,K.L.+Jih,R-S.|Scattering from near-source topography: teleseismic observation and numerical simulations||#BSA:78:4:1988:1399-1414|Scattering+Topography+Near field+Finite difference method
J|0002|Kawase,H.|Time-domain response of a semi-circular canyon for incident SV, P, and Rayleigh waves calculated by the discrete wavenumber boundary element method||#BSA:78:4:1988:1415-1437|Time domain+Canyon+Boundary element method+SV-wave+P-wave+Rayleigh wave
J|0003|Mendoza,C.+Hartzell,S.H.|Aftershock patterns and main shock faulting||#BSA:78:4:1988:1438-1449|Aftershock+Pattern+Faulting+California||#*IMPERIAL|#*MORGAN
J|0004|Wyss,M.|A proposed source model for the great Kau, Hawaii, earthquake of 1868||#BSA:78:4:1988:1450-1462|Source+Hawaii+Earthquake+1868
J|0005|Stevenson,D.A.+Agnew,J.D.|Lake Charles, Louisiana, earthquake of 16 October 1983||#BSA:78:4:1988:1463-1474|Louisiana+Earthquake+1983+Location||#*LOUISIANA83
J|0006|Macgregor-Scott,N.+Walter,A.|Crustal velocities near Coalinga, California, modelled from a combined earthquake/explosion refraction profile||#BSA:78:4:1988:1475-1490|Crust+Velocity+Coalinga+Refraction study
J|0007|Al-Shukri,H.J.+Mitchell,B.J.|Reduced seismic velocities in the source zone of New Madrid earthquakes||#BSA:78:4:1988:1491-1509|Velocity+Source+New Madrid+P-wave
J|0008|Singh,D.D.|Quasi-continental oceanic structure beneath the Arabian fan sediments from observed surface-wave dispersion studies||#BSA:78:4:1988:1510-1521|Arabian Sea+Structure+Surface wave+Dispersion
J|0009|Cornell,C.A.+Winterstein,S.R.|Temporal and magnitude dependence in earthquake recurrence models||#BSA:78:4:1988:1522-1537|Temporal dependence+Magnitude+Recurrence+Model
J|0010|Grandori,G.+Guagenti,E.+Perotti,F.|Alarm systems based on a pair of short-term earthquake precursors||#BSA:78:4:1988:1538-1549|Alarm system+Precursor+Italy+Foreshock
J|0011|Morgan,F.D.+Wadge,G.+Latchman,J.+|The earthquake hazard alert of September 1982 in southern Tobago||#BSA:78:4:1988:1550-1562|Hazard+Warning+Tobago+1982||#*TOBAGOSWARM
J|0012|Taylor,S.R.+Sherman,N.W.+Denny,M.D.|Spectral discrimination between NTS explosions and western United States earthquakes at regional distances||#BSA:78:4:1988:1563-1579|Spectral ratio+Discrimination+Nuclear explosion+Broadband seismology
J|0013|McLaughlin,K.L.+Lees,A.C.+Der,Z.A.+|Teleseismic spectral and temporal M0 and Psiinfty estimates for four French explosions in southern Sahara||#BSA:78:4:1988:1580-1596|Nuclear explosion+Moment+Sahara+Displacement
J|0014|Tselentis,G-A.+Drakopoulos,J.+Makropoulos,K.|Site effects on seismograms of local earthquakes in the Kalamata region, southern Greece||#BSA:78:4:1988:1597-1602|Site+Seismogram+Local earthquake+Greece|Short note|#*KALAMATA
J|0015|Rabinowitz,N.+Van Eck,T.|A note on the Fuzzy Set Theory concept, with an application to seismic hazard analysis||#BSA:78:4:1988:1603-1610|Hazard+Fuzzy mathematics+Fault+Intensity|Short note
J|0016|Bender,B.|Comment on `Application of extreme magnitude distributions to incomplete earthquake files' by A. Kijko and M. M. Dessokey||#BSA:78:4:1988:1611-1617|Comment+Magnitude+Distribution+Earthquake catalogue|With a reply by the authors
J|0017|Choy,G.L.+Boatwright,J.|Teleseismic and near-field analysis of the Nahanni earthquakes in the Northwest Territories, Canada||#BSA:78:5:1988:1627-1652|Nahanni+Near field+Hazard+Intraplate seismicity||#*NAHANNI|#*NAHANNI
J|0018|Boyd,T.M.+Nabelek,J.L.|Rupture process of the Andreanof Islands earthquake of May 7, 1986||#BSA:78:5:1988:1653-1673|Rupture+Aleutian Arc+Earthquake+1986||#*ANDREANOF
J|0019|O'Connell,D.R.H.+Johnson,L.R.|Second-order moment tensors of microearthquakes at the Geysers geothermal field, California||#BSA:78:5:1988:1674-1692|Microearthquake+Moment+Geothermy+California
J|0020|King,N.E.+Agnew,D.C.+Wyatt,F.|Comparing strain events: a case study for the Homestead Valley earthquakes||#BSA:78:5:1988:1693-1706|Strain+Event+Creep+Homestead Valley+California
J|0021|Kikuchi,M.+Fukao,Y.|Seismic wave energy inferred from long-period body wave inversion||#BSA:78:5:1988:1707-1724|Long wave+Body wave+Energy+Inversion
J|0022|Jurkevics,A.|Polarization analysis of three-component array data||#BSA:78:5:1988:1725-1743|Polarization+Array+NORESS+Time domain
J|0023|Berger,J.+Eissler,H.K.+Vernon,F.L.+|Studies of high-frequency seismic noise in eastern Kazakhstan||#BSA:78:5:1988:1744-1758|High frequency+Noise+Kazakhstan+Station
J|0024|Patton,H.J.|Application of Nuttli's method to estimate yield of Nevada test site explosions recorded on Lawrence Livermore National Laboratory's digital seismic system||#BSA:78:5:1988:1759-1772|Yield+Nuclear explosion+Nevada+Digital recording
J|0025|Baumgardt,D.R.+Ziegler,K.A.|Spectral evidence for source multiplicity in explosions: application to regional discrimination of earthquakes and explosions||#BSA:78:5:1988:1773-1795|Spectral analysis+Cepstral analysis+Discrimination+NORESS
J|0026|Hu,L-Z.+McMechan,G.A.+Harris,J.M.|Elastic finite-difference modelling of cross-hole seismic data||#BSA:78:5:1988:1796-1806|Elastic medium+Finite difference method+Profile+Cross-hole
J|0027|Canas,J.A.+Egozcue,J.J.+Pujadas,L.|Seismic attenuation in southern Mexico using the coda Q method||#BSA:78:5:1988:1807-1817|Attenuation+Mexico+Q+Lg-phase
J|0028|Di Bona,M.+Rovelli,A.|Effects of the bandwidth limitation on stress drops estimated from integrals of the ground motion||#BSA:78:5:1988:1818-1825|Bandwidth+Stress-drop+Ground motion+Integration|Short note
J|0029|Carpenter,P.J.+Cash,D.J.|Poisson's ratio in the Valles caldera and Rio Grande rift of northern New Mexico||#BSA:78:5:1988:1826-1829|Poisson's ratio+Rio Grande Rift+New Mexico+Crust|Short note
J|0030|Nakanishi,K.K.+Jarpe,S.P.|Summary of corrections needed for accurate backazimuth estimation using Regional Seismic Test Network data||#BSA:78:5:1988:1830-1833|Correction+Azimuth+Regional Seismic Test Network+Broadband seismology|Short note
J|0031|Der,Z.A.|Comments on `Average Q and yield estimates from the Pahute Mesa test site' by R. W. Burger, T. Lay, and L. J. Burdick||#BSA:78:5:1988:1834-1835|Q+Yield+Pahute Mesa+Nevada+Comment|Letter to the editor with a reply by the authors
J|0032|Benz,H.M.+Smith,R.B.|Elastic-wave propagation and site amplification in the Salt Lake Valley, Utah, from simulated normal faulting earthquakes||#BSA:78:6:1988:1851-1874|Elastic wave+Propagation+Amplification+Utah+Faulting
J|0033|Chavez,M.+Castro,R.|Attenuation of Modified Mercalli intensity with distance in Mexico||#BSA:78:6:1988:1875-1884|Attenuation+Modified Mercalli intensity+Distance+Mexico
J|0034|Hauksson,E.+Jones,L.M.|The July 1986 Oceanside (ML = 5.3) earthquake sequence in the continental borderland, southern California||#BSA:78:6:1988:1885-1906|Earthquake+Sequence+California+1986||#*OCEANSIDE86
J|0035|Pacheco,J.+Nabelek,J.L.|Source mechanisms of three moderate California earthquakes of July 1986||#BSA:78:6:1988:1907-1929|Source+Mechanism+California+1986||#*PALMSPRINGS|#*OCEANSIDE86|#*CHALFANT
J|0036|Capuano,P.+De Natale,G.+Gasperini,P.+|A model for the 1908 Messina Straits (Italy) earthquake by inversion of levelling data||#BSA:78:6:1988:1930-1947|Earthquake+Italy+1908+Levelling
J|0037|Haessler,H.+Gaulon,R.+Rivera,L.+|The Perugia (Italy) earthquake of 29, April 1984: a microearthquake survey||#BSA:78:6:1988:1948-1964|Earthquake+Italy+1984+Microearthquake||#*PERUGIA84
J|0038|Bernard,P.+Lambert,J.|Subduction and seismic hazard in the northern Lesser Antilles: revision of the historical seismicity||#BSA:78:6:1988:1965-1983|Subduction+Hazard+Lesser Antilles+History
J|0039|Roecker,S.W.+Chatelain,J-L.+Isacks,B.L.+|Anomalously deep earthquakes beneath the New Hebrides trench||#BSA:78:6:1988:1984-2007|Deep-focus earthquake+New Hebrides+Trench+Subduction||#*VANUATU
J|0040|Buforn,E.+Udias,A.+Mezcua,J.|Seismicity and focal mechanisms in south Spain||#BSA:78:6:1988:2008-2024|Seismicity+Spain+Focal mechanism+Iberian Peninsula
J|0041|Simpson,D.W.+Leith,W.S.+Scholz,C.H.|Two types of reservoir-induced seismicity||#BSA:78:6:1988:2025-2040|Reservoir+Induced seismicity+Temporal distribution+Pore pressure
J|0042|Lay,T.+Wallace,T.C.|Multiple ScS attenuation and travel times beneath western North America||#BSA:78:6:1988:2041-2061|ScS-wave+Attenuation+Travel-times+North America
J|0043|Vidale,J.|Finite-difference calculation of travel times||#BSA:78:6:1988:2062-2076|Finite difference method+Travel-times+Wavefront+First arrival
J|0044|Chapman,M.C.+Snoke,J.A.+Bollinger,G.A.|A procedure for calibrating short-period telemetered seismograph systems||#BSA:78:6:1988:2077-2088|Calibration+Telemetering system+Seismograph+Low frequency
J|0045|Stacey,R.|Improved transparent boundary formulations for the elastic-wave equation||#BSA:78:6:1988:2089-2097|Boundary+Elastic wave+Equation+Finite difference method|Short note
J|0046|Campbell,K.W.|Comment on `An investigation into earthquake ground motion characteristics in eastern North America' by G. R. Toro and R. K. McGuire||#BSA:78:6:1988:2098-2104|Comment+Ground motion+North America+Earthquake|With a reply by the authors
J|0047|Gomberg,J.S.+Priestley,K.F.+Masters,T.G.+|The structure of the crust and upper mantle of northern Mexico||#GEJ:94:1:1988:1-20|Inversion+Mexico+Dispersion+Travel-times
J|0048|Cummins,P.+Johnson,L.R.|Synthetic seismograms for an inner core transition of finite thickness||#GEJ:94:1:1988:21-34|Body wave+Synthetic seismogram+Inner core+Transition+Thickness
J|0049|Kostoglodov,V.|Sediment subduction: a probable key for seismicity and tectonics at active plate boundaries||#GEJ:94:1:1988:65-72|Asperity+Plate+Coupling+Sediment+Subduction+Slip
J|0050|Bock,G.|Sp phases from the Australian upper mantle||#GEJ:94:1:1988:73-81|Sp-wave+Upper mantle+Australia+Synthetic seismogram
J|0051|Kayal,J.R.+Banerjee,B.|Anomalous behaviour of precursor resistivity in Shillong area, NE India||#GEJ:94:1:1988:97-103|Shillong+Precursor+Resistivity+Dilatancy
J|0052|Lambeck,K.+Burgess,G.+Shaw,R.D.|Teleseismic travel-time anomalies and deep crustal structure in central Australia||#GEJ:94:1:1988:105-124|Australia+Mantle+Travel-times+Teleseism
J|0053|Lomnitz-Adler,J.|Strain melting, the wetting transition and seismic instabilities||#GEJ:94:1:1988:125-130|Fracture+Structure+Instability+Melting
J|0054|Lundgren,P.R.+Okal,E.A.+Stein,S.|Body-wave deconvolution for variable source parameters; application to the 1978 December 6 Kuriles earthquake||#GEJ:94:2:1988:171-180|Rupture+Source-time function+Deconvolution+Kuril Islands||#*SHIKOTAN
J|0055|Hansen,U.+Ebel,A.|Time-dependent thermal convection - a possible explanation for a multiscale flow in the Earth's mantle||#GEJ:94:2:1988:181-191|Mantle convection+Finite element method+Instability
J|0056|Gomberg,J.S.+Masters,T.G.|Waveform modelling using locked-mode synthetic and differential seismograms: application to determination of the structure of Mexico||#GEJ:94:2:1988:193-218|Synthetic seismogram+Mexico+Velocity+Waveform
J|0057|Zhiren,N.|Stress and displacement fields due to a penny-shaped shear crack with non-uniform traction||#GEJ:94:2:1988:219-235|Fault+Heterogeneity+Shear+Slip
J|0058|Kennett,B.L.N.+Sambridge,M.S.+Williamson,P.R.|Subspace methods for large inverse problems with multiple parameter classes||#GEJ:94:2:1988:237-247|Inverse problem+Tomography+Waveform+Parameters
J|0059|Backus,G.E.|Comparing hard and soft prior bounds in geophysical inverse problems||#GEJ:94:2:1988:249-261|Inverse problem+Bayesian method+Isotropy
J|0060|MacBeth,C.D.+Burton,P.W.|Surface waves generated by underwater explosions offshore Scotland||#GEJ:94:2:1988:285-294|Scotland+Sediment+Surface wave+Explosion+Offshore
J|0061|Montagner,J-P.+Nataf,H-C.|Vectorial tomography - I. Theory||#GEJ:94:2:1988:295-307|Anisotropy+Convection+Petrology+Tomography
J|0062|Montagner,J-P.+Jobert,N.|Vectorial tomography - II. Application to the Indian Ocean||#GEJ:94:2:1988:309-344|Anisotropy+Indian Ocean+Tomography+Lateral heterogeneity
J|0063|Furuya,I.+Shimamura,H.|Groundwater microtemperature and strain||#GEJ:94:2:1988:345-353|Groundwater+Crust+Strain+Prediction+Japan
J|0064|Priestley,K.F.+Smith,K.D.+Cockerham,R.S.|The 1984 Round Valley, California earthquake sequence||#GEJ:95:2:1988:215-235|Mammoth Lakes+Faulting+Sequence+California||#*ROUNDVALLEY
J|0065|Haines,A.J.|Multi-source, multi-receiver synthetic seismograms for laterally heterogeneous media using F-K domain propagators||#GEJ:95:2:1988:237-260|Propagation+Synthetic seismogram+Lateral heterogeneity+Topography
J|0066|Schwab,F.|Mechanism of anelasticity||#GEJ:95:2:1988:261-284|Anelasticity+Scattering+Porosity+Inhomogeneity
J|0067|De Natale,G.+Musmeci,F.+Zollo,A.|A linear intensity model to investigate the causal relation between Calabrian and North-AEgean earthquake sequences||#GEJ:95:2:1988:285-293|AEgean+Calabria+Stress wave+Sequence
J|0068|Snieder,R.|The optical theorem for surface waves and the relation with surface-wave attenuation||#GEJ:95:2:1988:293-302|Scattering+Attenuation+Surface wave+Propagation
J|0069|Hu,L-Z.+McMechan,G.A.|Elastic finite-difference modelling and imaging for earthquake sources||#GEJ:95:2:1988:303-313|Source+Synthetic seismogram+Modelling+Imaging
J|0070|Todoeschuck,J.P.+Crossley,D.J.|Non-linear anelasticity and the free oscillation of the Earth||#GEJ:95:2:1988:323-326|Free oscillation+Anelasticity+Q+Perturbation
J|0071|Xu,G-M.|Spherical Radon transform||#GEJ:95:2:1988:361-370|Tomography+Inversion+Structure+Surface wave+Radon transform
J|0072|White,R.E.|Maximum kurtosis phase correction||#GEJ:95:2:1988:371-389|Reflectivity+Deconvolution+Stacking+Phase
J|0073|Canas,J.A.+De Miguel,F.+Vidal,F.+|Anelastic Rayleigh wave attenuation in the Iberian Peninsula||#GEJ:95:2:1988:391-396|Attenuation+Inversion+Iberian Peninsula+Rayleigh wave
J|0074|Griffiths,R.W.+Turner,J.S.|Folding of viscous plumes impinging on a density or viscosity interface||#GEJ:95:2:1988:397-419|Plume+Mantle convection+Slab+Viscosity
J|0075|Sleep,N.H.|Gradual entrainment of a chemical layer at the base of the mantle by overlying convection||#GEJ:95:3:1988:437-447|Convection+D"-layer+Mantle+Plume
J|0076|Bube,K.+Lailly,P.+Sacks,P.+|Simultaneous determination of source wavelet and velocity profile using impulsive point-source reflections from a layered fluid||#GEJ:95:3:1988:449-462|Inversion+Source+Reflexion+Velocity profile
J|0077|Sabadini,R.+Spada,G.|Ground motion and stress accumulation driven by density anomalies in a viscoelastic lithosphere. Some results for the Apennines||#GEJ:95:3:1988:463-480|Rheology+Ground motion+Stress+Apennines
J|0078|Lomnitz-Adler,J.|The theoretical seismicity of asperity models: an application to the coast of Oaxaca||#GEJ:95:3:1988:491-501|Asperity+Time dependence+Hazard+Mexico
J|0079|Teng,T-L.+Chao,C-H.|A surface-wave study of the Pacific Ocean basin||#GEJ:95:3:1988:503-521|Pacific Basin+Rayleigh wave+Mapping+Dispersion
J|0080|Reuschle,T.+Trotignon,L.+Gueguen,Y.|Pore shape evolution by solution transfer: thermodynamics and mechanics||#GEJ:95:3:1988:535-547|Mechanics+Porosity+Thermodynamics
J|0081|Regnier,M.|Lateral variation of upper mantle structure beneath New Caledonia determined from P-wave receiver function: evidence for a fossil subduction zone||#GEJ:95:3:1988:561-577|Crustal-mantle structure+Synthetic seismogram+New Caledonia+Subduction
J|0082|Xie,J.+Nuttli,O.W.|Interpretation of high-frequency coda at large distances: stochastic modelling and method of inversion||#GEJ:95:3:1988:579-595|Lg-wave+Spectral ratio+Inversion+Q
J|0083|Carcione,J.M.+Kosloff,D.+Kosloff,R.|Wave propagation simulation in a linear viscoelastic medium||#GEJ:95:3:1988:597-611|Viscoelasticity+Attenuation+Dispersion+Propagation
J|0084|Toramaru,A.|Formation of propagation pattern in two-phase flow systems with application to volcanic eruptions||#GEJ:95:3:1988:613-623|Eruption+Flow+Stability+Volcano
J|0085|Johnson,L.R.|Source characteristics of two underground nuclear explosions||#GEJ:95:1:1988:15-30|Moment+Nevada Test Site+Nuclear explosion+Spall
J|0086|Fredrich,J.+McCaffrey,R.+Denham,D.|Source parameters of seven large Australian earthquakes determined by body waveform inversion||#GEJ:95:1:1988:1-13|Australia+Source+Intraplate seismicity+Body wave||#*TASMAN
J|0087|McLaughlin,K.L.+Shumway,R.H.+McElfresh,T.W.|Determination of event magnitudes with correlation data and censoring: A maximum likelihood approach||#GEJ:95:1:1988:31-44|Magnitude+Maximum likelihood+Nuclear explosion+Yield
J|0088|Bannister,S.|Microseismicity and velocity structure in the Hawke's Bay region, New Zealand: fine structure of the subducting Pacific plate||#GEJ:95:1:1988:45-62|New Zealand+Microseismicity+Subduction+Inversion+Hawke's Bay
J|0089|Spence,D.A.+Ockendon,J.R.+Wilmott,P.+|Convective mixing in the mantle: The role of viscosity differences||#GEJ:95:1:1988:79-86|Mantle convection+Subduction+Viscosity+Plate tectonics
J|0090|Hadiouche,O.+Jobert,N.|Geographical distribution of surface-wave velocities and 3-D upper-mantle structure in Africa||#GEJ:95:1:1988:87-109|Africa+Crustal structure+Velocity+Surface wave
J|0091|Raynaud,B.A.|Statistical modelling of lower-crustal reflections||#GEJ:95:1:1988:111-121|Reflexion+Crust+Scattering+Heterogeneity
J|0092|Farra,V.+Madariaga,R.|Non-linear reflection tomography||#GEJ:95:1:1988:135-147|Nonlinear inversion+Reflexion+Travel-times+Tomography
J|0093|Lerche,I.|Inversion of apparent attenuation and phase velocity to determine scattering parameters||#GEJ:95:1:1988:149-161|Attenuation+Inversion+Power spectrum+Scattering
J|0094|Schlittenhardt,J.|Seismic yield estimation using teleseismic P- and PKP-waves recorded at the GRF-(Grafenberg) array||#GEJ:95:1:1988:163-179|Grafenberg+Nuclear explosion+Yield+Teleseism
J|0095|Nowack,R.L.+Lutter,W.J.|A note on the calculation of covariance and resolution||#GEJ:95:1:1988:205-207|Inversion+Maximum likelihood+Resolution|Research note
J|0096|Orcutt,J.A.+Parker,R.L.+Stark,P.B.+|Comment concerning `A method of obtaining a velocity-depth envelope from wide-angle seismic data' by R. Mithal and J. B. Diebold||#GEJ:95:1:1988:209-212|Comment+Velocity-depth function+Inversion+Nonlinear inversion|With a reply by the authors
J|0097|Richards,M.A.+Griffiths,R.W.|Deflection of plumes by mantle shear flow: experimental results and simple theory||#GEJ:94:3:1988:367-376|Hot spot+Mantle convection+Plume+Shear
J|0098|Barker,P.F.+Lawver,L.A.|South American-Antarctic plate motion over the past 50 Myr, and the evolution of the South American-Antarctic ridge||#GEJ:94:3:1988:377-386|South America+Antarctica+Plate motion+Fracture zone
J|0099|Kaneshima,S.+Ito,H.+Sugihara,M.|Shear-wave splitting observed above small earthquakes in a geothermal area of Japan||#GEJ:94:3:1988:399-411|Japan+Anisotropy+Shear wave+Splitting
J|0100|Kelamis,P.G.|On the theory of Chebyshev polynomials in wave-equation migration||#GEJ:94:3:1988:421-426|Chebyshev method+Migration+Wave equation+Reflexion study
J|0101|Mandal,B.|Teleseismic body waves in transversely isotropic media||#GEJ:94:3:1988:427-442|Anisotropy+Synthetic seismogram+Teleseism+WKBJ method
J|0102|Olson,A.H.+Anderson,J.G.|Implications of frequency-domain inversion of earthquake ground motions for resolving the space-time dependence of slip on an extended fault||#GEJ:94:3:1988:443-455|Inversion+Ground motion+Rupture+Haskell's method
J|0103|Norton,S.J.|Iterative seismic inversion||#GEJ:94:3:1988:457-468|Inversion+Scattering+Imaging+Migration
J|0104|Harder,S.|Analysis of elastic symmetry from velocity measurements with application to dunite and bronzitite||#GEJ:94:3:1988:469-477|Anisotropy+Elasticity+Symmetry+Velocity
J|0105|Nishimura,C.E.+Forsyth,D.W.|Rayleigh wave phase velocities in the Pacific with implications for azimuthal anisotropy and lateral heterogeneities||#GEJ:94:3:1988:479-501|Pacific+Velocity+Lateral heterogeneity+Rayleigh wave
J|0106|Wagner,G.S.+Langston,C.A.|East Africa earthquake body wave inversion with implications for continental structure and deformation||#GEJ:94:3:1988:503-518|East Africa+Crustal structure+Inversion+Source
J|0107|Bassi,G.+Bonnin,J.|Rheological modelling and deformation instability of lithosphere under extension-II. Depth-dependent rheology||#GEJ:94:3:1988:559-565|Deformation+Lithosphere+Rheology+Modelling|Research note
J|0108|Rabinowitz,N.+Steinberg,D.M.|Effect of single arrival time on the hypocentral focal depth determination||#GEJ:94:3:1988:567-570|Density information matrix+Depth+Hypocentre+Arrival time|Research note
J|0109|Huestis,S.P.|Positive resolving kernels and annihilators in linear inverse theory||#GEJ:94:3:1988:571-573|Inversion+Backus-Gilbert method|Research note
J|0110|Shearer,P.M.+Chapman,C.H.|Ray tracing in anisotropic media with a linear gradient||#GEJ:94:3:1988:575-580|Anisotropy+Velocity+Ray tracing+Slowness|Research note
J|0111|Jackson,J.|Rock around the clock||#NAT:334:6179:1988:195-196|Continental crust+Deformation+Plate tectonics
J|0112|Menard,G.+Molnar,P.|Collapse of a Hercynian Tibetan Plateau into a late Palaeozoic European Basin and Range province||#NAT:334:6179:1988:235-237|Variscan+Tibet+Tectonics+Faulting|Letter
J|0113|Hansen,U.+Yuen,D.A.|Numerical simulations of thermal-chemical instabilities at the core-mantle boundary||#NAT:334:6179:1988:237-240|Core-mantle boundary+Convection+D"-layer+Subduction|Letter
J|0114|Barinaga,M.|Caltech seeks to improve its seismic monitoring||#NAT:334:6180:1988:280|Caltech+Monitoring||#*WHITTIER
J|0115|Carlson,R.W.|Mantle structure: layer cake or plum pudding?||#NAT:334:6181:1988:380|Mantle+Structure+Subduction+Layered medium
J|0116|Linde,A.T.+Suyehiro,K.+Miura,S.+|Episodic aseismic earthquake precursors||#NAT:334:6182:1988:513-515|Precursor+Slow earthquake+Japan+Stress||#*SEAOFJAPAN
J|0117|Swinbanks,D.|Japanese plans for international seismometer network shape up||#NAT:334:6183:1988:555|POSEIDON+Network
J|0118|Lindley,D.|Indian earthquake||#NAT:334:6184:1988:640|Earthquake+India+1988+Destruction||#*BIHAR88
J|0119|Anderson,A.+Manning,M.|US-Soviet joint monitoring of nuclear explosion in Nevada||#NAT:334:6184:1988:641|Nuclear explosion+Nevada Test Site+Monitoring
J|0120|Shearer,P.|The fossil roots of continents||#NAT:335:6185:1988:11-12|Anisotropy+SKS-wave+Continent+Splitting
J|0121|Silver,P.G.+Chan,W.W.|Implications for continental structure and evolution from seismic anisotropy||#NAT:335:6185:1988:34-39|Anisotropy+Continent+SKS-wave+Polarization
J|0122|Frankel,H.|From continental drift to plate tectonics||#NAT:335:6186:1988:127-130|Continental drift+Plate tectonics+Palaeomagnetism+Sea-floor spreading
J|0123|Molnar,P.|Continental tectonics in the aftermath of plate tectonics||#NAT:335:6186:1988:131-137|Plate tectonics+Continent+Deformation+Dynamics
J|0124|MacDonald,K.C.+Fox,P.J.+Perram,L.J.+|A new view of the mid-ocean ridge from the behaviour of ridge-axis discontinuities||#NAT:335:6187:1988:217-225|Mid-ocean ridge+Discontinuity+Sea-floor spreading+Lithosphere
J|0125|Gurnis,M.+Hager,B.H.|Controls on the structure of subducting slabs||#NAT:335:6188:1988:317-321|Slab+Subduction+Structure+Modelling
J|0126|Wesnousky,S.G.|Seismological and structural evolution of strike-slip faults||#NAT:335:6188:1988:340-343|Strike-slip+Fault+Evolution+Structure|Letter
J|0127|Marshall,P.D.|Review of `The Great Tangshan Earthquake of 1976: An Anatomy of Disaster' edited by Chen Yong et al.||#NAT:335:6190:1988:508|T'ang-shan+Earthquake+1976|Book review
J|0128|Kaneshima,S.+Ando,M.+Kimura,S.|Evidence from shear-wave splitting for the restriction of seismic anisotropy to the upper crust||#NAT:335:6191:1988:627-629|Shear wave+Splitting+Anisotropy+Upper crust
J|0129|Percival,J.|Deep geology out in the open||#NAT:335:6192:1988:671|Geology+Continent+Crust
J|0130|Keilis-Borok,V.I.+Knopoff,L.+Rotwain,I.M.+|Intermediate-term prediction of occurrence times of strong earthquakes||#NAT:335:6192:1988:690-694|Prediction+Large earthquake+Occurrence+Pattern recognition
J|0131|Boland,A.V.+Ellis,R.M.+Northey,D.J.+|Seismic delineation of upthrust Archaean crust in Kapuskasing, Northern Ontario||#NAT:335:6192:1988:711-713|Archaean+Crust+Canada+Delineation
J|0132|Whitehead,J.A.+Helfrich,K.R.|Wave transport of deep mantle material||#NAT:336:6194:1988:59-61|Wave+Transport+Mantle
J|0133|Cann,J.|Feeling the pulse of the ridge||#NAT:336:6195:1988:108|Oceanic ridge+Sea-floor spreading+Reflexion study+Magma
J|0134|Forsythe,R.D.+Zimbelman,J.R.|Is the Goardii Dorsum escarpment on Mars an exhumed transcurrent fault||#NAT:336:6195:1988:143-146|Fault+Mars
J|0135|Sato,H.+Sacks,I.S.+Takahashi,E.+|Geotherms in the Pacific Ocean from laboratory and seismic attenuation studies||#NAT:336:6195:1988:154-156|Geothermy+Pacific Ocean+Attenuation
J|0136|Mutter,J.C.+Barth,G.A.+Buhl,P.+|Magma distribution across ridge-axis discontinuities on the East Pacific Rise from multichannel seismic images||#NAT:336:6195:1988:156-158|Magma+Oceanic ridge+Reflexion study+Sea-floor spreading+East Pacific Rise
J|0137|Melosh,H.J.|Action and delayed reaction||#NAT:336:6196:1988:205|Plate tectonics+Lithosphere
J|0138|Rydelek,P.A.+Sacks,I.S.|Asthenospheric viscosity inferred from correlated land-sea earthquakes in north-east Japan||#NAT:336:6196:1988:234-237|Asthenosphere+Viscosity+Japan+Subduction
J|0139|Christensen,U.|Is subducted lithosphere trapped at the 670-km discontinuity?||#NAT:336:6198:1988:462-463|Lithosphere+Subduction+670km discontinuity
J|0140|Novosti,V.|Armenians face up to scenes of total devastation||#NAT:336:6200:1988:608-609|Destructive earthquake+Armenia||#*ARMENIA88
J|0141|Swinbanks,D.|Conflicting views on extent of earthquake threat to Tokyo||#NAT:336:6200:1988:609|Hazard+Tokyo
J|0142|Bilham,R.|Earthquakes and urban growth||#NAT:336:6200:1988:625-626|Destructive earthquake+Urban planning+Risk
J|0143|Castillo,P.|The Dupal anomaly as a trace of the upwelling lower mantle||#NAT:336:6200:1988:667-670|Lower mantle+Upflow+Velocity
J|0144|Scholz,C.H.|The critical slip distance for seismic faulting||#NAT:336:6201:1988:761-763|Slip+Faulting+Friction
J|0145|Hecht,J.|Waste burial blamed for earthquakes||#NSC:-:1628:1988:33|Waste dump+Triggering+Earthquake+Liquid||#*NORTHOHIO
J|0146|Herbert,R.|Review of `Tsunami' by Walter Dudley and Min Lee||#NSC:-:1628:1988:75|Review+Tsunami|Book review
J|0147|Herbert,R.|Review of `The Great Tangshan Earthquake of 1976' by the State Seismological Bureau, People's Republic of China||#NSC:-:1628:1988:75|Review+Earthquake+T'ang-shan+1976|Book review|#*TANGSHAN
J|0148|Cross,M.|Small earthquake in Japan||#NSC:-:1628:1988:77-78|Tokyo+Preparedness
J|0149|Anderson,I.|Seismic waves reveal Earth's other crust||#NSC:-:1640:1988:28|Crust+Structure+Mineral
J|0150|Anderson,I.+Cross,M.|World faces growing quake threat||#NSC:-:1643:1988:3-4|Risk+Destructive earthquake+World||#*ARMENIA88
J|0151||American seismologists on mission to Armenia||#NSC:-:1644:1988:3|Destructive earthquake+Field work+Armenia+1988||#*ARMENIA88
J|0152|Droste,Z.+Teisseyre,R.|Earthquake rebound and stress drop conditions||#APL:36:2:1988:81-88|Rebound+Stress-drop+Velocity+Dislocation
J|0153|Dey,S.+Mahto,P.|Surface waves in a highly pre-stressed medium||#APL:36:2:1988:89-99|Stress+Surface wave+Propagation+Gravity
J|0154|Idziak,A.|Seismic wave velocities in fractured sedimentary carbonate rocks||#APL:36:2:1988:101-114|Velocity+Fracture+Carbonate+Sediment
J|0155|Hrdlicka,L.|Seismoacoustic station Hrensko||#APL:36:2:1988:177-187|Seismoacoustics+Station+Czechoslovakia
J|0156|Syrek,B.+Kijko,A.|Energy and frequency distribution of mining tremors and their relation to rockburst hazard in the Wujek coal mine, Poland||#APL:36:3:1988:189-201|Poland+Mine tremor+Hazard+Rockburst
J|0157|Albert,R.N.H.|Earthquake activity in the Cairo-Suez district compared with the fault pattern detected from satellite photographs||#APL:36:3:1988:204-215|Cairo+Activity+Fault+Satellite photography
J|0158|Nguyen Kim Lap|The seismograph network in Vietnam||#APL:36:3:1988:243-246|Network+Instrumentation+Vietnam
J|0159|Gibowicz,S.J.|The Polish National Report to the International Association of Seismology and Physics of the Earth's Interior (IASPEI) for the period 1983-1986||#APL:36:3:1988:247-261|Poland+IASPEI+1983-1986
J|0160|Kalvoda,J.+Leonov,Yu.G.+Nikonov,A.A.|Main features of the neotectonic evolution of the Pamirs - Thyan-shan and the Karakoram Himalayas mountain ranges|In English with Czech and Russian abstracts|#ACM:-:77:1988:65-84|Pamirs+Himalayas+Neotectonics+Evolution
J|0161|Zeng,R-S.+Lu,H-X.+Ding,Z-F.|Seismic refraction and reflection profilings across Tangshan epicentral region and their implication to seismogenic processes|In Chinese with English abstract|#AGS:31:4:1988:383-398|Reflexion study+Refraction study+T'ang-shan+Seismogenesis||#*TANGSHAN
J|0162|Zhu,Y-Q.+Mei,S-R.+Liang,B-Y.|The 3-D element analysis on the pregnant process of Tangshan earthquake and its significance to the earthquake prediction study|In Chinese with English abstract|#AGS:31:4:1988:399-409|Prediction+T'ang-shan+Finite element method+Mechanics||#*TANGSHAN
J|0163|Chun,K-Y.|The structural complexity south of the Himalayan arc|In Chinese with English abstract|#AGS:31:4:1988:410-419|Himalayas+Structure+Surface wave+Dispersion
J|0164|Lai,M-H.+Pan,W-P.+Shi,R-X.+|DZSS-1 type digital seismograph of deep explosion seismic sounding|In Chinese with English abstract|#AGS:31:4:1988:432-438|Seismograph+Digital recording+Deep seismic sounding+Explosion
J|0165|Fan,S-W.+Cheng,Y-P.+Liu,C-Y.|Fitting decomposition method for wave equation migration with absorbing boundary conditions|In Chinese with English abstract|#AGS:31:4:1988:439-453|Wave equation+Migration+Boundary+Absorption
J|0166|Zhang,J-Z.+Cheng,C.H.|A numerical study of asymmetric modes of elastic wave propagation in a fluid-filled borehole|In Chinese with English abstract|#AGS:31:4:1988:464-470|Shear wave+Propagation+Borehole+Fluid
J|0167|Hu,H.+Li,Y-S.+Wang,R.|Time and latitude residuals at Yunnan Observatory and major earthquake around Kunming|In Chinese with English abstract|#AGS:31:4:1988:483-485|Yunnan+Time+Latitude+Precursor
J|0168|Chen,Y-H.+Lei,Y-T.+Zhu,H-Y.+|Studies on high-frequency signals of gravimeter and microseisms|In Chinese with English abstract|#AGS:31:5:1988:527-539|High frequency+Signal+Microseism+Spectrum
J|0169|Xie,X-B.+Yao,Z-X.|P-SV responses for a point source in two-dimensional heterogeneous media: finite-difference method|In Chinese with English abstract|#AGS:31:5:1988:540-555|Finite difference method+Synthetic seismogram+Point source+Heterogeneous medium
J|0170|Qiang,Z-J.+Xie,F-R.|On the recent tectonic stress-field and mathematical modelling of Linfen Rift Valley|In Chinese with English abstract|#AGS:31:5:1988:556-565|Displacement+Finite element method+Stress+China
J|0171|Qin,F-H.+Guo,Y-X.+Wang,M-Y.|The Kirchhoff elastic wave migration method|In Chinese with English abstract|#AGS:31:5:1988:577-587|Kirchhoff-Helmholtz integral+Migration+Elastic wave+Converted wave
J|0172|Li,N.+Weng,W-B.+Tan,T-D.|Experimental results about influence of gas saturation upon compressional head wave velocity, amplitude and dominant frequency|In Chinese with English abstract|#AGS:31:5:1988:588-593|Gas+Saturation+Head wave
J|0173|Zhang,S-W.+Zhang,S-X.+Tang,R-Y.+|Interpretation of the Fuliji-Fengxian DSS profile in Xiayangzi region|In Chinese with English abstract|#AGS:31:6:1988:637-648|Deep seismic sounding+Profile+China+Fault
J|0174|Li,Y-M.|Transparent wave field reconstruction and the thickness inversion of the layered media|In Chinese with English abstract|#AGS:31:6:1988:649-656|Inversion+Wave field+Wave equation+Reconstruction
J|0175|Yin,Y-Q.+Zheng,G-T.|A cusp type catastrophic model of fault earthquake|In Chinese with English abstract|#AGS:31:6:1988:657-663|Fault+Mechanics+Catastrophe theory+Stiffness
J|0176|Zhang,C-J.+Cao,H-S.+Luo,S-C.|Investigation of anomaly density in lithosphere by using the ground gravity data and satellite observations|In Chinese with English abstract|#AGS:31:6:1988:664-671|Gravity+Geoid+Lithosphere+Density
J|0177|Ma,Z-T.+Ji,S-Y.|All dip finite-difference migration with scalar wave equation|In Chinese with English abstract|#AGS:31:6:1988:678-686|Wave equation+Finite difference method+Migration
J|0178|Tang,D-R.+Lei,W.+Pong,C.|Mini-Sosie shallow reflection technique with high resolution and its application for investigation of the ground fissures in Xian City|In Chinese with English abstract|#AGS:31:6:1988:708-712|Mini-Sosie+Reflexion study+Fissure+Ground+China
J|0179|Anderson,H.|Comparison of centroid-moment tensor and first motion solutions for Mediterranean earthquakes||#PEP:52:1:1988:1-7|Centroid-moment tensor+First motion+Mediterranean+Deformation|Letter section
J|0180|Minshull,T.A.+Goulty,N.R.|The influence of tidal stresses on deep moonquake activity||#PEP:52:1:1988:41-55|Moonquake+Tide+Stress+Focal mechanism
J|0181|Zhang,J.+Kanamori,H.|Source finiteness of large earthquakes measured from long-period Rayleigh waves||#PEP:52:1:1988:56-84|Large earthquake+Source+Finiteness+Rayleigh wave
J|0182|Yoshida,S.|Waveform inversion for rupture processes of two deep earthquakes in the Izu-Bonin region||#PEP:52:1:1988:85-101|Izu+Rupture+Inversion+Deep earthquake||#*TORISHIMA84|#*HONSHU84
J|0183|Dargahi-Noubary,G.R.|Some newly developed statistical procedures for extreme events||#PEP:52:1:1988:102-107|Statistics+Probability+Extreme value theory
J|0184|Webb,S.L.+Jackson,I.+Fitz Gerald,J.D.|High-pressure elasticity, shear-mode softening and polymorphism in MnO||#PEP:52:1:1988:117-131|High pressure+Shear mode+Elasticity+Manganese
J|0185|Schloessin,H.H.+Ranalli,G.|Hot creep of single crystals by bending: procedure, theory and pilot experiment on enstatite||#PEP:52:1:1988:132-149|Creep+Crystal+Strain+Deformation
J|0186|Sotin,C.+Madon,M.|Generalized nonlinear inversion of kinetics data: application to the calcite - aragonite transformation||#PEP:52:1:1988:159-171|Inversion+Kinetics+Phase transition+Nonlinear inversion
J|0187|Dziewonski,A.M.+Ekstrom,G.+Woodhouse,J.H.+|Centroid-moment tensor solutions for July-September 1987||#PEP:53:1:1988:1-11|Centroid-moment tensor+1987|Letter section
J|0188|Michael-Leiba,M.+Klein,V.+Weekes,J.+|Earthquake swarms as short-term precursors in the Dalton-Gunning region, 34.70-34.86S, 149.11-149.26E, New South Wales, Australia||#PEP:53:1:1988:12-16|Earthquake+Swarm+Precursor+Australia|Letter section
J|0189|Dziewonski,A.M.+Ekstrom,G.+Franzen,J.E.+|Global seismicity of 1982 and 1983: additional centroid-moment tensor solutions for 553 earthquakes||#PEP:53:1:1988:17-45|Global seismicity+Centroid-moment tensor+1982+1983
J|0190|Astiz,L.+Lay,T.+Kanamori,H.|Large intermediate-depth earthquakes and the subduction process||#PEP:53:1:1988:80-166|Intermediate-focus earthquake+Large earthquake+Subduction+Intraplate seismicity
J|0191|Stacey,F.D.+Loper,D.E.|Thermal history of the Earth: a corollary concerning non-linear mantle rheology||#PEP:53:1:1988:167-174|Mantle+Rheology+Thermal conductivity
A|0192|Stewart,R.C.|P-wave seismograms from underground explosions at Shagan River test site recorded at four arrays|Report No. O 4/88|1988:Aldermaston, Berks:AWRE|P-wave+Seismogram+Explosion+Array|249p
A|0193|Stimpson,I.G.|Source parameters of explosions in granite at the French test site in Algeria|Report No. O 11/88|1988:Aldermaston, Berks:AWRE|Source+Explosion+Granite+Algeria|19p
A|0194|Lilwall,R.C.+Marshall,P.D.+Rivers,D.W.|Body wave magnitudes of some underground nuclear explosions at the Nevada (USA) and Shagan River (USSR) test sites|Report No. O 15/88|1988:Aldermaston, Berks:AWRE|Body wave+Magnitude+Explosion+Shagan River Test Site+Nevada Test Site|33p
J|0195|Parham,R.T.+Greenhalgh,S.A.+McCue,K.|The South Australian seismic network||#BMR:10:4:1988:345-355|Australia+Network+Monitoring+Data processing
A|0196|Gillbanks,T.G.A.+Marshall,P.D.+Stewart,R.C.|P-wave seismograms recorded at Yellowknife, Canada from underground nuclear explosions in Nevada USA|Report No. O 26/88|1988:Aldermaston, Berks:AWRE|P-wave+Seismogram+Yellowknife+Explosion+Nevada Test Site|114p
J|0197|Seliverstov,N.I.+Baranov,B.V.+Egorov,Yu.O.+|New data on the structure of the southern part of the Commander Basin by Research Vessel Vulkanolog (LEG26)|In Russian with English abstract|#VSM:-:4:1988:3-20|Geologic structure+Geophysical data+Commander Basin+Ship
J|0198|Demin,S.S.+Zharinov,S.E.|Geomechanical modelling of the active continental margin (Deep Fault Model)|In Russian with English abstract|#VSM:-:4:1988:63-76|Modelling+Seismotectonics+Fault+Continental margin
J|0199|Kopnichev,Yu.F.+Arakelyan,A.R.|Short-period seismic fields at distances up to 3000km|In Russian with English abstract|#VSM:-:4:1988:77-92|Field+Transverse wave+Attenuation+Lithosphere
J|0200|Bondarenko,V.I.|The structure of the Kovachi (Solomon Islands) submarine volcanic group as shown by continuous seismic profiling data|In Russian with English abstract|#VSM:-:5:1988:15-22|Solomon Islands+Structure+Profile+Volcano
J|0201|Nadezhnyi,A.M.|Seismoacoustic image of submarine volcanogenic formations|In Russian with English abstract|#VSM:-:5:1988:23-34|Volcanism+Continuous seismic profiling+Seismoacoustics+Imaging
J|0202|Ivanov,V.V.|Eruptive jet versus volcanic tremor power for various types of eruption|In Russian with English abstract|#VSM:-:5:1988:53-63|Volcanic tremor+Eruption+Kamchatka+Kuril Islands
J|0203|Ivanov,V.V.+Konstantinova,N.P.|Alaska earthquake in 1964: the growth of its source|In Russian with English abstract|#VSM:-:5:1988:64-78|Alaska+1964+Source+Magnetic field
J|0204|Pelinovskii,E.N.|Tsunami run-up and tsunami hazard zonation|In Russian with English abstract|#VSM:-:5:1988:79-91|Zoning+Tsunami+Run-up+Hazard
J|0205|Shirokov,V.A.+Kuz'min,Yu.D.|Diurnal cyclicity of volcanic earthquakes in the Kuril-Kamchatka zone|In Russian with English abstract|#VSM:-:5:1988:92-100|Cycle+Volcanic tremor+Kamchatka+Kuril Islands|Brief communication
J|0206|Tokarev,P.I.|Prediction of Klyuchevskoi parasitic eruptions|In Russian with English abstract|#VSM:-:6:1988:47-61|Eruption+Prediction+Seismicity+Klyuchevskoy
J|0207|Burmin,V.Yu.|Reversal of travel-time curves of seismic waves propagating from a deep source|In Russian with English abstract|#VSM:-:6:1988:62-71|Travel-times+Deep-focus earthquake+Reversal+Okhotsk, Sea of
J|0208|Grits,G.N.|The zone of earthquake hydrogeological precursors: evaluation of its dimensions on the basis of empirical data|In Russian with English abstract|#VSM:-:6:1988:89-93|Hydrogeology+Precursor+Seismicity+Kamchatka|Brief communication
J|0209|Larkina,V.I.+Migulin,V.V.+Molchanov,O.A.|Seismicity and seismic hazard prediction as shown by results of investigation in the low-frequency noise radiation in the upper ionosphere|In Russian with English abstract|#VSM:-:6:1988:94-102|Seismicity+Hazard+Noise+Radiation+Ionosphere|Brief communication
J|0210|Ostrovskii,A.A.+Sokolov,S.Yu.+Rykunov,L.N.|Low-frequency variations of ocean-bottom seismic noise|In Russian with English abstract|#VSM:-:6:1988:103-107|Ocean-bottom seismograph+Noise|Brief communication
J|0211|Dotsev,N.+Yunga,S.L.|On the general type of focal mechanisms of some earthquakes of Bulgaria||#BGS:14:3:1988:48-54|Bulgaria+Earthquake+Focal mechanism
J|0212|Milev,A.+Christoskov,L.|Use of seismological data for identification of natural and artificial sources|In Bulgarian with English abstract|#BGS:14:3:1988:55-60|Explosion+Earthquake+Discrimination+Bulgaria
J|0213|Simeonova,S.+Solakov,D.+Hristova,T.|A study on the frequency distribution of the aftershock events for the territory of Bulgaria|In Bulgarian with English abstract|#BGS:14:3:1988:61-69|Aftershock+Bulgaria+Large earthquake
J|0214|Dotsev,N.+Khalturin,V.+Shomahmadov,A.|Determination of the earthquake magnitude by the coda-waves by seismographs SKM and SKD for the Central Balkans|In Bulgarian with English abstract|#BGS:14:3:1988:70-77|Magnitude+Balkans+Coda wave+Seismograph
J|0215|Christoskov,L.+Levy,E.+Milev,A.|Autocorrelation functions of short-period P-waves generated by dislocation and point seismic sources||#BGS:14:3:1988:78-91|P-wave+Point source+Dislocation+Fourier transform
J|0216|Dimitrov,B.G.+Dobrev,C.T.+Donkova,K.H.|Aftershock area distribution behaviour in time, space and energy domain - the December 1986 Strazhitza sequence||#BGS:14:3:1988:92-99|Strazhitza+Aftershock+Sequence+1986||#*STRAZHITSA
J|0217|Rangelov,B.|International Seminar on Seismic Zoning in Canton, China 1987|In Bulgarian|#BGS:14:3:1988:130-131|Zoning+China+1987
J|0218|Totomanov,I.N.|A method for studying the vertical secular, earthquake-precursory and coseismic Earth's crustal movements and deformations||#BGS:14:4:1988:41-48|Secular variation+Precursor+Crustal movement+Deformation
J|0219|Zhelev,Z.+Cholakov,I.+Georgiev,H.|Some preliminary results of an experiment of seeking a correlation between observatory geomagnetic observations and tectonic and seismic processes|In Bulgarian with English abstract|#BGS:14:4:1988:100-110|Geomagnetism+Tectonics+Seismics
J|0220|Tsukuda,T.+Sakai,K.+Hashimoto,S.+|Some characteristics of the earthquake sequence with the main shock of M 4.9 on August 24, 1986, at Maruko Town, eastern part of Nagano Prefecture, and its seismotectonic implications|In Japanese with English abstract|#BER:63:3:1988:237-272|Sequence+Nagano+Seismotectonics+1986||#*NAGANO86
J|0221|a-Research Group for Explosion Seismology|Explosion seismic observations on the southwestern foot of the Hidaka Mountains, Hokkaido, Japan (Niikappu-Samani Profile)|In Japanese with English abstract|#BER:63:3:1988:273-288|Refraction study+Hidaka Mountains+Crustal structure+Travel-times||#*URAKAWA
J|0222|Abe,K.|Tsunami magnitude and the quantification of earthquake tsunamis around Japan|In Japanese with English abstract|#BER:63:3:1988:289-303|Tsunami+Japan+Magnitude+Earthquake
J|0223|Hagiwara,Y.+Okubo,S.+Nakamura,M.|Gravity survey in Wakayama City - search for a scientific drilling exploration site|In Japanese with English abstract|#BER:63:3:1988:305-313|Gravity+Drilling+Wakayama+Swarm
J|0224|Sasai,Y.|Correction to the paper `Multiple tension-crack model for dilatancy: surface displacement, gravity and magnetic change'||#BER:63:3:1988:323-325|Dilatancy+Displacement+Gravity+Magnetism
J|0225|Tsukuda,T.+Sakate,K.+Honkura,Y.+|Low seismicity, low Coda-Q and discontinuities of the upper crust in the vicinity of the Iznik-Mekece Fault, the North Anatolian Fault Zone, Turkey||#BER:63:4:1988:327-348|Turkey+Seismicity+Upper crust+Q
J|0226|Meguro,K.+Hakuno,M.|Fracture analyses of concrete structures by granular assembly simulation|In Japanese with English abstract|#BER:63:4:1988:409-468|Fracture+Concrete+Grain size+Structure
J|0227|Tsujiura,M.|Characteristic seismograms||#BER:63:5:1988:1-211|Seismogram|Supplementary volume
J|0228|Kisliakov,S.D.+Ganchev,S.G.|On the seismic risk of inelastic reinforced concrete frames||#BIT:25:3:1988:117-127|Risk+Concrete+Frame
J|0229|Saxena,S.K.+Reddy,K.R.|Dynamic moduli and damping for sands at low strain amplitudes||#BIT:25:2:1988:129-160|Dynamics+Damping+Sand
J|0230|Hodge,W.C.+Macfarlane,M.|Effect of the Edgecumbe earthquake on mechanical and process equipment at Tasman mill||#BNZ:21:3:1988:161-173|Damage+New Zealand+Earthquake+1987||#*EDGECUMBE
J|0231|Berrill,J.B.+Bienvenu,V.C.+Callaghan,M.W.|Liquefaction in the Buller region in the 1929 and 1968 earthquakes||#BNZ:21:3:1988:174-189|Liquefaction+New Zealand+1929+1968
J|0232|Fu,Y-A.|Sliding-vibrating responses of elastic structures||#BNZ:21:3:1988:190-197|Building+Response
J|0233|Dowrick,D.J.|Edgecumbe earthquake - some notes on its source, ground motions, and damage in relation to safety||#BNZ:21:3:1988:198-203|New Zealand+1987+Source+Ground motion+Damage||#*EDGECUMBE
J|0234|Paulay,T.|Seismic design in reinforced concrete: the state of the art in New Zealand||#BNZ:21:3:1988:208-232|Design+Reinforced concrete+New Zealand
J|0235|Van Brink,D.J.|Time for a break - let's have an earthquake||#BNZ:21:4:1988:237-246|Power+Damage+New Zealand+1987||#*EDGECUMBE
J|0236|Rutledge,A.L.|Earthquake damage at Edgecumbe and Kawarau Electricorp substations in the Bay of Plenty earthquake on 2 March 1987||#BNZ:21:4:1988:247-254|Damage+New Zealand+1987+Power station||#*EDGECUMBE
J|0237|Park,R.+Ruitong,D.|A comparison of the behaviour of reinforced concrete beam-column joints designed for ductility and limited ductility||#BNZ:21:4:1988:255-278|Reinforced concrete+Ductility
J|0238|Otani,S.|Emergency guideline for classification of risk levels of earthquake damaged reinforced concrete buildings||#BNZ:21:4:1988:279-287|Reinforced concrete+Risk+Damage
J|0239|Wilson,J.T.|Convection tectonics: some possible effects upon the Earth's surface of flow from the deep mantle||#CJS:25:8:1988:1199-1208|Mantle convection+Surface+Tectonics
J|0240|Eaton,D.W.S.+Cook,F.A.|LITHOPROBE seismic reflection imaging of Rocky Mountain structures east of Canal Flats, British Columbia||#CJS:25:9:1988:1339-1348|Lithoprobe+Reflexion study+Imaging+British Columbia
J|0241|Linden,R.H.+Schurer,P.J.|Sediment characteristics and sea-level history of Royal Roads Anchorage, Victoria, British Columbia||#CJS:25:11:1988:1800-1810|Reflexion study+Juan de Fuca+Sediment+British Columbia
J|0242|Mayrand,L.J.+Milkereit,B.|Automated editing and true-amplitude stacking of seismic data||#CJS:25:11:1988:1811-1823|Lithoprobe+Stacking+Amplitude+Deep seismic sounding
J|0243|Dehler,S.A.+Clowes,R.M.|The Queen Charlotte Islands refraction project. Part I. The Queen Charlotte Fault Zone||#CJS:25:11:1988:1857-1870|Refraction study+1983+Queen Charlotte Islands+Ocean-bottom seismograph
J|0244|Van Staal,C.R.+Williams,P.F.|Discussion of `Collision along an irregular margin: a regional plate tectonic interpretation of the Canadian Appalachians' by G. S. Stockmal et al.||#CJS:25:11:1988:1912-1922|Canada+Appalachians+Plate tectonics+Collision|With a reply by the authors
J|0245|Amos,C.L.+Nadeau,O.C.|Surficial sediments of the outer banks, Scotian Shelf, Canada||#CJS:25:12:1988:1923-1944|Reflexion study+Sediment+Nova Scotia
J|0246|Myers,R.A.+Piper,D.J.W.|Seismic stratigraphy of late Cenozoic sediments in the northern Labrador Sea: a history of bottom circulation and glaciation||#CJS:25:12:1988:2059-2074|Seismostratigraphy+Cenozoic+Sediment+Labrador Sea
J|0247|Ramananantoandro,R.|Seismic evidence for mantle flow beneath the Massif Central rift zone (France)||#CJS:25:12:1988:2139-2142|Elastic wave+Velocity+Mantle+Flow+Massif Central+France|Note
A|0248|Carlson,M-L.+Johansson,P.|Seismology 1988: Nuclear test-ban verification, earthquake and earth-resource investigation||1989:Stockholm:Forsvarets Forskningsanstalt|Nuclear test ban+Resource+Earthquake
A|0249|Tygel,M.+Hubral,P.|Transient waves in layered media||1989:Amsterdam:Elsevier Science Publishers|Transient wave+Layered medium|342p.
J|0250|Avtoneev,S.V.+Druzhinin,V.S.+Kashubin,S.N.|Depth structure of the South Urals according to the Troitskiy depth seismic profiling|In Russian|#SVG:-:7:1988:47-53|Deep structure+Urals+Profile
J|0251|Galagan,E.A.+Talvirskiy,D.B.|Studies of geological significance of seismic parameters with reference to the Talinskaya field, West Siberia|In Russian|#SVG:-:8:1988:85-90|Geology+Seismic survey+Siberia+Parameters
J|0252|Veselov,K.E.+Dolitskaya,T.V.|Evolution of the Earth's crust according to the spreading Earth hypothesis|In Russian|#SVG:-:8:1988:97-107|Spreading+Crust+Evolution|Discussion
J|0253|Mushin,I.A.+Pavlova,T.Yu.|Hierarchical presentation of geological cross sections in running seismoformational analysis|In Russian|#SVG:-:9:1988:82-89|Geology+Seismic survey+Data processing
J|0254|Sheikh-Zade,E.R.+Atabaev,R.Kh.|The topography of the basement surface beneath the Fergana Depression|In Russian|#SVG:-:10:1988:34-37|Profile+Fergana
J|0255|Zonenshain,L.P.|Problems and ways of evolution of plate tectonics|In Russian|#SVG:-:12:1988:106-115|Evolution+Plate tectonics|Discussion
J|0256|Majcin,D.|Computation of the temperature distribution along the DSS profiles running through Slovakia|With Russian abstract|#CGS:18:-:1988:38-57|Temperature+Deep seismic sounding+Profile+Slovakia
J|0257|Prochazkova,D.|Earthquakes in central Europe|With Russian abstract|#CGS:18:-:1988:62-101|Seismicity+Europe+Space-time pattern
B|0258|#CZ4|Tobyas,V.+Prochazkova,D.+Knaislova,D.|Seismic activity in the north Bohemian brown-coal district||#CZ5|Seismicity+Bohemia+Coal
B|0259|#CZ4|Tobyas,V.+Prochazkova,D.+Soukup,J.+|Monitoring of seismic effects of quarry blasts in the North Bohemian brown-coal district||#CZ5|Quarry blast+Bohemia+Coal
B|0260|#CZ4|Holub,K.|The preparatory phase of the construction of seismic stations in the area of the mine Frenstat-Zapad||#CZ5|Station+Mine+Czechoslovakia
B|0261|#CZ4|Stankova,E.+Holecko,J.+Arlethova,H.|Relation between the magnitude and energy of seismic events from Ostrava-Karvina coal district (OKR) for Ostrava-Krasne Pole (OKP) seismic station||#CZ5|Magnitude+Energy+Rockburst+Czechoslovakia
B|0262|#CZ4|Jansky,J.+Zednik,J.+Karnik,V.|Theoretical magnitude calibrating curves for short-period P waves||#CZ5|Magnitude+Calibration+P-wave
B|0263|#CZ4|Prochazkova,D.|Determination of macroseismic epicentres in central Europe under data paucity||#CZ5|Macroseismic data+Epicentre+Central Europe
B|0264|#CZ4|Prochazkova,D.|Reliability of epicentral intensity determination on the basis of one isoseismal||#CZ5|Intensity+Isoseismal
B|0265|#CZ4|Plomerova,J.+Pajdusak,P.+Babuska,V.|Teleseismic P-wave residuals at Czechoslovak seismological stations and their utilization for modelling the lithosphere structure||#CZ5|P-wave+Residual+Lithosphere+Structure+Czechoslovakia
B|0266|#CZ4|Holub,K.+Kalenda,P.|A note on the deep earthquake from Vrancea region (Romania) on 30th August, 1986||#CZ5|Earthquake+Vrancea+1986||#*VRANCEA86
B|0267|#CZ4|Klima,K.+Pros,Z.+Vanek,J.|Amplitude checked localization of rock bursts||#CZ5|Amplitude+Rockburst+Czechoslovakia
B|0268|#CZ4|Jansky,J.+Sileny,J.|Accuracy of earthquake localization in media approximated by rectangular block structures||#CZ5|Block+Structure+Ray tracing
B|0269|#CZ4|Jech,J.+Zahradnik,J.|Computation of 2-D SH seismic response of some near-surface structures - in formation on computer program SHDIFF||#CZ5|SH-wave+Theory+Sedimentary basin
B|0270|#CZ4|Tobyas,V.+Prochazkova,D.+Knaislova,D.|Air pressure waves under quarry blasts||#CZ5|Air wave+Quarry blast+Seismogram
B|0271|#CZ4|Kolar,P.|Ground motions at station Hurbanovo during earthquakes with macroseismic effects||#CZ5|Ground motion+Station+Czechoslovakia+Macroseismic data
B|0272|#CZ4|Fiedler,J.|Notes to the technical concepts for a global system for seismic data exchange prepared by the group of scientific experts of the Conference on Disarmament||#CZ5|Global seismicity+Data processing+Nuclear test ban
B|0273|#CZ4|Klima,K.+Ruprechtova,L.+Mrazova,K.|Catalogue of weak shocks on the territory of Czechoslovakia and adjacent regions for the period 1973-1979||#CZ5|Catalogue+Weak earthquake+Czechoslovakia+1973-1979
B|0274|#CZ4|Firbas,P.|Interactive processing of digital seismological data|In Czech|#CZ5|Digital processing+Data processing
J|0275|Heidebrecht,A.C.+Naumoski,N.|Engineering implications of the 1985 Nahanni earthquakes||#EES:16:5:1988:675-690|Earthquake+Strong-motion analysis+Earthquake engineering+Nahanni+1985||#*NAHANNI|#*NAHANNI2
J|0276|Powell,G.H.+Allahabadi,R.|Seismic damage prediction by deterministic methods: concepts and procedures||#EES:16:5:1988:719-734|Damage+Prediction
J|0277|Hryniewicz,Z.+Hermans,A.J.|Response of a randomly inhomogeneous layer overlying a homogeneous half-space to surface harmonic excitation||#EES:16:5:1988:735-744|Wave+Propagation+Viscoelastic medium+Layered medium
J|0278|O'Connor,J.P.F.+Boot,J.C.|A solution procedure for the earthquake analysis of arch dam-reservoir systems with compressible water||#EES:16:5:1988:757-773|Earthquake engineering+Dam+Reservoir
J|0279|Hayhurst,C.J.+Maguire,J.R.|Draft Eurocode 8 - sample seismic force calculations for discussion purposes||#EES:16:5:1988:775-779|Building code+Europe+Force|Short communication
J|0280|Vogt,R.F.+Wolf,J.P.+Bachmann,H.|Wave scattering by a canyon of arbitrary shape in a layered half-space||#EES:16:6:1988:803-812|Wave+Scattering+Canyon+Layered medium
J|0281|Mostaghel,N.+Khodaverdian,M.|Seismic response of structures supported on R-FBI system||#EES:16:6:1988:839-854|Response+Base isolation system
J|0282|Wilson,J.C.|Stiffness of non-skew monolithic bridge abutments for seismic analysis||#EES:16:6:1988:867-883|Earthquake engineering+Bridge
J|0283|Xu,P-C.+Mal,A.K.|The influence of highly stratified dissipative soil on ground motion||#EES:16:6:1988:901-915|Ground motion+Dissipation+Soil
J|0284|O'Rourke,M.J.+El Hmadi,K.|Analysis of continuous buried pipelines for seismic wave effects||#EES:16:6:1988:917-929|Pipeline+Wave motion+Propagation
J|0285|Howells,D.A.|Review of `Engineering Aspects of Earthquake Phenomena' edited by A. Koridze||#EES:16:6:1988:943|Earthquake engineering+Review|Omega Scientific, U.K. p.231
J|0286|Veletson,A.S.+Dotson,K.W.|Horizontal impedances for radially inhomogeneous viscoelastic soil layers||#EES:16:7:1988:947-966|Impedance+Viscoelasticity+Layered medium+Soil
J|0287|Papastamatiou,D.+Sarma,S.K.|Physical constraints in engineering seismic hazard analysis||#EES:16:7:1988:967-984|Hazard+Earthquake engineering+Earthquake-resistant design+Deformation
J|0288|Ambraseys,N.N.+Menu,J.M.|Earthquake-induced ground displacements||#EES:16:7:1988:985-1006|Ground motion+Displacement+Strong-motion analysis+Near field
J|0289|Kameda,H.+Nojima,N.|Simulation of risk-consistent earthquake motion||#EES:16:7:1988:1007-1019|Risk+Ground motion+Intensity+Probability
J|0290|Duron,Z.H.+Hall,J.F.|Experimental and finite element studies of the forced vibration response of Morrow Point dam||#EES:16:7:1988:1021-1039|Response+Dam+Vibration+Finite element method
J|0291|Banerjee,P.K.+Ahmad,S.+Chen,K.|Advanced application of BEM to wave barriers in multi-layered three-dimensional soil media||#EES:16:7:1988:1041-1060|Boundary element method+Barrier+Layered medium+Soil
J|0292|Safak,E.+Bendimerad,M.F.|Peak response of 2-DOF uncoupled oscillator under two directional base motion||#EES:16:7:1988:1061-1072|Oscillator+Ground motion+Response+Accelerogram||#*IMPERIAL
J|0293|Dangla,P.|A plane strain soil-structure interaction model||#EES:16:8:1988:1115-1128|Soil-structure interaction+Boundary element method+Rayleigh wave+Soil
J|0294|Humar,J.L.+Jablonski,A.M.|Boundary element reservoir model for seismic analysis of gravity dams||#EES:16:8:1988:1129-1156|Boundary element method+Reservoir+Dam+Gravity
J|0295|Zembaty,Z.|A note on non-stationary stochastic response and strong motion duration||#EES:16:8:1988:1189-1200|Response+Strong motion+Duration+Intensity
J|0296|Jeong,G.D.+Iwan,W.D.|The effect of earthquake duration on the damage of structures||#EES:16:8:1988:1201-1211|Duration+Damage
J|0297|Iida,M.+Miyatake,T.+Shimazaki,K.|Optimum strong-motion array geometry for source inversion||#EES:16:8:1988:1213-1225|Strong motion+Array+Source+Inversion
J|0298|Howells,D.A.|Review of `Earthquake Resistant Design, Second edition' by D. J. Dowrick||#EES:16:8:1988:1233-1234|Earthquake-resistant design+Review
J|0299|Bakun,W.H.|Introduction to Earthquakes and Volcanoes||#EQV:20:2:1988:41-44|Prediction+Parkfield
J|0300|Bakun,W.H.|History of significant earthquakes in the Parkfield area||#EQV:20:2:1988:45-51|Earthquake+Parkfield
J|0301|Thomason,D.|Historical vignettes of the 1881, 1901, 1922, 1934 and 1966 Parkfield earthquakes||#EQV:20:2:1988:52-55|Earthquake+Parkfield
J|0302|Filson,J.R.|The role of the Federal Government in the Parkfield earthquake prediction experiment||#EQV:20:2:1988:56-59|Prediction+Parkfield
J|0303|Bakun,W.H.|Geophysical instrumentation near Parkfield||#EQV:20:2:1988:60-71|Instrumentation+Parkfield
J|0304|Sherburne,R.W.|Ground shaking and engineering studies on the Parkfield section of the San Andreas fault zone||#EQV:20:2:1988:72-77|Ground motion+Earthquake engineering+Parkfield
J|0305|Thatcher,W.|Scientific goals of the Parkfield earthquake prediction experiment||#EQV:20:2:1988:78-82|Prediction+Parkfield
J|0306|Bakun,W.H.|The USGS plan for short-term prediction of the anticipated Parkfield earthquake||#EQV:20:2:1988:83-86|Prediction+Parkfield
J|0307|Andrews,R.+Goltz,J.|State public policy issues involved with the Parkfield prediction experiment||#EQV:20:2:1988:87-91|Prediction+Parkfield
J|0308|Frey,H.V.+Bosworth,J.M.|Measuring contemporary crustal motions: NASA's crustal dynamics project||#EQV:20:3:1988:96-113|Crustal movement+Geodesy
J|0309|Kerr,R.A.|Forecasting California's earthquakes||#EQV:20:3:1988:114-119|Prediction+California
J|0310|Moore,M.|Aerial views of the San Andreas Fault||#EQV:20:3:1988:120-123|San Andreas Fault
J|0311|Nakamura,Y.+Tucker,B.E.|Earthquake warning system for Japan railways' bullet train: implications for disaster prevention in California||#EQV:20:4:1988:140-155|Warning+Railway+Japan+Disaster
J|0312|Anglin,F.M.+Haddon,R.A.W.|What was that?||#EQV:20:4:1988:161-166|Sonic boom+Meteroid+Canada
J|0313|Filson,J.R.|Geological hazards programs and research in the U.S.A.||#EQV:20:5:1988:176-189|Hazard+Earthquake+Volcanism+Prediction
J|0314|Fajfar,P.+Jiang,Y.+Fischinger,M.|Comparison of modal analysis and equivalent lateral force procedure for seismic analysis of buildings||#EEE:2:2:1988:3-14|Earthquake engineering+Building code
J|0315|Anagnostides,G.|Optimum distribution of stiffness in multistorey steel building frames subjected to earthquake excitation||#EEE:2:2:1988:22-28|Stiffness+Steel frame+Earthquake engineering
J|0316|Scherer,R.J.+Schueller,G.I.|On the data bank of Friuli earthquake||#EEE:2:2:1988:29-35|1976+Earthquake+Friuli+Data bank||#*FRIULI
J|0317|Youtsos,A.G.+Collins,D.+Salmon,M.A.+|The response of a piping system to high frequency excitation||#EEE:2:2:1988:36-40|Pipeline+High frequency+Earthquake engineering
J|0318|Vogt,J.|Historical seismicity||#EEE:2:2:1988:48-49|History+Seismicity
J|0319|Rinaldis,D.|Data acquisition and processing in strong motion seismology: an overview||#EEE:2:2:1988:50-52|Strong-motion seismology+Data acquisition+Data processing
J|0320|Masopust,R.+Podrouzek,J.|Gerb viscous dampers as shock restraints for pipe-lines and components in Czechoslovak nuclear power plants||#EEE:3:2:1988:3-8|Nuclear power plant+Pipelines+Damping
J|0321|Meyer,I.F.+Kratzig,W.B.+Stangenberg,F.+|Damage prediction in reinforced concrete frames under seismic actions||#EEE:3:2:1988:9-15|Damage+Reinforced concrete+Frame
J|0322|Ambraseys,N.N.+Vogt,J.|Material for the investigation of the seismicity of the region of Algiers||#EEE:3:2:1988:16-29|Seismicity+Hazard+Algeria
J|0323|Ghobarah,A.+Aziz,T.S.|Inelastic behaviour of equipment-structure tuned systems||#EEE:3:2:1988:30-37|Response+Inelasticity+Earthquake engineering
J|0324|Lappas,G.+Tassios,T.P.|Estimation of behaviour factors of R.C. buildings||#EEE:3:2:1988:38-43|Reinforced concrete+Building+Frame
J|0325|Toth,L.+Zsiros+Monus,P.|Earthquake history of the Pannonian basin and adjacent territories from 456 A.D.||#EEE:3:2:1988:44-50|History+Seismicity+Hungary
J|0326|Ambraseys,N.N.+Elnashai,A.S.|The Norwegian Sea earthquake of 8 August 1988||#EEE:3:2:1988:53-54|Earthquake+Norway+1988|Technical note|#*NORWAY88
J|0327||Review of `Soil-structure-interaction analysis in time domain' by J. P. Wolf||#EEE:3:2:1988:55|Soil-structure interaction+Review|Prentice-Hall, 1988, 440p.
J|0328|Ramos,V.A.|Late Proterozoic-Early Paleozoic of South America - a collision history||Episodes:11:3:1988:168-174|South America+Collision+Plate tectonics+Geology
J|0329|Chang,H.K.+Kowsmann,R.O.+De Figueiredo,M.F.|New concepts on the development of east Brazilian marginal basins||Episodes:11:3:1988:194-202|Seismic survey+Basin+Brazil
J|0330|Crampin,S.|Extensive-dilatancy anisotropy||#EOS:69:29:1988:729|Anisotropy+Prediction|Report
J|0331|Walker,D.A.+McCreery,C.S.|Deep-ocean seismology: seismicity of the northwestern Pacific basin interior||#EOS:69:30:1988:737-742|Seismicity+Pacific Basin+Hydrophone+Oceanic basin
J|0332|Oaks,S.D.|Decade for natural disaster reduction: an opportunity for international scientific cooperation||#EOS:69:31:1988:753-756|Natural disaster+Mitigation
J|0333||Administration, OTA differ on test verification||#EOS:69:35:1988:820|Seismology+Verification+Nuclear test ban|News item
J|0334|Agnew,D.C.|Review of `Historical seismograms and earthquakes of the World' by W. H. K. Lee, H. Meyers and K. Shimazaki||#EOS:69:36:1988:836|Seismogram+Earthquake+History+Review|Academic Press, San Diego, 1988, 512p.
J|0335|Walker,D.A.|Seismicity of the East Pacific Rise: correlations with the Southern Oscillation Index?||#EOS:69:38:1988:857|Seismicity+East Pacific Rise+Tectonics+Periodicity
J|0336||Nepal quake doesn't fit||#EOS:69:38:1988:860|Nepal+Earthquake+1988+Subduction|News item|#*BIHAR88
J|0337|Allwardt,A.O.|Working at cross-purposes: Holmes and Vening Meinesz on convection||#EOS:69:41:1988:899-906|Convection+History
J|0338|Bois,C.+Courtillot,V.|The French ECORS program: deep seismic profiling of the crust and evolution of the lithosphere||#EOS:69:43:1988:977|Deep seismic sounding+Profile+Crust+France
J|0339|Williams,S.N.+Meyer,H.|A model of Nevado del Ruiz volcano, Colombia||#EOS:69:45:1988:1554|Nevado del Ruiz+Colombia+Volcanism+Volcanic tremor
J|0340|Kennett,B.L.N.|Quakes to have better locations||#EOS:69:46:1988:1571|Location+Earth model+Travel-times|News item
J|0341|Benton,E.R.+Cain,J.C.+Loper,D.E.+|First SEDI symposium||#EOS:69:47:1988:1593-1594|Anisotropy+Core-mantle boundary+Tomography+Mantle|Meeting report
J|0342|Gupta,H.K.|Medium-term earthquake prediction||#EOS:69:49:1988:1620|Prediction+Pattern recognition+Temporal variation+Swarm|News item
J|0343|Stiros,S.C.|Archaeology - a tool to study active tectonics: the Aegean as a case study||#EOS:69:50:1988:1633|Archaeology+Tectonics+AEgean
J|0344|Hinze,W.J.+Kelly,W.C.|Scientific drilling into the midcontinent rift system: probing the processes and products of an ancient continental crustal rupture||#EOS:69:51:1988:1649|Mid-continent rift+Reflexion study+Lake Superior+Tectonics
J|0345|Madrid,J.A.|A simple method for kinematic ray tracing in 3-D heterogeneous media, continuous and discrete|With Spanish abstract|#GFN:27:3:1988:327-350|Ray tracing+Heterogeneous medium+Velocity+Kinematics
J|0346|Lesage,Ph.+Kasser,M.+Pagarete,J.+|Geodetic measurements of large distances: application to the study of plate movements in the Gulf of California|In Spanish with English abstract|#GFN:27:3:1988:351-377|Geodesy+Gulf of California+Seismicity+Plate motion
J|0347|Edelmann,H.A.K.|Foreword for the special issue `Anisotropy, shear waves and polarization measurements'||#GEK:34:1:1988:5-6|Anisotropy+Shear wave+Polarization
J|0348|Grau,G.|S-waves and seismic anisotropy||#GEK:34:1:1988:7-43|Anisotropy+S-wave+Polarization+Sedimentary rock
J|0349|Helbig,K.|Polarization and anisotropy||#GEK:34:1:1988:45-58|Polarization+Anisotropy+S-wave+Splitting
J|0350|Engelhard,L.|Stress-induced anisotropy in elastic media||#GEK:34:1:1988:59-81|Anisotropy+Stress+Elastic medium+Shear wave
J|0351|Crampin,S.|The geological and industrial implications of extensive-dilatancy anisotropy||#GEK:34:1:1988:83-99|Anisotropy+Dilatancy+S-wave+Prediction
J|0352|Cliet,C.+Dubesset,M.|Polarization analysis in three-component seismics||#GEK:34:1:1988:101-119|Polarization+S-wave+Profile+Hodograph
J|0353|Naville,C.+Omnes,G.|Examples of S-wave splitting analyses from VSP data||#GEK:34:1:1988:121-131|S-wave+Splitting+Profile+Anisotropy|Expanded abstract
J|0354|Duda,S.J.+Kaiser,D.+Zhao,J.|Determination and interpretation of earthquake magnitude spectra||Geofizika, Zagreb:5:-:1988:5-19|Magnitude+Spectrum+Earthquake+Broadband seismology||#*XINJIANG|#*MEXICOCITY|#*MEXICOCITY2
J|0355|Suhadolc,P.|Waveform modelling for the study of the Earth structure and seismic sources|In Serbocroatian with English abstract|Geofizika, Zagreb:5:-:1988:21-35|Waveform+Modelling+Synthetic seismogram+Ground motion
J|0356|Makropoulos,K.+Stavrakakis,G.N.+Latousakis,J.+|Seismic zoning studies in the area of Greece based on the most perceptible earthquake magnitude||Geofizika, Zagreb:5:-:1988:37-48|Zoning+Greece+Magnitude+Seismicity
J|0357|Kouskouna,V.+Makropoulos,K.+Drakopoulos,J.+|Effects of site geology on the attenuation of macroseismic intensity in Central Greece||Geofizika, Zagreb:5:-:1988:49-62|Intensity+Greece+Attenuation+Geology||#*MAGNISIA
J|0358|Ribaric,V.|The space and time pattern of local seismicity in Slovenia||Geofizika, Zagreb:5:-:1988:63-74|Seismicity+Slovenia+Pattern+b-Value
J|0359|Hadzievski,D.|Effect of the process within the earthquake focus upon the seismic zoning of the terrain|In Serbocroatian with English abstract|Geofizika, Zagreb:5:-:1988:75-88|Focus+Zoning+Terrane+Intensity||#*NEGOTINO
J|0360|Hadzievski,D.+Pekevski,L.+Cejkovska,V.|Seismic zoning and the problem of determination of expected maximum magnitude|In Serbocroatian with English abstract|Geofizika, Zagreb:5:-:1988:89-107|Zoning+Magnitude+Energy+Yugoslavia
J|0361|Biswas,S.+Majumdar,R.K.+Gupta,A.D.|Seismicity, b-values and focal depth distributions of earthquakes in the Andaman-Nicobar Island region||Geofizika, Zagreb:5:-:1988:107-119|Seismicity+b-Value+Depth+Andaman Islands+Nicobar Islands
J|0362|Sikosek,B.|The role and importance of seismotectonical investigations in seismic zoning|In Serbocroatian with English abstract|Geofizika, Zagreb:5:-:1988:121-132|Seismotectonics+Zoning
J|0363|Cvijanovic,D.+Krstuovic,B.|Relationship between attenuation functions of acceleration and intensity of earthquakes|In Serbocroatian with English abstract|Geofizika, Zagreb:5:-:1988:133-137|Attenuation+Acceleration+Intensity
J|0364|Herak,D.+Herak,M.|The 1986 Adriatic Sea swarm: b-value||Geofizika, Zagreb:5:-:1988:139-140|Adriatic+Swarm+1986+b-Value|Conference abstract
J|0365|Prelogovic,E.+Skoko,D.+Aljinovic,B.|Geological structure of the Earth and seismic active zones on Yugoslavian territory||Geofizika, Zagreb:5:-:1988:141|Geology+Deep seismic sounding+Yugoslavia|Conference abstract
J|0366|Ferrari,G.|Some notes on the history of meteorological and seismic observations||Geofizika, Zagreb:5:-:1988:142|History+Observational seismology+Italy|Conference abstract
J|0367|Ferrari,G.|Role of iconographical sources in the macroseismic revaluation of destructive seismic events in Italy||Geofizika, Zagreb:5:-:1988:143|Italy+Macroseismic data+Destructive earthquake+History|Conference abstract
J|0368|Pavlenkova,N.I.|Comparative characteristics of the upper mantle of the continents and oceans|In Russian with English abstract|#GFZ:10:4:1988:3-16|Upper mantle+Continent+Ocean+Model
J|0369|Epinatieva,A.M.+Litvin,A.L.|Sizes of the effective region where reflected and refracted (head) waves are formed|In Russian with English abstract|#GFZ:10:4:1988:16-28|Reflected wave+Refracted wave+Inhomogeneous medium+Source
J|0370|Kuprienko,P.Ya.+Krasovsky,S.S.|Density models of gradient-layered deep crustal structures of the Ukrainian Shield|In Russian with English abstract|#GFZ:10:4:1988:28-39|Geotraverse+Density+Model+Ukrainian Shield
J|0371|Vasil'ev,S.A.|Equations of arriving waves for inhomogeneous medium|In Russian with English abstract|#GFZ:10:4:1988:55-63|Wave equation+Inhomogeneous medium+Mapping+Density
J|0372|Grin,N.E.+Lebedev,T.S.+Chernyavskaya,E.I.+|Peculiarities of reflected waves in the consolidated crust from data of numerical simulation|In Russian with English abstract|#GFZ:10:4:1988:63-69|Reflected wave+Crust+Numerical modelling+Ukrainian Shield
J|0373|Mershchy,V.V.|Algorithm of adaptive holographic M-transformation|In Russian with English abstract|#GFZ:10:4:1988:81-85|Wave+Holography+Inhomogeneous medium+Distortion|Scientific communication
J|0374|Spirtus,V.B.|Optimization algorithm of nonhorizontally-laminated model of the environment by the data of MRWE|In Russian with English abstract|#GFZ:10:4:1988:86-91|Model+Exchange wave+Intensity+Phase|Scientific communication
J|0375|Chekunov,A.V.|Deep motives of tectogenesis|In Russian with English abstract|#GFZ:10:5:1988:3-12|Lithosphere+Asthenosphere+Tectogenesis+Seismicity
J|0376|Rudnitsky,V.P.|Several remarks of practical use of geomagnetic seismic survey|In Russian with English abstract|#GFZ:10:5:1988:54-58|Seismic survey+Kinematics+Numerical method|Scientific communication
J|0377|Loktionov,B.A.+Plashkevich,A.L.|Finite difference migration of time sections on the basis of solution of a complete scalar wave equation|In Russian with English abstract|#GFZ:10:5:1988:88-93|Finite difference method+Migration+Wave equation+Kinematics|Scientific communication
J|0378|Nesterov,A.N.|Horizontal inhomogeneities of the lithosphere in south-eastern Europe by the data of azimuthal anomalies of the Love surface waves|In Russian with English abstract|#GFZ:10:6:1988:23-36|Inhomogeneity+Lithosphere+Europe+Love wave
J|0379|Verbitsky,T.Z.+Starodub,Yu.P.+Brych,T.B.|Studies in distribution of stresses, strains and displacements in the rock massif with cylindrical inhomogeneity|In Russian with English abstract|#GFZ:10:6:1988:36-43|Finite element method+Inhomogeneity+Crust+Stress
J|0380|Geiko,V.S.|Theorems of uniqueness of the multidimensional linearized inverse kinematic seismics problem. 2|In Russian with English abstract|#GFZ:10:6:1988:49-60|Inverse problem+Uniqueness+Kinematics+Refraction
J|0381|Tsatsko,E.L.+Lossovsky,I.E.+Fainshtein,E.B.|Processing of data from seismic prospecting MOB by the local time-different analysis of the wave field|In Russian with English abstract|#GFZ:10:6:1988:61-70|Wave field+Data processing+Seismic prospecting+Time series
J|0382|Madatov,A.G.|Simulation experiment with digital models of a plane wave field in the problem of rational complexing of direct oil and gas content prediction procedures|In Russian with English abstract|#GFZ:10:6:1988:70-81|Simulation+Wave field+Modelling+Seismic prospecting
J|0383|Timoshin,Yu.V.+Semenova,S.G.+Skvortsova,E.A.|The velocity characteristic of the sedimentary cover in certain hydrocarbon deposits of the Dnieper-Donets depression|In Russian with English abstract|#GFZ:10:6:1988:82-92|Velocity+Seismic prospecting+Sediment+Dnepr Basin|Scientific communication
J|0384|Calota,C.+Lazarescu,V.+Moldoveanu,T.+|The gravity variations on geodynamic polygons of S.R. of Romania and their preliminary tectonic interpretation|In Romanian with English abstract|#SGG:26:-:1988:3-16|Geodynamic polygon+Gravity+Vrancea+Prediction||#*VRANCEA86
J|0385|Zugravescu,D.+Fatulescu,I.+Constantinescu,L.+|The relationship between the gravity tide and the seismic triggering in the case of Vrancea earthquakes|In Romanian with English abstract|#SGG:26:-:1988:17-23|Gravity+Vrancea+Triggering+Stress
J|0386|Enescu,D.+Bala,A.+Pompilian,A.|Quasi-continuous distributions of seismic wave velocities in terrestrial crust from Romania||#SGG:26:-:1988:43-49|Crust+Explosion+Velocity+Romania
J|0387|Mandrescu,N.+Anghel,M.+Smalbergher,V.|The Vrancea intermediate-depth earthquakes and the peculiarities of the seismic intensity distribution over the Romanian territory||#SGG:26:-:1988:52-57|Vrancea+Intensity+Isoseismal map+Intermediate-depth earthquake
J|0388|Varodin,V.+Radulescu,F.|On the seismic investigation methods of the Earth's crust in Romania (1929-1986)||#SGG:26:-:1988:71-85|Crust+Romania+Reflexion study+Refraction study
J|0389|Constantinescu,L.|Review of `Intermediate-term earthquake prediction' edited by W. D. Stuart and K. Aki||#SGG:26:-:1988:105-107|Prediction+Precursor+Mechanics+Review|Birkhauser Verlag, 1988, 544p
J|0390|Enescu,D.+Pompilian,A.+Bala,A.|Distributions of seismic wave velocities in the lithosphere of some regions in Romania||#RRG:32:-:1988:3-11|Explosion+Velocity+Refracted wave+Romania
J|0391|Radulescu,F.|Seismic models of the crustal structure in Romania||#RRG:32:-:1988:13-17|Deep seismic sounding+Reflexion study+Crustal structure+Romania
J|0392|Radu,C.+Oncescu,M.C.|The crustal earthquake of September 11, 1980 from Braila-Galati region||#RRG:32:-:1988:19-27|Earthquake+Romania+1980+Strong-motion record||#*BRAILA80
J|0393|Moldoveanu,N.+Harabor,I.+Radescu,L.+|Estimation of crossline static corrections for 3-D seismic works||#RRG:32:-:1988:69-79|Static correction+Model+Hilbert transform+Correlation
J|0394|Marza,V.|Review of `Earthquake prediction' edited by K. Shimazaki and W. D. Stuart||#RRG:32:-:1988:121|Prediction+Review|Birkhauser Verlag, 1985, 238p.
J|0395|Cranganu,C.|Review of `Earthquakes: observation, theory and interpretation' edited by H. Kanamori and E. Boschi||#RRG:32:-:1988:121-123|Review+Earthquake+Theory+Interpretation|North-Holland Elsevier Science Publishers, 1987, xvi+612p.
J|0396|Gridnev,D.G.+Sarycheva,Yu.K.+Timofejev,V.Yu.|Temporal changes of tidal factor delta and elastic properties of the upper mantle in the area of Irkutsk|In Russian with English abstract|#GGS:-:7:1988:87-93|Tide+Irkutsk+Velocity+Gravity
J|0397|Kanareikin,B.A.+Maltsev,A.I.|Features of first-arrival curves as applied to the model of the basement of the western-Siberian plate|In Russian with English abstract|#GGS:-:7:1988:99-107|Refraction study+Upper crust+Siberia+Model
J|0398|Pavlov,O.V.+Ivanov,F.I.+Potapov,V.A.|Relative amplitude level of the body waves in loose ground|In Russian with English abstract|#GGS:-:7:1988:136-141|Amplitude+Body wave+Ground+Layered medium
J|0399|Garin,V.P.+Lebedeva,G.N.|Determination of effective parameters for the medium in the method of reflected waves under the conditions of complex relief of observation surface|In Russian with English abstract|#GGS:-:9:1988:68-77|Kinematics+Inverse problem+Reflected wave+Relief
J|0400|Ivanchenkov,V.P.+Kochegurov,A.I.|Determination of time position of seismic signals from their phase-frequency characteristics|In Russian with English abstract|#GGS:-:9:1988:77-83|Phase+Frequency+Noise+Stability
J|0401|Vasil'ev,Yu.A.+Roganov,Yu.V.|Solution of direct 3-D problems in kinematic seismics of layered homogeneous media using tangents correlation|In Russian with English abstract|#GGS:-:9:1988:84-88|Kinematics+Layered medium+Refracted wave+Dipping layer
J|0402|Starobinets,A.E.+Larin,G.V.|Mathematical modelling of seismic record processing by common diffraction point stacking method using reversed dynamic images|In Russian with English abstract|#GGS:-:9:1988:88-96|Modelling+Stacking+Diffraction+Seismic record
J|0403|Krutin,V.N.+Markov,M.G.+Yumatov,A.Yu.|Lamb-Stoneley wave in the fluid annulus between logging tool and permeable borehole wall|In Russian with English abstract|#GGS:-:9:1988:96-101|Lamb wave+Stoneley wave+Borehole+Porous medium
J|0404|Romanchuk,A.A.+Krizhberg,R.R.|Sound waves propagation in the upper part of ground|In Russian with English abstract|#GGS:-:9:1988:102-104|Ground+Sound+Propagation+Velocity|Brief communication
J|0405|Kvartalnaya,G.D.+Sukhenko,A.Kh.|On geologic nature of seismic waves interference zones in the Angara iron-ore province|In Russian with English abstract|#GGS:-:8:1988:86-94|Interference+Geology+Iron+Angara
J|0406|Tuzovsky,A.A.|Velocity definition from caustics continued from plane curve fields|In Russian with English abstract|#GGS:-:8:1988:94-102|Velocity+Layered medium+Homogeneous medium+Caustic
J|0407|Erokhin,G.N.+Bortnikov,P.B.|About the determination of the seismic moment tensor|In Russian with English abstract|#GGS:-:8:1988:102-107|Seismic moment tensor+Body wave+Mechanism
J|0408|Katnikov,A.P.|Binormal model of seismic records interpretation|In Russian with English abstract|#GGS:-:8:1988:107-113|Filtering+Seismic record+Interpretation+Model
J|0409|Druzhinin,V.S.+Kashubin,S.N.+Avtoneev,S.V.+|New data on deep structure of the south Urals according to the results of investigation of Troitsk DSS profile|In Russian with English abstract|#GGS:-:10:1988:86-90|Urals+Deep seismic sounding+Crust+Upper mantle
J|0410|Tuzovsky,A.A.|The reconstruction of reflection coefficients on interfaces of inhomogeneous elastic media in the cases of irregular ray field structure|In Russian with English abstract|#GGS:-:10:1988:97-103|Reflexion coefficient+Elastic medium+Inhomogeneous medium+Ray
J|0411|Obolentseva,I.R.+Grechka,V.Yu.|Two-point algorithms for rays calculation in layer-homogeneous anisotropic media|In Russian with English abstract|#GGS:-:10:1988:104-112|Ray+Anisotropy+Layered medium+Velocity
J|0412|Shvartsman,Yu.P.|On separation of static and kinematic corrections in processing seismic surveying data|In Russian with English abstract|#GGS:-:10:1988:112-117|Survey+Kinematics+Statics+Data processing
J|0413|Zergal,S.M.|Determination of the index of sonic waves refraction by reflection coefficient|In Russian with English abstract|#GGS:-:10:1988:125-127|Sonic wave+Refraction+Reflexion coefficient+Inverse problem|Brief communication
J|0414|Puzyrev,N.N.|Some aspects of reflection seismic prospecting procedure|In Russian with English abstract|#GGS:-:11:1988:112-117|Reflexion study+Prospecting+Sediment
J|0415|Epov,A.B.|Impulse seismograms and their relation to acoustic properties of the section|In Russian with English abstract|#GGS:-:11:1988:117-126|Impulse+Seismogram+Acoustics+Reflexion coefficient
J|0416|Zergal,S.M.|Numeral solution of inverse three-dimensional kinematic problem of seismics in linear formulation|In Russian with English abstract|#GGS:-:11:1988:126-133|Inverse problem+Kinematics+Radon transform
J|0417|Sibiryakov,B.P.+Golikov,N.A.|Reflection properties of microheterogeneous porous media|In Russian with English abstract|#GGS:-:11:1988:133-138|Microstructure+Porous medium+Reflexion+Deformation
J|0418|Egorkin,A.V.+Sumerina,E.P.|Longitudinal waves absorption in consolidated crust of Siberia|In Russian with English abstract|#GGS:-:12:1988:111-118|Longitudinal wave+Absorption+Crust+Siberia
J|0419|Druzhinin,A.B.|Kinematic law of diffraction on the ridge in anisotropic medium|In Russian with English abstract|#GGS:-:12:1988:119-122|Anisotropy+Kinematics+Diffraction+Ridge
J|0420||Geophysical prospecting||A. Rep. Hung. Geophys. Inst.:-:-:1987:171-176|Reflexion study+Hungary
J|0421||Seismic methodological and instrumental research||A. Rep. Hung. Geophys. Inst.:-:-:1987:179-187|Instrument+Vibroseis+Section+Oil+Hungary
J|0422||Earth physics research||A. Rep. Hung. Geophys. Inst.:-:-:1987:213-216|Geodynamics+PREM+P-wave+S-wave+Love number+Hungary
J|0423|Tedesco,D.+Bottiglieri,L.+Pece,R.|10th of April 1987 seismic swarm: correlation with geochemical parameters in Campi Flegrei caldera (Southern Italy)||#GRL:15:7:1988:661-664|Swarm+1987+Southern Italy+Phlegraean fields
J|0424|Satake,K.+Shimazaki,K.|Detectability of very slow earthquake from tide gauge records||#GRL:15:7:1988:665-668|Slow earthquake+Tidal recording+Deformation+Crust
J|0425|Wajeman,N.|Detection of underside P reflections at mantle discontinuities by stacking broadband data||#GRL:15:7:1988:669-672|P-wave+Reflexion+Stacking+Broadband seismology
J|0426|Glazner,A.F.+Ussler,W.|Trapping of magma at midcrustal density discontinuities||#GRL:15:7:1988:673-675|Middle crust+Magma+Basin & Range+P-wave
J|0427|Sung,L-Y.+Jackson,D.D.|Geodetic evidence of the seismic potential at Parkfield, California||#GRL:15:8:1988:820-823|Geodesy+Seismic potential+Parkfield+Creep
J|0428|Gee,L.S.+Jordan,T.H.|Polarization anisotropy and fine-scale structure of the Eurasian upper mantle||#GRL:15:8:1988:824-827|Polarization+Anisotropy+Upper mantle+Eurasia
J|0429|Kamiya,S.+Miyatake,T.|How deep can we see the high velocity anomalies beneath the Japan Islands?||#GRL:15:8:1988:828-831|High velocity+Japan+Lower mantle+Tomography
J|0430|Sipkin,S.A.|Estimation of the attenuation operator for multiple-ScS waves using digitally recorded broadband data||#GRL:15:8:1988:832-835|Attenuation+ScS-wave+Digital recording+Broadband seismology
J|0431|Butler,R.|Shear wave properties of marine sediments derived from cepstral analysis of background noise||#GRL:15:8:1988:836-839|Shear wave+Cepstral analysis+Noise+Sediment
J|0432||Cajon Pass scientific drilling project||#GRL:15:9:1988:931-1076|Cajon Pass+California+San Andreas Fault+Drilling+Stress+Faulting+Seismicity
J|0433|Hoffman,P.F.+Ranalli,G.|Archean oceanic flake tectonics||#GRL:15:10:1988:1077-1080|Archaean+Tectonics+Oceanic crust+Rheology
J|0434|Brodholt,J.+Stein,S.|Rheological control of Wadati-Benioff zone seismicity||#GRL:15:10:1988:1081-1084|Rheology+Seismicity+Wadati-Benioff zone+Subduction
J|0435|Shearer,P.M.|Synthetic seismogram modelling of shear-wave splitting in VSP data from the Geysers, California||#GRL:15:10:1988:1085-1088|Geysers, The+Vertical seismic profiling+Synthetic seismogram+Shear wave+Splitting
J|0436|Chaimov,T.A.|A 3-D seismic modelling study of the Ladron Horst near Socorro, New Mexico||#GRL:15:11:1988:1207-1210|Socorro+Reflexion study+COCORP+Modelling
J|0437|Williams,C.A.+Richardson,R.M.|A nonlinear least-squares inverse analysis of strike-slip faulting with application to the San Andreas Fault||#GRL:15:11:1988:1211-1214|Inversion+Faulting+San Andreas Fault+Recurrence
J|0438|Harris,R.A.+Archuleta,R.J.|Slip budget and potential for a M7 earthquake in Central California||#GRL:15:11:1988:1215-1218|Slip+San Andreas Fault+Parkfield+Creep
J|0439|Tichelaar,B.W.+Ruff,L.J.|Rupture extent of the 1978 Miyagi-oki, Japan earthquake and seismic coupling in the northern Honshu subduction zone||#GRL:15:11:1988:1219-1222|Rupture+Coupling+Subduction+Honshu||#*MIYAGIKEN
J|0440|Yomogida,K.|Crack-like rupture processes observed in near-fault strong motion data||#GRL:15:11:1988:1223-1226|Crack+Rupture+Strong-motion analysis+Near field||#*MEXICOCITY
J|0441|Sato,H.+Sacks,I.S.+Murase,T.+|Thermal structure of the low velocity zone derived from laboratory and seismic investigations||#GRL:15:11:1988:1227-1230|Low-velocity layer+Heat flow+Velocity+Upper mantle
J|0442|Kawabe,I.+Ohno,I.+Nadano,S.|Groundwater flow records indicating earthquake occurrence and induced Earth's free oscillations||#GRL:15:11:1988:1235-1238|Groundwater+Free oscillation+Earthquake+Strain||#*KYUSHU87
J|0443|Horowitz,F.G.|Mixed state variable friction laws: some implications for experiments and a stability analysis||#GRL:15:11:1988:1243-1246|Friction+Stability+Rock
J|0444|Gettrust,J.F.+Grimm,M.+Madosik,S.+|Results of a deep-tow multichannel survey on the Bermuda Rise||#GRL:15:12:1988:1413-1416|Bermuda Rise+Reflexion study+Sediment+P-wave
J|0445|Rasmussen,J.+Humphreys,E.|Tomographic image of the Juan de Fuca plate beneath Washington and western Oregon using teleseismic P-wave travel times||#GRL:15:12:1988:1417-1420|P-wave+Tomography+Juan de Fuca+Washington State
J|0446|Schneider,J.F.+Sacks,I.S.+Huaco,D.+|Spatial distribution and b value of intermediate-depth earthquakes beneath central Peru||#GRL:15:12:1988:1421-1424|b-Value+Peru+Intermediate-depth earthquake+Nazca Plate
J|0447|Zhou,H-W.|How well can we resolve the deep seismic slab with seismic tomography?||#GRL:15:12:1988:1425-1428|Slab+Tomography+Japan+Kuril Islands
J|0448|Miller,C.K.+Furlong,K.P.|Thermal-mechanical controls on seismicity depth distributions in the San Andreas Fault zone||#GRL:15:12:1988:1429-1432|Temperature+Strain+Lithology+San Andreas Fault
J|0449|Steck,L.K.+Prothero,W.A.|P to S converted wave observations at Long Valley caldera||#GRL:15:12:1988:1433-1436|Long Valley Caldera+Converted wave+P-wave+S-wave
J|0450|Tang,X.M.+Cheng,C.H.|Wave propagation in a fluid-filled fracture - an experimental study||#GRL:15:13:1988:1463-1466|Propagation+Fracture+Fluid+Waveform
J|0451|Bowman,J.R.|Constraints on locations of large intraplate earthquakes in the Northern Territory, Australia from observations at the Warramunga seismic array||#GRL:15:13:1988:1475-1478|Location+Intraplate earthquake+Warramunga+Australia||#*TENNANT188|#*TENNANT288|#*TENNANT388
J|0452|Souriau,A.|P-coda at distances 80degrees-120degrees and structure beneath subduction zones: example of Chile||#GRL:15:13:1988:1479-1482|P-wave+Coda+Structure+Subduction+Chile
J|0453|Lahr,J.C.+Page,R.A.+Stephens,C.D.+|Unusual earthquakes in the Gulf of Alaska and fragmentation of the Pacific Plate||#GRL:15:13:1988:1483-1486|Alaska, Gulf of+Pacific plate+Earthquake+Fragmentation||#*ALASKA187|#*ALASKA287|#*ALASKA88
J|0454|Burnett,M.S.+Orcutt,J.A.+Olson,A.H.|A finite element computation of seismic diffraction about the rise axis magma chamber||#GRL:15:13:1988:1487-1490|Diffraction+Refraction study+East Pacific Rise+Magma
J|0455|Sleep,N.H.+Richards,M.A.+Hager,B.H.|Onset of mantle plumes in the presence of preexisting convection||#JGR:93:7:1988:7672-7689|Mantle plume+Mantle convection
J|0456|Richards,M.A.+Hager,B.H.+Sleep,N.H.|Dynamically supported geoid highs over hotspots: observation and theory||#JGR:93:7:1988:7690-7708|Hot spot+Geoid structure+Velocity+Upper mantle
J|0457|Ward,S.N.|North America-Pacific plate boundary, an elastic-plastic megashear: evidence from very long baseline interferometry||#JGR:93:7:1988:7716-7728|Interferometry+Plate boundary+North America+Pacific plate
J|0458|Peltzer,G.+Tapponnier,P.+Gaudemer,Y.+|Offsets of late quaternary morphology, rate of slip, and recurrence of large earthquakes on the Chang Ma fault (Gansu, China)||#JGR:93:7:1988:7793-7812|Offset+Morphology+Slip+Gansu
J|0459|Wong,I.G.+Ely,R.W.+Kollmann,A.C.|Contemporary seismicity and tectonics of the Northern and Central Coast Ranges-Sierran Block boundary zone, California||#JGR:93:7:1988:7813-7833|Seismicity+Tectonics+Great Valley+California
J|0460|Barton,C.A.+Zoback,M.D.|Determination of in situ stress orientation from borehole guided waves||#JGR:93:7:1988:7734-7844|Stress+Borehole+Guided wave+Anisotropy
J|0461|Dmowska,R.+Rice,J.R.+Lovison,L.C.+|Stress transfer and seismic phenomena in coupled subduction zones during the earthquake cycle||#JGR:93:7:1988:7869-7884|Seismicity+Cycle+Stress+Subduction
J|0462|Romanowicz,B.+Roult,G.|Asymptotic approximations for normal modes and surface waves in the vicinity of the antipode: constraints on global earth models||#JGR:93:7:1988:7885-7896|Earth model+Surface wave+Normal mode+Antipode
J|0463|Lisowski,M.+Savage,J.C.+Prescott,W.H.+|Absence of strain accumulation in the Shumagin seismic gap, Alaska, 1980-1987||#JGR:93:7:1988:7909-7922|Strain+Shumagin Islands+Alaska+1980-1987
J|0464|Wyatt,F.|Measurements of coseismic deformation in Southern California: 1972-1982||#JGR:93:7:1988:7923-7942|Strain+Deformation+California+1972-1982||#*IMPERIAL
J|0465|Li,V.C.+Lim,H.S.|Modelling surface deformations at complex strike-slip plate boundaries||#JGR:93:7:1988:7943-7954|Modelling+Deformation+Plate boundary+Strike-slip
J|0466|Platt,J.P.+Leggett,J.K.+Alam,S.|Slip vectors and fault mechanics in the Makran accretionary wedge, southwest Pakistan||#JGR:93:7:1988:7955-7973|Slip+Fault+Makran+Pakistan
J|0467|Doll,W.E.+Clay,C.S.|Seismic imaging of the Puritan batholith, Wisconsin, using split array cross-correlator processing||#JGR:93:7:1988:8023-8034|Imaging+Batholith+Wisconsin+Array
J|0468|Das,S.+Kostrov,B.V.|An investigation of the complexity of the earthquake source time function using dynamic faulting models||#JGR:93:7:1988:8035-8050|Source-time function+Modelling+Dynamics+Faulting
J|0469|Wyss,M.|Comment on `A single-force model for the 1975 Kalapana, Hawaii, earthquake' by H. K. Eissler and H. Kanamori||#JGR:93:7:1988:8078-8082|Comment+Model+Earthquake+Hawaii+1975|With a reply by the authors|#*HILO
J|0470|Chen,Y.|Thermal model of oceanic transform faults||#JGR:93:8:1988:8839-8851|Thermal model+Ocean+Transform fault+Depth
J|0471|Nyquist,J.E.+Wang,H.F.|Flexural modelling of the midcontinent rift||#JGR:93:8:1988:8852-8868|Midcontinent+Rift+Flexural modelling+Reflexion study
J|0472|Jones,L.M.|Focal mechanisms and the state of stress on the San Andreas Fault in Southern California||#JGR:93:8:1988:8869-8891|Focal mechanism+Stress+San Andreas Fault+California
J|0473|Shi,Y.+Wang,C-Y.|Generation of high pore pressures in accretionary prisms: inferences from the Barbados subduction complex||#JGR:93:8:1988:8893-8910|Reflexion study+Barbados+Pore pressure+Accretionary prism
J|0474|Moore,G.F.+Shipley,T.H.|Mechanisms of sediment accretion in the Middle America Trench off Mexico||#JGR:93:8:1988:8911-8927|Middle America Trench+Reflexion study+Accretion+Sediment
J|0475|Wesson,R.L.|Dynamics of fault creep||#JGR:93:8:1988:8929-8951|Dynamics+Fault+Creep+California
J|0476|Cook,F.A.|Middle proterozoic compressional orogen in northwestern Canada||#JGR:93:8:1988:8985-9005|Proterozoic+Orogeny+Canada+Reflexion study
J|0477|Oppenheimer,D.H.+Reasenberg,P.A.+Simpson,R.W.|Fault plane solutions for the 1984 Morgan Hill, California, earthquake sequence: evidence for the state of stress on the Calaveras Fault||#JGR:93:8:1988:9007-9026|Fault plane solution+Morgan Hill+1984+Calaveras Fault||#*MORGAN
J|0478|Bergman,E.A.+Solomon,S.C.|Transform fault earthquakes in the North Atlantic: source mechanisms and the depth of faulting||#JGR:93:8:1988:9027-9057|Transform fault+North Atlantic+Mechanism+Depth
J|0479|Cummins,P.+Johnson,L.R.|Short-period body wave constraints on properties of the Earth's inner core boundary||#JGR:93:8:1988:9058-9074|Inner core+Boundary+Body wave+Short-period wave
J|0480|Ebeniro,J.O.+Nakamura,Y.+Sawyer,D.S.+|Sedimentary and crustal structure of the northwestern Gulf of Mexico||#JGR:93:8:1988:9075-9092|Mexico, G. of+Reflexion study+Refraction study+Ocean-bottom seismograph
J|0481|Toomey,D.R.+Solomon,S.C.+Purdy,G.M.|Microearthquakes beneath the Median Valley of the Mid-Atlantic Ridge near 23degreesN: tomography and tectonics||#JGR:93:8:1988:9093-9112|Microearthquake+Mid-Atlantic Ridge+Tomography+Tectonics
J|0482|Eneva,M.+Pavlis,G.L.|Application of pair analysis statistics to aftershocks of the 1984 Morgan Hill, California, earthquake||#JGR:93:8:1988:9113-9125|Morgan Hill+1984+Aftershock+Space-time distribution||#*MORGAN
J|0483|Catchings,R.D.+Mooney,W.D.|Crustal structure of east central Oregon: relation between Newberry Volcano and regional crustal structure||#JGR:93:9:1988:10081-10094|Refraction study+Oregon+Newberry Volcano+Crustal structure
J|0484|Stauber,D.A.+Green,S.M.+Iyer,H.M.|Three-dimensional P velocity structure of the crust below Newberry Volcano, Oregon||#JGR:93:9:1988:10095-10107|P-wave+Oregon+Newberry Volcano+Crustal structure
J|0485|Achauer,U.+Evans,J.R.+Stauber,D.A.|High-resolution seismic tomography of compressional wave velocity structure at Newberry Volcano, Oregon Cascade Range||#JGR:93:9:1988:10135-10147|Newberry Volcano+Oregon+Tomography+Compressional wave
J|0486|Grimison,N.L.+Chen,W-P.|Earthquakes in the Davie Ridge-Madagascar region and the southern Nubian-Somalian plate boundary||#JGR:93:9:1988:10439-10450|East African Rift+Plate boundary+Earthquake+Inversion||#*MADAGASCAR85
J|0487|Davies,G.F.|Role of the lithosphere in mantle convection||#JGR:93:9:1988:10451-10466|Lithosphere+Mantle convection+Plate tectonics
J|0488|Paulssen,H.|Evidence for a sharp 670-km discontinuity as inferred from P-to-S converted waves||#JGR:93:9:1988:10489-10500|670km discontinuity+Converted wave+P-wave+S-wave
J|0489|Ho-Liu,P.+Kanamori,H.+Clayton,R.W.|Applications of attenuation tomography to Imperial Valley and Coso-Indian Wells region, southern California||#JGR:93:9:1988:10501-10520|Attenuation+Tomography+Imperial Valley+Coso-Indian Wells+California
J|0490|Hobbs,B.E.+Ord,A.|Plastic instabilities: implications for the origin of intermediate and deep focus earthquakes||#JGR:93:9:1988:10521-10540|Plasticity+Instability+Intermediate-focus earthquake+Deep-focus earthquake
J|0491|Brandsdottir,B.+Menke,W.H.|Measurements of coda buildup and decay rates of Western Pacific P, PO, and SO phases and their relevance to lithospheric scattering||#JGR:93:9:1988:10541-10559|Coda+Western Pacific+Lithosphere+Scattering
J|0492|Kagan,Y.Y.|Static sources of elastic deformation in a homogeneous half-space||#JGR:93:9:1988:10560-10574|Elasticity+Deformation+Source+Half-space
J|0493|Jurdy,D.M.+Stefanick,M.|Plate-driving forces over the Cenozoic era||#JGR:93:10:1988:11833-11844|Plate tectonics+Driving mechanism+Cenozoic+Dynamics
J|0494|DeMets,C.+Gordon,R.G.+Argus,D.F.|Intraplate deformation and closure of the Australia-Antarctic-Africa plate circuit||#JGR:93:10:1988:11877-11897|Intraplate deformation+Indian Ocean+Australia+Earthquake slip vector
J|0495|Hajnal,Z.+Scott,D.+Robertson,P.B.|Reflection study of the Haughton impact crater||#JGR:93:10:1988:11930-11942|Reflexion study+Impact+Crater+Canada
J|0496|Estabrook,C.H.+Stone,D.B.+Davies,J.N.|Seismotectonics of northern Alaska||#JGR:93:10:1988:12026-12040|Alaska+Seismotectonics+Velocity+Microearthquake
J|0497|Mendez,A.J.+Luco,J.E.|Near-source ground motion from a steady state dislocation model in a layered half-space||#JGR:93:10:1988:12041-12054|Ground motion+Half-space+Near earthquake+Layered medium
J|0498|Snieder,R.|Large-scale waveform inversions of surface waves for lateral heterogeneity: 1. Theory and numerical examples||#JGR:93:10:1988:12055-12065|Waveform+Inversion+Surface wave+Lateral heterogeneity
J|0499|Snieder,R.|Large-scale waveform inversions of surface waves for lateral heterogeneity: 2. Application to surface waves in Europe and the Mediterranean||#JGR:93:10:1988:12067-12080|Waveform+Inversion+Surface wave+Lateral heterogeneity
J|0500|Holbrook,W.S.+Gajewski,D.+Krammer,A.+|An interpretation of wide-angle compressional and shear wave data in southwest Germany||#JGR:93:10:1988:12081-12106|Germany+Compressional wave+Shear wave+Velocity
J|0501|Lindwall,D.A.|A two-dimensional seismic investigation of crustal structure under the Hawaiian Islands near Oahu and Kauai||#JGR:93:10:1988:12107-12122|Crustal structure+Hawaiian Islands+Refraction study+Modelling
J|0502|Archbold,M.J.+McKee,C.O.+Talai,B.+|Electronic distance measuring network monitoring during the Rabaul seismicity/deformational crisis of 1983-1985||#JGR:93:10:1988:12123-12136|Rabaul+Seismicity+Deformation+1983-1985
J|0503|Yeats,R.S.|Late Quaternary slip rate on the Oak Ridge Fault, Transverse Ranges, California: implications for seismic risk||#JGR:93:10:1988:12137-12149|Slip+Transverse Ranges+California+Risk
J|0504|Daley,T.M.+McEvilly,T.V.+Majer,E.L.|Analysis of P and S wave vertical seismic profile data from the Salton Sea Scientific Drilling Project||#JGR:93:11:1988:13025-13036|Southern California+P-wave+S-wave+Vertical seismic profiling+Salton Sea
J|0505|Lin,W.+Daily,W.|Laboratory-determined transport properties of core from the Salton Sea Scientific Drilling Project||#JGR:93:11:1988:13047-13056|Ultrasonic tomography+P-wave+Velocity+Southern California+Salton Sea
J|0506|Tarif,P.A.+Wilkens,R.H.+Cheng,C.H.|Laboratory studies of the acoustic properties of samples from Salton Sea Scientific Drilling Project and their relation to microstructure and field measurements||#JGR:93:11:1988:13057-13067|Acoustics+Salton Sea+California+Vertical seismic profiling
J|0507|Goldstein,N.E.+Stein,R.S.|What's new at Long Valley||#JGR:93:11:1988:13187-13190|Long Valley+California+Seismicity+Uplift
J|0508|Hauksson,E.|Absence of evidence for a shallow magma chamber beneath Long Valley caldera, California, in downhole and surface seismograms||#JGR:93:11:1988:13251-13264|Long Valley+Magma+Borehole+S-wave
J|0509|Wu,M.+Wang,H.F.|Deformations and inferred stress field for ellipsoidal sources at Long Valley, California, 1975-1982||#JGR:93:11:1988:13285-13296|Long Valley+Deformation+Seismicity+1975-1982
J|0510|King,G.C.P.+Stein,R.S.+Rundle,J.B.|The growth of geological structures by repeated earthquakes: 1. Conceptual framework||#JGR:93:11:1988:13307-13318|Large earthquake+Deformation+Structure+Faulting
J|0511|Stein,R.S.+King,G.C.P.+Rundle,J.B.|The growth of geological structures by repeated earthquakes: 2. Field examples of continental dip-slip faults||#JGR:93:11:1988:13319-13331|Large earthquake+Deformation+Structure+Faulting
J|0512|Abers,G.+McCaffrey,R.|Active deformation in the New Guinea fold-and-thrust belt: seismological evidence for strike-slip faulting and basement-involved thrusting||#JGR:93:11:1988:13332-13354|Deformation+New Guinea+Faulting+Thrust belt
J|0513|Lundgren,P.R.+Okal,E.A.|Slab decoupling in the Tonga arc: the June 22, 1977, earthquake||#JGR:93:11:1988:13355-13366|Slab+Earthquake+Tonga+1977||#*TONGA
J|0514|Christensen,D.H.+Lay,T.|Large earthquakes in the Tonga region associated with subduction of the Louisville Ridge||#JGR:93:11:1988:13367-13389|Large earthquake+Tonga+Subduction+Louisville Ridge
J|0515|Hyndman,R.D.|Dipping seismic reflectors, electrically conductive zones, and trapped water in the crust over a subducting plate||#JGR:93:11:1988:13391-13405|Lithoprobe+Vibroseis+Vancouver Island+Reflector
J|0516|Lynnes,C.S.+Lay,T.|Source process of the great 1977 Sumba earthquake||#JGR:93:11:1988:13407-13420|Large earthquake+Sumba+1977+Source||#*INDONESIAN
J|0517|Christensen,D.H.+Ruff,L.J.|Seismic coupling and outer rise earthquakes||#JGR:93:11:1988:13421-13444|Coupling+Subduction+Plate-margin earthquake+Mechanism
J|0518|Huang,P.Y.+Solomon,S.C.|Centroid depths of mid-ocean ridge earthquakes: dependence on spreading rate||#JGR:93:11:1988:13445-13477|Spreading+Inversion+Mid-ocean ridge+Depth
J|0519|Foulger,G.R.|Hengill triple junction, SW Iceland: 1. Tectonic structure and the spatial and temporal distribution of local earthquakes||#JGR:93:11:1988:13493-13506|Triple junction+Iceland+Seismicity+Local earthquake
J|0520|Foulger,G.R.|Hengill triple junction, SW Iceland: 2. Anomalous earthquake focal mechanisms and implications for process within the geothermal reservoir and at accretionary plate boundaries||#JGR:93:11:1988:13507-13523|Triple junction+Iceland+Mechanism+Local earthquake
J|0521|Cary,P.W.+Chapman,C.H.|Waveform inversion of Expanding Spread Profile 5 from the North Atlantic Transect||#JGR:93:11:1988:13575-13588|Inversion+Waveform+Refraction study+North Atlantic
J|0522|Giardini,D.+Li,X-D.+Woodhouse,J.H.|Splitting functions of long-period normal modes of the Earth||#JGR:93:11:1988:13716-13742|Splitting+Normal mode+Free oscillation+Earth structure
J|0523|Stark,P.B.+Parker,R.L.|Correction to `Velocity bounds from statistical estimates of tau(p) and X(p)'||#JGR:93:11:1988:13821-13822|Velocity+Inverse problem+Constraint
J|0524|Lyon-Caen,H.+Armijo,R.+Drakopoulos,J.+|The 1986 Kalamata (south Peloponnesus) earthquake: detailed study of a normal fault, evidences for east-west extension in the Hellenic Arc||#JGR:93:12:1988:14967-15000|Earthquake+Hellenic Arc+Fault+Extension||#*KALAMATA
J|0525|Doser,D.I.|Source parameters of earthquakes in the Nevada seismic zone, 1915-1943||#JGR:93:12:1988:15001-15015|1915-1943+Nevada+Source+Inversion
J|0526|Evans,J.R.+Zucca,J.J.|Active high-resolution seismic tomography of compressional wave velocity and attenuation structure at Medicine Lake volcano, northern California Cascade Range||#JGR:93:12:1988:15016-15036|Medicine L.+Tomography+Velocity+Attenuation
J|0527|Obara,K.+Sato,H.|Existence of an S wave reflector near the upper plane of the double seismic zone beneath the southern Kanto district, Japan||#JGR:93:12:1988:15037-15045|S-wave+Inversion+Reflector+Kanto
J|0528|Wenzel,F.+Sandmeier,K-J.|Reflectivity method for dipping layers||#JGR:93:12:1988:15046-15056|Layered medium+Dip+Reflectivity+Synthetic seismogram
J|0529|Bataille,K.+Flatte,S.M.|Inhomogeneities near the core-mantle boundary inferred from short-period scattered PKP waves recorded at the Global Digital Seismograph Network||#JGR:93:12:1988:15057-15064|Inhomogeneity+Core-mantle boundary+PKP-wave+Global Digital Seismograph Network
J|0530|Peltzer,G.+Tapponnier,P.|Formation and evolution of strike-slip faults, rifts, and basins during the India-Asia collision: an experimental approach||#JGR:93:12:1988:15085-15117|Strike-slip+Rift+Basin+India+Asia
J|0531|Lago,B.|Mechanical behaviour of the oceanic lithosphere at a corner area defined by an axial valley and a large offset transform fault: case of the Oceanographer transform fault||#JGR:93:12:1988:15135-15151|Mechanics+Lithosphere+Ocean+Fault
J|0532|McCaffrey,R.|Active tectonics of the eastern Sunda and Banda arcs||#JGR:93:12:1988:15163-15182|Tectonics+Sunda Arc+Banda Sea+Large earthquake
J|0533|Hickman,S.H.+Zoback,M.D.+Healy,J.H.|Continuation of a deep borehole stress measurement profile near the San Andreas Fault: 1. Hydraulic fracturing stress measurements at Hi Vista, Mojave Desert, California||#JGR:93:12:1988:15183-15195|Borehole+Stress+Profile+San Andreas Fault
J|0534|Stock,J.M.+Healy,J.H.|Continuation of a deep borehole stress measurement profile near the San Andreas Fault: 2. Hydraulic fracturing stress measurements at Black Butte, Mojave Desert, California||#JGR:93:12:1988:15196-15206|Borehole+Stress+Profile+San Andreas Fault
J|0535|Lewis,T.J.+Bentkowski,W.H.+Davis,E.E.+|Subduction of the Juan de Fuca plate: thermal consequences||#JGR:93:12:1988:15207-15225|Lithoprobe+Vancouver Island+Heat flow
J|0536|Khatiashvili,N.G.|Investigation of the results of electromagnetic emission at shear|With German and Russian summaries|#BEG:97:4:1988:287-295|Electromagnetic wave+Earthquake
J|0537|Albrecht,W.+Dunger,G.+Kreher,H.+|A device for the localization of seismic sources - construction and operating mode|In German with English and Russian abstracts|#BEG:97:4:1988:296-308|Location+Source+Rock+Fracture
J|0538|Oancea,V.+Bazacliu,O.|The temporal variation of the coda envelope shape for Vrancea intermediate earthquakes|With German summary|#BEG:97:4:1988:354-357|Intermediate earthquake+Vrancea+Temporal variation+Coda
J|0539|Bankwitz,P.|Review of `Gravity field, seismicity, and tectonics of the Indian peninsula and the Himalayas' by R. K. Verma|In German|#BEG:97:4:1988:359|Gravity+Seismicity+Tectonics+India+Review|Dordrecht, Boston, Lancaster: D. Reidel Publishing Company, 1985
J|0540|Singh,I.+Singh,S.J.|Reflection and transmission of P and SV waves at an interface between two prestressed elastic half-spaces|With German and Russian summaries|#BEG:97:5:1988:382-391|Reflexion+Transmission+P-wave+SV-wave+Half-space
J|0541|Neunhofer,H.+Stelzner,J.+Tittel,B.+|On preliminary local magnitudes calculated at nearby stations for events of the earthquake swarm 1985/1986 in western Bohemia|With German and Russian summaries|#BEG:97:5:1988:392-400|Local magnitude+Swarm+Bohemia+1985-1986
J|0542|Schroder,W.|Uppsala and Gottingen: reflections on the beginning of international seismological cooperation|In German with English and Russian summaries|#BEG:97:5:1988:450-459|Uppsala+Gottingen+1903-1910
J|0543|Patalakha,E.I.+Khrycheva,B.A.|Listric faults in fold regions|In Russian|#GTK:-:4:1988:8-19|Fault+Fold
J|0544|Galdin,N.Ye.+Yegorkin,A.V.+Zyuganov,S.K.+|Deep structure of the Earth crust in the Kola Peninsula along the regional profile Pechenga-Umbozero-Pulon'ga-Ruchii obtained by earthquakes transformed waves method (DSS)|In Russian|#GTK:-:4:1988:20-29|Deep seismic sounding+Kola Peninsula+Deep structure+Crust
J|0545|Rybukhin,A.G.+Zonenshain,L.P.+Khain,V.Ye.|Evolution of the South Antilles region in relation of lithospheric plate tectonics|In Russian|#GTK:-:4:1988:103-115|Lithosphere+Plate tectonics+South Atlantic+Evolution
J|0546|Gokhberg,M.B.+Rogozhin,Ye.A.+Guseva,T.V.+|Reaction of geological structures to impulsive action of large-scale explosions|In Russian|#GTK:-:5:1988:3-14|Geologic structure+Impulse+Explosion
J|0547|Khain,V.Ye.|Plate tectonics in twenty years (consideration about the past, present and future)|In Russian|#GTK:-:6:1988:3-17|Plate tectonics
J|0548|Gadzhiev,A.N.+Popkov,V.I.|The structure of the sedimentary cover in the Central Caspian region|In Russian|#GTK:-:6:1988:101-112|Seismic survey+Sedimentary cover+Caspian Sea
J|0549|Gorbunova,I.V.+Mkrtchan,M.B.|On the delineation of faults in the focal zones of the Van earthquake and aftershocks|In Russian|#IFZ:-:7:1988:3-9|Fault+Focus+Van, L.+Aftershock||#*LAKEVAN
J|0550|Lukk,A.A.+Yunga,S.L.|Stress-strain state of the Earth's crust at the Garm area. II. Data inversion results|In Russian|#IFZ:-:7:1988:10-22|Stress+Strain+Crust+Garm
J|0551|Abdullayev,A.U.+Mejitova,Z.A.+Kriger,L.R.+|The sequence of precursor events prior to strong earthquakes in the north Tien-Shan range|In Russian|#IFZ:-:7:1988:23-32|Sequence+Precursor+Strong earthquake+Tien Shan
J|0552|Zorin,Yu.A.+Balk,T.V.+Novoselova,M.R.+|Thickness of the lithosphere beneath the Mongolia-Siberia mountain range|In Russian|#IFZ:-:7:1988:33-42|Thickness+Lithosphere+Mongolia+Siberia
J|0553|Godzikovskaya,A.A.|Mantle earthquakes at the Tersky-Sunjen basin|In Russian|#IFZ:-:7:1988:102-106|Mantle+Earthquake+Tersky Sunjersky|Scientific communication
J|0554|Gokhberg,M.B.+Kissin,I.G.+Voytov,G.I.+|Comparison of hydrogeological and geochemical effects of strong surface explosion and earthquake|In Russian|#IFZ:-:8:1988:3-12|Hydrogeology+Geochemistry+Explosion+Earthquake
J|0555|Nersesov,I.L.+Popandopulo,G.A.|Spatial non-uniformity of temporal variations of crustal velocity structure in the Garm area|In Russian|#IFZ:-:8:1988:13-24|Crustal structure+Temporal variation+Velocity+Garm
J|0556|Kazakevich,G.I.|Explosion cavity propagation in a geomaterial with discontinuous properties|In Russian|#IFZ:-:8:1988:25-32|Explosion+Cavity+Propagation
J|0557|Katok,A.P.|On the deepest earthquake in the Pamir-Hindu Kush zone|In Russian|#IFZ:-:8:1988:75-80|Deep-focus earthquake+Pamir+Hindu Kush|Scientific communication|#*HINDUKUSH71
J|0558|Savina,N.G.+Makarov,E.S.+Lin'kov,E.M.+|Synchronized observations of the long-period oscillations of the Earth|In Russian|#IFZ:-:8:1988:81-86|Free oscillation|Scientific communication
J|0559|Dubrovina,G.V.+Litvin,A.L.|Lateral inhomogeneity of boundaries within the crust from DSS data|In Russian|#IFZ:-:8:1988:87-92|Lateral inhomogeneity+Boundary+Crust+Deep seismic sounding|Scientific communication
J|0560|Smolenova,E.M.|The influence of sediment cover velocity structure on amplitudes travel-time curves of head and basement-reflected waves|In Russian|#IFZ:-:8:1988:93-96|Sediment+Velocity+Travel-times+Head wave+Reflected wave|Scientific communication
J|0561|Aksenovich,G.I.+Nersesov,I.L.+Ovsyannikov,A.M.+|Observations of high-frequency microseisms|In Russian|#IFZ:-:8:1988:106-109|High frequency+Microseism|A letter to the editor
J|0562|Rebetsky,Yu.L.|Stressed state of a layer under longitudinal shear|In Russian|#IFZ:-:9:1988:29-35|Stress+Layer+Strain
J|0563|Galperina,R.M.+Frolova,A.V.+Erenburg,M.S.+|Experimental study of a wave field using the initial parts of seismograms of remote sources|In Russian|#IFZ:-:9:1988:36-48|Wave field+Seismogram+Teleseism
J|0564|Troshkov,G.A.|Representation of geophysical vector fields in the 3D complex space|In Russian|#IFZ:-:9:1988:49-58|Geophysics+Vector+Complexity
J|0565|Solovyov,S.L.+Kontar',E.A.+Dozorov,T.A.+|ADS-8: a deep sea bottom self-buoyant seismological station|In Russian|#IFZ:-:9:1988:75-85|Ocean-bottom seismograph|Scientific communication
J|0566|Lokshtanov,D.E.+Popova,O.G.|Influence of the upper section on registration and correlation of exchange waves: a numerical modelling|In Russian|#IFZ:-:9:1988:86-92|Exchange wave+Numerical modelling|Scientific communication
J|0567|Nersesov,I.L.+Protasov,V.R.+Sidorin,A.Ya.|Experimental use of weakly electrified fishes for earthquake prediction|In Russian|#IFZ:-:9:1988:93-99|Animal behaviour+Prediction|Scientific communication
J|0568|Gese,P.+Pavlenkova,N.I.|Structural maps of the Earth's crust for Europe|In Russian|#IFZ:-:10:1988:3-14|Structure+Map+Crust+Europe
J|0569|Treusov,A.V.|Combined approach to the determination of hypocentre locations and 3D velocity structure|In Russian|#IFZ:-:10:1988:15-20|Hypocentre+Velocity+Structure
J|0570|Vorobyov,F.A.+Melnikov,Yu.V.|Rayleigh scattering of an elastic pulse in a two-phase medium|In Russian|#IFZ:-:10:1988:21-28|Rayleigh wave+Scattering+Pulse
J|0571|Strakhov,V.N.+Pavlenkova,G.A.|Algorithms for determination of the delta2 parameter and autocorrelation function of high-frequency weakly correlated noise in profiling measurements|In Russian|#IFZ:-:10:1988:29-41|High frequency+Noise+Profile+Algorithm
J|0572|Glaznev,V.N.+Maslov,L.A.+Komova,O.S.|Estimation of crustal stress state at the north-east Baltic Shield based on a density model|In Russian|#IFZ:-:10:1988:62-66|Crust+Stress+Density+Baltic|Scientific communication
J|0573|Babich,V.M.+Kiselev,A.P.|Geometric and seismological description of a "non-ray" S* wave|In Russian|#IFZ:-:10:1988:67-70|Geometry+Seismics+S*-wave|Scientific communication
J|0574|Barzam,V.A.+Vinnik,L.P.|Quantitative interpretation of spectral ratio of PKIKP and PKP2 wave|In Russian|#IFZ:-:10:1988:71-75|Spectral ratio+PKIKP-wave+PKP2-wave|Scientific communication
J|0575|Nesterov,A.N.+Yanovskaya,T.B.|Lateral inhomogeneities of the south-east Europe lithosphere from surface wave observations|In Russian|#IFZ:-:11:1988:3-15|Lateral inhomogeneity+Europe+Lithosphere+Surface wave
J|0576|Vasilyeva,A.O.+Its,E.N.|Mathematical modelling of the Love wave field in a medium including a vertical low-velocity zone|In Russian|#IFZ:-:11:1988:16-25|Mathematical model+Love wave+Low-velocity layer
J|0577|Vinnik,A.A.+Kopylova,A.V.+Sakulina,T.S.|On the regularization of refracted waves velocity data inversion|In Russian|#IFZ:-:11:1988:43-50|Refracted wave+Velocity+Inversion
J|0578|Kusov,A.A.|On possible explanation of the earthquakes recurrence law|In Russian|#IFZ:-:11:1988:70-71|Earthquake+Recurrence|Scientific communication
J|0579|Ralchovsky,Ts.M.+Komarov,L.N.|On electromagnetic precursors of the Vrancea earthquake (30.VIII.1986)|In Russian|#IFZ:-:11:1988:72-76|Electromagnetism+Precursor+Vrancea+1986|Scientific communication|#*VRANCEA86
J|0580|Brimikh,L.+Latynina,L.A.|Strain measurements in Slovenia|In Russian|#IFZ:-:12:1988:3-9|Strain+Slovenia
J|0581|Kopnichev,Yu.F.+Pavlova,O.V.|Short-period S waves attenuation in the upper mantle of the Ukrainian Shield|In Russian|#IFZ:-:12:1988:10-16|Ukrainian Shield+S-wave+Attenuation+Upper mantle
J|0582|Bykova,V.V.+Shamina,O.G.|Propagation of S waves in a stressed medium containing a system of orientated cracks|In Russian|#IFZ:-:12:1988:17-22|Propagation+S-wave+Stress+Crack
J|0583|Savich,A.J.+Yakubov,V.A.|Multi-scaled study of elastic wave anisotropy in a rock terrain|In Russian|#IFZ:-:12:1988:57-62|Elastic wave+Anisotropy+Rock
J|0584|Shamina,O.G.+Palenov,A.M.+Ponyatovskaya,V.I.|Laboratory modelling of elastic wave propagation in a pre-stressed fractured medium|In Russian|#IFZ:-:12:1988:68-74|Elastic wave+Propagation+Stress+Fracture|Scientific communication
J|0585|Pevnev,A.K.|Geodetical aspects of the problem of earthquake prediction|In Russian|#IFZ:-:12:1988:88-97|Geodesy+Prediction|Discussion
J|0586|Khristoskov,L.+Levi,E.|The 13-element hierarchy structure of a geophysical medium|In Russian|#IFZ:-:12:1988:98-104|Geophysics+Prediction|Discussion
J|0587|Horike,M.|Analysis and simulation of seismic ground motions observed by an array in a sedimentary basin||#JPE:36:4:1988:135-154|Ground-motion analysis+Array+Sedimentary basin||#*NAGANO
J|0588|Iwata,T.+Irikura,K.|Source parameters of the 1983 Japan Sea earthquake sequence||#JPE:36:4:1988:155-184|Source+Sequence+Japan,Sea of+Spectral scaling||#*SEAOFJAPAN
J|0589|Geller,R.J.|On the derivation of the elastic equation of motion||#JPE:36:5:1988:201-228|Elasticity+Motion
J|0590|Mochizuki,E.|A simple method to calculate synthetic long-period seismograms incorporating first-order asymptotics||#JPE:36:5:1988:229-236|Synthetic seismogram+Asymptotics+Lateral heterogeneity
J|0591|Nishizawa,A.+Saijo,T.+Suyehiro,K.+|Upper crustal structure around Kamafusa Dam, Miyagi Prefecture, Japan, using a large airgun on land||#JPE:36:5:1988:237-248|Refraction study+Airgun+Kamafusa Dam+Miyagi
J|0592|Mochizuki,E.|On the static deformation of the Earth||#JPE:36:5:1988:249-253|Deformation+Earth|Letter
J|0593|Tselentis,G-A.+Drakopoulos,J.+Dimitriadis,J.|A spectral approach to Moho depths estimation from gravity measurements in Epirus (NW Greece)||#JPE:36:6:1988:255-266|Gravity+Greece+Seismology+Mohorovicic discontinuity
J|0594|Takanami,T.+Kitagawa,G.|A new efficient procedure for the estimation of onset times of seismic waves||#JPE:36:6:1988:267-290|Onset+Wave+Detection
J|0595|Masuda,K.+Mizutani,H.+Yamada,I.+|Effects of water on time-dependent behaviour of granite||#JPE:36:6:1988:291-313|Water+Granite+Deformation+Velocity
J|0596|Lomnitz,C.|The limits of self-similarity||#NHZ:1:2:1988:113-123|Rupture+Seismicity+Fault+Dynamics
J|0597|Schick,R.|Volcanic tremor-source mechanisms and correlation with eruptive activity||#NHZ:1:2:1988:125-144|Volcanic tremor+Volcanism+Magma+Eruption
J|0598|Qinghai,Z.+Adams,W.M.|Tsunami risk analysis for China||#NHZ:1:2:1988:181-195|Risk+Tsunami+China
J|0599|Semyonov,G.A.+Buravtsev,A.A.|On the dependence of elastic wave velocity on density in core samples from deep-sea holes in the Atlantic Ocean|In Russian with English abstract|#OKN:28:4:1988:602-604|Atlantic Ocean+Velocity+Density+Sediment+Basalt
J|0600|Elnikov,I.N.|Peculiarity of structure sediment and basement in Sierra Leone abyssal plain (the equatorial Atlantics)|In Russian with English abstract|#OKN:28:6:1988:959-966|Profile+Atlantic Ocean+Sierra Leone+Sediment
J|0601|Sborshchikov,I.M.+Schreider,A.A.+Rimsky-Korsakov,N.A.+|The Gorringe Ridge and Azoro-Gibraltar tectonical zone|In Russian with English abstract|#OKN:28:6:1988:967-973|Azores+Gibraltar+Dislocation+Strike-slip
J|0602|Yeh,Y.T.|The source geometry and rupture process of the Hsinchu-Taichung earthquake|In Chinese|Proc. Geol. Soc. China:31:2:1988:5-6|Source+Rupture+Earthquake|Presidential address|#*HUALIEN
J|0603|Chen,K-C.+Wang,J-H.|A study on aftershocks and focal mechanisms of two 1986 earthquakes in Hualien, Taiwan||Proc. Geol. Soc. China:31:2:1988:65-72|Earthquake+Taiwan+1986+Aftershock+Mechanism||#*HUALIEN|#*HUALIEN86
J|0604|Nakamura,M.+Mochizuki,E.|Focal mechanism solutions and their reliability determined by P-wave first motions|In Japanese with English abstract|#QJS:52:1-2:1988:1-14|Mechanism+P-wave+First motion+Reliability
J|0605|Miyamura,J.|Estimate of Pn velocity beneath Hokkaido, Japan|In Japanese with English abstract|#QJS:52:1-2:1988:15-20|Pn-wave+Velocity+Hokkaido
J|0606|a-Observation Section, Fukuoka District Meteorological Observatory|Seismic observation at the Ushibuka Weather Station|In Japanese|#QJS:52:1-2:1988:21-24|Observational seismology
J|0607|Yamada,N.+Sato,K.|On strain records of the volumetric strainmeter associated with the earthquake off the east coast of Chiba Prefecture on Dec. 17, 1987|In Japanese with English abstract|#QJS:52:1-2:1988:25-38|Strain+Chiba+Earthquake+Mechanism||#*HONSHU87
J|0608|Kanjo,K.+Kishio,M.+Watanabe,S.|Seismic activities in Mt. Fuji region|In Japanese with English abstract|#QJS:52:1-2:1988:39-42|Seismicity+Mount Fuji+Japan+Volcano
J|0609|Hays,W.W.+Gori,P.L.+Kocklemman,W.J.|Assessing the earthquake hazards in urban areas||#EQV:20:6:1988:208-212|Hazard+Urban planning
J|0610|Kerr,R.A.|What is worse than the big one?||#EQV:20:6:1988:213-218|Great earthquake+San Andreas Fault
J|0611||Seismic design and engineering research at the U.S. Geological Survey||#EQV:20:6:1988:219-223|Engineering seismology+Borehole+Ground motion+Structural response
J|0612|Oki,Y.+Otaka,S.|The fir trees have moved||#EQV:20:6:1988:224-225|Kanto+Japan+1923
J|0613|Berz,G.|List of major natural disasters, 1960-1987||#EQV:20:6:1988:226-228|Earthquake+Tsunami+Volcano+Disaster+1960-1987
J|0614|Mitchell,B.J.|Otto W. Nuttli - a memorial||#EQV:20:6:1988:238-239|Nuttli+Memorial
J|0615|Zhang,W-Q.+Jiao,D-C.+Chai,Z-Z.+|Neotectonic features of the Xiangshan-Tianjingshan arc fracture zone and the seismic deformation zone of 1709 south of Zhongwei M=7 1/2 earthquake|In Chinese with English abstract|#SMG:10:3:1988:12-20|Ningxia+Deformation+Neotectonics+1709
J|0616|Yang,Z.+Guo,H-Z.+Ding,D-X.+|Finding of Tekes-Zhaosu earthquake faults in Xinjiang and some discussion|In Chinese with English abstract|#SMG:10:3:1988:21-27|Xinjiang+Fault+Deformation
J|0617|Liu,X.|The characteristics of the Shulan fault zone, Jilin Province|In Chinese with English abstract|#SMG:10:3:1988:28-32|Jilin+Fault+Neotectonics
J|0618|Huang,X-M.|Indicators of topographical deformation ratio and seismic zonation of North China|In Chinese with English abstract|#SMG:10:3:1988:33-44|Deformation+Risk+Zoning+North China
J|0619|Li,J-H.|The seismotectonic background of 1695 Linfen M=8 earthquake from interpretation of Landsat images|In Chinese with English abstract|#SMG:10:3:1988:45-51|Shanxi+Landsat+Seismotectonics
J|0620|Ding,J-M.+Liang,G-P.+Gao,J-L.+|The spatial relation between earthquakes and oil-gas|In Chinese with English abstract|#SMG:10:3:1988:52-60|Oil+Gas+Earthquake+North China
J|0621|Lin,H-C.+Wei,G-X.+Hua,A-J.|A small earthquake swarm in Rongcheng of Shandong Province in May, 1986|In Chinese with English abstract|#SMG:10:3:1988:61-66|Shandong+Swarm+1986
J|0622|Xu,J-D.+Zhang,Y-M.|A fuzzy synthetic judgement model of active fault in determining potential earthquake source|In Chinese with English abstract|#SMG:10:4:1988:5-23|Fault+Fuzzy mathematics+Source
J|0623|Ma,J.|A comparison between Xianshuihe fault zone and northwest Yunnan Province in seismogenic condition|In Chinese with English abstract|#SMG:10:4:1988:35-43|Yunnan+Seismogenesis+Structure+Fault
J|0624|Xu,J.+Fang,Z-J.+Yang,L-H.|Tectonic background and causative fault of 1966 Xingtai Ms7.2 earthquake|In Chinese with English abstract|#SMG:10:4:1988:51-59|1966+Xingtai+Earthquake+Fault
J|0625|Wu,D-N.+Han,Z-J.|Geometric barrier of faults and rupturing process of earthquakes: example from Jianchuan-Eryuan extensional zone|In Chinese with English abstract|#SMG:10:4:1988:60-68|Yunnan+Fault+Occurrence+Migration
J|0626|Ye,H.+Dou,Y-Q.|The application of pattern recognition method to engineering seismology|In Chinese with English abstract|#SMG:10:4:1988:89-97|Engineering seismology+Pattern+Source
J|0627|Song,H-Z.+Yuan,Y-G.+Huang,L-R.+|Analysis on the 1976 Tangshan earthquake process|In Chinese with English abstract|#SMG:10:4:1988:98-108|T'ang-shan+1976+Process+Model||#*TANGSHAN
J|0628|Ran,Y-K.+Li,Z-Y.+You,H-C.+|The study and dating of paleoearthquake along Heihekou fault in Hexi corridor|In Chinese with English abstract|#SMG:10:4:1988:118-126|Hexi+Palaeoseismicity
J|0629|Shang-guan,Z-G.|Geochemical characteristics of the main active faults in western Yunnan earthquake prediction test site|In Chinese with English abstract|#SMG:10:4:1988:134-142|Geochemistry+Fault+Prediction+Yunnan
J|0630|Hao,S-J.+Yu,Z-S.|Shallow seismic refraction prospecting|In Chinese with English abstract|#SMG:10:4:1988:169-176|Haicheng+Liaoning+Refraction study+Prospecting
J|0631|Wu,Q-F.+Zu,J-H.+Xie,Y-Z.+|Characteristics of geothermal field in Yunnan region|In Chinese with English abstract|#SMG:10:4:1988:177-183|Strong earthquake+Yunnan+Heat flow
J|0632|Xu,X-W.|The paleoearthquake traces on Huashan front fault zone in Weihe basin and its earthquake intervals|In Chinese|#SMG:10:4:1988:206|Weihe Basin+Palaeoseismicity+Recurrence|Scientific note
J|0633|Moczo,P.+Banas,F.|Seismic response of weakly laterally inhomogeneous structure||#SGE:32:3:1988:249-263|Response+Inhomogeneous medium+Synthetic seismogram+Layered medium
J|0634|Jansky,J.+Zednik,J.+Karnik,V.|Theoretical PV-magnitude calibrating curves for deep foci||#SGE:32:3:1988:264-271|P-wave+Magnitude+Calibration+Deep-focus earthquake
J|0635|Kubik,J.|Relation between the field of surface heat flow and the distribution of Pn-wave velocities for continents||#SGE:32:3:1988:287-299|Pn-wave+Velocity+Heat flow+Continent
J|0636|Tresl,J.+Marvanova,V.|Stresses and displacements in the lithosphere due to terrain topography||#SGE:32:4:1988:350-361|Stress+Lithosphere+Topography
J|0637|Vanek,J.|Review of `Angewandte Geophysik, Band 3: Seismik' by H. Militzer and F. Weber (eds)||#SGE:32:4:1988:417|Review+Prospecting
J|0638|Novotny,O.|Review of `Surface Waves and Discontinuities' by P. Malischewsky||#SGE:32:4:1988:417|Review+Surface wave+Discontinuity
J|0639|De Hoop,A.T.|Large-offset approximations in the modified Cagniard method for computing synthetic seismograms: a survey||#GPP:36:5:1988:465-477|Offset+Synthetic seismogram+Cagniard's technique
J|0640|Arntsen,B.|Numerical ray generation in the computation of synthetic vertical seismic profiles||#GPP:36:5:1988:478-503|Ray theory+Synthetic seismogram+Inhomogeneous medium+Profile
J|0641|Kelamis,P.G.+Chiburis,E.F.|Post-critical wavelet estimation and deconvolution||#GPP:36:5:1988:504-522|Wavelet+Deconvolution+Amplitude+Spectrum
J|0642|Pitt,P.L.+Smith,R.D.+Sheffler,G.C.+|A pulsed plasma jet acoustic source for profiling the ocean floor||#GPP:36:5:1988:523-536|Acoustic emission+Profile+Oceanic crust
J|0643|Schoenberg,M.+Douma,J.|Elastic wave propagation in media with parallel fractures and aligned cracks||#GPP:36:6:1988:571-590|Elastic wave+Propagation+Fracture+Anisotropy
J|0644|Benhama,A.+Cliet,C.+Dubesset,M.|Study and applications of spatial directional filtering in three-component recordings||#GPP:36:6:1988:591-613|Polarization+Filtering+Vertical seismic profiling+Seismic survey
J|0645|Douma,J.|The effect of the aspect ratio on crack-induced anisotropy||#GPP:36:6:1988:614-632|Anisotropy+Crack+Elastic wave+Propagation
J|0646|Maeland,E.|Artefacts in zero-offset migration||#GPP:36:6:1988:633-643|Migration+Kirchhoff integral+Diffractor+Phase shift
J|0647|Tessmer,G.+Behle,A.|Common reflection point data-stacking technique for converted waves||#GPP:36:7:1988:671-688|Offset+Stacking+Converted wave+Travel-times
J|0648|Almossawi,H.I.H.|Physical properties of synthetic sandstone rocks||#GPP:36:7:1988:689-699|Elastic wave+Propagation+Sandstone+Synthetic rock
J|0649|Almossawi,H.I.H.|Ultrasonic spectroscopy in rocks: an experimental study of highly porous synthetic sandstones||#GPP:36:7:1988:700-718|Ultrasonic spectroscopy+Synthetic rock+Sandstone+Porosity
J|0650|Almossawi,H.I.H.|Seismic modelling: high-frequency range||#GPP:36:7:1988:719-732|Modelling+High frequency+Attenuation+Rock
J|0651|Walden,A.T.+Hosken,J.W.J.|Choosing the averaging interval when calculating primary reflection coefficients from well logs||#GPP:36:8:1988:799-824|Reflexion study+Well-log+Deconvolution+Reflexion coefficient
J|0652|Dillon,P.B.+Ahmed,H.+Roberts,T.|Migration of mixed-mode VSP wavefields||#GPP:36:8:1988:825-846|Migration+Vertical seismic profiling+Wave field+Propagation
J|0653|Rafison,B.J.|Application of petrophysical measurements to the prediction of seismic responses of differing lithology or pore fluids||#GPP:36:8:1988:847-856|Response+Stratigraphy+Petrology+Utah
J|0654|Ferber,R-G.|Time-domain computation of non-normal incidence wavefields in plane layered media||#GPP:36:8:1988:857-877|Wave field+Layered medium+Propagation+Synthetic seismogram
J|0655|Duijndam,A.J.W.|Bayesian estimation in seismic inversion. Part I: Principles||#GPP:36:8:1988:878-898|Bayesian method+Inversion
J|0656|Duijndam,A.J.W.|Bayesian estimation in seismic inversion. Part II: Uncertain analysis||#GPP:36:8:1988:899-918|Bayesian method+Inversion
J|0657|Prozorov,A.G.|Effect of an earthquake occurrence on the flow intensity of the subsequent events||#PAG:127:1:1988:1-19|Prediction+Gap+Aftershock+Cycle
J|0658|Stavrakakis,G.N.|Earthquake magnitude or seismic moment in seismic hazard evaluation?||#PAG:127:1:1988:22-31|Hazard+Moment+Magnitude
J|0659|O'Brien,J.J.+Lerche,I.|Seismic imaging of deep hydrocarbon reservoirs||#PAG:127:1:1988:33-61|Imaging+Reflexion study+Hydrocarbon+Reservoir
J|0660|Bloxham,J.|Review of `The physics of the Earth's core. An introduction' by P. Melchior||#PAG:127:1:1988:162-163|Core+Review
J|0661|Czechowski,L.|Review of `Perspectives on a dynamic Earth' by T. R. Paton and J. Clarke||#PAG:127:1:1988:167|Plate tectonics+Review+Geology
J|0662|Czechowski,L.+Gibowicz,S.J.|Review of `Earth' by F. Press and R. Siever||#PAG:127:1:1988:168-169|Earthquake+Plate tectonics+Review+Geology
J|0663|Ferraes,S.G.|The optimum Bayesian probability procedure and the prediction of strong earthquakes felt in Mexico City||#PAG:127:4:1988:561-571|Prediction+Mexico City+Bayesian method+Strong earthquake
J|0664|Kijko,A.|Maximum likelihood estimation of Gutenberg-Richter b parameter for uncertain magnitude values||#PAG:127:4:1988:573-579|b-Value+Magnitude+Recurrence
J|0665|Cong,L.+Mitchell,B.J.|Frequency dependence of crustal Qbeta in stable and tectonically active regions||#PAG:127:4:1988:581-605|Q+Surface wave+Crust+Upper mantle
J|0666|King,C-Y.+Ma,Z.|Migration of historical earthquakes in California||#PAG:127:4:1988:627-639|California+Migration+Deformation+Creep
J|0667|Gubbins,D.|Review of `Seismic tomography - with applications in global seismology and exploration geophysics' edited by G. Nolet||#PAG:127:4:1988:695-697|Review+Tomography+Exploration+Seismology
J|0668|Okal,E.A.|Review of `The ocean of truth. A personal history of global tectonics' by H. W. Menard||#PAG:127:4:1988:698-699|Plate tectonics+Geology+Review
J|0669|Scarpa,R.|Review of `Inverse problem theory. Methods for data fitting and model parameter estimation' by A. Tarantola||#PAG:127:4:1988:700|Review+Inversion+Modelling
J|0670|Anderson,R.E.|Review of `Continental extensional tectonics' edited by M. P. Coward, J. F. Dewey and P. L. Hancock||#PAG:127:4:1988:701-708|Review+Continent+Extension+Tectonics
J|0671|Czechowski,L.|Review of `Composition, structure and dynamics of the lithosphere-asthenosphere system' edited by K. Fuchs and C. Froidevaux||#PAG:127:4:1988:709-710|Review+Structure+Lithosphere+Asthenosphere
J|0672|Page,R.W.|Review of `Proterozoic lithospheric evolution' edited by A. Kroner||#PAG:127:4:1988:711-712|Review+Lithosphere+Evolution+Profile
J|0673|Sporli,B.|Review of `Circum-Pacific orogenic belts and evolution of the Pacific Ocean basin' edited by J. W. H. Monger and J. Francheteau||#PAG:127:4:1988:713-715|Review+Pacific Ocean+Lithosphere+Basin
J|0674|Wong,T-F.|Review of `Fracture mechanics of rock' edited by B. K. Atkinson||#PAG:127:4:1988:726-728|Fracture+Rock mechanics+Review
J|0675|Lockner,D.|Methods of experimental physics, Part A laboratory measurements||#PAG:127:4:1988:729-731|Rock+Review+Mechanics
J|0676|Wiltschko,D.V.|Review of `The techniques of modern structural geology: vol. 2, folds and faults' by J. G. Ramsay and M. I. Huber||#PAG:127:4:1988:732-733|Review+Fault+Geology+Mechanics
J|0677|Fountain,D.M.|Review of `The superdeep well of the Kola Peninsula' edited by Ye. A. Kozlovsky||#PAG:127:4:1988:734-736|Well+Kola Peninsula
J|0678|Gibowicz,S.J.|Review of `An introduction to the theory of seismology' by K. E. Bullen and B. A. Bolt||#PAG:127:4:1988:741|Review+Theory+Seismology
J|0679|Franzen,J.E.|Review of `Earthquakes' by B. A. Bolt||#PAG:127:4:1988:742-743|Earthquake+Review
J|0680|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:127:4:1988:744-746|Review+Tomography+Core-mantle boundary
J|0681|Wu,R-S.+Aki,K.|Introduction: seismic scattering in three-dimensionally heterogeneous earth||#PAG:128:1-2:1988:1-6|Scattering+Heterogeneous medium
J|0682|Wang,C-Y.+Herrmann,R.B.|Synthesis of coda waves in layered medium||#PAG:128:1-2:1988:7-42|Surface wave+Scattering+Layered medium+Coda wave
J|0683|Sato,H.|Is the single scattering model invalid for the coda excitation at long lapse time?||#PAG:128:1-2:1988:43-47|Coda wave+Fractal+Scattering+Seismogram
J|0684|Wu,R-S.+Aki,K.|Multiple scattering and energy transfer of seismic waves - separation of scattering effect from intrinsic attenuation II. Application of the theory to Hindu Kush region||#PAG:128:1-2:1988:49-80|Scattering+Absorption+Coda wave+Hindu Kush
J|0685|Toksoz,M.N.+Dainty,A.M.+Reiter,E.+|A model for attenuation and scattering in the Earth's crust||#PAG:128:1-2:1988:81-100|Attenuation+Scattering+Crust+Strong motion
J|0686|Achenbach,J.D.+Kitahara,M.+Mikata,Y.+|Reflection and transmission of plane waves by a layer of compact inhomogeneities||#PAG:128:1-2:1988:101-118|Reflexion+Transmission+Plane wave+Crack
J|0687|Nakano,M.+Fujii,K.+Takeuchi,S.|Rayleigh wave scattering at wedge corners with major wedge angles||#PAG:128:1-2:1988:119-132|Rayleigh wave+Scattering+Wedge+Reflexion
J|0688|Ben-Menahem,A.|Vector-scattering of elastic waves by directional structural space gradients||#PAG:128:1-2:1988:133-146|Scattering+Elastic wave+Attenuation+Green's function
J|0689|Beltzer,A.I.|Dispersion of seismic waves by a causal approach||#PAG:128:1-2:1988:147-156|Attenuation+Dispersion+Scattering+Wave
J|0690|Stead,R.J.+Helmberger,D.V.|Numerical-analytical interfacing in two dimensions with application to modelling NTS seismograms||#PAG:128:1-2:1988:157-193|Scattering+Finite difference method+Kirchhoff's formula+Nevada Test Site
J|0691|Dougherty,M.E.+Stephen,R.A.|Seismic energy partitioning and scattering in laterally heterogeneous ocean crust||#PAG:128:1-2:1988:195-229|Finite difference method+Scattering+Stoneley wave+Marine seismic investigation
J|0692|Lynnes,C.S.+Lay,T.|Observations of teleseismic P wave coda for underground explosions||#PAG:128:1-2:1988:231-249|Scattering+Coda wave+Underground explosion+Yield
J|0693|Phillips,W.S.+Lee,W.H.K.+Newberry,J.T.|Spatial variation of crustal coda Q in California||#PAG:128:1-2:1988:251-260|Coda wave+Attenuation+Scattering+California
J|0694|Tsukuda,T.|Coda-Q before and after the 1983 Misasa earthquake of M 6.2, Tottori prefecture, Japan||#PAG:128:1-2:1988:261-279|Coda wave+Q+Activity+Earthquake||#*MISASA83
J|0695|Rovelli,A.+Marcucci,S.+Milana,G.|The objective determination of the instantaneous predominant frequency of seismic signals and inferences on Q of coda waves||#PAG:128:1-2:1988:281-293|Q+Coda wave+Lithosphere+Autoregression
J|0696|Steensma,G.J.+Biswas,N.N.|Frequency dependent characteristics of coda wave quality factor in central and southerncentral Alaska||#PAG:128:1-2:1988:295-307|Coda wave+Scattering+Attenuation+Alaska
J|0697|Gibson,B.S.|Comparison of amplitude decay rates in reflection, refraction, and local earthquake records||#PAG:128:1-2:1988:309-331|Coda wave+Scattering+Local earthquake+Reflexion study+Refraction study
J|0698|Cranswick,E.|The information content of high-frequency seismograms and the near-surface geologic structure of "hard rock" recording sites||#PAG:128:1-2:1988:333-363|Seismogram+High frequency+Fracture+Site
J|0699|Tarantola,A.|Theoretical background for inversion of seismic waveforms, including elasticity and attenuation||#PAG:128:1-2:1988:365-399|Inversion+Waveform+Attenuation+Green's function
J|0700|Nowack,R.L.+Lutter,W.J.|Linearized rays, amplitude and inversion||#PAG:128:1-2:1988:401-421|Inversion+Ray theory+Amplitude
J|0701|Berryman,J.G.|Seismic wave attenuation in fluid-saturated porous media||#PAG:128:1-2:1988:423-432|Attenuation+Porous medium+Permeability+Flow
J|0702|Sato,H.+Sacks,I.S.+Murase,T.+Muncill,G.+|Attenuation of compressional waves in peridotite measured as a function of temperature at 200 MPa||#PAG:128:1-2:1988:433-447|Attenuation+Spectral ratio+Peridotite+High pressure
J|0703|Ruff,L.J.+Kanamori,H.|Introduction to subduction zones||#PAG:128:3-4:1988:449-453|Subduction+Global seismicity
J|0704|Cloos,M.+Shreve,R.L.|Subduction-channel model of prism accretion, melange formation, sediment subduction, and subduction erosion at convergent plate margins: 1. Background and description||#PAG:128:3-4:1988:455-500|Subduction+Accretion+Erosion+Accretionary prism
J|0705|Cloos,M.+Shreve,R.L.|Subduction-channel model of prism accretion, melange formation, sediment subduction, and subduction erosion at convergent plate margins: 2. Implications and discussion||#PAG:128:3-4:1988:501-545|Subduction+Earthquake+Volcanism+Underplating
J|0706|Vassiliou,M.S.+Hager,B.H.|Subduction zone earthquakes and stress in slabs||#PAG:128:3-4:1988:547-624|Geodynamics+Seismotectonics+Global seismicity+Subduction
J|0707|Wortel,M.J.R.+Vlaar,N.J.|Subduction zone seismicity and the thermo-mechanical evolution of downgoing lithosphere||#PAG:128:3-4:1988:625-659|Seismicity+Subduction+Depth+Lithosphere
J|0708|Hsui,A.T.|Application of fluid mechanic principles to the study of geodynamic processes at trench-arc-back arc systems||#PAG:128:3-4:1988:661-681|Subduction+Convection+Geodynamics+Trench
J|0709|McLennan,S.M.|Recycling of the continental crust||#PAG:128:3-4:1988:683-724|Subduction+Continental crust+Mantle+Sediment
J|0710|Bray,C.J.+Karig,D.E.|Dewatering and extensional deformation of the Shikoku basin hemipelagic sediments in the Nankai Trough||#PAG:128:3-4:1988:725-747|Nankai+Reflexion study+Deformation+Flow
J|0711|Shi,Y.+Wang,C-Y.|Thermal structure of the Barbados accretionary complex||#PAG:128:3-4:1988:749-766|Subduction+Barbados+Accretion+Heat flow
J|0712|Cochrane,G.R.+Lewis,B.T.R.+McClain,K.J.|Structure and subduction processes along the Oregon-Washington margin||#PAG:128:3-4:1988:767-800|Subduction+Accretion+Refraction study+Reflexion study+Oregon
J|0713|Davis,T.L.+Jackson,G.M.|Seismic stratigraphy study of algal mound reservoirs, Patterson and Nancy fields, Paradox basin, San Juan County, Utah||#GPS:53:7:1988:875-880|Utah+Reflexion study+Stratigraphy+Reservoir
J|0714|Beasley,C.+Lynn,W.+Larner,K.+|Cascaded f-k migration: removing the restrictions on depth-varying velocity||#GPS:53:7:1988:881-893|Migration+Velocity+Depth+Imaging
J|0715|Saatcilar,R.+Cantitez,N.|A method of ground-roll elimination||#GPS:53:7:1988:894-902|Reflexion study+Wave motion+Noise+Filtering
J|0716|White,B.S.+Nair,B.+Bayliss,A.|Random rays and seismic amplitude anomalies||#GPS:53:7:1988:903-907|Exploration+Amplitude+Caustic+Random ray
J|0717|Koltracht,I.+Lancaster,P.|Threshold algorithms for the prediction of reflection coefficients in a layered medium||#GPS:53:7:1988:908-919|Layered medium+Reflexion study+Inverse problem+Noise
J|0718|Esmersoy,C.+Oristaglio,M.|Reverse-time wave-field extrapolation, imaging, and inversion||#GPS:53:7:1988:920-931|Wave field+Imaging+Inversion+Scattering
J|0719|Harlan,W.|Separation of signal and noise applied to vertical seismic profiles||#GPS:53:7:1988:932-946|Vertical seismic profiling+Signal+Noise+Inversion
J|0720|Lo,T-W.+Toksoz,M.N.+Xu,S-H.+|Ultrasonic laboratory tests of geophysical tomographic reconstruction||#GPS:53:7:1988:947-956|Tomography+Ultrasonic wave+Diffraction+Ray
J|0721|Dougherty,S.M.+Justice,J.H.|An approximation technique for determining optimal Combisweep parameters||#GPS:53:7:1988:989-991|Viobroseis+Signal|Short note
J|0722|Cohen,J.|Asymptotic elastic Green's tensor||#GPS:53:7:1988:992-994|Green's function+Acoustic wave+Inversion|Short note
J|0723|Wu,R-S.|On: "Stratigraphic filter theory: combined effects of parallel bedding and random inhomogeneities (I. Lerche)"||#GPS:53:7:1988:995-997|Inhomogeneity+Stratigraphy+Filtering|With a reply by the author
J|0724|Tango,G.J.|Review of `Adaptive methods in underwater acoustics' edited by H. G. Urban||#GPS:53:7:1988:998|Acoustics+Marine geophysical investigation+Review
J|0725|Tango,G.J.|Review of `Ocean seismo-acoustics' edited by T. Akal and J. Berkson||#GPS:53:7:1988:998-999|Acoustics+Marine geophysical investigation+Review
J|0726|Tango,G.J.|Review of `Progress in underwater acoustics' edited by H. M. Merklinger||#GPS:53:7:1988:999|Acoustics+Marine geophysical investigation+Review
J|0727|Mareschal,J-C.|Review of `Geophysics and geomagnetism: catalogue of the Science Museum collection' by A. McConell||#GPS:53:7:1988:999|Instrument+London+Review
J|0728|Hu,L-Z.+McMechan,G.A.+Harris,J.M.|Acoustic prestack migration of cross-hole data||#GPS:53:8:1988:1015-1023|Cross-hole+Migration+Vertical seismic profiling+Wave field
J|0729|Phinney,R.A.|The sign filter for seismic event detection||#GPS:53:8:1988:1024-1033|Detection+Signal+Filtering+Noise
J|0730|Chen,N-M.+Chu,Y-H.+Kuo,J.T.|Analysis of the characteristics-integration method for one-dimensional wave inversion||#GPS:53:8:1988:1034-1044|Inversion+Integration+Time domain+Reflexion study
J|0731|Jih,R-S.+McLaughlin,K.L.+Der,Z.A.|Free-boundary conditions of arbitrary polygonal topography in a two-dimensional explicit elastic finite-difference scheme||#GPS:53:8:1988:1045-1055|Elastic wave+Topography+Finite difference method+Boundary
J|0732|Turgut,A.+Yamamoto,T.|Synthetic seismograms for marine sediments and determination of porosity and permeability||#GPS:53:8:1988:1056-1067|Vertical seismic profiling+Synthetic seismogram+Marine seismic investigation+Sediment+Porosity+Permeability
J|0733|McMechan,G.A.+Hu,L-Z.+Stauber,D.|Determination of salt proximity by wave-field imaging of transmitted energy||#GPS:53:8:1988:1109-1112|Migration+Acoustic wave+Vertical seismic profiling+Cross-hole+Salt|Short note
J|0734|Chouinard,P.N.+Paulson,K.V.|A Markov-Gauss algorithm for blocking well logs||#GPS:53:8:1988:1118-1121|Markov model+Block+Well-log+Synthetic seismogram|Short note
J|0735|Sinha,A.K.|Review of `Principles of applied geophysics (fourth edition)' by D. S. Parasnis||#GPS:53:8:1988:1131|Seismic survey+Stacking+Migration+Deconvolution+Review
J|0736|Sinha,A.K.|Review of `Gravity field, seismicity, and tectonics of the Indian peninsula and the Himalayas' by R. K. Verma||#GPS:53:8:1988:1131-1132|Seismicity+Tectonics+India+Himalayas+Review
J|0737|Bednar,J.B.|Review of `Seismic data processing' by O. Yilmaz||#GPS:53:8:1988:1132|Data processing+Review+Exploration
J|0738|Lerche,I.|Review of `Curve and surface fitting: an introduction' by P. Lancaster and K. Salkauskas||#GPS:53:8:1988:1132|Review+Curve+Surface
J|0739|Fricke,J.R.|Reverse-time migration in parallel: a tutorial||#GPS:53:9:1988:1143-1150|Migration+Data processing+Finite difference method+Interpolation
J|0740|Dumay,J.+Fournier,F.|Multivariate statistical analyses applied to seismic facies recognition||#GPS:53:9:1988:1151-1159|Statistical method+Facies+Recognition+Stratigraphy
J|0741|De Montmollin,V.|Shaker tests on downhole seismic tools||#GPS:53:9:1988:1160-1168|Shaking+Down-hole source+Vertical seismic profiling
J|0742|Spencer,T.W.+Smith,G.A.+Cho,W.H.|Vertical seismic profile polarization method for determining reflector orientation||#GPS:53:9:1988:1169-1174|Vertical seismic profiling+Polarization+Reflector+Strike+Dip
J|0743|Reshef,M.+Kosloff,D.+Edwards,M.+|Three-dimensional acoustic modelling by the Fourier method||#GPS:53:9:1988:1175-1183|Modelling+Acoustic wave+Fourier analysis+Data processing
J|0744|Reshef,M.+Kosloff,D.+Edwards,M.+|Three-dimensional elastic modelling by the Fourier method||#GPS:53:9:1988:1184-1193|Modelling+Elastic wave+Fourier analysis+Data processing
J|0745|Wen,J.+McMechan,G.A.+Booth,M.W.|Three-dimensional modelling and migration of seismic data using Fourier transforms||#GPS:53:9:1988:1194-1201|Modelling+Migration+Fourier transform+Data processing
J|0746|Nautiyal,A.|Antialiasing methods for two-dimensional spatial wavelets in seismic modelling||#GPS:53:9:1988:1202-1206|Wavelet+Modelling+Reflexion study+Fourier analysis
J|0747|Baker,L.J.+Winbow,G.A.|Multipole P-wave logging in formations altered by drilling||#GPS:53:9:1988:1207-1215|P-wave+Borehole+Velocity+Logging
J|0748|Zlatev,P.+Poeter,E.+Higgins,J.|Physical modelling of the full acoustic waveform in a fractured, fluid-filled borehole||#GPS:53:9:1988:1219-1224|Modelling+Waveform+Acoustic wave+Borehole
J|0749|Patton,S.W.|Robust and least-squares estimation of acoustic attenuation from well-log data||#GPS:53:9:1988:1225-1232|Acoustic wave+Attenuation+Well-log+Least-squares solution
J|0750|DuBose,J.B.|A technique for stabilizing interval velocities from the Dix equation||#GPS:53:9:1988:1241-1243|Dix equation+Velocity+Stabilization|Short note
J|0751|Dillon,W.G.+Spencer,T.W.|Improved interface detection for vertical seismic profile inversion||#GPS:53:9:1988:1244-1247|Vertical seismic profiling+Inversion+Interface+Detection|Short note
J|0752|Lerche,I.|Review of `Mathematical geophysics, a survey of recent developments in seismology and geodynamics' edited by N. J. Vlaar, G. Nolet, M. J. R. Wortel and S. A. P. L. Cloetingh||#GPS:53:9:1988:1249-1250|Review+Wave+Inversion+Core+Mantle convection+Lithosphere
J|0753|Sinha,A.K.|Review of `Geophysical signal processing' by E. A. Robinson and T. S. Durrani||#GPS:53:9:1988:1250-1251|Review+Data processing+Reflexion study
J|0754|Doyen,P.M.|Porosity from seismic data: a geostatistical approach||#GPS:53:10:1988:1263-1275|Reflexion study+Porosity+Reservoir+Alberta
J|0755|Jongerius,P.+Helbig,K.|Onshore high-resolution seismic profiling applied to sedimentology||#GPS:53:10:1988:1276-1283|Profiling+Sediment+High resolution+Subsurface
J|0756|Pratt,R.G.+Worthington,M.H.|The application of diffraction tomography to cross-hole seismic data||#GPS:53:10:1988:1284-1294|Tomography+Diffraction+Cross-hole+Finite difference method
J|0757|Sun,R.+McMechan,G.A.|Nonlinear reverse-time inversion of elastic offset vertical seismic profile data||#GPS:53:10:1988:1295-1302|Inversion+Elastic wave+Offset+Vertical seismic profiling
J|0758|Wenzel,F.|Processing of wide-angle Vibroseis data||#GPS:53:10:1988:1303-1310|Vibroseis+Rhine-Graben+Reflexion study+Signal-to-noise ratio
J|0759|Shtivelman,V.+Canning,A.|Datum correction by wave-equation extrapolation||#GPS:53:10:1988:1311-1322|Wave equation+Exploration+Correction+Kirchhoff-Helmholtz integral
J|0760|Winbow,G.A.|A theoretical study of acoustic S-wave and P-wave velocity logging with conventional and dipole sources in soft formations||#GPS:53:10:1988:1334-1342|Acoustic wave+P-wave+S-wave+Soft medium
J|0761|McBride,J.H.|Discussion on `Three-dimensional imaging of steeply dipping structure near the San Andreas fault, Parkfield, California' by J. N. Louie, R. W. Clayton and R. J. LeBras||#GPS:53:10:1988:1364-1366|Imaging+Structure+San Andreas Fault+Reflexion study+Discussion|With a reply by the authors
J|0762|Wuenschel,P.C.|Review of `Dictionary of seismic prospecting' by the Technical Committee, French Oil and Gas Industry Association||#GPS:53:10:1988:1367|Review+Prospecting
J|0763|Lerche,I.|Review of `Probability and statistics in geodesy and geophysics' by L. Kubackova, L. Kubacek and J. Kukuca||#GPS:53:10:1988:1368|Review+Probability+Statistics+Geodesy+Geophysics
J|0764|Anderson,T.H.|Review of `Entensional tectonics of the southwestern United States: a perspective on processes and kinematics' edited by L. Mayer||#GPS:53:10:1988:1368-1369|Review+United States+Tectonics+Reflexion study
J|0765|Watt,J.P.|Review of `Fracture mechanics of rock' edited by B. K. Atkinson||#GPS:53:10:1988:1369|Review+Fracture+Rock mechanics
J|0766|Mokhtar,T.A.+Herrmann,R.B.+Russell,D.R.|Seismic velocity and Q model for the shallow structure of the Arabian shield from short-period Rayleigh waves||#GPS:53:11:1988:1379-1387|Rayleigh wave+Q+Arabian Shield+Refraction study
J|0767|Dragoset,W.H.|Marine vibrators and the Doppler effect||#GPS:53:11:1988:1388-1398|Marine seismic investigation+Doppler effect+Vibrator+Mexico, G. of
J|0768|Scheuer,T.E.+Oldenburg,D.W.|Aspects of time-variant filtering||#GPS:53:11:1988:1399-1409|Time+Filtering+Reflexion study+Stratigraphy
J|0769|Todoeschuck,J.P.+Jensen,O.G.|Joseph geology and seismic deconvolution||#GPS:53:11:1988:1410-1414|Deconvolution+Signal+Newfoundland+Quebec
J|0770|Paul,A.+Campillo,M.|Diffraction and conversion of elastic waves at a corrugated interface||#GPS:53:11:1988:1415-1424|Numerical modelling+Elastic wave+Diffraction+Conversion+Interface
J|0771|Levander,A.R.|Fourth-order finite-difference P-SV seismograms||#GPS:53:11:1988:1425-1436|P-wave+SV-wave+Finite difference method+Seismogram
J|0772|Marzetta,T.L.+Orton,M.+Krampe,A.+|A hydrophone vertical seismic profiling experiment||#GPS:53:11:1988:1437-1444|Hydrophone+Vertical seismic profiling+Array+Filtering
J|0773|Byun,B.S.+Tran,H.V.+Carter,M.D.|An analysis of statistical average velocities in a horizontally layered earth||#GPS:53:11:1988:1488-1489|Layered medium+Velocity+Stacking+Lithology|Short note
J|0774|Walden,A.+White,R.|Discussion on `The critical reflection theorem' by J. T. Fokkema and A. Ziolkowski||#GPS:53:11:1988:1490-1492|Deconvolution+Reflexion study+Plane wave
J|0775|Sheriff,R.E.|Review of `Facts on file dictionary of geology and geophysics' by D. F. Lapidus||#GPS:53:11:1988:1493|Geophysics|Book review
J|0776|Laster,S.J.|Review of `Seismic strong motion synthesis' edited by B. A. Bolt||#GPS:53:11:1988:1493-1494|Strong motion+Synthetic seismogram+Source|Book review
J|0777|Levin,F.K.|Review of `Writing for your peers: the primary journal paper' by S. P. Carter||#GPS:53:11:1988:1494|Geophysics|Book review
J|0778|Davis,T.L.|Review of `Shear wave exploration' edited by S. H. Danbom and S. N. Domenico||#GPS:53:11:1988:1494|Shear wave+Exploration+Anisotropy|Book review
J|0779|Gutowski,P.|Review of `Transient waves in layered media' by M. Tygel and P. Hubral||#GPS:53:11:1988:1495|Decomposition+Layered medium+Transient wave|Book review
J|0780|Scheuer,T.E.+Oldenburg,D.W.|Local phase velocity from complex seismic data||#GPS:53:12:1988:1503-1511|Phase velocity+Trace+Frequency+Wavenumber
J|0781|Lange,J.N.+Almoghrabi,H.A.|Lithology discrimination for thin layers using wavelet signal parameters||#GPS:53:12:1988:1512-1519|Lithology+Layered medium+Wavelet+Signal
J|0782|Liu,H-P.|Effect of source spectrum on seismic attenuation measurements using the pulse-broadening method||#GPS:53:12:1988:1520-1526|Source+Spectrum+Attenuation+Pulse width
J|0783|Wiggins,J.W.|Attenuation of complex water-bottom multiples by wave-equation-based prediction and subtraction||#GPS:53:12:1988:1527-1539|Marine seismic investigation+Attenuation+Wave equation+Subtraction
J|0784|Keho,T.H.+Beydoun,W.B.|Paraxial ray Kirchhoff migration||#GPS:53:12:1988:1540-1546|Ray theory+Migration+Green's function+Vertical seismic profiling
J|0785|Pai,D.M.|Generalized f-k (frequency-wavenumber) migration in arbitrarily varying media||#GPS:53:12:1988:1547-1555|Migration+Frequency+Wavenumber+Imaging
J|0786|Klimentos,T.+McCann,C.|Why is the Bio slow compressional wave not observed in real rocks?||#GPS:53:12:1988:1605-1609|Compressional wave+Rock+Biot theory+Elastic wave|Short note
J|0787|Stewart,R.R.|An algebraic reconstruction technique for weakly anisotropic velocity||#GPS:53:12:1988:1613-1615|Algebraic reconstruction technique+Anisotropy+Velocity+Sedimentary rock|Short note
J|0788|Dellinger,J.+Muir,F.|Imaging reflections in elliptically anisotropic media||#GPS:53:12:1988:1616-1618|Imaging+Reflexion+Anisotropy+Isotropic medium|Short note
J|0789|Lerche,I.|Review of `Free and moving boundary problems' by J. Crank||#GPS:53:12:1988:1622|Boundary|Book review
J|0790|Anderson,T.H.|Review of `The encyclopedia of structural geology and plate tectonics' edited by C. K. Seyfert||#GPS:53:12:1988:1622-1623|Plate tectonics+Geology|Book review
J|0791|Green,W.R.|Review of `Computer processing of remotely sensed images' by P. M. Mather||#GPS:53:12:1988:1624|Processing+Imaging+Remote sensing|Book review
J|0792|Evans,R.|Review of `Dynamical geology of salt and related structures' edited by I. Lerche and J. J. O'Brien||#GPS:53:12:1988:1625||Book review
J|0793|Wyllie,P.J.|Magma genesis, plate tectonics and chemical differentiation of the Earth||#RGS:26:3:1988:370-404|Tomography+Chemistry
J|0794|Stephen,R.A.|A review of finite difference methods for seismo-acoustics problems at the sea floor||#RGS:26:3:1988:445-458|Seismoacoustics+Seafloor+Marine seismic investigation+Propagation
J|0795|Kissling,E.|Geotomography with local earthquake data||#RGS:26:4:1988:659-698|Tomography+Inversion+California
J|0796|Hinze,W.J.+Braile,L.W.+Keller,G.R.+|Models for midcontinent tectonism: an update||#RGS:26:4:1988:699-717|Tectonics+Microseism+Structure+Reflexion study
J|0797|Francheteau,J.+Patriat,P.+Segoufin,J.+|Pito and Orongo fracture zones: the northern and southern boundaries of the Easter microplate (southeast Pacific)||#EPL:89:3-4:1988:363-374|Easter Islands+Pacific Ocean+Microplate+Marine seismic investigation+Reflexion study
J|0798|Makris,J.+Egloff,R.+Jacob,A.W.B.+|Continental crust under the southern Porcupine Seabright west of Ireland||#EPL:89:3-4:1988:387-397|Refraction study
J|0799|Meghraoui,M.+Jaegy,R.+Lammali,K.+|Late holocene earthquake sequences on the El Asnam (Algeria) thrust fault||#EPL:90:2:1988:187-203|||#*ELASNAM
J|0800|Edwards,R.L.+Taylor,F.W.+Wasserburg,G.J.|Dating earthquakes with high-precision thorium-230 ages of very young corals||#EPL:90:4:1988:371-381|Variation+Santo Island+Thorium dating
J|0801|Scrutton,R.A.+Bentley,P.A.D.|Major Cretaceous volcanic province in the southern Rockall Trough||#EPL:91:1-2:1988:198-204|Reflexion study+Volcanism
J|0802|Huang,J.+Turcotte,D.L.|Fractal distributions of stress and strength and variation of b-value||#EPL:91:1-2:1988:223-230|b-Value
J|0803|Ceuleneer,G.+Nicolas,A.+Boudier,F.|Mantle flow patterns at an oceanic spreading centre: The Oman peridotites record||#TCT:151:1-4:1988:1-26|Anisotropy
J|0804|Nicolas,A.+Ceuleneer,G.+Boudier,F.+|Structural mapping in the Oman ophiolites: Mantle diapirism along an oceanic ridge||#TCT:151:1-4:1988:27-56|Anisotropy+Attenuation
J|0805|Nicolas,A.+Reuber,I.+Benn,K.|A new magma chamber model based on structural studies in the Oman ophiolite||#TCT:151:1-4:1988:87-105|Reflexion study+Structure
J|0806|Boudier,F.+Ceuleneer,G.+Nicolas,A.|Shear zones, thrusts and related magmatism in the Oman ophiolite: initiation of thrusting on an oceanic ridge||#TCT:151:1-4:1988:275-296
J|0807|Hooper,R.J.+Hatcher,R.D.|Mylonites from the Towaliga fault zone, central Georgia; products of heterogeneous non-coaxial deformation||#TCT:152:1-2:1988:1-17|Reflector+COCORP
J|0808|Oncken,O.|Aspects of the reconstruction of the stress history of a fold and thrust belt (Rhenish Massif, Federal Republic of Germany)||#TCT:152:1-2:1988:19-40
J|0809|De Larouziere,F.D.+Bolze,J.+Bordet,P.+|The Betic segment of the lithospheric Trans-Alboran shear zone during the Late Miocene||#TCT:152:1-2:1988:41-52|Refraction study+Spain+Lithosphere
J|0810|Buforn,E.+Udias,A.+Colombas,M.A.|Seismicity, source mechanisms and tectonics of the Azores-Gibraltar plate boundary||#TCT:152:1-2:1988:89-118
J|0811|Chouliaras,G.+Rasmussen,T.M.|The application of the magnetotelluric impedance tensor to earthquake prediction research in Greece||#TCT:152:1-2:1988:119-135|Magnetotellurics+Electric field
J|0812|Duenas,C.+Fernandez,M.C.|Temporal variations in soil gas radon: any possible relation to earthquakes?||#TCT:152:1-2:1988:137-145|Prediction
J|0813|Ui,H.+Moriuchi,H.+Takemura,Y.+|Anomalously high radon discharge from the Atotsugawa fault prior to the western Nagano Prefecture earthquake (M 6.8) of September 14, 1984||#TCT:152:1-2:1988:147-152||Letter section|#*NAGANO
J|0814|Tselentis,G-A.+Drakopoulos,J.+Makropoulos,K.|On the frequency dependence of Q in the Kalamata (South Greece) region as obtained from the analysis of the coda of the aftershocks of the Kalamata 1986 earthquake||#TCT:152:1-2:1988:157-159|Q+1986|Letter section|#*KALAMATA
J|0815|Hall,J.|Review of `Observation of the Continental Crust through Drilling, I.' edited by C. B. Raleigh||#TCT:152:1-2:1988:161-162|Continental crust+Seismics
J|0816|De Natale,G.+Pingue,F.+Scarpa,R.|Seismic and ground deformation monitoring in the seismogenetic region of the southern Apennines, Italy||#TCT:152:3-4:1988:165-178|Seismogenesis+Mechanism||#*CAMPANIA
J|0817|Papadopoulos,G.A.|Long-term accelerating foreshock activity may indicate the occurrence time of a strong shock in the Western Hellenic Arc||#TCT:152:3-4:1988:179-192|Prediction+Strong earthquake+Hellenic Arc
J|0818|Varotsos,P.+Alexopoulos,K.+Nomicos,K.+|Official earthquake prediction procedure in Greece||#TCT:152:3-4:1988:193-196|Magnetotellurics+Electric field
J|0819|Lagios,E.+Drakopoulos,J.+Hipkin,R.G.+|Microgravimetry in Greece: applications to earthquake and volcano-eruption prediction||#TCT:152:3-4:1988:197-207|Gravity
J|0820|Friedmann,H.+Aric,K.+Gutdeutsch,R.+|Radon measurements for earthquake prediction along the North Anatolian Fault Zone: a progress report||#TCT:152:3-4:1988:209-214|Groundwater
J|0821|Roth,F.|Modelling of stress patterns along the western part of the North Anatolian Fault Zone||#TCT:152:3-4:1988:215-226
J|0822|Gusev,A.A.|Two dilatancy-based models to explain coda-wave precursors and P/S spectral ratio||#TCT:152:3-4:1988:227-237|Prediction+Coda wave
J|0823|Vetter,U.R.|Characterization of regional stress patterns in the western Great Basin using grouped earthquake focal mechanisms||#TCT:152:3-4:1988:239-251|Nevada
J|0824|Kumpel,H-J.+Peters,J.A.+Bower,D.R.|Nontidal tilt and water table variations in a seismically active region in Quebec, Canada||#TCT:152:3-4:1988:253-265|Seismicity||#*CHARLEVOIX
J|0825|Stefansson,R.+Halldorsson,P.|Strain release and strain build-up in the south Iceland seismic zone||#TCT:152:3-4:1988:267-276|Crack+Propagation
J|0826|Zavyalov,A.D.+Sobolev,G.A.|Analogy in precursors of dynamic events at different scales||#TCT:152:3-4:1988:277-282|Dynamics+Emission+Rock
J|0827|Sileny,J.+Kozak,J.|Shallow seismic events with combined source mechanism||#TCT:152:3-4:1988:283-296|Shallow earthquake+Mining+Czechoslovakia
J|0828|Lokajicek,T.+Spicak,A.+Waniek,L.|Tectonic stress orientation and the seismic regime of a single fault||#TCT:152:3-4:1988:297-302|Tectonics+Modelling
J|0829|Kaiser,D.+Duda,S.J.|Magnitude spectra and other source parameters for some major 1985 and 1986 earthquakes||#TCT:152:3-4:1988:303-318|Spectrum+Major earthquake||#*XINJIANG|#*MEXICOCITY|#*MEXICOCITY2|#*ANDREAN861|#*ANDREANOF|#*ANDREAN862
J|0830|Gusev,A.A.+Pavlov,V.M.|Determination of space-time structure of a deep earthquake source by means of power moments||#TCT:152:3-4:1988:319-334|Space-time pattern
J|0831|Mucciarelli,M.+Albarello,D.+Mantovani,E.|Earthquake forecasting in Southern Italy on the basis of logistic models||#TCT:152:1-2:1988:153-155|Prediction+Seismicity|Letter section
J|0832|Guennoc,P.+Pautot,G.+Coutelle,A.|Surficial structures of the northern Red Sea axial valley from 23degreesN to 28degreesN: time and space evolution of neo-oceanic structures||#TCT:153:1-4:1988:1-23|Reflexion study+Tectonics
J|0833|Cochran,J.R.+Martinez,F.|Evidence from the northern Red Sea on the transition from continental to oceanic rifting||#TCT:153:1-4:1988:25-53|Reflexion study+Velocity
J|0834|Gaulier,J-M.+Le Pichon,X.+Lyberis,N.+|Seismic study of the crust of the northern Red Sea and the Gulf of Suez||#TCT:153:1-4:1988:55-88|Reflexion study+Refraction study
J|0835|Avedik,F.+Geli,L.+Gaulier,J-M.+|Results from three refraction profiles in the northern Red Sea (above 25degreesN) recorded with an Ocean Bottom Vertical Seismic Array||#TCT:153:1-4:1988:89-101|Refraction study+Ocean-bottom seismograph
J|0836|Mechie,J.+Prodehl,C.|Crustal and uppermost mantle structure beneath the Afro-Arabian rift system||#TCT:153:1-4:1988:103-121|Refraction study+Reflexion study+Africa+Upper mantle
J|0837|Miller,P.M.+Barakat,H.|Geology of the Safaga Concession, northern Red Sea, Egypt||#TCT:153:1-4:1988:123-136|Exploration+Reflexion study
J|0838|Mechie,J.+El-Isa,Z.H.|Upper lithospheric deformations in the Jordan-Dead Sea transform regime||#TCT:153:1-4:1988:153-159|Seismicity+Deep seismic sounding+Crust
J|0839|Colletta,B.+Le Quellec,P.+Letouzey,J.+|Longitudinal evolution of the Suez rift structure (Egypt)||#TCT:153:1-4:1988:221-233|Profile
J|0840|Le Pichon,X.+Gaulier,J-M.|The rotation of Arabia and the Levant fault system||#TCT:153:1-4:1988:271-294|Refraction study+Red Sea+Africa
J|0841|Plaziat,J-C.+Purser,B.+Philobbos,E.|Diversity of Neogene seismites of the northwest Red Sea (Egypt): a characteristic sedimentary expression of rifting||#TCT:153:1-4:1988:295||Abstract only
J|0842|Argenton,A.+Maccagni,A.|Possible axial extension in the Gulf of Suez rift (work hypothesis)||#TCT:153:1-4:1988:297-306|Reflexion study+Plate tectonics
J|0843|Morretti,I.+Colletta,B.+Vially,R.|Theoretical model of block rotation along circular faults||#TCT:153:1-4:1988:313-320|Refraction study+Reflexion study+Gulf of Suez+Barents Sea
J|0844|Kruse,S.+McNutt,M.|Compensation of Paleozoic orogens: a comparison of the Urals to the Appalachians||#TCT:154:1-2:1988:1-17|Deep seismic sounding+Appalachian Mts.+Lithosphere
J|0845|Vasicek,J.M.+Frey,H.V.+Thomas,H.H.|Satellite magnetic anomalies and the Middle America Trench||#TCT:154:1-2:1988:19-24|Magnetic field+Epicentre+Modelling
J|0846|Yamamoto,J.+Mitchell,B.J.|Rupture mechanics of complex earthquakes in southern Mexico||#TCT:154:1-2:1988:25-40
J|0847|Milani,E.J.+Davison,I.|Basement control and transfer tectonics in the Reconcavo-Tucano-Jatoba rift, Northeast Brazil||#TCT:154:1-2:1988:41-70|Reflexion study+Refraction study
J|0848|Weijermars,R.|Convection experiments in high Prandtl number silicones, Part 2. Deformation, displacement and mixing in the Earth's mantle||#TCT:154:1-2:1988:97-123|Mantle convection+S-wave+Laboratory+Flow
J|0849|Chester,F.M.|The brittle-ductile transition in a deformation-mechanism map for halite||#TCT:154:1-2:1988:125-136|Seismicity+Crust
J|0850|Van den Beukel,J.+Wortel,R.|Thermo-mechanical modelling of arc-trench regions||#TCT:154:3-4:1988:177-193|Subduction+Interplate earthquake+Heat flow
J|0851|Stiller,H.+Franck,S.+Leliwa-Kopystinski,J.|Seismic discontinuities and effects of material parameters at phase boundaries||#TCT:154:3-4:1988:195-199|Discontinuity+Phase transition+Mantle+Kinetics
J|0852|Ohtani,E.|Chemical stratification of the mantle formed by melting in the early stage of the terrestrial evolution||#TCT:154:3-4:1988:201-210|Chemistry+Velocity profile
J|0853|Pavlenkova,N.I.|The nature of seismic boundaries in the continental lithosphere||#TCT:154:3-4:1988:211-225|Boundary+Kola Peninsula+Reflexion study
J|0854|Alekseev,A.S.+Egorkin,A.V.+Pavlenkova,N.I.|Shear waves in lithosphere studies on the territory of the U.S.S.R.||#TCT:154:3-4:1988:227-239|Deep seismic sounding+USSR
J|0855|Nava,F.+Nunez-Cornu,F.+Cordoba,D.+|Structure of the Middle America trench in Oaxaca, Mexico||#TCT:154:3-4:1988:241-251|Middle America Trench+Reflexion study+Gravity
J|0856|Vergara Munoz,A.|Tectonic patterns of the Panama Block deduced from seismicity, gravitational data and earthquake mechanisms: implications to the seismic hazard||#TCT:154:3-4:1988:253-267
J|0857|Sundvik,M.T.+Larson,R.L.|Seafloor spreading history of the western North Atlantic Basin derived from the Keathley sequence and computer graphics||#TCT:155:1-4:1988:49-71|Sea-floor spreading+Profile+Magnetism
J|0858|Rowley,D.B.+Lottes,A.L.|Plate-kinematic reconstructions of the North Atlantic and Arctic: Late Jurassic to Present||#TCT:155:1-4:1988:73-120|Plate tectonics+Seismicity
J|0859|Pindell,J.L.+Cande,S.C.+Pitman,W.C.+|A plate-kinematic framework for models of Caribbean evolution||#TCT:155:1-4:1988:121-138|Plate tectonics+Seismicity+Magnetism
J|0860|Ross,M.I.+Scotese,C.R.|An hierarchical tectonic model of the Gulf of Mexico and Caribbean region||#TCT:155:1-4:1988:139-168|Reflexion study+Mexico, G. of+Plate tectonics
J|0861|Unternehr,P.+Curie,D.+Olivet,J.L.+|South Atlantic fits and intraplate boundaries in Africa and South America||#TCT:155:1-4:1988:169-179|Seismicity+Boundary+Plate tectonics
J|0862|Fairhead,J.D.|Mesozoic plate tectonic reconstructions of the central South Atlantic Ocean: The role of the West and Central African rift system||#TCT:155:1-4:1988:181-191|Plate tectonics+Seismicity
J|0863|Mascle,J.+Blarez,E.+Marinho,M.|The shallow structures of the Guinea and Ivory Coast-Ghana transform margins: their bearing on the Equatorial Atlantic Mesozoic evolution||#TCT:155:1-4:1988:193-209|Tectonics+Reflexion study
J|0864|Royer,J-Y.+Patriat,P.+Bergh,H.W.+|Evolution of the Southwest Indian Ridge from the Late Cretaceous (anomaly 34) to the Middle Eocene (anomaly 20)||#TCT:155:1-4:1988:235-260|Deep structure+Plate tectonics
J|0865|Powell,C.McA.+Roots,S.R.+Veevers,J.J.|Pre-breakup continental extension in East Gondwanaland and the early opening of the eastern Indian Ocean||#TCT:155:1-4:1988:261-283|Profile+Plate tectonics
J|0866|Gealey,W.K.|Plate tectonic evolution of the Mediterranean-Middle East region||#TCT:155:1-4:1988:285-306|Plate tectonics
J|0867|Audley-Charles,M.G.+Ballantyne,P.D.+Hall,R.|Mesozoic-Cenozoic rift-drift sequence of Asian fragments from Gondwanaland||#TCT:155:1-4:1988:317-330|Seismic survey+Australia+Plate tectonics
J|0868|Sharman,G.F.+Risch,D.L.|Northwest Pacific tectonic evolution in the Middle Mesozoic||#TCT:155:1-4:1988:331-344|Plate tectonics+Reflexion study+North Pacific Ocean
J|0869|Schott,J.J.+Peres,A.|Paleomagnetism of Permo-Triassic red beds in the western Pyrenees: evidence for strong clockwise rotations of the Paleozoic units||#TCT:156:1-2:1988:75-88|Profile+Mohorovicic discontinuity
J|0870|Neprochnov,Y.P.+Levchenko,O.V.+Merklin,L.R.+|The structure and tectonics of the intraplate deformation area in the Indian Ocean||#TCT:156:1-2:1988:89-106|Reflexion study+Refraction study
J|0871|Verma,R.K.+Reddy,Y.S.K.|Seismicity, focal mechanisms and their correlation with the geological/tectonic history of the Tibetan plateau||#TCT:156:1-2:1988:107-131|Large earthquake
J|0872|Hodder,A.P.W.|A mantle heterogeneity in the Southwest Pacific||#TCT:156:1-2:1988:145-165|Tomography+Volcanism
J|0873|Meyer,K.+Olssen,R.+Scherman,S.|Stress migration in the North Atlantic and intraplate seismicity in Scandinavia - a proposal||#TCT:156:1-2:1988:175-178||Letter section
J|0874|Buchbinder,G.G.R.+Lambert,A.+Kurtz,R.D.+|Twelve years of geophysical research in the Charlevoix seismic zone||#TCT:156:3-4:1988:193-224|Prediction+Microseismicity+Travel-times
J|0875|Vergara Munoz,A.|Seismicity of the Panama Block, II: spatial attenuation of seismic intensities||#TCT:156:3-4:1988:225-237|Intensity
J|0876|Royer,J.J.+Danis,M.|Steady state geothermal model of the crust and the problem of the boundary conditions: application to a rift system, the southern Rhinegraben||#TCT:156:3-4:1988:239-255|Heat flow+Rhine-Graben+Profile
J|0877|Papadopoulos,G.A.|Premonitory burst of seismicity and its significance for predicting large AEgean earthquakes||#TCT:156:3-4:1988:257-265|Large earthquake+AEgean Sea+Prediction
J|0878|Shapira,A.|Rg waves from rockbursts in South Africa||#TCT:156:3-4:1988:267-273|Rg-wave+Rockburst+Crustal structure
J|0879|Clendenin,C.W.+Charlesworth,E.G.+Maske,S.|Tectonic style and mechanism of early Proterozoic successor basin development, southern Africa||#TCT:156:3-4:1988:275-291|Southern Africa+Tectonics+Subduction+Intermediate-depth earthquake
J|0880|Doglioni,C.|Examples of strike-slip tectonics on platform-basin margins||#TCT:156:3-4:1988:293-302|Alps+Profile
A|0881|Lu,D-J.|Impending earthquake prediction||1988:Beijing:Jiangsu Science and Technology Publishing House||200p
J|0882|Wang,J-H.|Temporal change in duration ratios for foreshocks and aftershocks of a moderate Taiwan earthquake||Proc. Geol. Soc. China:31:1:1988:99-110|Coda wave||#*TAIPING
J|0883|Kim,W-Y.|Simulation of near-field ground motion from a finite circular fault in a layered crust by using synthetic seismograms||Rep. seism. Dep. Uppsal.:3:-:1987:1-87|Layered medium
J|0884|Kulhanek,O.|Seismological Department Uppsala progress report 1983-1987||Rep. seism. Dep. Uppsal.:1:-:1988:1-51|Seismology
J|0884|Kulhanek,O.|Seismological Department Uppsala progress report 1983-1987||Rep. seism. Dep. Uppsal.:1:-:1988:1-51|Seismology