V|1990:1||Bibliography of seismology. 1990 January-June|ISC:26:1:1992
J|0001|Houseman,G.A.|Review of `Mantle convection: plate tectonics and global dynamics' edited by W. R. Peltier||#NAT:343:6253:1990:32|Review+Imaging+Plate tectonics+Dynamics
J|0002|Ewing,T.|Twelve dead after earthquake||#NAT:343:6254:1990:105|Earthquake+Australia+1989+Damage||#*NEWCASTLE89
J|0003|Buderi,R.|Test to destruction gives clues to construction||#NAT:343:6254:1990:105|Earthquake engineering+Loma Prieta+Road+Hydraulic works||#*LOMAPRIETA89
J|0004|Melosh,H.J.|Mechanical basis for low-angle normal faulting in the Basin and Range province||#NAT:343:6256:1990:331-335|Normal fault+Basin & Range+Crust+Viscosity||#*BORAH
J|0005|Heaton,T.H.|The calm before the quake?||#NAT:343:6258:1990:511-512|Cascadia subduction zone+Quiescence+Plate+Great earthquake|News and views
J|0006|Heaton,T.H.|Earthquake magnitude scales||#NAT:343:6258:1990:512|Magnitude+Moment magnitude|News and views
J|0007|Thatcher,W.|Precursors to eruption||#NAT:343:6259:1990:590-591|Izu Peninsula+Eruption+Swarm+Prediction|News and views|#*OFFIZUPEN89B
J|0008|McNutt,M.|Flexure reveals great depth||#NAT:343:6259:1990:596-597|Flexure+Plate+Surface wave+Shear wave|News and views
J|0009|Shimada,S.+Fujinawa,Y.+Sekiguchi,S.+|Detection of a volcanic fracture opening in Japan using Global Positioning System measurements||#NAT:343:6259:1990:631-633|Izu Peninsula+Volcano+Global Positioning System+Swarm||#*OFFIZUPEN89B
J|0010|Bechtel,T.D.+Forsyth,D.W.+Sharpton,V.L.+|Variations in effective elastic thickness of the North American lithosphere||#NAT:343:6259:1990:636-640|North America+Lithosphere+Thickness+Travel-times
J|0011|Wood,B.J.+Helffrich,G.R.|Internal structure of the Earth||#NAT:344:6262:1990:106|Structure+Earth model+P-wave+S-wave|News and views
J|0012|McKenzie,D.|Spinning continents||#NAT:344:6262:1990:109-110|Plate tectonics+Eurasia+Deformation+Fault plane solution|News and views
J|0013|Shearer,P.M.|Seismic imaging of upper-mantle structure with new evidence for a 520-km discontinuity||#NAT:344:6262:1990:121-126|Imaging+Upper mantle+Discontinuity+Long-period seismogram
J|0014|England,P.+Molnar,P.|Right-lateral shear and rotation as the explanation for strike-slip faulting in eastern Tibet||#NAT:344:6262:1990:140-142|Tibet+Faulting+Fault plane solution+Plate tectonics
J|0015|Olson,P.+Silver,P.G.+Carlson,R.W.|The large-scale structure of convection in the Earth's mantle||#NAT:344:6263:1990:209-215|Earth structure+Mantle convection+Tomography+Velocity
J|0016|Green,A.G.+Milkereit,B.+Mayrand,L.J.+|Deep structure of an Archaean greenstone terrane||#NAT:344:6264:1990:327-330|Deep structure+Crust+Reflexion study+Kapuskasing
J|0017|Whitaker,J.H.McD.|Review of `The concise Oxford dictionary of Earth sciences' edited by A. Allaby and M. Allaby||#NAT:344:6265:1990:391-392|Review+Dictionary+Earth sciences+Geophysics
J|0018|Sempere,J-C.+Purdy,G.M.+Schouten,H.|Segmentation of the Mid-Atlantic Ridge between 24degreesN and 30degrees40'N||#NAT:344:6265:1990:427-431|Mid-Atlantic Ridge+Bathymetry+Reflexion study+Transform fault
J|0019|Langmuir,C.H.|Ocean ridges spring surprises||#NAT:344:6267:1990:585-586|Mid-Atlantic Ridge+Reflexion study+Plate tectonics+Spreading|News and views
J|0020|Kent,G.M.+Harding,A.J.+Orcutt,J.A.|Evidence for a smaller magma chamber beneath the East Pacific Rise at 9degrees30'N||#NAT:344:6267:1990:650-653|Reflexion study+East Pacific Rise+Magma chamber+Oceanic crust
J|0021|Solomon,S.C.|New images for old faults||#NAT:344:6269:1990:816-817|Oceanic crust+Reflexion study+Imaging+Fault|News and views
J|0022|Jones,D.|Shaky ground||#NAT:344:6269:1990:820|Liquefaction+Earthquake engineering+Hazard|News and views
J|0023|Hough,S.E.+Friberg,P.A.+Busby,R.+|Sediment-induced amplification and the collapse of the Nimitz Freeway||#NAT:344:6269:1990:853-855|Sediment+Damage+Ground motion+Amplification||#*LOMAPRIETA89
J|0024|Bull,J.M.+Scrutton,R.A.|Fault reactivation in the central Indian Ocean and the rheology of oceanic lithosphere||#NAT:344:6269:1990:855-858|Reflexion study+Indian Ocean+Lithosphere+Fault
J|0025|Lancelot,Y.+Larson,R.L.+Fisher,A.T.+|Ancient crust on Pacific plate||#NAT:345:6271:1990:112|Reflexion study+Pacific plate+Crust+Ocean Drilling Programme|News and views
J|0026|Wyss,M.|Seismic cycle not so simple||#NAT:345:6273:1990:290|Recurrence+Cycle+Great earthquake+Rupture|News and views
J|0027|Suarez,G.+Monfret,T.+Wittlinger,G.+|Geometry of subduction and depth of seismogenic zone in the Guerrero gap, Mexico||#NAT:345:6273:1990:336-338|Subduction+Gap+Guerrero+Depth
J|0028|Stuart,W.D.|Parkfield slowing down||#NAT:345:6274:1990:383-384|Parkfield+Quiescence+Magnitude+Prediction|News and views
J|0029|Wyss,M.+Bodin,P.+Habermann,R.E.|Seismic quiescence at Parkfield: an independent indication of an imminent earthquake||#NAT:345:6274:1990:426-428|Quiescence+Parkfield+Prediction+Large earthquake
J|0030|Wyss,M.+Slater,L.E.+Burford,R.O.|Decrease in deformation rate as a possible precursor to the next Parkfield earthquake||#NAT:345:6274:1990:428-431|Parkfield+Precursor+Deformation+Fault
J|0031|Anderson,G.C.|Seismic monitoring in favour||#NAT:345:6275:1990:463|Monitoring+Nuclear test ban|News
J|0032|Aldhous,P.|Earthquake rocks Romania||#NAT:345:6275:1990:469|Large earthquake+Vrancea+1990+Intermediate-depth earthquake|News|#*VRANCEA90
J|0033|Wahr,J.M.|Getting to the core||#NAT:345:6275:1990:476-477|Core-mantle boundary+Seismics+Coupling+Fluid|News and views
J|0034|Julian,B.R.|Are earthquakes chaotic?||#NAT:345:6275:1990:481-482|Chaos+Earthquake+Prediction+Parkfield|News and views
J|0035|Lindley,D.|Iranian earthquake||#NAT:345:6278:1990:759|Iran+Earthquake+1990+Damage||#*MANJIL90
J|0036|Braitenberg,C.|Influence of the Earth eigenvibrations on the gravitational wave antenna||#APL:38:1:1990:1-7|Gravity wave+Free oscillation+Gravimetry||#*SANANTONIO
J|0037|Droste,Z.+Teisseyre,R.|Earthquake rebound: time scale and rheology||#APL:38:1:1990:9-14|Numerical method
J|0038|Teisseyre,R.|Earthquake rebound: energy release and defect density drop||#APL:38:1:1990:15-20|Numerical method+Dislocation
J|0039|Nguyen Kim Lap|Seismicity of the territory of Laos||#APL:38:1:1990:21-29|Activity+1918-1984
J|0040|Grad,M.|Seismic P- and S-wave modelling of the Earth's crust structure||#APL:38:1:1990:31-42|Crustal structure+SVEKA+Finland
J|0041|Singh,K.+Singh,S.J.|Static and quasi-static strains in a half-space caused by arbitrary shear dislocations and explosions||#APL:38:1:1990:43-56|Mathematical equation
J|0042|Domanski,B.+Hordejuk,J.|General solution and computer algorithm for the pulse calibration method of seismic channels||#APL:38:1:1990:57-64
J|0043|Jarzyna,J.|Modelling of microseismograms in a borehole and rock medium in acoustic logging||#APL:38:1:1990:65-82|Wave field+Synthetic seismogram
J|0044|Bykovtsev,A.S.+Sokolov,V.Yu.|Numerical simulation of wave fields and seismic intensity patterns in earthquake near-field zones||#APL:38:2:1990:111-133|Numerical method+Near field
J|0045|Prochazkova,D.|A note on seismicity of Central Europe||#APL:38:2:1990:135-140|Clustering
J|0046|Hoscilowicz,M.+Olszewski,J.+Wiszniowski,J.|Microcomputer seismic station MK-1||#APL:38:2:1990:141-147|Automatic processing+Seismograph station
J|0047|Tajuddin,M.|On torsional impulsive loading of poroelastic surface||#APL:38:2:1990:159-167|Mathematical method+Porous medium+Impulse
J|0048|Bala,M.|Theoretical model of sedimentary rocks and evaluation of the influence of various parameters on the velocity of elastic waves in a rock medium||#APL:38:2:1990:169-178
J|0049|Peterson,C.|The quake Australia thought could never happen||#NSC:-:1698:1990:26|Australia+1989+Earthquake+Damage||#*NEWCASTLE89
J|0050|Wood,R.M.|Living on the fault line||#NSC:-:1698:1990:43-47|San Andreas Fault+Prediction+Loma Prieta+Slip||#*LOMAPRIETA89
J|0051|Anderson,I.|Californians brace themselves with steel against the Big One||#NSC:-:1700:1990:35|California+Earthquake engineering+Steel+Freeway||#*LOMAPRIETA89
J|0052|McGuire,W.|The rise and fall of Mount Etna||#NSC:-:1706:1990:50-54|Mount Etna+Volcano+Eruption+Deep seismic sounding
J|0053||California's still shaking all over||#NSC:-:1707:1990:25|California+Shaking+Liquefaction+Road
J|0054||A case of the shakes||#NSC:-:1712:1990:15|Earthquake+1990+England+British Geological Survey||#*CLUN90
J|0055||How Britain's seismometers got it wrong||#NSC:-:1712:1990:16|Earthquake+England+1990+Network||#*CLUN90
J|0056|Vaughan,C.|Satellites stake out the San Andreas fault||#NSC:-:1713:1990:30|Global Positioning System+Prediction+San Andreas Fault
J|0057|Hecht,J.|Earthquakes leave loose material all shook up||#NSC:-:1714:1990:39|Vibration+Washington+Geology+Particle motion
J|0058|Spall,H.|On shaky ground||#NSC:-:1716:1990:56-61|Ground motion+Liquefaction+California+Sediment||#*LOMAPRIETA89
J|0059|Kingsley,S.|Early warning||#NSC:-:1721:1990:69|Prediction+Radio emission+Seismoelectric effect|Letter to the editor
J|0060||The calm that comes before the quake||#NSC:-:1722:1990:36|Prediction+Quiescence+Parkfield+Seismicity
J|0061|Joyce,C.|Modern materials heap extra tragedy on Iran||#NSC:-:1723:1990:32|Iran+Damage+Earthquake engineering+1990||#*MANJIL90
J|0062|Bowler,S.|Unprecedented damage as earthquake occurs close to the surface||#NSC:-:1723:1990:32|Earthquake+Iran+1990+Damage||#*MANJIL90
J|0063|Zhu,L-P.+Zeng,R-S.+Liu,F-T.|A new model parameterization method for inversion of 3-dimensional velocity structure|In Chinese with English abstract|#AGS:33:1:1990:34-43|Fourier analysis
J|0064|Teng,Y-C.+Zhang,Z-L.|Three-dimensional finite element modelling of elastic waves|In Chinese with English abstract|#AGS:33:1:1990:44-53|Finite element method+Synthetic seismogram
J|0065|Zhao,H-R.+Sun,J-Z.+Tang,W-B.|The application of full wave phase analysis|In Chinese with English abstract|#AGS:33:1:1990:54-63|Wave field+Elastic wave
J|0066|Zhou,H-L.+Chen,W.|Self-similar problem of three-dimensional fault|In Chinese with English abstract|#AGS:33:1:1990:106-110|Frequency-magnitude relation+Faulting+Magnitude+Precursor|Short contribution
J|0067|Liu,Y-B.|Compressional and shear waves in a fluid-filled borehole|In Chinese with English abstract|#AGS:33:1:1990:111-117|Compressional wave+Laboratory+Acoustic logging|Short contribution
J|0068|Peng,C-B.+Chen,Y.|A comparative study between the diffraction seismic tomography and the multisource holography|In Chinese with English abstract|#AGS:33:2:1990:154-162
J|0069|Liao,Q-L.+Wang,Z-M.+Qiu,T-X.+|Preliminary research of the crustal structure in Fuzhou basin and its adjacent area|In Chinese with English abstract|#AGS:33:2:1990:163-173|Deep seismic sounding+Velocity structure
J|0070|Wang,L-S.|Pn-wave time residuals and seismic anisotropy of the uppermost mantle in Jiangsu, lower Yangtze area|In Chinese with English abstract|#AGS:33:2:1990:174-185|Pn-wave+Upper mantle
J|0071|Wu,F-C.+Xu,J-Q.+Zhao,X-L.+|An observed effect of topography on surface motion|In Chinese with English abstract|#AGS:33:2:1990:186-195|Mountain+Resonance+Ground motion
J|0072|Shi,G.+Shen,L-D.|Evaluations of the lithological character and physical property of rocks from the relation between wave velocity and pressure - an experimental study|In Chinese with English abstract|#AGS:33:2:1990:212-219|Porosity+Laboratory
J|0073|Liao,X-H.+Yan,P-F.+Chang,T.|Automatic faults recognition using spectrum decomposition|In Chinese with English abstract|#AGS:33:2:1990:220-226|Fault plane+Migration+Stratigraphy
J|0074|Lin,B-Y.|Characteristic of the geophone transverse sensitivity|In Chinese with English abstract|#AGS:33:2:1990:227-233|Instrument
J|0075|Shen,J-W.+Qiu,Y.+Zhao,Z-H.|Rupture length magnitude relationship and fault-rupture model|In Chinese with English abstract|#AGS:33:2:1990:242-248||Short contribution
J|0076|Zhu,L-P.+Zeng,R-S.|Three-dimensional P-wave velocity structure under the Beijing network area|In Chinese with English abstract|#AGS:33:3:1990:267-277|P-wave+Anomaly
J|0077|Su,G.+Xu,S-X.+Ma,S-Q.+|The cause of new tectonic movement and migration of earthquakes in groups in and around North China|In Chinese with English abstract|#AGS:33:3:1990:278-290|Plate tectonics+Mechanism
J|0078|Gao,W.+Jiang,B-B.+Bai,D-H.|Magnetotelluric studies in the Xingtai earthquake area of eastern China|In Chinese with English abstract|#AGS:33:3:1990:291-297|Magnetotellurics+Conductivity+Structure
J|0079|Fan,H-S.+Wang,B-Q.|FS method and its application in earthquake regions with multiple indications|In Chinese with English abstract|#AGS:33:3:1990:298-307|Pattern recognition+Precursor+Fuzzy mathematics
J|0080|Bai,W-M.+Teng,C-K.+Wang,X-H.|An analysis of rheological fracture mechanics of multi-fault interaction on Xianshuihe earthquake belt|In Chinese with English abstract|#AGS:33:3:1990:308-318|Rheology
J|0081|Xiao,Q.+Xu,H-Z.|Impulse response of surface loading based on PREM-Zschau Earth model|In Chinese with English abstract|#AGS:33:3:1990:319-328|Rebound
J|0082|Ruan,Y.Z.|Synthesis of seismogram by complex ray expansion|In Chinese with English abstract|#AGS:33:3:1990:343-348|Ray theory+Seismic waves+Reflexion+Synthetic seismogram
J|0083|Lin,H.|Experimental study of acoustic attenuation of porous medium|In Chinese with English abstract|#AGS:33:3:1990:349-355|Acoustic wave
J|0084|Wu,R-S.|Recent progress in the research of seismic wave scattering|In Chinese with English abstract|#AGS:33:3:1990:362-366|Review+Symposium+Attenuation+Coda|Based on the 1989 IASPEI symposium "Scattering and Attenuation of Seismic Waves"
J|0085|Prochazka,P.|Slope optimization by the a priori integration methods||#ACM:-:82:1990:51-154|Slip+Stability+Mathematical method
J|0086|Hu,X-X.+Lin,B-H.|Stereoscopic pattern of time-variation in the space distribution of foci of the Xingtai earthquakes and their occurrence procedure||#ASS:3:1:1990:1-13|Space-time pattern+Seismicity+1966
J|0087|Zeng,J.+Nie,Y.|The effects of single and multiple scattering on coda waves for local earthquakes||#ASS:3:1:1990:14-25|Mathematical analysis
J|0088|Liu,H-X.+Wang,S-Y.+Shi,Z-L.|A ground motion attenuation model considering the rupture direction of seismic source||#ASS:3:1:1990:26-42|||#*MORGAN
J|0089|Shen,J-W.+Hua,Y-P.|On the systematic deviation of seismic intensity attenuation models||#ASS:3:1:1990:43-52|Error
J|0090|Xu,Y-L.+Shen,P.+Zheng,Z-Z.|The Juxian geosound network and a geosound data processing system||#ASS:3:1:1990:53-65|North China+Microearthquake+1985-1986
J|0091|Wang,J-M.+Chang,P-X.|Ground fissures and modern seismicity in Fenwei region||#ASS:3:1:1990:66-78
J|0092|Guo,H-S.+Chen,J-L.|Real-time seismic wave data compression methods||#ASS:3:1:1990:79-92|Data processing+Algorithm+Waveform
J|0093|Dai,B-W.|SSQ-II biaxial bubble tiltmeter and harmonic analysis||#ASS:3:1:1990:93-103|Earth tide+Instrument
J|0094|Wang,T-C.+Che,Y-T.|Monitoring and research on the behaviour of underground water and its relation with earthquakes in China||#ASS:3:1:1990:104-114|Prediction+Network+Review
J|0095|Zhang,Y-L.+Si,Y-L.+Guo,S-N.+|Experimental observations on the changes of apparent resistivity with time in the range of focal depth and its relation to the occurrence of earthquakes||#ASS:3:1:1990:115-122|China+1979-1986|Research note
J|0096|Kang,Z-Y.+Yang,X-X.+Wang,T-Y.|A method for testing crustal stress measurements and the observations before two earthquakes||#ASS:3:1:1990:123-129|China|Research note|#*WUWEI84|#*YAXIAN82
J|0097|Chen,P-S.|Catalogue of earthquakes (March to May, 1989)||#ASS:3:1:1990:130-133|Earthquake catalogue+China
J|0098|Zang,S-X.+Ning,J-Y.+Xu,L-Z.|Distribution of earthquakes, figuration of the Benioff zone and stress state in the Ryukyu island arc||#ASS:3:2:1990:137-148|Ryukyu+Fault plane solution+1966-1982
J|0099|Gu,J-P.+Yu,X-J.+Qian,J-D.|The synthetic judgement for seismic activity||#ASS:3:2:1990:149-156|Seismicity+Prediction+Statistical method
J|0100|Wang,L-N.+Zhao,Z-G.+Wang,Z-L.+|Source parameters of the Nan Huang Hai (South Yellow Sea) earthquake of May 21, 1984 - determination of source parameters for a very shallow earthquake with IDA records||#ASS:3:2:1990:157-169|||#*YELLOWSEA
J|0101|Chen,J-G.+Gao,L-S.|In-situ stress, in-situ strength of rocks and the China mainland stress field||#ASS:3:2:1990:170-181|Hydrofracture+Fault plane solution+Rock mechanics
J|0102|Shi,X-J.+Wang,C-Y.|Direct measurement of stick-slip displacement and estimation of shear fracture energy||#ASS:3:2:1990:182-189|Fracturing+Laboratory
J|0103|Sun,K-Z.+Feng,R.+Yao,Z-S.+|Lithospheric structure in the Tibet-Japan profile||#ASS:3:2:1990:190-198|Lithosphere+Velocity structure||#*KURIL82|#*IBARAKI
J|0104|Wu,L-J.+Feng,R.|The Delta-zeta transform in seismic tomography||#ASS:3:2:1990:199-211|Inversion+Reflexion study
J|0105|Wu,F-C.+Xu,J-Q.+Zhao,X-L.|An experimental study on the isoseismal line of the Huaxian great earthquake||#ASS:3:2:1990:212-222|China+Model+1556
J|0106|Zou,Q-J.+Zhang,S-Q.|Social and economic responses to earthquake prediction and countermeasures against the prediction issuance||#ASS:3:2:1990:223-231|Sociological aspect+Loss+China
J|0107|Jin,Y-M.+Yu,X-C.+Jiang,C-H.|Fuzzy cluster analysis of composite fault plane solutions of small earthquakes occurring in North China||#ASS:3:2:1990:232-239|Statistical method+1980-1983|Research note
J|0108|Wu,M-X.|On the inversion problem for a discontinuous travel-time curve||#ASS:3:2:1990:240-245|Low-velocity layer+Travel-times|Research note
J|0109|Chen,P-F.|Comment on `Possible anomalous changes of geomagnetic transfer functions at Heze station related to the M5.9 Heze earthquake of Nov. 7, 1983' by Q. Wang||#ASS:3:2:1990:246-247|Comments+Geomagnetism+Electrical conductivity|Discussion section
J|0110|Lin,Y-F.+Jia,C-Q.|The establishment of China's Antarctic seismological and geomagnetic observatories||#ASS:3:2:1990:248-255|Observatory+Site+Instrumentation|Brief news
J|0111|Chen,P-S.|Catalogue of earthquakes (June to August 1989)||#ASS:3:2:1990:256-258|Earthquake catalogue+China
A|0112|Porter,D.+Peachell,P.|Some seismic results from the US-USSR joint verification underground nuclear explosions|Report No. O 6/90|1990:Aldermaston, Berks:AWE|United States|23p
A|0113|Rogers,R.M.+Pearce,R.G.|Source mechanisms of some large earthquakes determined using the relative amplitude method|Report No. O 18/89|1990:Aldermaston, Berks:AWE|Focal mechanism+Seismic moment tensor|215p
A|0114|Burch,R.F.+Marshall,P.D.|A survey of the vertical component of the seismic noise on the Falkland Islands|Report No. O 5/90|1990:Aldermaston, Berks:AWE|Site|43p
J|0115|Mazzotti,A.+Ravagnan,G.|Study and evaluation of the anomalous effects related to an incorrect Tau-P processing: a real case study||#BGT:32:125:1990:3-10|Seismic exploration+Tau-method+Migration+Filtering
J|0116|Herak,M.|Velocities of body waves in the Adriatic region||#BGT:32:125:1990:11-18|Velocity+Model
J|0117|Rossi,G.+Ebblin,C.|Space (3-D) and space-time (4-D) analysis of aftershock sequences: the Friuli (NE Italy) case||#BGT:32:125:1990:37-49|Focal mechanism
J|0118|Giammarinaro,M.S.+Micciancio,S.|Range of applicability of the equivalent circles method to real macroseismic fields||#BGT:32:125:1990:51-55|Depth+Isoseismal+Attenuation
J|0119|Stavrakakis,G.N.+Papoulia,J.E.|Prediction of seismic intensities at a site||#BGT:32:125:1990:57-65|Intensity+1978
J|0120|Drakatos,G.+Stavrakakis,G.N.+Latoussakis,J.+|The three-dimensional seismic attenuation structure beneath Italy||#BGT:32:125:1990:67-79|Historical earthquake
J|0121||Review of `Basement correlation across the North Atlantic' by J-P. Lefort||#BGT:32:125:1990:82|Basement+Reflexion study
J|0122||Review of `Integral transforms in geophysics' by M. S. Zhdanov||#BGT:32:125:1990:82|Mathematical geophysics+Wave field+Elastic wave+Integral equation
J|0123|Boehm,G.+Vesnaver,A.|1-D and 2-D constraints on stacking velocity picking||#BGT:32:126:1990:87-99|Seismic prospecting
J|0124|Braitenberg,C.+Zadro,M.|The magnetotelluric campaign in eastern Alps, NE-Italy: regional and local 2-D responses of the seismic zone||#BGT:32:126:1990:141-156|Magnetotellurics+Friuli+Precursor+Deep structure
J|0125|Guterman,V.G.+Kozlenko,V.G.|Mechanism of the graben-sinclinal formation: genetic analysis of the Dnieper-Donets depression section|In Russian with English abstract|#GFZ:12:1:1990:17-23|Structure+Dnepr Basin+Deep seismic sounding
J|0126|Petrosyan,A.L.+Pisarenko,V.F.+Povzner,T.A.+|Method for representing seismicity in space and time|In Russian with English abstract|#GFZ:12:1:1990:43-47|Cluster+Quiescence+Swarm
J|0127|Stovas,A.M.|Geometrical interpretation of wave approximations|In Russian with English abstract|#GFZ:12:1:1990:55-60|Geometry+Wave theory+Frequency|Scientific communication
J|0128|Galagan,E.A.+Litvinov,A.Ya.|Methods for pattern recognition when solving problems for prediction of geological section by notation of the reflected waves|In Russian with English abstract|#GFZ:12:1:1990:70-78|Geologic structure|Scientific communication
J|0129|Chekunov,A.V.+Chebanenko,I.I.+Kaveev,I.Kh.+|Inhomogeneities of the Earth crust and oil and gas content of crystalline rocks of the basement as exemplified by the Dnieper-Donets and Sernovodsko-Abdulinian avlakogenes|In Russian with English abstract|#GFZ:12:2:1990:3-19|Prospecting+Inhomogeneity+Dnepr Basin
J|0130|Belichenko,P.V.+Gintov,O.B.+Isai,V.M.+|Dilatance processes in consolidated crust. 1|In Russian with English abstract|#GFZ:12:2:1990:32-44|Dilatancy+Ukrainian Shield+Rock
J|0131|Timoshin,Yu.V.+Lesnoi,G.D.+Kiskina,N.T.|Dynamic structure of image space for transversal-isotropic medium|In Russian with English abstract|#GFZ:12:2:1990:58-62|Holography+Transformation+Seismogram
J|0132|Talvirskiy,D.B.+Galagan,E.A.+Kalchenko,A.M.|Procedure for estimating the error of stratigraphic closure of refracted waves in thin layer media|In Russian with English abstract|#GFZ:12:2:1990:78-85|Stratigraphy+Reflexion study+Prospecting+USSR|Scientific communication
J|0133|Chekunov,A.V.+Gavrilenko,N.M.+Shnyukov,E.F.+|Geological structure and geodynamics of the region of the Crimean nuclear power plant|In Russian with English abstract|#GFZ:12:3:1990:3-27|Fault+Hazard
J|0134|Karatayev,G.I.+Pashkevich,I.K.|Certain peculiarities of the correlation complexing of several geophysical fields|In Russian with English abstract|#GFZ:12:3:1990:28-38|Geophysical data+Reflexion study+Crimea
J|0135|Borisenko,L.S.|Geological-tectonic conditions of the earthquake generation of the Azov-Black Sea region|In Russian with English abstract|#GFZ:12:3:1990:39-48|Crimea+Zoning
J|0136|Briginevich,V.A.|Combined model of deformation and conditions of the longitudinal wave propagation in the elastoplastic solid medium|In Russian with English abstract|#GFZ:12:3:1990:55-66
J|0137|Il'chenko,T.V.|Velocity model of the sedimentary series of the Donets deflection along the Konstantinovka-Svatovo profile|In Russian with English abstract|#GFZ:12:3:1990:67-72|Donets Basin+Block|Scientific communication
J|0138|Enescu,D.+Bala,A.+Pompilian,A.|Some results regarding the lithosphere structure in Romania based on seismological data||#BGS:16:1:1990:48-55|Explosion
J|0139|Levy,E.|Possible prediction-modulation effect in the short-period, sea-wave microseisms||#BGS:16:1:1990:56-61|Attenuation+Black Sea+Precursor
J|0140|Paskaleva,I.+Glavcheva,R.+Georgiev,G.|A correlation between the macroseismic intensity and some characteristics of the accelerograms recorded in the region of the town of Strazhitza (1986-1987)|In Russian with English abstract|#BGS:16:1:1990:62-68|Strazhitza
J|0141|Zelenova,T.I.+Migulin,V.V.+Fotkulin,M.N.+|Instability of the ionospheric layer F2 at the Vrancea earthquake of 31 August 1986|In Russian with English abstract|#BGS:16:2:1990:26-35|Ionosphere||#*VRANCEA86
J|0142|Simeonova,S.+Solakov,D.+Hristova,T.|An investigation on 1928 Plovdiv earthquakes||#BGS:16:2:1990:55-60|Deformation
J|0143|Kostyanev,S.+Dobrev,T.+Spasov,E.|Comparison between the geothermal field and seismicity in the Earth's crust of Bulgaria||#BGS:16:2:1990:61-66
J|0144|Ilieva,M.+Petkov,I.+Decheva,R.+|Model investigation of seismic waves fields of fault zones|In Russian with English abstract|#BGS:16:2:1990:67-74|Wave field+Modelling+Common depth point
J|0145|Girshgorn,L.Sh.+Kabalyk,V.G.|Cover uplifts over deep-seated ring depressions in the north of West Siberia|In Russian|#SVG:-:1:1990:57-63|Reflexion study
J|0146|Vinnikovskaya,O.S.+Golionko,G.B.+Shkarubo,S.I.|Triassic complex tectonics of the Parusny trough in the Yamal-Tazovskaya syncline|In Russian|#SVG:-:1:1990:63-66|Yamal Peninsula+Reflexion study
J|0147|Vartanyan,G.S.+Garifulin,V.A.+Shalina,T.E.+|Hydrogeodeformation field during the Spitak earthquake|In Russian|#SVG:-:1:1990:92-95|1988+Hydrogeology||#*ARMENIA88
J|0148|Sobornov,K.O.|Wedge-shaped overthrusts of the northeastern slope of the Caucasus|In Russian|#SVG:-:2:1990:79-87|Reflexion study
J|0149|Maximov,E.M.|Rhythmic formations of the West Siberian plate|In Russian|#SVG:-:3:1990:60-67|Reflexion study
J|0150|Garetskii,R.G.+Pechernikov,V.V.+Aizberg,R.E.+|Reflection of the depth structure of the Pripyatskiy paleorift by thermobar values of the platform mantle|In Russian|#SVG:-:3:1990:93-99|Reflexion study
J|0151|Vol'vovskii,I.S.+Areshidze,N.I.+Onoprishvili,T.G.+|The basement surface structure of the northwestern part of the Kolkhidskaya depression|In Russian|#SVG:-:3:1990:99-103|Georgia+Reflexion study
J|0152|Kvartalnaya,G.D.|The application of seismic prospecting when studying fractured reservoirs|In Russian|#SVG:-:3:1990:103-106
J|0153|Akhiyarov,V.Kh.+Salmanov,F.K.+Kursin,S.V.|Studying of deformations of the sedimentary cover, arising due to tidal friction|In Russian|#SVG:-:4:1990:7-12|Tide+Reflexion study
J|0154|Klimov,A.A.|Structural zonation and tectonic stratification of the Earth's crust within the Balkhash segment according to reflection shooting data|In Russian|#SVG:-:5:1990:98-104|Kazakhstan+Structure+Reflexion study
J|0155|Babadzhanov,T.L.+Shiekh-Zade,E.P.|On the modelling of the continental Earth's crust|In Russian|#SVG:-:5:1990:104-108|Continental crust+Reflexion study
J|0156|Aitkhozhin,M.A.|Terrestrial Lower Devonian sediments of the Caspian depression|In Russian|#SVG:-:5:1990:122|Caspian Sea+Reflexion study|Brief information
J|0157|Seno,T.+Honda,S.|Depth extent analysis of the 1981 October 16 Chile earthquake||#BER:65:1:1990:1-32|||#*CHILE81
J|0158|Sasatani,T.+Yoshii,T.+Ikami,A.+|Upper crustal structure under the central part of Japan: Miyota-Shikishima profile||#BER:65:1:1990:33-48|Refraction study+Travel-times
J|0159|a-Japanese DELP Research Group on Deep Structure of Oceanic Lithosphere|Report on DELP 1986 cruises in the northwestern Pacific Part 1: general outline||#BER:65:1:1990:49-88|Oceanic lithosphere+Seismic record
J|0160|Suyehiro,K.+Nishizawa,A.+Fujii,T.+|Report on DELP 1986 cruises in the northwestern Pacific Part II: oceanic crust of the basin||#BER:65:1:1990:89-104|Profile
J|0161|Nagumo,S.+Kubo,A.+Ouchi,T.+|Report on DELP 1986 cruises in the northwestern Pacific Part III: seismic structure revealed by explosion experiments||#BER:65:1:1990:105-133|Refraction study
J|0162|Yanagisawa,M.|A study of crustal strain observed by extensometers and resistive strain gages - development of multi-sensored silica-extensometer and strain-gage strainmeter and observations in the Nokogiriyama Crustal Movement Observatory|In Japanese with English summary|#BER:65:1:1990:161-276|Instrument+Japan
J|0163|Matsuda,T.|Seismic zoning map of Japanese islands, with maximum magnitudes derived from active fault data|In Japanese with English summary|#BER:65:1:1990:289-319
J|0164|Uchida,Y.+Hakuno,M.|Analyses of dry rock avalanches and debris flows by granular assembly simulation|In Japanese with English summary|#BER:65:1:1990:321-411
J|0165|Momoi,T.|Wave propagation in nonlinear-elastic isotropic media||#BER:65:2:1990:413-432|Elastic medium+Nonlinear wave
J|0166|Ohori,M.+Koketsu,K.+Minami,T.|Seismic response analyses of sediment-filled valley due to incident plane waves by three-dimensional Aki-Larner method|In Japanese with English summary|#BER:65:2:1990:433-461|Sedimentary basin
J|0167|Kayano,I.|Distribution of various effects and damages caused by earthquakes and of seismic intensities on the basis of questionnaire surveys: a newly developed group survey method|In Japanese with English summary|#BER:65:2:1990:463-519|Intensity+Map||#*CENTRALJAP|#*IBARAKI2|#*URAKAWA
J|0168|Chandrasekaran,A.R.+Das,J.D.|Strong motion arrays in India and characteristics of recent recorded events||#BIT:27:1:1990:1-66|Spectral characteristics+Earthquake+1986-1988||#*IMPHAL88|#*SYLHET88|#*NEINDIA87|#*SHILLONG86|#*DHARMSALA86
J|0169|Shah,H.C.|Recent developments in seismic risk analysis challenges for the coming International Decade for Natural Hazard Reduction||#BIT:27:1:1990:67-88|IDNDR
J|0170|Joshi,A.B.|Preparedness and mitigation of earthquake disaster||#BIT:27:2:1990:1-6
J|0171|Arya,A.S.|Seismic retrofitting of masonry and concrete buildings||#BIT:27:2:1990:7-22|Masonry structure+Reinforced concrete+Reinforcement
J|0172|Chandra,B.|Masonry buildings in seismic areas||#BIT:27:2:1990:23-29|Masonry structure+Earthquake-resistant design
J|0173|Thakkar,S.K.|Seismic design of reinforced concrete framed structures||#BIT:27:2:1990:30-45|Earthquake-resistant design+Ductility+Earthquake engineering
J|0174|Ranjan,G.+Viladkar,M.N.|Dynamic soil-structure interaction in frame structures - state of the art report||#BIT:27:2:1990:46-64|Dynamic analysis+Building+Earthquake engineering
J|0175|Joshi,V.H.+Lavania,B.V.K.+Verma,A.|Reinforced earth retaining structures for earthquake loading conditions||#BIT:27:2:1990:65-80|Reinforcement+Soil
J|0176|Shephard,R.B.+Wood,P.R.+Berrill,J.B.+|The Loma Prieta, California, earthquake of October 17, 1989||#BNZ:23:1:1990:1-78|Damage|Report of the NZNSEE Reconnaissance Team
J|0177|Smith,W.D.|New Zealand earthquakes in 1989||#BNZ:23:2:1990:97-101|Earthquake catalogue
J|0178|Brunsdon,D.R.|The December 28, 1989 Newcastle, Australia earthquake||#BNZ:23:2:1990:102-120|Seismicity||#*NEWCASTLE89
J|0179|Hopkins,D.C.|Research reduces risks||#BNZ:23:2:1990:121-129|Earthquake engineering+Damage
J|0180|Berryman,K.R.+Darby,D.J.|Progress in Earth Science research of benefit to the earthquake insurance industry||#BNZ:23:2:1990:130-133|Earth sciences
J|0181|Smith,W.D.|How well is the insurance industry served by existing research and technology?||#BNZ:23:2:1990:134-136
J|0182|Dowrick,D.J.+Rhoades,D.A.|Damage ratios for domestic buildings in the 1987 Edgecumbe earthquake||#BNZ:23:2:1990:137-149|||#*EDGECUMBE
J|0183|Eiby,G.|The Lake Coleridge earthquakes of 1946||#BNZ:23:2:1990:150-158|New Zealand+Damage
J|0184|Kawase,H.+Aki,K.|Topography effect at the critical SV-wave incidence: possible explanation of damage pattern by the Whittier Narrows, California, earthquake of 1 October 1987||#BSA:80:1:1990:1-22|Amplification||#*WHITTIER
J|0185|Hill,J.+Benz,H.M.+Murphy,M.+|Propagation and resonance of SH waves in the Salt Lake Valley, Utah||#BSA:80:1:1990:23-42|SH-wave+Amplification+Sedimentary basin
J|0186|Hwang,L.J.+Magistrale,H.+Kanamori,H.|Teleseismic source parameters and rupture characteristics of the 24 November 1987, Superstition Hills earthquake||#BSA:80:1:1990:43-56|||#*SUPERSTITION87
J|0187|Susong,D.D.+Janecke,S.U.+Bruhn,R.L.|Structure of a fault segment boundary in the Lost River fault zone, Idaho, and possible effect on the 1983 Borah Peak earthquake rupture||#BSA:80:1:1990:57-68|||#*BORAH
J|0188|Honda,S.+Kawakatsu,H.+Seno,T.|Depth of the October 1981 off Chile outer-rise earthquake (Ms = 7.2) estimated by a comparison of several waveform inversion methods||#BSA:80:1:1990:69-87|||#*CHILE81
J|0189|Gibowicz,S.J.+Harjes,H.P.+Schafer,M.|Source parameters of seismic events at Heinrich Robert mine, Ruhr basin, Federal Republic of Germany: evidence for nondouble-couple events||#BSA:80:1:1990:88-109|Mine tremor+Double couple
J|0190|Doser,D.I.|Foreshocks and aftershocks of large (M >= 5.5) earthquakes within the western cordillera of the United States||#BSA:80:1:1990:110-128|Large earthquake+Western United States||#*CHALFANT
J|0191|Pujol,J.+Aster,R.C.|Joint hypocentral determination and the detection of low-velocity anomalies. An example from the Phlegraean Fields earthquakes||#BSA:80:1:1990:129-139|Joint hypocentre determination+Phlegraean Fields+Anomaly
J|0192|Cassidy,F.+Christoffersson,A.+Husebye,E.S.+|Robust and reliable techniques for epicentre location using time and slowness observations||#BSA:80:1:1990:140-149|Vector
J|0193|VanDecar,J.C.+Crosson,R.S.|Determination of teleseismic relative phase arrival times using multi-channel cross-correlation and least squares||#BSA:80:1:1990:150-169|Network+Statistical method
J|0194|Joswig,M.|Pattern recognition for earthquake detection||#BSA:80:1:1990:170-186|Sonogram
J|0195|Rabinowitz,N.+Steinberg,D.M.|Optimal configuration of a seismographic network: a statistical approach||#BSA:80:1:1990:187-196|Statistical method+Site
J|0196|Swolfs,H.S.+Walsh,J.B.|The theory and prototype development of a stress-monitoring system||#BSA:80:1:1990:197-208|Instrument
J|0197|Pelton,J.R.+Vincent,R.J.+Anderson,N.J.|Microearthquakes in the Middle Butte/East Butte area, eastern Snake River Plain, Idaho||#BSA:80:1:1990:209-212|Aseismic region|Short note
J|0198|Mahrer,K.D.|Numerical time step instability and Stacey's and Clayton-Engquist's absorbing boundary conditions||#BSA:80:1:1990:213-217|Equation of motion|Short note
J|0199|Leary,P.C.+Manov,D.V.+Li,Y-G.|A fiber optical borehole seismometer||#BSA:80:1:1990:218-225|Fibre optics+Instrument|Short note
J|0200|Acharya,H.|Comment on `Tsunami hazard probability in Japan' by T. Rikitake and I. Aida||#BSA:80:1:1990:226-231|Comments|With a reply by the authors
J|0201|Heaton,T.H.+Heaton,R.E.|Errata to `Static deformations from point forces and force couples located in welded elastic Poissonian half-spaces: implications for seismic moment tensors'||#BSA:80:1:1990:237|Point source+Numerical analysis
J|0202|Novaro,O.+Seligman,T.H.+Alvarez-Tostado,J.M.+|Two-dimensional model for site-effect studies of microtremors in the San Fernando valley||#BSA:80:2:1990:239-251|Sedimentary basin+Amplification
J|0203|Peng,C-Y.+Iwan,W.D.|Some observations on data compression for digital strong-motion accelerograms||#BSA:80:2:1990:252-266|Data processing+Digital recording+Strong-motion record
J|0204|Doser,D.I.|A re-examination of the 1947 Manix, California, earthquake sequence and comparison to other sequences within the Mojave block||#BSA:80:2:1990:267-277
J|0205|Mori,J.+Frankel,A.|Source parameters for small events associated with the 1986 North Palm Springs, California, earthquake determined using empirical Green functions||#BSA:80:2:1990:278-295|Green's function+Small earthquake||#*PALMSPRINGS
J|0206|Yan,B.+Alexander,S.S.|Source mechanism study of the 1982 New Brunswick, Canada, earthquake sequence using combined surface wave methods||#BSA:80:2:1990:296-312|Focal mechanism||#*NEWBRUNSWICK
J|0207|Bowman,J.R.+Collins,J.A.+Bostock,M.G.+|The Ayers Rock, Australia, earthquake of 28 May 1989: a temporally isolated mb 5.8 intraplate event||#BSA:80:2:1990:313-324|Intraplate earthquake+Aftershock||#*AYERSROCK89
J|0208|Hill,D.P.+Ellsworth,W.L.+Johnston,M.J.S.+|The 1989 earthquake swarm beneath Mammoth Mountain, California: an initial look at the 4 May through 30 September activity||#BSA:80:2:1990:325-339|||#*MAMMOTH89
J|0209|Taylor,T.W.A.+Snoke,J.A.+Sacks,I.S.+|Nonlinear frequency-magnitude relationships for the Hokkaido corner, Japan||#BSA:80:2:1990:340-353|Hokkaido+Seismicity
J|0210|Vasco,D.W.|Moment-tensor invariants: searching for non-double-couple earthquakes||#BSA:80:2:1990:354-371|Moment tensor+Double couple+Nuclear explosion+Mechanism||#*BONIN85
J|0211|Kafka,A.L.|Rg as a depth discriminant for earthquakes and explosions: a case study in New England||#BSA:80:2:1990:373-394|Rg-wave
J|0212|Nelson,G.D.+Vidale,J.E.|Earthquake locations by 3-D finite-difference travel times||#BSA:80:2:1990:395-410|Travel-times+Algorithm+Finite difference method
J|0213|Woodgold,C.R.D.|Estimation of Q in eastern Canada using coda waves||#BSA:80:2:1990:411-429|Q+Regional study
J|0214|Menke,W.+Lerner-Lam,A.L.+Dubendorff,B.+|Polarization and coherence of 5 to 30 Hz seismic wave fields at a hard-rock site and their relevance to velocity heterogeneities in the crust||#BSA:80:2:1990:430-449
J|0215|Grasso,J.R.+Wittlinger,G.|Ten years of seismic monitoring over a gas field||#BSA:80:2:1990:450-473|Tremor+Induced seismicity
J|0216|Jones,L.M.+Sieh,K.E.+Hauksson,E.+|The 3 December 1988 Pasadena, California earthquake: evidence for strike-slip motion on the Raymond fault||#BSA:80:2:1990:474-482|||#*PASADENA88
J|0217|Kanamori,H.+Mori,J.+Heaton,T.H.|The 3 December 1988, Pasadena earthquake (ML = 4.9) recorded with the very broadband system in Pasadena||#BSA:80:2:1990:483-487|Source parameter|Short note
J|0218|Singh,K.+Singh,S.J.|A simple procedure for obtaining the quasi-static displacements, strains, and stresses in a viscoelastic half-space||#BSA:80:2:1990:488-492|Viscoelasticity|Short note
J|0219|Vidale,J.E.|Comment on `A comparison of finite-difference and Fourier method calculations of synthetic seismograms' by C. R. Daudt, L. W. Braile, R. L. Nowack and C. S. Chang||#BSA:80:2:1990:493-497|Comments+Finite difference method+Mathematical method|With a reply by the authors
J|0220|Hartzell,S.H.+Heaton,T.H.|Errata to `The fortnightly tide and the tidal triggering of earthquakes'||#BSA:80:2:1990:504-505|Periodicity
J|0221|Mori,J.+Hartzell,S.H.|Source inversion of the 1988 Upland, California, earthquake: determination of a fault plane for a small event||#BSA:80:3:1990:507-518|Small earthquake+Fault plane solution||#*UPLAND88
J|0222|Pechmann,J.C.+Thorbjarnardottir,B.S.|Waveform analysis of two preshock-main shock-aftershock sequences in Utah||#BSA:80:3:1990:519-550|Clustering||#*MAGNA83|#*RICHFIELD82
J|0223|Dorbath,L.+Cisternas,A.+Dorbath,C.|Assessment of the size of large and great historical earthquakes in Peru||#BSA:80:3:1990:551-576|1582-1940
J|0224|Nishioka,G.K.+Michael,A.J.|A detailed seismicity study of the Middle Mountain zone at Parkfield, California||#BSA:80:3:1990:577-588|Fault plane solution+Location
J|0225|Wong,I.G.+Chapman,D.S.|Deep intraplate earthquakes in the western United States and their relationship to lithospheric temperatures||#BSA:80:3:1990:589-599|Lithosphere+Deep-focus earthquake
J|0226|Rivera,L.+Cisternas,A.|Stress tensor and fault plane solutions for a population of earthquakes||#BSA:80:3:1990:600-614|Stress field+Sequence+1980
J|0227|Al-Shukri,H.J.+Mitchell,B.J.|Three-dimensional attenuation structure in and around the New Madrid seismic zone||#BSA:80:3:1990:615-632|Crustal structure+Q
J|0228|Kennett,B.L.N.+Bostock,M.G.+Xie,J-K.|Guided-wave tracking in 3-D: a tool for interpreting complex regional seismograms||#BSA:80:3:1990:633-642|Ray tracing+California+Interpretation
J|0229|Axilrod,H.D.+Ferguson,J.F.|SH-wave scattering from a sinusoidal grating: an evaluation of four discrete wavenumber methods||#BSA:80:3:1990:643-655|SH-wave+Technique
J|0230|Vergino,E.S.+Mensing,R.W.|Yield estimation using regional mb(Pn)||#BSA:80:3:1990:656-674|Nevada Test Site+Magnitude+Porosity
J|0231|James,D.E.+Savage,M.K.|A search for seismic reflections from the top of the oceanic crust beneath Hawaii||#BSA:80:3:1990:675-701|Reflexion+Microearthquake
J|0232|Uhrhammer,R.A.+Collins,E.R.|Synthesis of Wood-Anderson seismograms from broadband digital records||#BSA:80:3:1990:702-716|Digital recording+Broadband seismograph+Synthetic seismogram+Transfer function
J|0233|Leary,P.C.+Li,Y-G.+Manov,D.V.|A microprocessor-based borehole seismic sonde||#BSA:80:3:1990:717-736|Vertical seismic profiling+Instrument+Sounding
J|0234|Sanchez-Sesma,F.J.|Elementary solutions for response of a wedge-shaped medium to incident SH and SV waves||#BSA:80:3:1990:737-742|SH-wave+SV-wave|Short note
J|0235|Rebollar,C.J.|Estimation of shallow attenuation of the San Miguel fault, Baja California||#BSA:80:3:1990:743-746|Spectrum|Short note
J|0236|Agnew,D.C.|The use of time-of-day seismicity maps for earthquake/explosion discrimination by local networks, with an application to the seismicity of San Diego County||#BSA:80:3:1990:747-750|California|Short note
J|0237|Milanovsky,E.E.|Geologic structure of the catastrophic Spitak earthquake region in north Armenia and its tectonic setting|In Russian|#GTK:-:1:1990:3-13|Geology+Tectonics||#*ARMENIA88
J|0238|Nikonov,A.A.|The catastrophic Spitak earthquake of December 7, 1988, north Armenia: seismotectonic problems and the source mechanism|In Russian|#GTK:-:1:1990:14-31|Seismotectonics||#*ARMENIA88
J|0239|Sharov,N.V.+Kosminskaya,I.P.+Azbel',I.Ya.+|Correlation of the DSS profiles transecting the southeastern Baltic Shield|In Russian|#GTK:-:1:1990:46-54|Deep seismic sounding+Baltic Shield+Structure
J|0240|Yachmennikov,Yu.M.+Nikolaev,V.G.|The structure of the sedimentary cover in the Surkhan-Darya basin from seismographic data|In Russian|#GTK:-:1:1990:68-76|Structure+Reflexion study+Surkhan-Darya Basin
J|0241|Shipilov,E.V.+Mossur,A.P.|On the anomalous seismic horizons in the Barents Sea sediments|In Russian|#GTK:-:1:1990:90-96|Reflexion study+Structure
J|0242|Garbar,D.I.+Kabakov,L.G.+Popov,V.V.+|The deep structure of the Baltic Shield eastern part and of its framing|In Russian|#GTK:-:2:1990:28-34|Reflexion study+Frame
J|0243|Zholtaev,G.Zh.|The structure of the convergence zone of the East European platform with south Urals and Mugodzharas|In Russian|#GTK:-:2:1990:35-41|East European Platform+Reflexion study
J|0244|Bobrinskii,V.M.+Makaresku,V.S.+Poyata,I.A.|Geodynamic nature of intermediate foci of the Vranch zone (East Carpathians)|In Russian|#GTK:-:2:1990:63-79|Geodynamics+Vrancea+Intermediate-depth earthquake+Seismicity
J|0245|Shcherbakov,V.S.+Kara,V.I.+Pilipenko,A.I.|The structure and history of the central Maskarensky Ridge Cenozoic evolution (the Indian Ocean)|In Russian|#GTK:-:2:1990:102-111|Mascarene Ridge+Reflexion study
J|0246|Pilipenko,A.I.+Sivukha,N.M.|Tectonics of the Eksmuth Plateau northern part and of adjacent deep-ocean basins (Indian Ocean)|In Russian|#GTK:-:2:1990:112-122|Exmouth Rise+Reflexion study
J|0247|Tavrin,I.F.+Khalevin,N.I.|Earth crust geophysical models of the Urals|In Russian|#GTK:-:3:1990:39-49|Reflexion study
J|0248|Druzhinin,V.S.+Avtoneev,S.V.+Kashubin,S.N.+|New data on deep-seated structure in the north of the southern Urals in section of Taratash DSS profile|In Russian with English abstract|#GGS:-:1:1990:121-126|Deep seismic sounding+Polarization|Preliminary communication
J|0249|Petrik,G.V.+Yeliseeva,L.K.+Sheludko,I.F.+|Deep seismic investigations of the Earth's crust in marginal zone of the south of Siberian platform|In Russian with English abstract|#GGS:-:2:1990:86-94|Profile+Mohorovicic discontinuity
J|0250|Gurevich,B.Ya.+Lopatnikov,S.L.+Vinogradova,O.S.|Elastic waves in periodically stratified saturated porous medium|In Russian with English abstract|#GGS:-:2:1990:95-102|Biot theory+Spectral characteristics
J|0251|Lunyova,M.N.+Kharlamov,S.M.|Parallel physical and mathematical modelling of waves passing through the complex interface|In Russian with English abstract|#GGS:-:2:1990:103-109|PP-wave+PS-wave
J|0252|Terentiev,B.V.+Trushnikov,E.B.|On correlation of quasi-anisotropy and dispersion of longitudinal waves in periodically layered media according to ultrasonic data|In Russian with English abstract|#GGS:-:2:1990:117-119|Layered medium+Ultrasonics|Brief communication
J|0253|Karogodin,Yu.N.+Prezhentsev,A.A.|Seismolitmological forecast of the zone of "sleeve-like" oil deposits of West Siberia|In Russian with English abstract|#GGS:-:3:1990:3-10|Prospecting+Sand
J|0254|Ginsburg,G.D.+Kremlev,A.N.+Grigoriev,M.N.+|Filtragenic gas hydrates in the Black Sea (the 21 trip of the research ship "Yevpatoriya")|In Russian with English abstract|#GGS:-:3:1990:10-20|Prospecting+Profile
J|0255|Belykh,I.N.|Inversion of seismoacoustic sounding data|In Russian with English abstract|#GGS:-:3:1990:105-111|Seismoacoustics+Reflexion study+Deconvolution
J|0256|Goldin,S.V.|On a theory of kinematic interpretation of exchange waves|In Russian with English abstract|#GGS:-:3:1990:111-118|Kinematics+Common depth point+Layered medium
J|0257|Druzhinin,A.B.|Edge waves in anisotropic medium|In Russian with English abstract|#GGS:-:3:1990:118-129|Anisotropy+Diffraction+Amplitude
J|0258|Seminsky,K.Zh.|General peculiarities of faulting dynamics in large strike-slip zones|In Russian with English abstract|#GGS:-:4:1990:4-23|Tectonophysics
J|0259|Zhalkovsky,N.D.+Muchnaya,V.I.|On foreshocks and absence of seismic activity|In Russian with English abstract|#GGS:-:4:1990:78-86|Seismicity+Strong earthquake+Source
J|0260|Khudyakova,L.D.|Results of experimental study of acoustic anisotropy of sedimentary rocks from the middle Preoble oil deposits|In Russian with English abstract|#GGS:-:4:1990:97-106|Acoustics+Velocity
J|0261|Druzhinin,V.S.+Karmanov,A.B.+Kashubin,S.N.|Square systems of observations by the method of refracted waves for determination of volume velocity model|In Russian with English abstract|#GGS:-:4:1990:106-112|Refraction study+Crust+West Siberia+Urals
J|0262|Shvartsman,Yu.P.+Khitrov,D.M.|Approximated scheme of a priori information consideration at correlation of statistic errors|In Russian with English abstract|#GGS:-:4:1990:112-117|Error+Statistics+Logging+Microseismicity
J|0263|Khalevin,N.I.|On estimation of density and composition of the rocks by P- and S-waves|In Russian with English abstract|#GGS:-:4:1990:133-136|P-wave+S-wave|Brief communication
J|0264|Khmelevskii,V.B.+Shlyakhter,Ye.S.+Krol',L.A.+|Genesis and specific technique of searching for promising targets in the clinomorphous complex of the Yenisei-Khatanga trough|In Russian with English abstract|#GGS:-:5:1990:90-95|Basin+Seismic exploration+Siberia+Structure
J|0265|Gridnev,D.G.+Timofejev,V.Yu.+Sarycheva,Yu.K.+|Earth's surface slopes in the southern Baikal|In Russian with English abstract|#GGS:-:5:1990:95-104|Seismicity+Deformation
J|0266|Kuchay,V.K.+Yeryomin,G.G.|Stresses and strains in rheologically layered lithosphere exemplified by the Pamir-to-Tien Shan transition zone|In Russian with English abstract|#GGS:-:5:1990:104-112|Pamirs
J|0267|Goldin,S.V.|Some explicit formulas for interpretation of exchange PS waves|In Russian with English abstract|#GGS:-:5:1990:112-116|Exchange wave+PS-wave+Velocity+Reflexion
J|0268|Vingalov,V.M.|Integration noise decrease in a wave-field continuation|In Russian with English abstract|#GGS:-:5:1990:116-122|Wave field+Edge wave
J|0269|Zhuravlev,Ye.G.|Lithosphere block tectonics|In Russian with English abstract|#GGS:-:6:1990:11-19|Velocity
J|0270|Dashkevich,N.N.+Sibgatullin,V.G.|The Chirindin uplift as a unique target for searching for hydrocarbons in the northern Siberian Platform|In Russian with English abstract|#GGS:-:6:1990:36-42|Prospecting+Siberian platform
J|0271|Yekhanin,A.Ye.+Umperovich,N.V.+Astashkin,V.A.+|Exploration of the Cambrian Reefs in Yakutia by seismic prospecting method and drilling|In Russian with English abstract|#GGS:-:6:1990:49-56|Yakutiya+Oil+Gas
J|0272|Kiseleva,L.G.+Kurdyukova,T.V.+Stopolyanskaya,L.B.|Evaluation of parameters of trap-saturated sedimentary mass by system of kinematic interpolation of hodographs|In Russian with English abstract|#GGS:-:6:1990:113-120|Refraction study+Structure
J|0273|Druzhinin,A.B.+Aizenberg,A.M.|Paraxial asymptotics of elastodynamical equations for axially symmetric inhomogeneous anisotropic medium|In Russian with English abstract|#GGS:-:6:1990:129-138|Asymptotic ray theory+Anisotropy+Inhomogeneous medium+Edge wave
J|0274|Vedernikov,G.V.+Soloviev,S.N.|Seismofacial regionalization of Paleozoic depositions on the Luginets area|In Russian with English abstract|#GGS:-:6:1990:139-143|Common depth point+Prospecting+Facies+Ukraine|Brief communication
J|0275|Lukk,A.A.+Shevchenko,V.I.|Seismic field pattern and rupture tectonics in the Garm area, Tajikistan|In Russian|#IFZ:-:1:1990:5-20|Pattern+Rupture+Tectonics+Garm
J|0276|Its,E.N.|Surface waves travelling across a narrow layer between quarter-spaces|In Russian|#IFZ:-:1:1990:21-34|Surface wave+Layer+Quarter-space+Wave theory
J|0277|Moskvina,A.G.|The Doppler effect used for determination of earthquake source parameters|In Russian|#IFZ:-:1:1990:35-45|Doppler effect+Source+Earthquake+Mechanism
J|0278|Nikolayev,V.A.+Chigarev,N.V.+Varushchenko,S.S.|Recent crustal motions in Middle Asia studied by means of seismic flow analysis|In Russian|#IFZ:-:1:1990:71-76|Crustal movement+Middle Asia+Flow+Seismicity|Scientific communication
J|0279|Vinogradova,O.S.+Lopatnikov,S.L.|On the associated mass in the equations of motion for multi-phase media|In Russian|#IFZ:-:1:1990:76-82|Equation of motion+Mass+Phase+Biot theory|Scientific communication
J|0280|Solovyov,V.S.|On detection of non-linear effects in seismics|In Russian|#IFZ:-:1:1990:111-124|Seismics+Nonlinearity|Discussion
J|0281|Zakharova,A.I.+Moskvina,A.G.+Chepkunas,L.S.|Source parameters of the Dagestan, May 14, 1970 earthquake|In Russian|#IFZ:-:2:1990:30-41|Earthquake+Source+Dagestan+1970||#*DAGESTAN
J|0282|Danilova,M.A.+Yunga,S.L.|Statistical properties of matrices in interpretation problems of earthquake focal mechanisms|In Russian|#IFZ:-:2:1990:42-48|Statistics+Focal mechanism+Matrix
J|0283|Lyubashevsky,M.N.+Lyakhovsky,V.A.+Salman,A.G.|Variations of high-frequency seismic noise in the Peredovoy Fault Zone in Kopetdag|In Russian|#IFZ:-:2:1990:94-96|Noise+High frequency+Kopet-Dag+Fault|Scientific communication
J|0284|Galperin,E.I.+Rispolozhensky,Yu.A.+Oyfa,V.Ya.+|The practice and results of application of vertical seismic profiling to front mapping of intra-reservoir combustion|In Russian|#IFZ:-:2:1990:96-104|Vertical seismic profiling+Mapping+Reservoir+Combustion|Scientific communication
J|0285|Babadzhanov,T.L.+Rzaeva,V.A.+Sheykh-Zade,E.R.+|Results of investigations of deep reflected waves along the Aral-I profile|In Russian|#IFZ:-:2:1990:104-109|Reflected wave+Profile+Aral Sea|Scientific communication
J|0286|Kozhevnikov,V.M.+Antonova,L.M.+Yanovskaya,T.B.|Lateral inhomogeneities in the crust and upper mantle of Asia determined from observations of Rayleigh waves|In Russian|#IFZ:-:3:1990:3-11|Lateral inhomogeneity+Rayleigh wave+Asia+Crust+Upper mantle
J|0287|Kozhevnikov,V.M.+Erdenebileg,B.+Balzhinnyam,I.+|Structure of the crust and upper mantle beneath the Khangay Rise, Mongolia determined from phase velocity dispersion of Rayleigh waves|In Russian|#IFZ:-:3:1990:12-20|Rayleigh wave+Dispersion+Mongolia+Crust+Upper mantle
J|0288|Kopnichev,Yu.F.|Attenuation of short-period seismic waves in the upper mantle of tectonically active oceanic regions|In Russian|#IFZ:-:3:1990:21-32|Attenuation+Short-period wave+Upper mantle+Subduction+Ocean
J|0289|Spasov,E.+Shanov,S.+Andreyev,A.+|Statistical interrelations between some geological and geophysical parameters of the lithosphere|In Russian|#IFZ:-:3:1990:33-40|Statistical method+Geology+Geophysics+Lithosphere
J|0290|Kalimulin,R.R.+Shalashov,G.M.|Non-linear deformation of saturated porous media in the Frenkel-Biot model|In Russian|#IFZ:-:3:1990:41-46|Nonlinearity+Deformation+Porous medium+Biot theory
J|0291|Kapustyansky,S.M.+Tarasov,V.E.|An elastic-plastic model for anisotropic geomaterials|In Russian|#IFZ:-:3:1990:47-52|Anisotropy+Model
J|0292|Maslov,L.A.+Komova,O.S.|Numerical simulation of deep geodynamical processes beneath active margins|In Russian|#IFZ:-:3:1990:53-60|Numerical method+Geodynamics+Subduction+Seismicity|Scientific communication
J|0293|Bune,V.I.+Medvedeva,N.S.|Evaluating magnitude of the Kerch Strait, 63 B.C. earthquake|In Russian|#IFZ:-:3:1990:61-64|Earthquake+Magnitude+63 B.C.+Crimea|Scientific communication
J|0294|Salganik,M.P.+Mostinskii,A.Z.+Shteynberg,V.V.|Preliminary model estimates of seismic resistance for buildings constructed in the epicentral zone of the Spitak earthquake|In Russian|#IFZ:-:3:1990:64-66|Spitak+Earthquake+Building+Resistance|Scientific communication|#*ARMENIA88
J|0295|Gusev,A.V.+Kravchuk,V.K.+Rudenko,V.N.|Seismic detection of gravitational signals: numerical modelling|In Russian|#IFZ:-:3:1990:67-73|Detection+Gravitation+Numerical modelling|Scientific communication
J|0296|Gontovaya,L.I.+Yefimova,Ye.A.+Kostyukevich,S.A.+|Seismic structure of the Avachinsky Volcano determined from DSS and refraction data|In Russian|#IFZ:-:3:1990:73-82|Structure+Volcano+Deep seismic sounding+Avacha+Refraction study|Scientific communication
J|0297|Dyakonov,S.V.|Compressibility of liquids in calculations of low-frequency oscillations of the Earth's core|In Russian|#IFZ:-:4:1990:15-21|Compressibility+Liquid+Oscillation+Core
J|0298|Kaazik,P.B.+Kopnichev,Yu.F.+Nersesov,I.L.+|Analysis of fine structure of short-period seismic fields from several stations|In Russian|#IFZ:-:4:1990:38-49|Structure+Short-period wave+Field+Station
J|0299|Bykovtsev,A.G.|On refraction of plane S wave into the ground|In Russian|#IFZ:-:4:1990:50-58|Refraction+S-wave+Ground
J|0300|Aronsky,A.A.+Gintov,O.B.+Yentin,V.A.+|Tectonophysical interpretation of CDP shooting results in the Golovanevsk structure zone of the Ukrainian Shield|In Russian|#IFZ:-:4:1990:59-71|Common depth point+Seismic prospecting+Tectonophysics+Ukrainian Shield
J|0301|Nesterov,V.V.+Golovin,S.L.+Nasonkin,V.A.|Measuring long-period oscillations of the Earth with laser interferometer strainmeters|In Russian|#IFZ:-:4:1990:72-78|Free oscillation+Laser+Interferometry+Strainmeter|Scientific communication
J|0302|Balbachan,M.Ya.|On triboelectrization effect on elastic wave velocities in rocks|In Russian|#IFZ:-:4:1990:97-101|Elastic wave+Velocity+Rock+Piezoelectric effect|Scientific communication
J|0303|Romashov,A.N.+Tsygankov,S.S.|On the origin of anomalous stresses in the upper layers of the Earth|In Russian|#IFZ:-:4:1990:102-109|Stress+Crust+Upper mantle|Discussion
J|0304|Krutin,V.N.+Markov,M.G.+Yumatov,A.Yu.|Propagation of a bend wave along a hole in a porous permeable rock mass|In Russian|#IFZ:-:5:1990:3-7|Propagation+Biot theory+Porous medium+Rock
J|0305|Krutin,V.N.+Yamshchikov,V.S.|Long-wave propagation from a cylindrical cavity filled with liquid into an elastic medium|In Russian|#IFZ:-:5:1990:8-15|Long wave+Propagation+Cylinder+Elastic medium
J|0306|Teytelbaum,Yu.M.+Nikonov,A.A.+Godzikovskaya,A.A.+|Aftershocks and ruptures in the source of the Spitak earthquake, 1988 December 7|In Russian|#IFZ:-:5:1990:16-27|Aftershock+Rupture+Spitak+Earthquake||#*ARMENIA88
J|0307|Ladovsky,I.V.|On analytical solution of potential boundary problems in piecewise homogeneous media|In Russian|#IFZ:-:5:1990:35-46|Boundary condition+Homogeneous medium+Propagation
J|0308|Gulyelmi,A.V.+Ruban,V.F.|On the theory of the seismomagnetic induction effect|In Russian|#IFZ:-:5:1990:47-54|Seismomagnetic effect+Induction
J|0309|Gorbatsevich,F.F.|Attenuation anisotropy of shear vibrations in rocks|In Russian|#IFZ:-:5:1990:70-79|Attenuation+Anisotropy+Shear wave+Rock|Scientific communication
J|0310|Stovas,A.M.|An optimum wave approximation in a problem of developing the seismic image of a medium|In Russian|#IFZ:-:5:1990:79-83|Wave equation+Approximation+Image+Layered medium|Scientific communication
J|0311|Nersesov,I.L.+Lukk,A.A.+Zhuravlev,V.I.+|On propagation of strain waves in the crust of south Middle Asia|In Russian|#IFZ:-:5:1990:102-112|Propagation+Strain+Crust+Middle Asia|Discussion
J|0312|Drumea,A.V.+Ginsar',V.N.+Shumila,V.I.|Slope variations of earthquake recurrence curves as characteristics of seismic and geodynamic processes|In Russian|#IFZ:-:6:1990:5-13|Recurrence+Variation+Seismic process+Geodynamics
J|0313|Morgunov,V.A.+Matveyev,V.I.|Electromagnetic emission associated with the Spitak earthquake aftershocks|In Russian|#IFZ:-:6:1990:14-19|Electromagnetism+Emission+Spitak+Aftershock||#*ARMENIA88
J|0314|Karakin,A.V.+Idarmachev,Sh.G.+Asmanov,O.A.|Filtering model of seasonal variations in seismicity at the Chirkey reservoir area|In Russian|#IFZ:-:6:1990:20-27|Seasonal variation+Filtering+Seismicity+Chirkeisk Dam
J|0315|Gorbachev,P.Yu.+Gurevich,B.Ya.+Lopatnikov,S.L.|Elastic waves propagation in a porous medium with randomly inhomogeneous gas distribution|In Russian|#IFZ:-:6:1990:28-32|Elastic medium+Propagation+Porous medium+Biot theory
J|0316|Roslov,Yu.V.+Yanovskaya,T.B.|Polarization features of surface waves in a laterally inhomogeneous medium|In Russian|#IFZ:-:6:1990:33-42|Polarization+Surface wave+Lateral inhomogeneity
J|0317|Kozlenko,V.G.+Kostyukevich,A.S.|Validity and invariant features of geophysical models|In Russian|#IFZ:-:6:1990:55-65|Geophysics+Model+Validity+Invariance
J|0318|Razin,A.V.|Energy characteristics of Love waves generated in a system of elastic layer and elastic half-space|In Russian|#IFZ:-:6:1990:71-76|Energy+Love wave+Elastic medium+Layered medium+Half-space|Scientific communication
J|0319|Kozyrev,A.I.|The density of Klyuchevskoi volcano lavas|In Russian with English abstract|#VSM:-:1:1990:65-75|Density+Lava+Klyuchevskoy+Velocity
J|0320|Zobin,V.M.|Relations of the initial rupture and earthquake fault parameters in the Kamchatka-Commander region earthquake foci|In Russian with English abstract|#VSM:-:1:1990:76-90|Rupture+Focal mechanism+Kamchatka+Seismic moment tensor
J|0321|Batasova,V.S.+Gavrilov,V.A.|Optimum expansion of local telemetry seismic networks in Kamchatka to minimize the error of determination of the seismic signal source coordinates|In Russian with English abstract|#VSM:-:1:1990:91-103|Network+Telemetry+Kamchatka+Focus
J|0322|Zobin,V.M.|Energy estimates of the sources of large Kamchatka-Commander earthquakes|In Russian with English abstract|#VSM:-:2:1990:65-74|Energy+Source+Large earthquake+Kamchatka
J|0323|Kaazik,P.B.+Kopnichev,Yu.F.+Rakhmatullin,M.Kh.|Analysis of the short-period P-wave coda fine structure|In Russian with English abstract|#VSM:-:2:1990:75-87|P-wave+Short-period wave+Coda+Fine structure
J|0324|Smirnov,V.B.+Cherepantsev,A.S.+Sergeev,V.V.|Equipment and method for recording high-frequency seismic noise|In Russian with English abstract|#VSM:-:2:1990:88-100|Resonance+Seismometer+High frequency+Noise
J|0325|Feofilaktov,V.D.+Kozyreva,N.P.+Pleshakova,T.T.|Seismic wave kinematic errors from the data obtained at the island seismic station Mednyi|In Russian with English abstract|#VSM:-:2:1990:107-111|Kinematics+Error+Travel-times+Komandorskiye Islands|Brief communication
J|0326|Zharinov,N.A.+Gorel'chik,V.I.+Belousov,A.B.+|The northern group volcanoes in Kamchatka in 1986-1987: eruptions and seismic regime|In Russian with English abstract|#VSM:-:3:1990:3-20|Kamchatka+Eruption+Seismicity+1986-1987
J|0327|Bondarenko,V.I.|New submarine caldera near Onekotan Island (Kuril Islands)|In Russian with English abstract|#VSM:-:3:1990:92-95|Seismoacoustics+Marine seismic investigation+Caldera+Kuril Islands|Brief communication
J|0328|Shipilov,E.V.+Yunov,A.Yu.+Svistunov,Yu.I.|A model of structure and forming of aseismic ridges of the ocean floor|In Russian with English abstract|#OKN:30:2:1990:264-269|Model+Aseismic ridge+Oceanic ridge+Marine seismic investigation
J|0329|Moskalenko,V.N.|Peculiarities of sediment cover in the Hellenic Trench (the eastern Mediterranean)|In Russian with English abstract|#OKN:30:2:1990:270-277|Hellenic Trench+Sediment+Profiling+Common depth point
J|0330|Kara,V.I.+Sivukha,N.M.|Geomorphology and newest evolution history of the central part of the Mascarene mountain-range|In Russian with English abstract|#OKN:30:3:1990:419-425|Geomorphology+Evolution+Mascarene Ridge+Marine seismic investigation
J|0331|Baturin,D.G.|The structure and geodynamics of the Molloy transform fracture zone in the ridge system of the Greenland-Norwegian Seas|In Russian with English abstract|#OKN:30:3:1990:436-443|Greenland Sea+Norwegian Sea+Marine seismic investigation+Transform zone
J|0332|Krivosheya,V.G.+Solov'ev,S.L.|Seismological, geophysical, and hydrophysical studies in the Mediterranean Sea and the Atlantic Ocean (45th cruise of R/V "Dmitry Mendeleev", October 4 - December 20, 1989)|In Russian with English abstract|#OKN:30:3:1990:525-527|Marine seismic investigation+Atlantic Ocean+Mediterranean|Information
J|0333|Karrenbach,M.|Three-dimensional time-slice migration||#GPS:55:1:1990:10-19|Kirchhoff integral+Filter+Fourier transform
J|0334|Le,L.H.T.+Nyland,E.|Pattern analysis of seismic records||#GPS:55:1:1990:20-28|Pattern recognition+Reflexion+Automatic analysis
J|0335|Esmersoy,C.|Inversion of P and SV waves from multicomponent offset vertical seismic profiles||#GPS:55:1:1990:39-50|Vertical seismic profiling+P-wave+SV-wave
J|0336|Blair,D.P.|A direct comparison between vibrational resonance and pulse transmission data for assessment of seismic attenuation in rock||#GPS:55:1:1990:51-60|Q
J|0337|Hunter,J.A.+Pullan,S.E.|A vertical array method for shallow seismic refraction surveying of the sea floor||#GPS:55:1:1990:92-96|Refraction study|Short note
J|0338|Sams,M.+Goldberg,D.|The validity of Q estimates from borehole data using spectral ratios||#GPS:55:1:1990:97-101|Q+Acoustic logging|Short note
J|0339|Kindelan,M.+Kamel,A.H.+Squazzero,P.|On the construction and efficiency of staggered numerical differentiators for the wave equation||#GPS:55:1:1990:107-110|Numerical differentiation|Short note
J|0340|Tango,G.G.|Review of `Super computers in seismic exploration' edited by E. Eisner||#GPS:55:1:1990:118-119||Vol. 15, Handbook of geophysical exploration
J|0341|Sheriff,R.E.|Review of `Geophysical methods in studying fracture aquifers' by M. Karous and S. Mares||#GPS:55:1:1990:119|Groundwater
J|0342|Tango,G.G.|Review of `Modern spectral estimation: theory and applications' by S. M. Kay||#GPS:55:1:1990:119-120|Spectral theory+Fourier spectrum
J|0343|Tango,G.G.|Review of `Digital spectral analysis with applications' by S. L. Marple||#GPS:55:1:1990:119-120|Digital processing+Spectral analysis
J|0344|Iverson,W.P.|Review of `Well logging for the nontechnical person' by D. E. Johnson and K. E. Pile||#GPS:55:1:1990:120-121
J|0345|Iverson,W.P.|Review of `Finding oil and gas from well logs' by L. M. Etnyre||#GPS:55:1:1990:120-121|Well-log
J|0346|Mareschal,J-C.|Review of `Theory of the Earth' by D. L. Anderson||#GPS:55:1:1990:121-122|Structure
J|0347|Doyle,H.A.|Geophysical exploration for gold - a review||#GPS:55:2:1990:134-146|Metal+Geophysical investigation
J|0348|Lynn,H.B.+Thomsen,L.A.|Reflection shear-wave data collected near the principal axes of azimuthal anisotropy||#GPS:55:2:1990:147-156|Shear wave+Fracture+Reflexion study
J|0349|Mazzotti,A.|Prestack amplitude analysis methodology and application to seismic bright spots in the Po Valley, Italy||#GPS:55:2:1990:157-166|Reflector+Data processing
J|0350|Nicoletis,L.M.A.+Bamberger,A.+Quiblier,J.A.+|Hole geometry and anisotropic effects on tube-wave propagation: a quasi-static study||#GPS:55:2:1990:167-175|Tube wave+Anisotropy+Borehole
J|0351|Hsu,K.|Wave separation and feature extraction of acoustic well-logging waveforms using Karhunen-Loeve transformation||#GPS:55:2:1990:176-184|Acoustic logging+Principal component analysis
J|0352|Ebrom,D.A.+Tatham,R.H.+Sekharan,K.K.+|Hyperbolic traveltime analysis of first arrivals in an azimuthally anisotropic medium: a physical modeling study||#GPS:55:2:1990:185-191|Travel-times+Anisotropy+Modelling
J|0353|Byun,B.S.+Corrigan,D.|Seismic traveltime inversion for transverse isotropy||#GPS:55:2:1990:192-200|Travel-times+Anisotropy+Vertical seismic profiling
J|0354|Long,L.T.+Liow,J.S.|A transparent boundary for finite-difference wave simulation||#GPS:55:2:1990:201-208|Boundary condition+Finite difference method+Wave equation+Homogeneous medium
J|0355|Beydoun,W.B.+Mendes,M.+Blanco,J.+|North Sea reservoir description: benefits of an elastic migration/inversion applied to multicomponent vertical seismic profile data||#GPS:55:2:1990:209-217|Vertical seismic profiling
J|0356|Hornbostel,S.C.+Bishop,G.W.|Background restoration of dip-filtered data||#GPS:55:2:1990:249-253|Background noise+Data processing|Short note
J|0357|Tango,G.G.|Review of `Inverse problems and tomography in acoustics and seismology' by P. Carrion||#GPS:55:2:1990:254-255|Inversion
J|0358|Tango,G.G.|Review of `La diffusion acoustique' by N. Gespa||#GPS:55:2:1990:255|Inversion+Acoustic wave+Propagation
J|0359|Bickel,S.H.|Velocity-depth ambiguity of reflection traveltimes||#GPS:55:3:1990:266-276|Stacking+Travel-times+Offset
J|0360|Bisset,D.A.+Durrani,T.S.|Radon transform migration below plane sloping layers||#GPS:55:3:1990:277-283|Dipping layer
J|0361|Pica,A.+Diet,J.P.+Tarantola,A.|Nonlinear inversion of seismic reflection data in a laterally invariant medium||#GPS:55:3:1990:284-292|Reflexion data+Conjugate gradient
J|0362|Graves,R.W.+Clayton,R.W.|Modeling acoustic waves with paraxial extrapolators||#GPS:55:3:1990:306-319|Numerical method+Propagation+Modelling
J|0363|Schneider,W.A.+Whitman,W.W.|Dipmeter analysis by a Monte Carlo technique||#GPS:55:3:1990:320-326|Monte Carlo method+Dipping layer+Borehole
J|0364|McCowan,D.W.|Discussion on `Comparison of plane-wave decomposition and slant stacking of point-source seismic data' by R. Mithal and E. E. Vera||#GPS:55:3:1990:378-379|Point source+Plane wave+Reflexion study|With a reply by the authors
J|0365|Tango,G.G.|Review of `Acoustical imaging' edited by H. Shimizu et al||#GPS:55:3:1990:380|Acoustic imaging+Exploration
J|0366|Tango,G.G.|Review of `The Vela program: a 25 year review of basic research' edited by A. V. Kerr||#GPS:55:3:1990:380-381|Underground nuclear explosion+Discrimination+Seismology
J|0367|Cercone,K.R.|Review of `Surface and subsurface mapping in hydrogeology' by M. Erdelyi and J. Galfi||#GPS:55:3:1990:382|Technique+Applied geophysics
J|0368|Wilson,T.H.|Model studies of shallow common-offset seismic data||#GPS:55:4:1990:394-401|Reflexion study+Coal
J|0369|Rendleman,C.A.+Levin,F.K.|Seismic exploration on a floating ice sheet||#GPS:55:4:1990:402-409|Ice sheets+Reflexion study+Noise
J|0370|Stoffa,P.L.+Fokkema,J.T.+Freire,R.M.L.+|Split-step Fourier migration||#GPS:55:4:1990:410-421|Fourier analysis+Stacking+Reflector
J|0371|Hearn,D.J.+Krebes,E.S.|On computing ray-synthetic seismograms for anelastic media using complex rays||#GPS:55:4:1990:422-432|Inhomogeneous wave
J|0372|Kao,J.C-S.+Schneider,W.A.+Whitman,W.W.|Automated interpolation of two-dimensional seismic grids into three-dimensional data volume||#GPS:55:4:1990:433-442|Trace interpolation+Dip+Automatic analysis+Common depth point
J|0373|Calvert,A.J.|Ray-tracing-based prediction and subtraction of water-layer multiples||#GPS:55:4:1990:443-451|Multiple reflexion+Ray tracing+Suppression+Water
J|0374|Dobbs,S.L.+Wilson,C.R.+Backus,M.M.|Accounting for limited spatial aperture in the waveform inversion of p-tau seismograms||#GPS:55:4:1990:452-457|Array+Transformation
J|0375|Cao,D.+Beydoun,W.B.+Singh,S.C.+|A simultaneous inversion for background velocity and impedance maps||#GPS:55:4:1990:458-469|Common midpoint
J|0376|Winterstein,D.F.+Paulsson,B.N.P.|Velocity anisotropy in shale determined from crosshole seismic and vertical seismic profile data||#GPS:55:4:1990:470-479|Vertical seismic profiling+Cross-hole
J|0377|Todoeschuck,J.P.+Jensen,O.G.+Labonte,S.|Gaussian scaling noise model of seismic reflection sequences: evidence from well logs||#GPS:55:4:1990:480-484|Well-log+Reflexion+Power spectrum|Short note
J|0378|Gardner,G.H.F.+Forel,D.|Amplitude preservation equations for dip moveout||#GPS:55:4:1990:485-487||Short note
J|0379|Ben-Menahem,A.|SH waves from point sources in anisotropic inhomogeneous media||#GPS:55:4:1990:488-491|SH-wave+Inhomogeneous medium+Anisotropy|Short note
J|0380|Ursin,B.|Offset-dependent geometrical spreading in a layered medium||#GPS:55:4:1990:492-496|Point source|Short note
J|0381|Watt,J.P.|Review of `Laser holography in geophysics' edited by S. Takemoto||#GPS:55:4:1990:497|Applied geophysics
J|0382|Weis,T.V.|Review of `A geophysical handbook for geologists' edited by M. E. Best and J. B. Boniwell||#GPS:55:4:1990:497-498|Exploration+Applied geophysics+Technique
J|0383|Green,W.R.|Review of `Geostatistics and petroleum geology' by M. E. Hohn||#GPS:55:4:1990:498
J|0384|Tango,G.G.|Review of `Nonlinear underwater acoustics' by B. Novikov, O. Rudenko and V. Timshenko||#GPS:55:4:1990:499-500|Marine geophysical investigation
J|0385|Tango,G.G.|Review of `Acoustics and ocean bottom' edited by A. Lara-Saenz, C. Ranz-Guerra and C. Carbo-Fite||#GPS:55:4:1990:500|Sea floor
J|0386|Ranganai,R.T.|Applied geophysics in Zimbabwe||#GPS:55:4:1990:504-507|Seismics|International scientific advances
J|0387|Vidale,J.E.|Finite difference calculation of traveltimes in three dimensions||#GPS:55:5:1990:521-526|Finite difference method+Travel-times+First arrival+Earthquake location
J|0388|Crase,E.+Pica,A.+Noble,M.+|Robust elastic nonlinear waveform inversion: application to real data||#GPS:55:5:1990:527-538|Nonlinear inversion+Reflexion data+Impedance+Elastic wave
J|0389|Neff,D.B.|Incremental pay thickness modeling of hydrocarbon reservoirs||#GPS:55:5:1990:556-566|Synthetic seismogram+Modelling
J|0390|Neff,D.B.|Estimated pay mapping using three-dimensional seismic data and incremental pay thickness modeling||#GPS:55:5:1990:567-575|Hydrocarbon+Reservoir+Modelling+Seismic prospecting
J|0391|Liner,C.L.|General theory and comparative anatomy of dip moveout||#GPS:55:5:1990:595-607|Offset+Logging+Dipping layer
J|0392|Domenico,S.N.|Harnessing the ghost||#GPS:55:5:1990:608-618|Marine seismic investigation+Reflector+Water gun+Signal
J|0393|Mitchell,A.R.+Kelamis,P.G.|Efficient tau-p hyperbolic velocity filtering||#GPS:55:5:1990:619-625|Slant stack+Reflexion data
J|0394|Pratt,R.G.|Frequency-domain elastic wave modeling by finite differences: a tool for crosshole seismic imaging||#GPS:55:5:1990:626-632|Frequency domain+Cross-hole|Short note
J|0395|Tango,G.G.|Review of `Field geophysics' by J. Milson||#GPS:55:5:1990:633|Field work
J|0396|Tango,G.G.|Review of `Digital seismology and fine modeling of the lithosphere' edited by R. Cassinis, G. Nolet and G. Panza||#GPS:55:5:1990:633-634|Modelling+Digital recording
J|0397|Nicoletis,L.M.A.+Bamberger,A.+Quiblier,J.A.+|Errata to `Hole geometry and anisotropic effects on tube-wave propagation: a quasi-static study'||#GPS:55:5:1990:639|Tube wave+Anisotropy+Borehole
J|0398|Frasier,C.+Winterstein,D.F.|Analysis of conventional and converted mode reflections at Putah sink, California using three-component data||#GPS:55:6:1990:646-659|Converted wave+Reflexion study+Shot+Stack
J|0399|Geis,W.T.+Stewart,R.R.+Jones,M.J.+|Processing, correlating, and interpreting converted shear waves from borehole data in southern Alberta||#GPS:55:6:1990:660-669|Converted wave+Reflexion study|Case history
J|0400|Louie,J.N.|Physical properties of deep crustal reflectors in southern California from multioffset amplitude analysis||#GPS:55:6:1990:670-681
J|0401|Dodds,D.J.|Traveltime inversion for dipping layers, large moveouts, and arbitrary source and receiver positions||#GPS:55:6:1990:695-704|Travel-times+Common midpoint
J|0402|Vo-Thanh,D.|Effects of fluid viscosity on shear-wave attenuation in saturated sandstones||#GPS:55:6:1990:712-722|Shear wave+Viscoelastic medium
J|0403|Wang,Z.+Nur,A.|Wave velocities in hydrocarbon-saturated rocks: experimental results||#GPS:55:6:1990:723-733|Velocity+Saturation
J|0404|Kosloff,D.+Kessler,D.+Filho,A.Q.+|Solution of the equations of dynamic elasticity by a Chebychev spectral method||#GPS:55:6:1990:734-748|Spectral analysis+Elastic wave+Mathematical method+Lamb's problem
J|0405|Zhang,Q.+Jull,E.V.+Yedlin,M.J.|Acoustic pulse diffraction by step discontinuities on a plane||#GPS:55:6:1990:749-756|Acoustic wave+Frequency domain
J|0406|McMechan,G.A.+Chen,H.W.|Implicit static corrections in prestack migration of common-source data||#GPS:55:6:1990:757-760|Topography+Reflexion study
J|0407|Miller,R.D.+Steeples,D.W.|A shallow seismic reflection survey in basalts of the Snake River Plain, Idaho||#GPS:55:6:1990:761-768|Seismic survey+Reflexion study
J|0408|Steeples,D.W.+Miller,R.D.+Black,R.A.|Static corrections from shallow-reflection surveys||#GPS:55:6:1990:769-775|Seismic survey+Reflexion study+Depth
J|0409|Herrmann,R.B.+Russell,D.R.|Ground roll: rejection using adaptive phase-matched filters||#GPS:55:6:1990:776-781|Phase matching method+Surface wave+Signal+Seismic prospecting
J|0410|Wapenaar,C.P.A.|Representation of seismic sources in the one-way wave equations||#GPS:55:6:1990:786-790|Acoustic wave+Migration|Short note
J|0411|Lomnitz,C.+De Souza,J.A.|Discussion on `Observations of the air-coupled waves as a function of depth' by R. W. Knapp||#GPS:55:6:1990:791-792|Air wave+Reflexion data+Low-velocity layer|With a reply by the author
J|0412|Mareschal,J-C.|Review of `Earthquakes at North-Atlantic passive margins: neotectonics and postglacial rebound' edited by S. Gregersen and P. W. Basham||#GPS:55:6:1990:793|North Atlantic
J|0413|Ambraseys,N.N.|Uniform magnitude re-evaluation of European earthquakes associated with strong-motion records||#EES:19:1:1990:1-20|Regression
J|0414|Su,L.+Ahmadi,G.+Tadjbakhsh,I.G.|A comparative study of performances of various base isolation systems, part II: sensitivity analysis||#EES:19:1:1990:21-33|Friction
J|0415|Iida,M.|Optimum strong-motion array geometry for source inversion - II||#EES:19:1:1990:35-44|Green's function
J|0416|Nazmy,A.S.+Abdel-Ghaffar,A.M.|Non-linear earthquake-response analysis of long-span cable-stayed bridges: theory||#EES:19:1:1990:45-62|Nonlinear response+Structural dynamics
J|0417|Nazmy,A.S.+Abdel-Ghaffar,A.M.|Non-linear earthquake-response analysis of long-span cable-stayed bridges: applications||#EES:19:1:1990:63-76|Nonlinear response+Earthquake engineering+Structural dynamics
J|0418|Uang,C-M.+Bertero,V.V.|Evaluation of seismic energy in structures||#EES:19:1:1990:77-90|Building
J|0419|Banerjee,P.K.+Mamoon,S.M.|A fundamental solution due to a periodic point force in the interior of an elastic half-space||#EES:19:1:1990:91-105|Point source+Elastic medium+Isotropic medium
J|0420|Bongiovanni,G.+Celebi,M.+Clemente,P.|The Flaminio obelisk in Rome: vibrational characteristics as part of preservation efforts||#EES:19:1:1990:107-118|Dynamic analysis+Building code+Monument
J|0421|Luco,J.E.+Anderson,J.G.+Georgevich,M.|Soil-structure interaction on strong motion accelerograms recorded on instrument shelters||#EES:19:1:1990:119-131|Strong-motion instrument+Amplification
J|0422|Dumanoglu,A.A.+Severn,R.T.|Stochastic response of suspension bridges to earthquake forces||#EES:19:1:1990:133-152|Structural dynamics
J|0423|Lopez-Almansa,F.+Rodellar,J.|Feasibility and robustness of predictive control of building structures by active cables||#EES:19:2:1990:157-171|Earthquake-resistant design+Iterative system
J|0424|Harichandran,R.S.+Wang,W-J.|Response of indeterminate two-span beam to spatially varying seismic excitation||#EES:19:2:1990:173-187|Earthquake engineering
J|0425|Singh,M.P.+Malushte,S.R.|Seismic response of simple structures using spring-assisted sliding slabs with Coulomb damping||#EES:19:2:1990:189-203|Earthquake-resistant design+Structural dynamics
J|0426|Muscolino,G.|Dynamic response of multiply connected primary-secondary systems||#EES:19:2:1990:205-216|Equation of motion+Structural dynamics+Mathematical method
J|0427|Datta,T.K.+Mashaly,E.A.|Transverse response of offshore pipelines to random ground motion||#EES:19:2:1990:217-228|Sea floor
J|0428|Koh,C.G.+Kelly,J.M.|Application of fractional derivatives to seismic analysis of base-isolated models||#EES:19:2:1990:229-241|Base isolation system+Response+Dynamic analysis+Viscoelastic damping
J|0429|Tso,W.K.+Ying,H.|Additional seismic inelastic deformation caused by structural asymmetry||#EES:19:2:1990:243-258|Stiffness+Building code
J|0430|Filiatrault,A.|Analytical predictions of the seismic response of friction damped timber shear walls||#EES:19:2:1990:259-273|Earthquake-resistant design+Damping+Wooden house
J|0431|Quek,S-T.+Teo,Y-P.+Balendra,T.|Non-stationary structural response with evolutionary spectra using seismological input model||#EES:19:2:1990:275-288|Ground motion+Power spectrum
J|0432|De Barros,F.C.P.+Luco,J.E.|Discrete models for vertical vibrations of surface and embedded foundations||#EES:19:2:1990:289-303|Structural dynamics
J|0433|Eisenberg,I.M.|Notes on the earthquake in northern Armenia||#EES:19:2:1990:305-308|Damage+1988|IAEE News|#*ARMENIA88
J|0434|Booth,E.D.|Review of `Seismic risk assessment and design of building structures' edited by A. Koridze||#EES:19:2:1990:309|Earthquake-resistant design
J|0435|Neelakantan,G.+Budhu,M.+Richards,R.|Mechanics and performance of a tied-back wall under seismic loads||#EES:19:3:1990:315-331|Stability+Shake table
J|0436|Chalhoub,M.S.+Kelly,J.M.|Sliders and tension controlled reinforced elastomeric bearings combined for earthquake isolation||#EES:19:3:1990:333-344|Base isolation system+Foundation+Building+Hysteresis
J|0437|Yamamura,N.+Tanaka,H.|Response analysis of flexible MDF systems for multiple support seismic excitations||#EES:19:3:1990:345-357|Structural response+Bridge+Earthquake engineering+Equation of motion
J|0438|Jablonski,A.M.+Humar,J.L.|Three-dimensional boundary element reservoir model for seismic analysis of arch and gravity dams||#EES:19:3:1990:359-376|Boundary element method+Hydrodynamics
J|0439|Fan,F-G.+Ahmadi,G.|Floor response spectra for base-isolated multi-storey structures||#EES:19:3:1990:377-388|Base isolation system+Structural response+Spectrum+Building
J|0440|Elnashai,A.S.+Pilakoutas,K.+Ambraseys,N.N.|Experimental behaviour of reinforced concrete walls under earthquake loading||#EES:19:3:1990:389-407|Shake table
J|0441|Leung,A.Y.T.+Fung,T.C.|Non-linear steady state vibration and dynamic snap through of shallow arch beams||#EES:19:3:1990:409-430|Structural dynamics+Mathematical method
J|0442|Gazetas,G.+Dakoulas,P.+Papageorgiou,A.S.|Local-soil and source-mechanism effects in the 1986 Kalamata (Greece) earthquake||#EES:19:3:1990:431-456|Damage||#*KALAMATA
J|0443|Warburton,G.B.|Assessment of errors in the Newmark method in structural dynamics||#EES:19:3:1990:457-467|Mathematical method
J|0444|Veletsos,A.S.+Tang,Y.|Soil-structure interaction effects for laterally excited liquid storage tanks||#EES:19:4:1990:473-496|Earthquake-resistant design
J|0445|Bouden,M.+Khair,K.R.+Datta,S.K.|Ground motion amplification by cylindrical valleys embedded in a layered medium||#EES:19:4:1990:497-512|Numerical method+Sedimentary basin
J|0446|Perotti,F.|Structural response to non-stationary multiple-support random excitation||#EES:19:4:1990:513-527|Vibration+Power spectrum
J|0447|Elhmadi,K.+O'Rourke,M.J.|Seismic damage to segmented buried pipelines||#EES:19:4:1990:529-539
J|0448|Jean,W-Y.+Lin,T-W.+Penzien,J.|System parameters of soil foundations for time domain dynamic analysis||#EES:19:4:1990:541-553|Soil-structure interaction
J|0449|Psycharis,I.N.|Dynamic behaviour of rocking two-block assemblies||#EES:19:4:1990:555-575|Dynamic analysis+Vibration+Energy
J|0450|Mironowicz,W.+Sniady,P.|Vibration of linear structures due to jump-discontinuous, non-interrupted, stochastic processes||#EES:19:4:1990:577-582|Excitation+Linear system+Loading
J|0451|Pantelides,C.P.|Optimum design of actively controlled structures||#EES:19:4:1990:583-596|Earthquake-resistant design+Building
J|0452|Mamoon,S.M.+Banerjee,P.K.|Response of piles and pile groups to travelling SH-waves||#EES:19:4:1990:597-610|Boundary element method
J|0453|Pais,A.L.+Kausel,E.|Stochastic response of rigid foundations||#EES:19:4:1990:611-622|SH-wave
J|0454|Key,D.|Review of `The seismic design handbook' edited by F. Naeim||#EES:19:4:1990:623|Building+Earthquake-resistant design+Building code
J|0455|Given,H.K.+Tarasov,N.T.+Zhuravlev,V.I.+|High-frequency seismic observations in Eastern Kazakhstan, USSR, with emphasis on chemical explosion experiments||#JGR:95:1:1990:295-307|Explosion+High frequency+Eastern Kazakhstan+Nuclear test ban
J|0456|Blakeslee,S.N.+Malin,P.E.|A comparison of earthquake coda waves at surface versus subsurface seismometers||#JGR:95:1:1990:309-326|Coda wave+Parkfield+Surface recording+Down-hole recording
J|0457|Mendez,A.J.+Luco,J.E.|Steady state, near-source models of the Parkfield, Imperial Valley, Mexicali Valley earthquakes||#JGR:95:1:1990:327-340|Near-field data+Dislocation+Inversion+Southern California||#*VICTORIA|#*IMPERIAL
J|0458|Taylor,F.W.+Edwards,R.L.+Wasserburg,G.J.+|Seismic recurrence intervals and timing of aseismic subduction inferred from emerged corals and reefs of the central Vanuatu (New Hebrides) frontal arc||#JGR:95:1:1990:393-408|Recurrence+Vanuatu+Crustal movement+Coral
J|0459|Howard,K.A.+Simpson,R.W.+Haxel,G.B.|Introduction to special section on the California-Arizona crustal transect: Part 1||#JGR:95:1:1990:461-462|Refraction study+Reflexion study+California+Arizona+CACTIS
J|0460|Wilshire,H.G.|Lithology and evolution of the crust-mantle boundary region in the southwestern Basin and Range Province||#JGR:95:1:1990:649-665|Lithology+Evolution+Crust-mantle structure+Basin & Range
J|0461|Eberhart-Phillips,D.+Lisowski,M.+Zoback,M.D.|Crustal strain near the big bend of the San Andreas Fault: analysis of the Los Padres-Tehachapi trilateration networks, California||#JGR:95:2:1990:1139-1153|Crustal movement+San Andreas Fault+Locking depth+Strain
J|0462|Fountain,D.M.+Salisbury,M.H.+Percival,J.A.|Seismic structure of the continental crust based on rock velocity measurements from the Kapuskasing uplift||#JGR:95:2:1990:1167-1186|Velocity structure+Continental crust+Kapuskasing+Rock
J|0463|Hutchings,L.+Wu,F.|Empirical Green's functions from small earthquakes: a waveform study of locally recorded aftershocks of the 1971 San Fernando earthquake||#JGR:95:2:1990:1187-1214|Green's function+Waveform+Aftershock+San Fernando||#*SANFERNANDO
J|0464|DuBroff,R.E.|Boundary element-image method approach to seismic modeling||#JGR:95:2:1990:1215-1222|Boundary element method+Synthetic seismogram+Layered medium+Modelling
J|0465|Tamsett,D.+Searle,R.C.|Structure of the Alula-Fartak fracture zone, Gulf of Aden||#JGR:95:2:1990:1239-1254|Aden, G. of+Fracture+Marine seismic investigation+GLORIA
J|0466|Beroza,G.C.+Jordan,T.H.|Searching for slow and silent earthquakes using free oscillations||#JGR:95:3:1990:2485-2510|Slow earthquake+Free oscillation+IDA+1978-1979
J|0467|Nishenko,S.P.+Jacob,K.H.|Seismic potential of the Queen Charlotte-Alaska-Aleutian seismic zone||#JGR:95:3:1990:2511-2532|Seismic potential+Queen Charlotte Islands+Alaska+Aleutian Islands
J|0468|Langbein,J.O.+Burford,R.O.+Slater,L.E.|Variations in fault slip and strain accumulation at Parkfield, California: initial results using two-color geodimeter measurements, 1984-1988||#JGR:95:3:1990:2533-2552|Fault-slip+Parkfield+Strain+Geodetic survey
J|0469|Hamburger,M.W.+Everingham,I.B.+Isacks,B.L.+|Seismicity and crustal structure of the Fiji Platform, Southwest Pacific||#JGR:95:3:1990:2553-2573|Seismicity+Crustal structure+Fiji+Focal mechanism
J|0470|Sereno,T.J.|Numerical modeling of water waves recorded by a subbottom seismometer in the Southwest Pacific||#JGR:95:3:1990:2575-2591|Numerical modelling+Ocean sub-bottom seismometer+Southwest Pacific+Water wave
J|0471|Boler,F.M.|Measurements of radiated elastic wave energy from dynamic tensile cracks||#JGR:95:3:1990:2593-2607|Elastic wave+Energy+Crack+Strain
J|0472|Thatcher,W.|Order and diversity in the modes of circum-Pacific earthquake recurrence||#JGR:95:3:1990:2609-2623|Recurrence+Circum-Pacific Belt+Nucleation+Great earthquake
J|0473|Feigl,K.L.+King,R.W.+Jordan,T.H.|Geodetic measurements of tectonic deformation in the Santa Maria fold and thrust belt, California||#JGR:95:3:1990:2679-2699|Geodetic measurement+Deformation+Santa Maria+Fold-and-thrust belt+Focal mechanism
J|0474|Zoetemeijer,R.+Desegaulx,P.+Cloetingh,S.+|Lithospheric dynamics and tectonic-stratigraphic evolution of the Ebro Basin||#JGR:95:3:1990:2701-2711|Lithosphere+Dynamics+Evolution+Ebro Basin+Reflexion study
J|0475|Lutter,W.J.+Nowack,R.L.+Braile,L.W.|Seismic imaging of upper crustal structure using travel times from the PASSCAL Ouachita experiment||#JGR:95:4:1990:4621-4631|Ouachita Mts.+Imaging+Upper crust+PASSCAL
J|0476|Lutter,W.J.+Nowack,R.L.|Inversion for crustal structure using reflections from the PASSCAL Ouachita experiment||#JGR:95:4:1990:4633-4646|Crustal structure+Inversion+PASSCAL+Ouachita Mts.
J|0477|Lyslo,J.A.+Nowack,R.L.|Slant stack velocity analysis of shot point 16 from the 1986 PASSCAL Ouachita experiment||#JGR:95:4:1990:4647-4656|Stacking+PASSCAL+Ouachita Mts.+Velocity
J|0478|Hawman,R.B.+Colburn,R.H.+Walker,D.A.+|Processing and inversion of refraction and wide-angle reflection data from the 1986 Nevada PASSCAL experiment||#JGR:95:4:1990:4657-4691|PASSCAL+Nevada+Crustal structure+Inversion
J|0479|Beanland,S.+Blick,G.H.+Darby,D.J.|Normal faulting in a back arc basin: geological and geodetic characteristics of the 1987 Edgecumbe earthquake, New Zealand||#JGR:95:4:1990:4693-4707|Normal fault+Geology+Geodesy+Edgecumbe+1987||#*EDGECUMBE
J|0480|Anderson,H.J.+Smith,E.G.C.+Robinson,R.|Normal faulting in a back arc basin: seismological characteristics of the March 2, 1987, Edgecumbe, New Zealand, earthquake||#JGR:95:4:1990:4709-4723|Normal fault+Edgecumbe+1987+Focal mechanism||#*EDGECUMBE
J|0481|Hsu,V.|Seismicity and tectonics of a continent-island arc collision zone at the island of Taiwan||#JGR:95:4:1990:4725-4734|Seismicity+Tectonics+Taiwan+Collision
J|0482|Wiens,D.A.+Petroy,D.E.|The largest recorded earthquake swarm: intraplate faulting near the southwest Indian Ridge||#JGR:95:4:1990:4735-4750|Swarm+Indian Ridge+Intraplate faulting+1925-1933
J|0483|Sanders,C.O.|Earthquake depths and the relation to strain accumulation and stress near strike-slip faults in Southern California||#JGR:95:4:1990:4751-4762|Depth+Strain+Stress+Strike-slip+Southern California
J|0484|Lees,J.M.+Crosson,R.S.|Tomographic imaging of local earthquake delay times for three-dimensional velocity variation in western Washington||#JGR:95:4:1990:4763-4776|Tomography+Local earthquake+Velocity+Washington State
J|0485|Buchbinder,G.G.R.|Shear wave splitting and anisotropy from the aftershocks of the Nahanni, Northwest Territories, earthquakes||#JGR:95:4:1990:4777-4786|Shear wave+Splitting+Anisotropy+Nahanni||#*NAHANNI|#*NAHANNI2|#*NAHANNI88
J|0486|Novelo-Casanova,D.A.+Berg,E.+Helsley,C.E.|S wave coda Q from 3 to 20 Hz and P wave Q for foreshocks and aftershocks of the Petatlan earthquake||#JGR:95:4:1990:4787-4796|S-wave+P-wave+Q+Petatlan||#*PETATLAN
J|0487|Montagner,J-P.+Tanimoto,T.|Global anisotropy in the upper mantle inferred from the regionalization of phase velocities||#JGR:95:4:1990:4797-4819|Anisotropy+Upper mantle+Regionalization+Phase velocity
J|0488|Frazer,L.N.|Dynamic elasticity of microbedded and fractured rocks||#JGR:95:4:1990:4821-4831|Dynamics+Elasticity+Fracture+Rock
J|0489|Molnar,P.+England,P.|Temperatures, heat flux, and frictional stress near major thrust faults||#JGR:95:4:1990:4833-4856|Thrust fault+Heat flow+Friction+Stress
J|0490|Zhang,P-Z.+Ellis,M.A.+Slemmons,D.B.+|Right-lateral displacements and the Holocene slip rate associated with prehistoric earthquakes along the southern Panamint Valley fault zone: implications for southern Basin and Range tectonics and coastal California deformation||#JGR:95:4:1990:4857-4872|Prehistoric earthquake+Basin & Range+California+Deformation
J|0491|Savage,J.C.|Equivalent strike-slip earthquake cycles in half-space and lithosphere-asthenosphere Earth models||#JGR:95:4:1990:4873-4879|Strike-slip+Cycle+Half-space+Earth model
J|0492|Lin,J.+Parmentier,E.M.|A finite amplitude necking model of rifting in brittle lithosphere||#JGR:95:4:1990:4909-4923|Rifting+Lithosphere+Stress+Relaxation
J|0493|Bergman,E.A.+Solomon,S.C.|Earthquake swarms on the Mid-Atlantic Ridge: products of magmatism or extensional tectonics?||#JGR:95:4:1990:4943-4965|Swarm+Mid-Atlantic Ridge+Magma+Tectonics
J|0494|Madsen,J.A.+Detrick,R.S.+Mutter,J.C.+|A two- and three-dimensional analysis of gravity anomalies associated with the East Pacific Rise at 9degreesN and 13degreesN||#JGR:95:4:1990:4967-4987|East Pacific Rise+Gravity+Reflexion study
J|0495|James,D.E.+Snoke,J.A.|Seismic evidence for continuity of the deep slab beneath central and eastern Peru||#JGR:95:4:1990:4989-5001|Slab+Deep-focus earthquake+Peru+Particle motion
J|0496|Shedlock,K.M.+Brocher,T.M.+Harding,S.T.|Shallow structure and deformation along the San Andreas Fault in Cholame Valley, California, based on high-resolution reflection profiling||#JGR:95:4:1990:5003-5020|San Andreas Fault+Structure+Deformation+Reflexion study+Profiling
J|0497|Wilson,J.T.|On the building and classification of mountains||#JGR:95:5:1990:6611-6628|Mantle+Lithosphere+Slab+Tectonics
J|0498|Sieh,K.E.+Williams,P.L.|Behavior of the southernmost San Andreas Fault during the past 300 years||#JGR:95:5:1990:6629-6645|San Andreas Fault+Creep+Geodetic measurement+Deformation
J|0499|Muhs,D.R.+Kelsey,H.M.+Miller,G.H.+|Age estimates and uplift rates for late Pleistocene marine terraces: southern Oregon portion of the Cascadia forearc||#JGR:95:5:1990:6685-6698|Uplift+Cascadia subduction zone+Isotope+Age
J|0500|McInelly,G.W.+Kelsey,H.M.|Late Quaternary tectonic deformation in the the Cape Arago-Bandon region of coastal Oregon as deduced from wave-cut platforms||#JGR:95:5:1990:6699-6713|Cascadia subduction zone+Uplift+Deformation+Quaternary
J|0501|Mocquet,A.+Romanowicz,B.|Three-dimensional structure of the upper mantle beneath the Atlantic Ocean inferred from long-period Rayleigh waves: 2. Inversion||#JGR:95:5:1990:6787-6798|Structure+Upper mantle+Atlantic Ocean+Rayleigh wave
J|0502|Zhou,H-W.+Anderson,D.L.+Clayton,R.W.|Modeling of residual spheres for subduction zone earthquakes: 1. Apparent slab penetration signatures in the NW Pacific caused by deep diffuse mantle anomalies||#JGR:95:5:1990:6799-6827|P-wave+Deep-focus earthquake+Subduction+Northwest Pacific
J|0503|Zhou,H-W.+Clayton,R.W.|P and S wave travel time inversions for subducting slab under the island arcs of the Northwest Pacific||#JGR:95:5:1990:6829-6851|Northwest Pacific+Subduction+P-wave+S-wave+Inversion
J|0504|Ito,K.+Matsuzaki,M.|Earthquakes as self-organized critical phenomena||#JGR:95:5:1990:6853-6860|Critical phenomenon+Earthquake+Occurrence+Fractal analysis
J|0505|Frohlich,C.|Note concerning non-double-couple source components from slip along surfaces of revolution||#JGR:95:5:1990:6861-6866|Double couple+Source+Slip+Surface
J|0506|Choy,G.L.+Bowman,J.R.|Rupture process of a multiple main shock sequence: analysis of teleseismic, local, and field observations of the Tennant Creek, Australia, earthquakes of January 22, 1988||#JGR:95:5:1990:6867-6882|Tennant Creek+1988+Rupture+Sequence||#*TENNANT188|#*TENNANT288|#*TENNANT388
J|0507|Stephens,C.D.+Page,R.A.+Lahr,J.C.|Reflected and mode-converted seismic waves within the shallow Aleutian subduction zone, southern Kenai Peninsula, Alaska||#JGR:95:5:1990:6883-6897|Reflected wave+Converted wave+Subduction+Kenai Peninsula
J|0508|Das,S.+Kostrov,B.V.|Inversion for seismic slip rate history and distribution with stabilizing constraints: application to the 1986 Andreanof Islands earthquake||#JGR:95:5:1990:6899-6913|Andreanof Islands+1986+Slip+Inversion||#*ANDREANOF
J|0509|Svensen,B.+Ahrens,T.J.|Shock-induced temperatures of CaMgSi2O6||#JGR:95:5:1990:6943-6953|Shock+Temperature+Glass+D"-layer+S-wave
J|0510|Huchon,P.+Bourgois,J.|Subduction-induced fragmentation of the Nazca Plate off Peru: Mendana fracture zone and Trujillo Trough revisited||#JGR:95:6:1990:8419-8436|Nazca Plate+Subduction+Marine seismic investigation+Rift
J|0511|Takada,A.|Experimental study on propagation of liquid-filled crack in gelatin: shape and velocity in hydrostatic stress condition||#JGR:95:6:1990:8471-8481|Propagation+Liquid+Crack
J|0512|Oppenheimer,D.H.+Bakun,W.H.+Lindh,A.G.|Slip partitioning of the Calaveras Fault, California, and prospects for future earthquakes||#JGR:95:6:1990:8483-8498|Calaveras Fault+Seismicity+Aseismic region+Slip
J|0513|Nolet,G.|Partitioned waveform inversion and two-dimensional structure under the network of autonomously recording seismographs||#JGR:95:6:1990:8499-8512|NARS+Synthetic seismogram+Waveform+Structure
J|0514|Mallick,S.+Frazer,L.N.|Computation of synthetic seismograms for stratified azimuthally anisotropic media||#JGR:95:6:1990:8513-8526|Synthetic seismogram+Anisotropy+Viscoelastic medium+Stratification
J|0515|Saikia,C.K.+Kafka,A.L.+Gnewuch,S.C.+|Shear velocity and intrinsic Q structure of the shallow crust in southeastern New England from Rg wave dispersion||#JGR:95:6:1990:8527-8541|Q+Shear velocity+New England+Dispersion
J|0516|Rockwell,T.K.+Loughman,C.+Merifield,P.|Late Quaternary rate of slip along the San Jacinto Fault zone near Anza, southern California||#JGR:95:6:1990:8593-8605|Anza+Slip+San Jacinto Fault+Quaternary
J|0517|Pyrak-Nolte,L.J.+Myer,L.R.+Cook,N.G.W.|Transmission of seismic waves across single natural fractures||#JGR:95:6:1990:8617-8638|Seismic waves+Transmission+Fracture+Attenuation
J|0518|Wong,T-F.|A note on the propagation behavior of a crack nucleated by a dislocation pileup||#JGR:95:6:1990:8639-8646|Propagation+Crack+Nucleation
J|0519|Langseth,M.G.+Moore,J.C.|Introduction to special section on the role of fluids in sediment accretion, deformation, diagenesis, and metamorphism in subduction zones||#JGR:95:6:1990:8737-8741|Accretionary prism+Sediment+Reflexion study
J|0520|Shipley,T.H.+Stoffa,P.L.+Dean,D.F.|Underthrust sediments, fluid migration paths, and mud volcanoes associated with the accretionary wedge off Costa Rica: Middle America Trench||#JGR:95:6:1990:8743-8752|Accretionary wedge+Sediment+Costa Rica+Reflexion study
J|0521|Moore,G.F.+Shipley,T.H.+Stoffa,P.L.+|Structure of the Nankai Trough accretionary zone from multichannel seismic reflection data||#JGR:95:6:1990:8753-8765|Accretionary prism+Structure+Nankai+Reflexion study
J|0522|Bangs,N.L.B.+Westbrook,G.K.+Ladd,J.W.+|Seismic velocities from the Barbados Ridge complex: indicators of high pore fluid pressures in an accretionary complex||#JGR:95:6:1990:8767-8782|Velocity+Accretionary prism+Reflexion study+Barbados
J|0523|Lewis,B.T.R.+Cochrane,G.C.|Relationship between the location of chemosynthetic benthic communities and geological structure on the Cascadia subduction zone||#JGR:95:6:1990:8783-8793|Cascadia subduction zone+Reflexion study+Geologic structure+Accretionary prism
J|0524|Moore,J.C.+Orange,D.+Kulm,L.D.|Interrelationship of fluid venting and structural evolution: Alvin observations from the frontal accretionary prism, Oregon||#JGR:95:6:1990:8795-8808|Accretionary prism+Oregon+Reflexion study+Velocity structure
J|0525|Elderfield,H.+Kastner,M.+Martin,J.B.|Compositions and sources of fluids in sediments of the Peru subduction zone||#JGR:95:6:1990:8819-8827|Peru+Fluid+Subduction+Seismic survey
J|0526|Foucher,J-P.+Le Pichon,X.+Lallemant,S.J.+|Heat flow, tectonics, and fluid circulation at the toe of the Barbados Ridge accretionary prism||#JGR:95:6:1990:8859-8867|Barbados+Accretionary prism+Heat flow+Reflexion study
J|0527|Davis,E.E.+Hyndman,R.D.+Villinger,H.|Rates of fluid expulsion across the northern Cascadia accretionary prism: constraints from heat flow and multichannel seismic reflection data||#JGR:95:6:1990:8869-8889|Cascadia subduction zone+Accretionary prism+Reflexion study+Fluid
J|0528|Kulm,L.D.+Suess,E.|Relationship between carbonate deposits and fluid venting: Oregon accretionary prism||#JGR:95:6:1990:8899-8915|Cascadia subduction zone+Accretionary prism+Reflexion study+Fluid
J|0529|Henry,P.+Le Pichon,X.+Lallemant,S.J.+|Mud volcano field seaward of the Barbados accretionary complex: a deep-towed side scan sonar survey||#JGR:95:6:1990:8917-8929|Barbados+Accretionary prism+Marine seismic investigation+Mud volcano
J|0530|Wang,C-Y.+Shi,Y.+Hwang,W-T.+|Hydrogeologic processes in the Oregon-Washington accretionary complex||#JGR:95:6:1990:9009-9023|Oregon+Washington State+Accretionary wedge+Reflexion study
J|0531|Karig,D.E.+Lundberg,N.|Deformation bands from the toe of the Nankai accretionary prism||#JGR:95:6:1990:9099-9109|Deformation+Nankai+Accretionary prism+Reflexion study
J|0532|Becker,K.|Introduction to special section on logging and downhole measurements in Deep Sea Drilling Project/Ocean Drilling Program deep crustal holes||#JGR:95:6:1990:9149-9151|DSDP+Oceanic crust+Logging+Velocity structure
J|0533|Carlson,R.L.+Herrick,C.N.|Densities and porosities in the oceanic crust and their variations with depth and age||#JGR:95:6:1990:9153-9170|DSDP+Oceanic crust+Atlantic Ocean+Velocity structure
J|0534|Moos,D.+Pezard,P.+Lovell,M.|Elastic wave velocities within oceanic layer 2 from sonic full waveform logs in Deep Sea Drilling Project holes 395A, 418A, and 504B||#JGR:95:6:1990:9189-9207|DSDP+Oceanic crust+Atlantic Ocean+Velocity structure
J|0535|Morin,R.H.+Newmark,R.L.+Barton,C.A.+|State of lithospheric stress and borehole stability at Deep Sea Drilling Project site 504B, eastern equatorial Pacific||#JGR:95:6:1990:9293-9303|DSDP+Costa Rica+Oceanic crust+Stress
J|0536|Moos,D.+Zoback,M.D.|Utilization of observations of well bore failure to constrain the orientation and magnitude of crustal stresses: application to continental, Deep Sea Drilling Project, and Ocean Drilling Program boreholes||#JGR:95:6:1990:9305-9325|DSDP+Stress+Oceanic crust+Atlantic Ocean+Costa Rica
J|0537|Fisher,A.T.+Becker,K.+Narasimhan,T.N.+|Passive, off-axis convection through the southern flank of the Costa Rica rift||#JGR:95:6:1990:9343-9370|DSDP+Costa Rica+Reflexion study+Porous medium
J|0538|Zheng,T-Y.+Yao,Z-X.+Xie,L-L.|A semi-empirical approach for predicting strong ground motion||#GJI:100:1:1990:9-18|Aftershock+Prediction+Strong motion+T'ang-shan
J|0539|Frohlich,C.+Davis,S.D.|Single-link cluster analysis as a method to evaluate spatial and temporal properties of earthquake catalogues||#GJI:100:1:1990:19-32|Cluster+Spatial distribution+Temporal distribution+Earthquake catalogue
J|0540|Rydelek,P.A.+Sacks,I.S.|Asthenospheric viscosity and stress diffusion: a mechanism to explain correlated earthquakes and surface deformations in NE Japan||#GJI:100:1:1990:39-58|Japan+Deformation+Triggering+Viscosity+Stress
J|0541|Lee,V.W.|Scattering of plane SH-waves by a semi-parabolic cylindrical canyon in an elastic half-space||#GJI:100:1:1990:79-86|SH-wave+Scattering+Cylinder+Half-space
J|0542|Bowman,J.R.+Gibson,G.+Jones,T.D.|Aftershocks of the 1988 January 22 Tennant Creek, Australia intraplate earthquakes: evidence for a complex thrust-fault geometry||#GJI:100:1:1990:87-97|Aftershock+Tennant Creek+Intraplate earthquake+Foreshock+1988||#*TENNANT188|#*TENNANT288|#*TENNANT388
J|0543|Takemoto,S.|Laser holographic measurements of tidal deformation of a tunnel||#GJI:100:1:1990:99-106|Laser+Holography+Prediction+Deformation
J|0544|Henry,W.J.+Mechie,J.+Maguire,P.K.H.+|A seismic investigation of the Kenya Rift Valley||#GJI:100:1:1990:107-130|Crustal structure+Explosion seismology+Kenya+Rift valley
J|0545|Dost,B.|Upper mantle structure under western Europe from fundamental and higher mode surface waves using the NARS array||#GJI:100:1:1990:131-151|Europe+Upper mantle+Surface wave+NARS
J|0546|Geller,R.J.+Hara,T.+Tsuboi,S.|On the equivalence of two methods for computing partial derivatives of seismic waveforms||#GJI:100:1:1990:153-156|Born approximation+Variation+Waveform+Inversion|Research note
J|0547|Xie,J.+Mitchell,B.J.|A back-projection method for imaging large-scale lateral variations of Lg coda Q with application to continental Africa||#GJI:100:2:1990:161-181|Africa+Tomography+Lg-wave+Q
J|0548|Smylie,D.E.+Szeto,A.M.K.+Sato,K.|Elastic boundary conditions in long-period core oscillations||#GJI:100:2:1990:183-192|Core+Dynamics+Boundary condition+Oscillation
J|0549|Badal,J.+Corchete,V.+Payo,G.+|Processing and inversion of long-period surface-wave data collected in the Iberian Peninsula||#GJI:100:2:1990:193-202|Rayleigh wave+Iberian Peninsula+Inversion+Dispersion
J|0550|Dietrich,M.+Kormendi,F.|Perturbation of the plane-wave reflectivity of a depth-dependent elastic medium by weak inhomogeneities||#GJI:100:2:1990:203-214|Elastic medium+Perturbation+Plane wave+Frechet derivative
J|0551|Bebbington,M.+Vere-Jones,D.+Zheng,X.|Percolation theory: a model for rock fracture?||#GJI:100:2:1990:215-220|b-Value+Fracture+Percolation+Model
J|0552|Greenhalgh,S.A.+Mason,I.M.+Lucas,E.+|Controlled direction reception filtering of P- and S-waves in tau-p space||#GJI:100:2:1990:221-234|Filtering+P-wave+S-wave+Seismics
J|0553|Mallick,S.+Frazer,L.N.|Po/So synthetics for a variety of oceanic models and their implications for the structure of the oceanic lithosphere||#GJI:100:2:1990:235-253|Oceanic lithosphere+Structure+Synthetic seismogram+Ocean sub-bottom seismometer
J|0554|Williamson,P.R.|Tomographic inversion in reflection seismology||#GJI:100:2:1990:255-274|Reflexion study+Tomography+Inversion
J|0555|Pujades,L.G.+Canas,J.A.+Egozcue,J.J.+|Coda-Q distribution in the Iberian Peninsula||#GJI:100:2:1990:285-301|Attenuation+Coda wave+Iberian Peninsula+Q
J|0556|Douglas,A.+Richardson,L.+Hutchins,M.|Surface reflections and S-to-P conversions on P seismograms||#GJI:100:2:1990:303-314|Broadband seismology+P-wave+Doppler effect+Fracture
J|0557|Shibata,N.+Suda,N.+Fukao,Y.|The matrix element for a transversely isotropic Earth model||#GJI:100:2:1990:315-318|Coupling+Free oscillation+Lateral heterogeneity+Isotropy|Research note
J|0558|Butler,R.+Cessaro,R.K.|Investigation for anisotropic attenuation in the Pacific||#GJI:100:3:1990:321-326|Anisotropy+Attenuation+Pacific+Shear wave
J|0559|Tanimoto,T.|Long-wavelength S-wave velocity structure throughout the mantle||#GJI:100:3:1990:327-336|Mantle+Lateral heterogeneity+S-wave+Velocity
J|0560|White,D.J.+Clowes,R.M.|Shallow crustal structure beneath the Juan de Fuca Ridge from 2-D seismic refraction tomography||#GJI:100:3:1990:349-367|Juan de Fuca+Refraction study+Crustal structure+Tomography
J|0561|Coates,R.T.+Chapman,C.H.|Ray perturbation theory and the Born approximation||#GJI:100:3:1990:379-392|Born approximation+Ray theory+Perturbation+Wave field
J|0562|Kennett,B.L.N.|Guided wave attenuation in laterally varying media||#GJI:100:3:1990:415-422|Guided wave+Propagation+Attenuation+Regional phase
J|0563|Ruud,B.O.|Teleseismic epicentre locations from arrival times at regional networks||#GJI:100:3:1990:515-519|Epicentre+Arrival time+Teleseism+Network|Research note
J|0564|Tromp,J.+Dahlen,F.A.|Summation of the Born series for the normal modes of the Earth||#GJI:100:3:1990:527-533|Born approximation+Free oscillation+Synthetic seismogram+Lateral heterogeneity|Research note
J|0565|Richards,M.A.+Wicks,C.W.|S-P conversion from the transition zone beneath Tonga and the nature of the 670km discontinuity||#GJI:101:1:1990:1-35|Deep-focus earthquake+1978-1985
J|0566|Singh,S.K.+Mori,A.+Mena,E.+|Evidence for anomalous body-wave radiation between 0.3 and 0.7Hz from the 1985 September 19 Michoacan, Mexico earthquake||#GJI:101:1:1990:37-48|Body wave+Anomaly||#*MEXICOCITY|#*MEXICOCITY2|#*MICHOACAN
J|0567|Yedlin,M.J.+Seymour,B.R.+Zelt,B.C.|Comparison of the WKBJ and truncated asymptotic methods for an acoustic medium||#GJI:101:1:1990:49-60|Transition zone+WKBJ method+Asymptotic ray theory
J|0568|Roult,G.+Romanowicz,B.+Montagner,J-P.|3-D upper mantle shear velocity and attenuation from fundamental mode free oscillation data||#GJI:101:1:1990:61-80|Tomography+GEOSCOPE
J|0569|Luosto,U.+Tiira,T.+Korhonen,H.+|Crust and upper mantle structure along the DSS Baltic profile in SE Finland||#GJI:101:1:1990:89-110|Fennoscandia+Deep seismic sounding
J|0570|Park,J.|The subspace projection method for constructing coupled-mode synthetic seismograms||#GJI:101:1:1990:111-123|Free oscillation+Mantle+Coupled mode
J|0571|Johnson,E.|On the initiation of unidirectional slip||#GJI:101:1:1990:125-132|Fault-slip+Finite element method+Fault plane
J|0572|Ebel,J.E.+Bonjer,K-P.|Moment tensor inversion of small earthquakes in southwestern Germany for the fault plane solution||#GJI:101:1:1990:133-146
J|0573|Dragoni,M.|A model of interseismic fault slip in the presence of asperities||#GJI:101:1:1990:147-156|Fault-slip+Asperity+Sliding
J|0574|Sambridge,M.S.+Kennett,B.L.N.|Boundary value ray tracing in a heterogeneous medium: a simple and versatile algorithm||#GJI:101:1:1990:157-168
J|0575|Xu,S.+King,M.S.|Attenuation of elastic waves in a cracked solid||#GJI:101:1:1990:169-180|Anisotropy
J|0576|Hatzfeld,D.+Pedotti,G.+Hatzidimitriou,P.+|The strain pattern in the western Hellenic arc deduced from a microearthquake survey||#GJI:101:1:1990:181-202
J|0577|Shapira,A.|Increasing seismicity as an earthquake precursor in Israel||#GJI:101:1:1990:203-211|Prediction
J|0578|Wu,P.|Deformation of internal boundaries in a viscoelastic earth and topographic coupling between the mantle and core||#GJI:101:1:1990:213-231|Earth model+Core-mantle boundary+Rebound
J|0579|Jault,D.+Le Mouel,J-L.|Core-mantle boundary shape: constraints inferred from the pressure torque acting between the core and the mantle||#GJI:101:1:1990:233-241|Model+Rotation
J|0580|Quareni,F.|Finite element deformation of an elastic, non-uniform medium produced by a dilating or pressurized magma chamber||#GJI:101:1:1990:243-249|Finite element method+Elastic medium
J|0581|Collier,J.S.+White,R.S.|Mud diapirism within Indus fan sediments: Murray Ridge, Gulf of Oman||#GJI:101:2:1990:345-353|Reflexion study+Oman, G. of+Diapirism+Sediment
J|0582|Bostock,M.G.+Kennett,B.L.N.|The effect of 3-D structure on Lg propagation patterns||#GJI:101:2:1990:355-365|Lg-phase+Central Asia+Ray tracing+Crustal structure
J|0583|Whitmarsh,R.B.+Miles,P.R.+Pinheiro,L.M.|The seismic velocity structure of some NE Atlantic continental rise sediments; a lithification index?||#GJI:101:2:1990:367-378|North Atlantic+Sediment+Ocean-bottom seismograph+Reflector
J|0584|Liu,F-T.+Wu,H.+Liu,J-H.+|3-D velocity images beneath the Chinese continent and adjacent regions||#GJI:101:2:1990:379-394|Tomography+China+Image+Velocity
J|0585|Bowman,J.R.+Kennett,B.L.N.|An investigation of the upper mantle beneath NW Australia using a hybrid seismograph array||#GJI:101:2:1990:411-424|P-wave+Upper mantle+Array+Australia
J|0586|DeMets,C.+Gordon,R.G.+Argus,D.F.+|Current plate motions||#GJI:101:2:1990:425-478|Slip+Plate tectonics+Sea-floor spreading+Transform fault
J|0587|Mochizuki,E.|Comments on `Thomson-Haskell matrix method for free spheroidal elastic oscillations' by Z. Martinec||#GJI:101:2:1990:487|Comments+Thomson-Haskell matrix+Free oscillation
J|0588|O'Dowd,R.J.|Ill-conditioning and pre-whitening in seismic deconvolution||#GJI:101:2:1990:489-491|Deconvolution+Autocorrelation+Linear system+Filter|Research note
J|0589|Tsvankin,I.D.+Chesnokov,E.M.|Synthetic waveforms and polarizations at the free surface of an anisotropic half-space||#GJI:101:3:1990:497-505|Shear wave+Splitting+Polarization+Waveform
J|0590|Ben-Zion,Y.|The response of two half spaces to point dislocations at the material interface||#GJI:101:3:1990:507-528|Half-space+Head wave+Point source+Heterogeneous medium
J|0591|Weber,M.|Subduction zones - their influence on traveltimes and amplitudes of P-waves||#GJI:101:3:1990:529-544|Subduction+Amplitude+Travel-times+Kuril Islands+P-wave
J|0592|Snieder,R.|A perturbative analysis of non-linear inversion||#GJI:101:3:1990:545-556|Nonlinear inversion+Scattering+Perturbation+Tomography
J|0593|Gobarenko,V.S.+Nikolova,S.B.+Sokolova,S.J.|Velocity structure of the western Mediterranean from inversion of P-wave traveltimes||#GJI:101:3:1990:557-564|Body wave+Velocity structure+Mediterranean+Inversion
J|0594|Kumazawa,M.+Imanishi,Y.+Fukao,Y.+|A theory of spectral analysis based on the characteristic property of a linear dynamic system||#GJI:101:3:1990:613-630|Sompi method+Spectral analysis+Linear system+Dynamics
J|0595|Vaccari,F.+Suhadolc,P.+Panza,G.F.|Irpinia, Italy, 1980 earthquake: waveform modelling of strong motion data||#GJI:101:3:1990:631-647|Irpinia+1980+Earthquake+Strong-motion analysis||#*CAMPANIA
J|0596|Chang,T.+Stock,J.+Molnar,P.|The rotation group in plate tectonics and the representation of uncertainties of plate reconstructions||#GJI:101:3:1990:649-661|Plate tectonics+Rotation
J|0597|Ambraseys,N.N.+Jackson,J.A.|Seismicity and associated strain of central Greece between 1890 and 1988||#GJI:101:3:1990:663-708|Seismicity+Greece+1890-1988+Strain
J|0598|Prange,M.+Toksoz,M.N.|Perturbation approximation of 3-D seismic scattering||#GJI:101:3:1990:713-738|Perturbation+Scattering+Seismic waves+Interface
J|0599|Carcione,J.M.|Wave propagation in anisotropic linear viscoelastic media: theory and simulated wavefields||#GJI:101:3:1990:739-750|Anisotropy+Attenuation+Dispersion+Viscoelasticity
J|0600|Kennett,B.L.N.+Nolet,G.|The interaction of the S-wavefield with upper mantle heterogeneity||#GJI:101:3:1990:751-762|Upper mantle+S-wave+Heterogeneity+Synthetic seismogram
J|0601|Marzouk,I.+Makris,J.|Deep seismic profiles in Egypt||#IIS:24:-:1990:1-40|Deep seismic sounding+Crustal structure
J|0602|Draunidalo,K.|Seismological status report in the Fiji region||#IIS:24:-:1990:41-57|Network+History+Shallow earthquake
J|0603|Pardyanto,L.|Progress of volcano monitoring system in Indonesia||#IIS:24:-:1990:59-70|Observatory
J|0604|Baag,C-E.|An extended reflectivity method for the source and receiver at depth||#IIS:24:-:1990:71-78|Synthetic seismogram+Propagator matrix+Mathematical method
J|0605|Rosaidi bin Che Abas,M.|Progress of earthquake observation in Malaysia||#IIS:24:-:1990:79-90|Seismicity+Observational seismology+Intensity
J|0606|Nunez-Cornu,F.J.|Earthquake prediction in southern Mexico||#IIS:24:-:1990:91-101|Seismicity+Zoning
J|0607|De la Cruz,E.D.G.|The 21st June - 2nd July 1988 ash ejection of Canlaon Volcano southern Philippines||#IIS:24:-:1990:103-113|Eruption
J|0608|Laping,W.C.|The Philippine seismological network||#IIS:24:-:1990:115-130|Philippines+Equipment+Seismicity
J|0609|Chittrakarn,P.|Progress of earthquake observation in Thailand||#IIS:24:-:1990:131-138|Reservoir+Network
J|0610|Malele,F.|Progress of establishing seismological network: (global seismology)||#IIS:24:-:1990:139-142|Western Samoa+Seismicity
J|0611|Thenhaus,P.C.|Perspectives on earthquake hazards in the New Madrid seismic zone, Missouri||#EQV:22:1:1990:4-21|Modified Mercalli scale+Historical earthquake
J|0612|Russ,D.P.|Trenching in the New Madrid seismic zone||#EQV:22:1:1990:22-25|Fault+Field work
J|0613|Gates,G.O.|Safety and survival in an earthquake||#EQV:22:1:1990:26-32|Danger+Mitigation+Preparedness
J|0614|Hays,W.W.|International Decade for Natural Disaster Reduction||#EQV:22:1:1990:33-39|IDNDR+Mitigation+Preparedness
J|0615|Garwin,L.|Where prediction is not possible||#EQV:22:2:1990:52-58|Intraplate earthquake+Continental crust
J|0616|Lockridge,P.|Major earthquakes in the 80's in the United States||#EQV:22:2:1990:64-71|Tsunami+Damage||#*LOMAPRIETA89|#*WHITTIER|#*ANDREANOF|#*ALASKA88
J|0617|Jorgenson,P.|Number of significant earthquakes in the world was down in 1989||#EQV:22:2:1990:72-74|Significant earthquake
J|0618|Lee,V.W.|Scaling PSV spectra in terms of site intensity, and both local soil and geological site classifications||#EEE:4:1:1990:3-12|Spectrum
J|0619|Yayong,W.+Minxian,C.|Dependence of structural damage on the parameters of earthquake strong motion||#EEE:4:1:1990:13-23|Ductility+Spectrum
J|0620|La Mendola,L.+Papia,M.|Geometrically nonlinear behaviour of torsionally coupled systems under dynamic excitation||#EEE:4:1:1990:24-33|Dynamic analysis+Nonlinearity+Building+Response
J|0621|Gupta,V.K.+Trifunac,M.D.|Response of multistoried buildings to ground translation and torsion during earthquakes||#EEE:4:1:1990:34-35|Ground motion+Displacement
J|0622|Pipa,M.+Carvalho,E.C.|Experimental evaluation of the behaviour of structures designed for two ductility levels||#EEE:4:1:1990:43-53|Building+Reinforced concrete+Building code
J|0623|Ambraseys,N.N.+Bommer,J.J.|Uniform magnitude re-evaluation for the strong-motion database of Europe and adjacent areas||#EEE:4:2:1990:3-16|Strong motion+1966-1989
J|0624|Rega,G.+Vestroni,F.+Vulcano,A.|Effectiveness of design prescriptions of CEB seismic code for satisfactory inelastic behaviour of reinforced concrete frames||#EEE:4:2:1990:17-26|Building code+Earthquake-resistant design+Nonlinear response
J|0625|Paultre,P.+Mitchell,D.|Some considerations for achieving ductility in reinforced concrete frame structures||#EEE:4:2:1990:27-37|Earthquake-resistant design+Building code
J|0626|Basili,M.+Bongiovanni,G.|Data acquisition and processing in strong motion seismology: an overview||#EEE:4:2:1990:38-39|Data processing+Accelerogram
J|0627|Casciati,F.|Review of `Computational mechanics of probabilistic and reliability analysis' by W. K. Liu and T. Belytschko||#EEE:4:2:1990:40|Finite element method+Earthquake engineering+Numerical analysis
J|0628|Torgerson,T.|Crustal-scale fluid transport. Magnitude and mechanisms||#EOS:71:1:1990:1-13|Geochemistry
J|0629|McCue,K.|Earthquake update||#EOS:71:1:1990:3|1989+Macquarie Ridge|Forum|#*MACQUARIE89
J|0630||Under a volcano||#EOS:71:3:1990:201|Alaska+Eruption+1990|News
J|0631|Lomnitz,C.|Successful modeling?||#EOS:71:3:1990:203|Modelling+Depth+Focus+Statistical method|Forum
J|0632|Larue,D.K.|Toa Baja drilling project, Puerto Rico||#EOS:71:5:1990:233-234|Vibroseis+Crustal structure
J|0633|Langseth,M.G.+Moore,J.C.|Fluids in accretionary prisms||#EOS:71:5:1990:245-247|Subduction+Flow|Report of a workshop held in Il Ciocco, September 1988
J|0634|Sawada,Y.+McCreery,C.S.+Walker,D.A.|Possible submarine eruption, Mariana Islands, western Pacific||#EOS:71:6:1990:249|Marianas+1989+Submarine volcano|News
J|0635|Swanson,D.+Dzurisin,D.+Jonientz-Trisler,C.|Mount St. Helens volcano, Cascade Range, southern Washington (46.2degreesN, 122.18degreesW)||#EOS:71:6:1990:249-262|Eruption+1990+Tremor|News
J|0636|Schwing,F.B.+Norton,J.G.+Pilskaln,C.H.|Earthquake and bay. Response of Monterey Bay to the Loma Prieta earthquake||#EOS:71:6:1990:250-262|Water level+1989||#*LOMAPRIETA89
J|0637|a-Alaska Volcano Observatory Staff|The 1989-1990 eruption of Redoubt volcano. The eruption and its hazards||#EOS:71:7:1990:265-275|Swarm+Depth+Alaska
J|0638|Fiske,R.S.|Review of `Observation and interpretation of Hawaiian volcanism and seismicity 1779-1955. An annotated bibliography and subject index' by T. L. Wright and T. J. Takahashi||#EOS:71:10:1990:324
J|0639|Uchrin,G.|Olympiodorus's eruption of Mount Etna. A possible date of A.D. 417||#EOS:71:11:1990:329-334|Historical earthquake+0417
J|0640|Sawada,Y.+Karst,O.+Casadevall,T.|Kelut volcano, east Java, Indonesia (7.93degreesS, 112.31degreesE)||#EOS:71:12:1990:340-347|Eruption+1990|News
J|0641|Yen,T.P.+Yeh,Y-H.|Geotransects in the Taiwan region||#EOS:71:13:1990:353|Velocity structure+Gravity
J|0642||IRIS alerts Congress||#EOS:71:14:1990:369-375|Hazard+Mitigation+Research|News
J|0643|Westrich,H.R.|This dynamic planet. Review of `A world map of volcanoes, earthquakes, and plate tectonics' by T. Simkin, R. I. Tilling, J. N. Taggart, W. J. Jones and H. Spall||#EOS:71:14:1990:377
J|0644|Olsen,P.E.+Kent,D.V.|Continental coring of the Newark rift||#EOS:71:15:1990:385-394|Drilling+Continental rift+Geochronology
J|0645|Ambeh,W.B.+Rowley,K.+Lynch,L.+|Kick-'em-Jenny, north of Grenada, West Indies (12.30degreesN, 61.63degreesW)||#EOS:71:16:1990:402|Lesser Antilles+T-wave+Eruption+1990+Submarine volcano|News
J|0646||Errata to `Response of Monterey Bay to the Loma Prieta earthquake of October 17, 1989'||#EOS:71:16:1990:402|Water level|News
J|0647|Schwing,F.B.+Norton,J.G.+Pilskaln,C.H.|Monterey Bay||#EOS:71:16:1990:402|Canyon+Loma Prieta+Slumping+Liquefaction|Forum
J|0648|Song,T-G.+Ding,W-L.|Growth reverse faults in China. Their characteristics and evolution||#EOS:71:18:1990:677|Sedimentary basin+Hydrocarbon
J|0649|Mutter,J.C.|MARGINS. A new conceptual approach to continental margin research||#EOS:71:18:1990:679-688|Faulting+Fluid+Plate tectonics|News and announcements
J|0650||Seafloor quake detector||#EOS:71:18:1990:690|Ocean-bottom seismograph+Instrument+Offshore structure|News
J|0651|Okubo,P.+Koyanagi,R.Y.|Loihi Hawaii (18.92degreesN, 155.25degreesW)||#EOS:71:19:1990:693|Swarm+Volcanic tremor+1990|News
J|0652|Hall,M.|Guagua Pichincha, north-central Ecuador (0.17degreesS, 78.60degreesW)||#EOS:71:19:1990:702|Volcanic tremor+Eruption+1990|News
J|0653|Eichelberger,J.C.+Ballard,S.+Carrigan,C.R.+|Geophysics at Katmai. Geophysical expedition to Novarupta Volcano, Katmai National Park, Alaska||#EOS:71:22:1990:733-735|Geophysical investigation+Volcano
J|0654|Heliker,C.+Okubo,P.+Koyanagi,R.Y.|Kilauea, Hawaii (19.42degreesN, 155.27degreesW)||#EOS:71:25:1990:760-761|Eruption+Volcano+1990|News
J|0655|Vogt,P.R.+Nishimura,C.E.+Jarvis,J.|Prospecting for active volcanism. A promising role for long-range aircraft along the mid-ocean ridge||#EOS:71:26:1990:773-774|Eruption+Aircraft
J|0656|Tapponnier,P.+Armijo,R.+Manighetti,I.+|Bookshelf faulting and horizontal block rotations between overlapping rifts in southern Afar||#GRL:17:1:1990:1-4|1969
J|0657|Grand,S.P.|A possible station bias in travel time measurements reported to ISC||#GRL:17:1:1990:17-20|P-wave+Station correction+Arrival time+Travel-times+International Seismological Centre
J|0658|Savage,M.K.+Silver,P.G.+Meyer,R.P.|Observations of teleseismic shear-wave splitting in the Basin and Range from portable and permanent stations||#GRL:17:1:1990:21-24|Basin & Range+Shear wave+Anisotropy
J|0659|Furumoto,M.+Kunitomo,T.+Inoue,H.+|Twin sources of high-frequency volcanic tremor of Izu-Oshima volcano, Japan||#GRL:17:1:1990:25-27|Eruption+1986||#*OSHIMA86
J|0660|Luo,Y.+Schuster,G.T.|Parsimonious staggered grid finite-differencing of the wave equation||#GRL:17:2:1990:155-158|Finite difference method+Mathematical method
J|0661|Priestley,K.F.+Walter,W.R.+Martynov,V.N.+|Regional seismic recordings of the Soviet nuclear explosion of the joint verification experiment||#GRL:17:2:1990:179-182|USSR+1988
J|0662|Gupta,I.N.+Lynnes,C.S.+Wagner,R.A.|Broadband f-k analysis of array data to identify sources of local scattering||#GRL:17:2:1990:183-186|Underground nuclear explosion+Broadband seismology
J|0663|Davis,J.P.+Weber,M.|Lower mantle velocity inhomogeneity observed at GRF array||#GRL:17:2:1990:187-190
J|0664|Huang,J.+Turcotte,D.L.|Are earthquakes an example of deterministic chaos?||#GRL:17:3:1990:223-226|Simulation+Model+Friction
J|0665|Kuge,K.|Analysis of a deep "non double couple" earthquake using very broadband data||#GRL:17:3:1990:227-230|Broadband seismology+Deep-focus earthquake+Japan+Centroid-moment tensor+Double couple||#*SHONSHU84
J|0666|Varsek,J.L.+Cook,F.A.+Cheadle,S.P.|Enhanced crustal reflection continuity by estimation of statics from coherence filtered sections||#GRL:17:3:1990:231-234|Slant stack+Filtering+Deep seismic sounding
J|0667|Zollo,A.+Bernard,P.|Errata to `S-wave polarization inversion of the 15 October 1979, 23:19 Imperial Valley aftershock: evidence for anisotropy and simple source mechanism'||#GRL:17:3:1990:311
J|0668|Ricard,Y.+Sabadini,R.|Rotational instabilities of the Earth induced by mantle density anomalies||#GRL:17:5:1990:627-630|Tomography
J|0669|Nakanishi,I.|High-frequency waves following PKP-CDIFF at distances greater than 155degrees||#GRL:17:5:1990:639-642|PKP-wave+High frequency+Core+Scattering
J|0670|Pelayo,A.M.+Wiens,D.A.|The November 20, 1960 Peru tsunami earthquake: source mechanism of a slow event||#GRL:17:6:1990:661-664|Slow earthquake+Focal mechanism
J|0671|Tsuboi,S.|Asymmetric propagation of surface waves on the aspherical Earth||#GRL:17:6:1990:665-668|Aspherical Earth structure+Asymmetry
J|0672|Tanimoto,T.|Lateral variation of Q from singlet modal Q measurements of 0S2||#GRL:17:6:1990:669-672|Spheroidal mode+Aspherical Earth structure+Lower mantle
J|0673|Witten,A.J.+King,W.C.|Geophysical imaging with backpropagation and zeroth-order phase approximation||#GRL:17:6:1990:673-676|First arrival+Technique+Propagation
J|0674|Lienert,B.R.+Manghnani,M.H.|The relationship between QE-1 and dispersion in extensional modulus, E||#GRL:17:6:1990:677-680|Q+Sandstone+Dispersion+Elastic modulus
J|0675|Barstow,N.+Carter,J.A.+Pomeroy,P.W.+|High frequency (1-100 Hz) noise and signal recorded at different depths in a mine, northwest Adirondacks, NY||#GRL:17:6:1990:681-684
J|0676|Reynard,B.+Price,G.D.|Thermal expansion of mantle minerals at high pressures - a theoretical study||#GRL:17:6:1990:689-692
J|0677|Lombardi,S.+Reimer,G.M.|Radon and helium in soil gases in the Phlegraean Fields, central Italy||#GRL:17:6:1990:849-852|Phlegraean Fields+Tectonics
J|0678|James,T.S.+Morgan,W.J.|Horizontal motions due to post-glacial rebound||#GRL:17:7:1990:957-960|Earth model+Viscosity+Rheology
J|0679|Stoddard,P.R.+Woods,M.T.|Master event relocation of Gorda block earthquakes: implication for deformation||#GRL:17:7:1990:961-964|Gorda Plate+Intraplate seismicity
J|0680|Nagumo,S.+Ouchi,T.|An effect of source on Po/So generation evidenced by a deep-focus earthquake||#GRL:17:7:1990:965-968|Ocean-bottom seismometer+Western Pacific+1981
J|0681|Fehler,M.|Identifying the plane of slip for a fault plane solution from clustering of locations of nearby earthquakes||#GRL:17:7:1990:969-972|Local earthquake+Coalinga||#*COALINGA
J|0682|Toksoz,M.N.+Mandal,B.+Dainty,A.M.|Frequency dependent attenuation in the crust||#GRL:17:7:1990:973-976|Shear wave
J|0683|Pulli,J.J.+Dysart,P.S.|An experiment in the use of trained neural networks for regional seismic event classification||#GRL:17:7:1990:977-980|NORESS+Explosion+Discrimination
J|0684|Ruff,L.J.|The great Macquarie Ridge earthquake of 1989: introduction||#GRL:17:7:1990:989-991|Great earthquake+Seismicity||#*MACQUARIE89
J|0685|Ekstrom,G.+Romanowicz,B.|The 23 May 1989 Macquarie Ridge earthquake: a very broad band analysis||#GRL:17:7:1990:993-996|GEOSCOPE+Source parameter||#*MACQUARIE89
J|0686|Satake,K.+Kanamori,H.|Fault parameters and tsunami excitation of the May 23, 1989, Macquarie Ridge earthquake||#GRL:17:7:1990:997-1000|||#*MACQUARIE89
J|0687|Tichelaar,B.W.+Ruff,L.J.|Rupture process and stress-drop of the great 1989 Macquarie Ridge earthquake||#GRL:17:7:1990:1001-1004|Great earthquake||#*MACQUARIE89
J|0688|Park,J.|Radial mode observations from the 5/23/89 Macquarie Ridge earthquake||#GRL:17:7:1990:1005-1008|1989||#*MACQUARIE89
J|0689|Gross,R.S.+Chao,B.F.|The global geodynamic effect of the Macquarie Ridge earthquake||#GRL:17:7:1990:1009-1012|Geodynamics+Deformation||#*MACQUARIE89
J|0690|Anderson,H.J.|The 1989 Macquarie Ridge earthquake and its contribution to the regional seismic moment budget||#GRL:17:7:1990:1013-1016|||#*MACQUARIE89
J|0691|Braunmiller,J.+Nabelek,J.|Rupture process of the Macquarie Ridge earthquake of May 23, 1989||#GRL:17:7:1990:1017-1020|||#*MACQUARIE89
J|0692|Houston,H.|Broadband source spectrum, seismic energy, and stress drop of the 1989 Macquarie Ridge earthquake||#GRL:17:7:1990:1021-1024|Stress-drop||#*MACQUARIE89
J|0693|Corner,B.+Durrheim,R.J.+Nicolaysen,L.O.|Relationships between the Vredefort structure and the Witwatersrand basin within the tectonic framework of the Kaapvaal craton as interpreted from regional gravity and aeromagnetic data||#TCT:171:1-4:1990:49-61|Aeromagnetic study+Reflector
J|0694|Stepto,D.|The geology and gravity field in the central core of the Vredefort structure||#TCT:171:1-4:1990:75-103|Witwatersrand+Reflector
J|0695|Green,R.W.E.+Chetty,P.|Seismic refraction studies in the basement of the Vredefort structure||#TCT:171:1-4:1990:105-113|Refraction study+Geologic structure+Velocity
J|0696|Bayly,B.|The Vredefort structure: estimates of energy for some internal sources and processes||#TCT:171:1-4:1990:153-167|Witwatersrand||#*MOUNTSTHELENS
J|0697|Nicolaysen,L.O.+Ferguson,J.|Cryptoexplosion structures, shock deformation and siderophile concentration related to explosive venting of fluids associated with alkaline ultramafic magmas||#TCT:171:1-4:1990:303-335|Magmatism+Seismicity+Impact
J|0698|Sanz de Galdeano,C.|Geologic evolution of the Betic Cordilleras in the western Mediterranean, Miocene to the present||#TCT:172:1-2:1990:107-119|Geochronology+Fault+Seismicity
J|0699|Oncescu,M.C.+Trifu,C.I.+Hristova,T.+|A detailed analysis of the Strazhitza (Bulgaria) seismic sequences of 1986: location, focal mechanism and regional stress tensor||#TCT:172:1-2:1990:121-134
J|0700|Oda,H.+Tanaka,T.+Seya,K.|Subducting oceanic crust on the Philippine Sea plate in southwest Japan||#TCT:172:1-2:1990:175-189|Subduction+Travel-times
J|0701|Nur,A.|Comment on `Shear wave anisotropy of active tectonic regions via automated S-wave polarization analysis' by M. K. Savage, X. R. Shih, R. P. Meyer and R. C. Aster, and on `Azimuthal variations in P-wave travel times and shear-wave splitting in the Charlevoix seismic zone' by G. G. R. Buchbinder||#TCT:172:1-2:1990:195-196|Comments
J|0702|Jackson,H.R.+Gunnarsson,K.|Reconstructions of the Arctic: Mesozoic to present||#TCT:172:3-4:1990:303-322|Profile+Plate tectonics+Geochronology
J|0703|Herak,M.+Herak,D.|Anomalous seismicity of the Knin area (Yugoslavia) prior to the M=5.5 earthquake of 1986||#TCT:172:3-4:1990:323-329|Precursor||#*KNIN86
J|0704|Perincek,D.+Cemen,I.|The structural relationship between the East Anatolian and Dead Sea fault zones in southeastern Turkey||#TCT:172:3-4:1990:331-340|Profile
J|0705|Yarwood,D.R.+Doser,D.I.|Deflection of oceanic transform motion at a continental margin as deduced from waveform inversion of the 1939 Accra, Ghana earthquake||#TCT:172:3-4:1990:341-349|Focal mechanism
J|0706|Okada,Y.+Kasahara,K.|Earthquake of 1987, off Chiba, central Japan and possible triggering of eastern Tokyo earthquake of 1988||#TCT:172:3-4:1990:351-364|||#*HONSHU87|#*HONSHU88
J|0707|Malischewsky,P.|Review of `Seismic tomography. With applications in global seismology and exploration geophysics' edited by G. Nolet||#TCT:172:3-4:1990:369-370|Seismic exploration
J|0708|Kubackova,L.|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||#TCT:172:3-4:1990:370-371
J|0709|Nolet,G.|Review of `Surface waves and discontinuities' by P. Malischewsky. Developments in Solid Earth Geophysics, 16||#TCT:172:3-4:1990:371-372|Discontinuity
J|0710|Milkereit,B.+Green,A.G.+Lee,M.W.+|Pre- and poststack migration of GLIMPCE reflection data||#TCT:173:1-4:1990:1-13|Reflexion study+Stacking+Lake Superior
J|0711|Warner,M.|Absolute reflection coefficients from deep seismic reflections||#TCT:173:1-4:1990:15-23|Reflexion coefficient+Deep seismic sounding+Marine seismic investigation+Western Approaches+Reflector
J|0712|Hobbs,R.W.|Effective Q determination using frequency methods on BIRPS data||#TCT:173:1-4:1990:25-30|Q+Marine seismic investigation+Britain
J|0713|Du Bois,L.+Levato,L.+Besnard,J.+|Pseudo-3D study using crooked line processing from the Swiss Alpine western profile - Line 2 (Val d'Anniviers-Valais)||#TCT:173:1-4:1990:31-42|Swiss Alps+Common midpoint+Reflexion study
J|0714|Cook,F.A.+Coflin,K.C.|Experimental three-dimensional imaging of crustal structure in the northwestern Canadian Arctic||#TCT:173:1-4:1990:43-52|Reflexion study
J|0715|Greenhalgh,S.A.+Mason,I.M.+Mosher,C.C.+|Seismic wavefield separation by multicomponent tau-p polarisation filtering||#TCT:173:1-4:1990:53-61|Wave field+Polarization+P-tau plane+Profile
J|0716|Greenhalgh,S.A.+Sugiharto,S.+Wright,C.+|Tomographic reconstruction of upper crustal velocity variations in the Arunta Block, central Australia||#TCT:173:1-4:1990:63-72|Tomography+Sounding
J|0717|Wright,C.+Barton,T.+Goleby,B.R.+|The interpretation of expanding spread reflection profiles: examples from central and eastern Australia||#TCT:173:1-4:1990:73-82|Reflexion study
J|0718|Flueh,E.R.+Klaeschen,D.+Meissner,R.+a-DEKORP Research Group|Wide-angle Vibroseis data from the western Rhenish Massif||#TCT:173:1-4:1990:83-93|Reflexion study+Velocity profile
J|0719|Damotte,B.+Bois,C.|Near-vertical Vibroseis versus large-offset dynamite seismic reflection profiling: example of the ECORS northern France profile||#TCT:173:1-4:1990:95-106
J|0720|Young,R.A.+Stewart,S.C.+Seman,M.R.+|Fault-plane reflection processing and 3D display: the Darling Fault, western Australia||#TCT:173:1-4:1990:107-117|Dipping layer+Fault plane+Reflexion study
J|0721|Cao,S.+Kennett,B.L.N.+Goleby,B.R.|3D isochronal modelling of reflections from the deep crust: application to reflection profiling in central Australia||#TCT:173:1-4:1990:119-128|Reflexion study
J|0722|Kravis,S.P.+Coffin,M.F.+Whitworth,R.|Design and operation of a deep seismic survey in the Tasman Sea Basin||#TCT:173:1-4:1990:129-140|Reflexion study+Marine seismic investigation
J|0723|Hardy,R.J.J.+Warner,M.R.+a-BIRPS|Imaging the lower crust in deep water||#TCT:173:1-4:1990:141-143|Western Approaches+Marine seismic investigation|Extended abstract
J|0724|Owen,T.R.E.+Barton,P.J.|The Cambridge digital seismic recorder for land and marine use||#TCT:173:1-4:1990:145-154|Instrument+Ocean-bottom seismometer+Digital recording
J|0725|Mereu,R.F.+Dunn,B.+Brunet,J.|An efficient method for sending a large seismic section from a mainframe computer to a dot matrix printer located at a remote site||#TCT:173:1-4:1990:155-161|Reflexion data+Data processing
J|0726|Warner,M.|Basalts, water, or shear zones in the lower continental crust?||#TCT:173:1-4:1990:163-174|Lower crust+Reflexion+Layered medium
J|0727|Reston,T.J.|Shear in the lower crust during extension: not so pure and simple||#TCT:173:1-4:1990:175-183|Deformation
J|0728|Pinet,B.+Colletta,B.|Probing into extensional sedimentary basins: comparison of recent data and derivation of tentative models||#TCT:173:1-4:1990:185-197|Continental crust
J|0729|Wever,T.+Meissner,R.+Sadowiak,P.+a-DEKORP Research Group|Comparative investigations of continental reflectivity||#TCT:173:1-4:1990:199-206|Continental crust+Conrad discontinuity
J|0730|Jackson,I.+Rudnick,R.L.+O'Reilly,S.Y.+|Measured and calculated elastic wave velocities for xenoliths from the lower crust and upper mantle||#TCT:173:1-4:1990:207-210|Velocity|Extended abstract
J|0731|Finlayson,D.M.+Wake-Dyster,K.D.+Leven,J.H.+|Seismic imaging of major tectonic features in the crust of Phanerozoic eastern Australia||#TCT:173:1-4:1990:211-230|Crustal structure
J|0732|Leven,J.H.+Finlayson,D.M.+Wake-Dyster,K.D.|Mid-crustal detachments controlling basin deformation: ramp synforms in southwestern Queensland||#TCT:173:1-4:1990:231-246|Reflexion data+Crustal structure
J|0733|Wright,C.+Goleby,B.R.+Collins,C.D.N.+|Deep seismic profiling in central Australia||#TCT:173:1-4:1990:247-256|Deep seismic sounding+Dipping layer
J|0734|Goleby,B.R.+Kennett,B.L.N.+Wright,C.+|Seismic reflection profiling in the Proterozoic Arunta Block, central Australia: processing for testing models of tectonic evolution||#TCT:173:1-4:1990:257-268|Stacking
J|0735|Willcox,J.B.+Stagg,H.M.J.|Australia's southern margin: a product of oblique extension||#TCT:173:1-4:1990:269-281|Continental margin+Transect
J|0736|Davey,F.J.+Stern,T.A.|Crustal seismic observations across the convergent plate boundary, North Island, New Zealand||#TCT:173:1-4:1990:283-296|Profile+Crustal structure
J|0737|Weng,S.+Chen,H.+Zhou,X-Q.+|Deep seismic probing of continental crust in the lower Yangtze region, eastern China||#TCT:173:1-4:1990:297-305|Deep seismic sounding+Profile
J|0738|Kaila,K.L.+Murty,P.R.K.+Rao,V.K.+|Deep seismic sounding in the Godavari Graben and Godavari (coastal) Basin, India||#TCT:173:1-4:1990:307-317|Profile+Crustal structure
J|0739|Barton,P.J.+Owen,T.R.E.+White,R.S.|The deep structure of the east Oman continental margin: preliminary results and interpretation||#TCT:173:1-4:1990:319-331|Reflexion study
J|0740|Wright,J.A.+Hall,J.|Deep seismic profiling in the Nosop Basin, Botswana: cratons, mobile belts and sedimentary basins||#TCT:173:1-4:1990:333-343|Deep seismic sounding+Tectonics
J|0741|Juhlin,C.|Interpretation of the reflections in the Siljan Ring area based on results from the Gravberg-1 borehole||#TCT:173:1-4:1990:345-360|Sweden+Reflexion study
J|0742|Meissner,R.+Wever,T.+Sadowiak,P.+a-DEKORP Research Group|Reflectivity patterns in the Variscan mountain belts and adjacent areas: an attempt for a pattern recognition and correlation to tectonic units||#TCT:173:1-4:1990:361-378|DEKORP
J|0743|Posgay,K.+Hegedus,E.+Timar,Z.|The identification of mantle reflections below Hungary from deep seismic profiling||#TCT:173:1-4:1990:379-385|Deep seismic sounding+Reflexion
J|0744|Matthews,D.H.+Flack,C.A.+Hobbs,R.W.+|Progress in BIRPS deep seismic reflection profiling around the British Isles||#TCT:173:1-4:1990:387-396|Britain+Reflexion study
J|0745|Bois,C.+a-ECORS Scientific Party|Major geodynamic processes studied from the ECORS deep seismic profiles in France and adjacent areas||#TCT:173:1-4:1990:397-410|Geodynamics
J|0746|Choukroune,P.+Roure,F.+Pinet,B.+|Main results of the ECORS Pyrenees profile||#TCT:173:1-4:1990:411-423|Crustal structure
J|0747|Marthelot,J-M.+Bano,M.|Lateral variations in crustal reflectivity beneath the Paris Basin||#TCT:173:1-4:1990:425-434|Profile
J|0748|Dyment,J.+Sibuet,J-C.+Pinet,B.|Deep structure of the Celtic Sea: a discussion on the formation of basins||#TCT:173:1-4:1990:435-444|Western Approaches+Profile
J|0749|Klemperer,S.L.+Hobbs,R.W.+Freeman,B.|Dating the source of lower crustal reflectivity using BIRPS deep seismic profiles across the Iapetus suture||#TCT:173:1-4:1990:445-454|Crustal age
J|0750|Stein,A.M.+Blundell,D.J.|Geological inheritance and crustal dynamics of the northwest Scottish continental shelf||#TCT:173:1-4:1990:455-467|Scotland+Geology
J|0751|Flack,C.A.+Warner,M.|Three-dimensional mapping of seismic reflections from the crust and upper mantle, northwest of Scotland||#TCT:173:1-4:1990:469-481|Seismic survey+Lithosphere+Reflexion study
J|0752|Luschen,E.+Nolte,B.+Fuchs,K.|Shear-wave evidence for an anisotropic lower crust beneath the Black Forest, southwest Germany||#TCT:173:1-4:1990:483-493|Shear wave+Anisotropy
J|0753|Sandmeier,K-J.+Wenzel,F.|Lower crustal petrology from wide-angle P- and S-wave measurements in the Black Forest||#TCT:173:1-4:1990:495-505|P-wave
J|0754|a-DEKORP Research Group|Results of deep-seismic reflection investigations in the Rhenish Massif||#TCT:173:1-4:1990:507-515|Deep seismic sounding+Profile+Crustal structure
J|0755|Morgan,J.V.+Barton,P.J.|A geophysical study of the Hatton Bank volcanic margin: a summary of the results from a combined seismic, gravity and magnetic experiment||#TCT:173:1-4:1990:517-526|Velocity profile+Geophysical investigation+Dipping layer
J|0756|Keen,C.E.+Kay,W.A.+Roest,W.R.|Crustal anatomy of a transform continental margin||#TCT:173:1-4:1990:527-544|Crustal structure+Transform margin+Reflexion study+Grand Banks
J|0757|Zehnder,C.M.+Mutter,J.C.+Buhl,P.|Deep seismic and geochemical constraints on the nature of rift-induced magmatism during breakup of the North Atlantic||#TCT:173:1-4:1990:545-565|Deep seismic sounding+Crustal structure
J|0758|De Voogd,B.+Keen,C.E.+Kay,W.A.|Fault reactivation during Mesozoic extension in eastern offshore Canada||#TCT:173:1-4:1990:567-580|Profile
J|0759|Hall,J.+Quinlan,G.+Marillier,F.|Dipping shear zones and the base of the crust in the Appalachians, offshore Canada||#TCT:173:1-4:1990:581-593|Dipping layer
J|0760|Behrendt,J.C.+Hutchinson,D.R.+Lee,M.W.+|GLIMPCE seismic reflection evidence of deep-crustal and upper-mantle intrusions and magmatic underplating associated with the Midcontinent Rift system of North America||#TCT:173:1-4:1990:595-615|Reflexion study
J|0761|Mereu,R.F.+Epili,D.+Green,A.G.|Pg shingles: preliminary results from the onshore GLIMPCE refraction experiment||#TCT:173:1-4:1990:617-626|Refraction study+North America+Pg-wave+Reflexion
J|0762|Green,A.G.+Milkereit,B.+Percival,J.A.+|Origin of deep crustal reflections: seismic profiling across high-grade metamorphic terranes in Canada||#TCT:173:1-4:1990:627-638|Reflexion study+Reflector
J|0763|Clowes,R.M.|LITHOPROBE: a scientific update - new images of the continental crust||#TCT:173:1-4:1990:639|Canada+Lithoprobe|Abstract
J|0764|Clowes,R.M.+Hyndman,R.D.+Yorath,C.J.+|The structure and tectonic history of the western Canada subduction zone||#TCT:173:1-4:1990:641|Neotectonics|Abstract
J|0765|Gawarecki,S.L.+Coffield,D.Q.|Mechanical response to stratigraphic inhomogeneity during extension, and surface expression of buried structures, Gulf of Suez, Egypt||#TCT:174:1-2:1990:7-20|Stratigraphy+Reflexion study
J|0766|Keller,G.R.+Morgan,P.+Seager,W.R.|Crustal structure, gravity anomalies and heat flow in the southern Rio Grande rift and their relationship to extensional tectonics||#TCT:174:1-2:1990:21-37|Rio Grande Rift
J|0767|Thompson,G.A.+McCarthy,J.|A gravity constraint on the origin of highly extended terranes||#TCT:174:1-2:1990:197-206|Western United States+Reflexion data
J|0768|Nishida,R.|Characteristics of the 1983 Tottori earthquake sequence and its relation to the tectonic stress field||#TCT:174:3-4:1990:257-278|Japan+Fault plane solution||#*MISASA83
J|0769|Rajlich,P.|Strain and tectonic styles related to Variscan transpression and transtension in the Moravo-Silesian Culmian basin, Bohemian Massif, Czechoslovakia||#TCT:174:3-4:1990:351-367|Tectonics+Profile
J|0770|Grunthal,G.+Schenk,V.+Zeman,A.+|Seismotectonic model for the earthquake swarm of 1985-1986 in the Vogtland/West Bohemia focal area||#TCT:174:3-4:1990:369-383|Seismotectonics
J|0771|Mogi,K.|Seismicity before and after large shallow earthquakes around the Japanese islands||#TCT:175:1-3:1990:1-33|Space-time distribution||#*SEAOFJAPAN|#*HYUGANADA84|#*IBARAKI|#*MIYAGIKEN
J|0772|Neri,G.|Earthquake clustering on volcanic and tectonic structures||#TCT:175:1-3:1990:35-45|Seismicity+Volcano+Seismotectonics
J|0773|Ito,A.|Earthquake swarm activity revealed from high-resolution relative hypocenters - clustering of microearthquakes||#TCT:175:1-3:1990:47-66|Hypocentre+Japan
J|0774|Koyama,J.+Izutani,Y.|Seismic excitation and directivity of short-period body waves from a stochastic fault model||#TCT:175:1-3:1990:67-79|Short-period wave
J|0775|Umeda,Y.|High-amplitude seismic waves radiated from the bright spot of an earthquake||#TCT:175:1-3:1990:81-92|Shallow earthquake+Japan||#*SEAOFJAPAN|#*NAGANO
J|0776|Quin,H.R.|Dynamic stress drop and rupture dynamics of the October 15, 1979 Imperial Valley, California, earthquake||#TCT:175:1-3:1990:93-117|||#*IMPERIAL
J|0777|Song,H-Z.+Yuan,Y-G.+Huang,L-R.|Analysis of the 1976 Tangshan earthquake process||#TCT:175:1-3:1990:119-130|T'ang-shan+Focal mechanism||#*TANGSHAN|#*NINGHE2
J|0778|Loo,H-Y.+Yuan,Y-G.+Song,H-Z.|Numerical modeling of ground deformation and source mechanism related to co-seismic change in gravitational potential||#TCT:175:1-3:1990:131-137|Surface deformation+Focal mechanism+Numerical modelling+Gravity
J|0779|Bruhn,R.L.+Yonkee,W.A.+Parry,W.T.|Structural and fluid-chemical properties of seismogenic normal faults||#TCT:175:1-3:1990:139-157|Structure+Rupture+Geochemistry
J|0780|Feucht,L.J.+Logan,J.M.|Effects of chemically active solutions on shearing behavior of a sandstone||#TCT:175:1-3:1990:159-176|Seismicity+Chemistry
J|0781|Wong,T-F.+Zhao,Y-S.|Effects of load point velocity on frictional instability behavior||#TCT:175:1-3:1990:177-195|Rupture+Stick-slip+Dynamics
J|0782|Ohnaka,M.+Kuwahara,Y.|Characteristic features of local breakdown near a crack-tip in the transition zone from nucleation to unstable rupture during stick-slip shear failure||#TCT:175:1-3:1990:197-220
J|0783|Ismail,I.A.H.+Murrell,S.A.F.|The effect of confining pressure on stress-drop in compressive rock fracture||#TCT:175:1-3:1990:237-248|Depth+Rock mechanics
J|0784|Meredith,P.G.+Main,I.G.+Jones,C.|Temporal variations in seismicity during quasi-static and dynamic rock failure||#TCT:175:1-3:1990:249-268|Rock mechanics+b-Value
J|0785|Huang,J-F.+Chen,G.+Zhao,Y-H.+|An experimental study of the strain field development prior to failure of a marble plate under compression||#TCT:175:1-3:1990:269-284|Rock mechanics
J|0786|Bouysse,P.+Westercamp,D.|Subduction of Atlantic aseismic ridges and Late Cenozoic evolution of the Lesser Antilles island arc||#TCT:175:4:1990:349-380
J|0787|Pasquale,V.+Cabella,C.+Verdoya,M.|Deep temperatures and lithospheric thickness along the European Geotraverse||#TCT:176:1-2:1990:1-11|European Geotraverse Project+Lithosphere
J|0788|Morner,N-A.|Glacial isostasy and long-term crustal movements in Fennoscandia with respect to lithospheric and asthenospheric processes and properties||#TCT:176:1-2:1990:13-24|Profile
J|0789|Bialas,J.+Flueh,E.R.+Jokat,W.|Seismic investigations of the Ringkoebing-Fyn High on Langeland, Denmark||#TCT:176:1-2:1990:25-41|Refraction study+Velocity+EUGENO-S
J|0790|a-EUGEMI Working Group|The European Geotraverse seismic refraction experiment of 1986 from Genova, Italy, to Kiel, Germany||#TCT:176:1-2:1990:43-57|European Geotraverse Project+Refraction study+Crust+Velocity structure
J|0791|Zeis,St.+Gajewski,D.+Prodehl,C.|Crustal structure of southern Germany from seismic refraction data||#TCT:176:1-2:1990:59-86|Refraction study+Velocity structure+Mohorovicic discontinuity
J|0792|Wever,T.+Meissner,R.+Sadowiak,P.+a-DEKORP Research Group|Deep reflection seismic data along the central part of the European Geotraverse in Germany: a review||#TCT:176:1-2:1990:87-101|Deep seismic sounding+DEKORP+Mohorovicic discontinuity
J|0793|Suhadolc,P.+Panza,G.F.+Mueller,S.|Physical properties of the lithosphere-asthenosphere system in Europe||#TCT:176:1-2:1990:123-135|Profile+Velocity+Map
J|0794|Babuska,V.+Plomerova,J.+Granet,M.|The deep lithosphere in the Alps; a model inferred from P residuals||#TCT:176:1-2:1990:137-165|Travel-times
J|0795|Cassano,E.+Anelli,L.+Fichera,R.|Geophysical data along the northern Italian sector of the European Geotraverse||#TCT:176:1-2:1990:167-182|Italy+European Geotraverse Project+Map
J|0796|Cassinis,R.+Cassano,E.+Cappelli,V.|Gravity modelling along the southern segment of the European Geotraverse from the Gulf of Genoa to the Swiss Molasse Basin||#TCT:176:1-2:1990:183-192|Profile+EGT-S
J|0797|Schwendener,H.+Mueller,S.|A three-dimensional model of the crust and upper mantle along the Alpine part of the European Geotraverse (EGT)||#TCT:176:1-2:1990:193-214|European Geotraverse Project+Bouguer anomaly+Alps
J|0798|Morelli,C.+Nicolich,R.|A cross section of the lithosphere along the European Geotraverse Southern Segment (from the Alps to Tunisia)||#TCT:176:1-2:1990:229-243|EGT-S+Deep seismic sounding+Mohorovicic discontinuity
J|0799|Gudmundsson,A.|Emplacement of dikes, sills and crustal magma chambers at divergent plate boundaries||#TCT:176:3-4:1990:257-275|Oceanic crust+Plate boundary
J|0800|Stein,C.A.+Weissel,J.K.|Constraints on the central Indian Basin thermal structure from heat flow, seismicity and bathymetry||#TCT:176:3-4:1990:315-332|Reflexion study+Intraplate seismicity+Bathymetry
J|0801|Hori,S.|Seismic waves guided by untransformed oceanic crust subducting into the mantle: the case of the Kanto district, central Japan||#TCT:176:3-4:1990:355-376|Subduction+Kanto+Guided wave+Seismicity
J|0802|Lana,X.+Martinez,M.D.+De Miguel,F.|Efficiency of a seismic network from the viewpoint of mathematical information theory: application to the Andalucia (Spain) seismic network||#TCT:176:3-4:1990:377-386
J|0803|Bois,C.+Lefort,J-P.+Le Gall,B.+|Superimposed Variscan, Caledonian and Proterozoic features inferred from deep seismic profiles recorded between southern Ireland, southwestern Britain and western France||#TCT:177:1-3:1990:15-37|Deep seismic sounding+Orogeny
J|0804|Miller,H.G.|A synthesis of the geophysical characteristics of terranes in eastern Canada||#TCT:177:1-3:1990:171-191|Geophysical investigation+Deep seismic sounding
J|0805|Bird,P.+Gratz,A.J.|A theory for buckling of the mantle lithosphere and Moho during compressive detachments in continents||#TCT:177:4:1990:325-336|Folding+Continental lithosphere+Crust-mantle boundary+Wavelength
J|0806|Morales,J.+Vidal,F.+De Miguel,F.+|Basement structure of the Granada basin, Betic Cordilleras, southern Spain||#TCT:177:4:1990:337-348|Gravity+Reflexion study
J|0807|Kanaori,Y.|Late Mesozoic-Cenozoic strike-slip and block rotation in the inner belt of southwest Japan||#TCT:177:4:1990:381-399|Faulting+Evolution
J|0808|Ro,H.E.+Stuevold,L.M.+Faleide,J.I.+|Skagerrak Graben - the offshore continuation of the Oslo Graben||#TCT:178:1:1990:1-10|Skaggerak+Reflector
J|0809|Ro,H.E.+Larsson,F.R.+Kinck,J.J.+|The Oslo Rift - its evolution on the basis of geological and geophysical observations||#TCT:178:1:1990:11-28|Geophysical investigation+Norway+Reflexion study
J|0810|Vejbaek,O.V.|The Horn Graben, and its relationship to the Oslo Graben and the Danish Basin||#TCT:178:1:1990:29-49|Profile+Norway+Denmark+Tectonics
J|0811|Kafka,A.L.+Skehan,J.W.|Major geological features and lateral variation of crustal structure in southern New England||#TCT:178:2-4:1990:183-192|Rayleigh wave+Dispersion
J|0812|Fichler,C.+Hospers,J.|Deep crustal structure of the northern North Sea Viking Graben: results from deep reflection seismic and gravity data||#TCT:178:2-4:1990:241-254|Deep seismic sounding
J|0813|Graulich,J.M.+Vandenberghe,N.+Hance,L.|The Havelange deep well and the 1978 Famenne seismic data (Condroz, Belgium)||#TCT:178:2-4:1990:259-267|Seismics+Vertical seismic profiling
J|0814|Kissin,I.G.+Grinevsky,A.O.|Main features of hydrogeodynamic earthquake precursors||#TCT:178:2-4:1990:277-286|Groundwater+Water level+Correlation
J|0815|Papazachos,B.C.|Seismicity of the Aegean and surrounding area||#TCT:178:2-4:1990:287-308|Historical seismicity+AEgean+Zoning+Frequency-magnitude relation
J|0816|Verma,R.K.+Satyanarayana,Y.|Gravity field, deep-seismic sounding and crust-mantle structure over the Cuddapah basin and Dhawar Craton of India||#TCT:178:2-4:1990:337-356|Deep seismic sounding
J|0817|Zhao,Z-X.+Oike,K.+Matsumura,K.+|Stress field in the continental part of China derived from temporal variations of seismic activity||#TCT:178:2-4:1990:357-372|Historical seismicity
J|0818|Lopes,R.M.C.+Malin,S.R.C.+Mazzarella,A.+|Lunar and solar triggering of earthquakes||#PEP:59:3:1990:127-129|Triggering+Lunar periodicity+Solar periodicity+Great earthquake|Letter section
J|0819|Papadopoulos,G.A.|Prediction of potentially damaging earthquakes in the Cretan segment of the Hellenic Arc||#PEP:59:3:1990:130-133|Prediction+Crete+Damaging earthquake+Precursor
J|0820|Kennett,B.L.N.+Bowman,J.R.|The velocity structure and heterogeneity of the upper mantle||#PEP:59:3:1990:134-144|Velocity structure+Heterogeneity+Upper mantle+Array
J|0821|Chowdhury,D.K.|Upper mantle dissipation of long-period shear phases||#PEP:59:3:1990:145-152|Dissipation+Shear wave+Upper mantle+Low-velocity layer
J|0822|Haines,A.J.|Waveform modelling of deep reflections from complex strata at Tariki, New Zealand using an F-K domain propagator method||#PEP:59:3:1990:153-169|Waveform+Reflexion+New Zealand+Domain analysis
J|0823|Jarvis,G.T.+Peltier,W.R.|Low-wavenumber signatures of time-dependent mantle convection||#PEP:59:3:1990:182-194|Mantle convection+Wavenumber+Tomography+Lateral heterogeneity
J|0824|Bouchon,M.|Review of `Seismic strong motion synthesis' by B. A. Bolt||#PEP:59:3:1990:224-225|Review+Strong-motion seismology+Seismic risk+Source
J|0825|Dziewonski,A.M.+Ekstrom,G.+Woodhouse,J.H.+|Centroid-moment tensor solutions for January-March 1989||#PEP:59:4:1990:233-242|Centroid-moment tensor+1989|Letter section
J|0826|Singh,D.D.|Q-structure beneath the north and central Indian Ocean from the inversion of observed Love and Rayleigh wave attenuation data||#PEP:59:4:1990:243-258|Q+Indian Ocean+Love wave+Rayleigh wave
J|0827|Kebede,F.+Van Eck,T.|Spectral source parameters for three earthquakes in the southern Red Sea||#PEP:59:4:1990:288-293|Red Sea+Earthquake+Spectral analysis+Moment||#*REDSEA77|#*REDSEA78
J|0828|Inoue,H.+Fukao,Y.+Tanabe,K.+|Whole mantle P-wave travel time tomography||#PEP:59:4:1990:294-328|Mantle+P-wave+Tomography+Velocity structure
J|0829|Calcagnile,G.+Panza,G.F.|Crustal and upper mantle structure of the Mediterranean area derived from surface-wave data||#PEP:60:1-3:1990:163-168|Mediterranean+Crustal structure+Upper mantle+Surface wave
J|0830|Jones,A.G.+Craven,J.A.|The North American Central Plains conductivity anomaly and its correlation with gravity, magnetic, seismic, and heat flow data in Saskatchewan, Canada||#PEP:60:1-3:1990:169-194|North America+Conductivity+Saskatchewan+Refraction study
J|0831|Munoz,M.+Fournier,H.+Mamani,M.+|A comparative study of results obtained in magnetotelluric deep soundings in Villarrica active volcano zone (Chile) with gravity investigations, distribution of earthquake foci, heat flow empirical relationships, isotopic geochemistry 87Sr/86Sr and SB systematics||#PEP:60:1-3:1990:195-211|Chile+Volcano+Magnetotellurics+Focus
J|0832|Praus,O.+Pecova,J.+Petr,V.+|Magnetotelluric and seismological determination of the lithosphere-asthenosphere transition in Central Europe||#PEP:60:1-3:1990:212-228|Magnetotellurics+Central Europe+Lithosphere+P-wave
J|0833|Young,C.T.+Hepp,E.R.|A magnetotelluric profile of the Wind River thrust, Wyoming||#PEP:60:1-3:1990:231-242|Wind River+Magnetotellurics+Reflexion study+Wyoming
J|0834|Dziewonski,A.M.+Ekstrom,G.+Woodhouse,J.H.+|Centroid-moment tensor solutions for April-June 1989||#PEP:60:4:1990:243-253|Centroid-moment tensor+1989|Letter section
J|0835|Pan,E.|Thermoelastic deformation of a transversely isotropic and layered half-space by surface loads and internal sources||#PEP:60:4:1990:254-264|Thermoelasticity+Deformation+Layered medium+Half-space+Source
J|0836|Wylegalla,K.+Bormann,P.|Three-dimensional velocity inversion of teleseismic P-wave residuals from the telemetric network of the G.D.R.||#PEP:60:4:1990:285-296|Velocity+Inversion+P-wave+Germany
J|0837|Fu,R-S.+Huang,J-H.|Global stress pattern constrained on deep mantle flow and tectonic features||#PEP:60:4:1990:314-323|Focal mechanism+China+Stress+Tectonics
J|0838|Hashimoto,M.+Tada,T.|Crustal deformations associated with the 1986 fissure eruption of Izu-Oshima volcano, Japan, and their tectonic significance||#PEP:60:4:1990:324-338|Izu-Oshima+Deformation+1986+Eruption+Seismicity||#*OSHIMA86
J|0839|Keilis-Borok,V.I.|Foreword to `Intermediate-term earthquakes prediction: models, algorithms, worldwide tests'||#PEP:61:1-2:1990:1|Foreword+Prediction+Intermediate-term|Special issue
J|0840|Keilis-Borok,V.I.|Introduction: Non-linear systems in the problem of earthquake prediction||#PEP:61:1-2:1990:1-7|Prediction+Nonlinearity+Intermediate-term
J|0841|Pisarenko,V.F.+Primakov,I.M.+Shnirman,M.G.|Deformation of an array of interacting movable elements||#PEP:61:1-2:1990:8-17|Prediction+Model+Interactive system+Deformation
J|0842|Gabrielov,A.M.+Levshina,T.A.+Rotwain,I.M.|Block model of earthquake sequence||#PEP:61:1-2:1990:18-28|Prediction+Model+Block+Sequence
J|0843|Narkunskaya,G.S.+Shnirman,M.G.|Hierarchical model of defect development and seismicity||#PEP:61:1-2:1990:29-35|Prediction+Model+Kinetics+Seismicity
J|0844|Molchanov,S.A.|Multiscale models of failure and percolation||#PEP:61:1-2:1990:36-43|Prediction+Model+Failure+Percolation
J|0845|Gertzik,V.M.|Constructive statistical cracks mechanics||#PEP:61:1-2:1990:44-56|Prediction+Model+Crack+Mechanics
J|0846|Keilis-Borok,V.I.+Rotwain,I.M.|Diagnosis of time of increased probability of strong earthquakes in different regions of the world: algorithm CN||#PEP:61:1-2:1990:57-72|Prediction+Algorithm+Probability+Strong earthquake
J|0847|Keilis-Borok,V.I.+Kossobokov,V.G.|Premonitory activation of earthquake flow: algorithm M8||#PEP:61:1-2:1990:73-83|Prediction+Algorithm+Strong earthquake+Probability
J|0848|Molchan,G.M.|Strategies in strong earthquake prediction||#PEP:61:1-2:1990:84-98|Prediction+Algorithm+Strong earthquake+San Andreas Fault
J|0849|Molchan,G.M.+Dmitrieva,O.E.|Dynamics of the magnitude-frequency relation for foreshocks||#PEP:61:1-2:1990:99-112|Prediction+Algorithm+Foreshock+b-Value
J|0850|Schreider,S.Yu.|Formal definition of premonitory seismic quiescence||#PEP:61:1-2:1990:113-127|Prediction+Algorithm+Quiescence+Kamchatka
J|0851|Molchan,G.M.+Dmitrieva,O.E.+Rotwain,I.M.+|Statistical analysis of the results of earthquake prediction, based on bursts of aftershocks||#PEP:61:1-2:1990:128-139|Prediction+Algorithm+Aftershock+Statistics
J|0852|Kossobokov,V.G.+Keilis-Borok,V.I.|Reduction of territorial uncertainty of earthquake forecasting||#PEP:61:1-2:1990:R1-R4|Prediction+Forecast+Strong earthquake|Rapid communication
J|0853|Mansinha,L.+Smylie,D.E.+Sutherland,B.|Earthquakes and the spectrum of the Brussels superconducting gravimeter data for 1982-1986||#PEP:61:3-4:1990:141-148|Belgium+Gravity+Earthquake+1982-1986
J|0854|Zhou,H-W.|Mapping of P-wave slab anomalies beneath the Tonga, Kermadec and New Hebrides arcs||#PEP:61:3-4:1990:199-229|P-wave+Slab+Tonga Arc+Mapping
J|0855|Kaneshima,S.+Maeda,N.+Ando,M.|Evidence for the splitting of shear waves from waveform and focal mechanism analyses||#PEP:61:3-4:1990:238-252|Shear wave+Splitting+Focal mechanism+Kinki||#*KINKI87
J|0856|Ito,K.|Effects of H2O on elastic wave velocities in ultrabasic rocks at 900degreesC under 1 GPa||#PEP:61:3-4:1990:260-268|Elastic wave+Velocity+Water+Rock+Laboratory
J|0857|Tajima,F.+Ruff,L.J.+Kanamori,H.+|Earthquake source processes and subduction regime in the Santa Cruz Islands region||#PEP:61:3-4:1990:269-290|Source+Subduction+New Hebrides+Focal mechanism||#*SANCRUZ80
J|0858|Singh,R.P.+Li,Q.+Nyland,E.|Lithospheric deformation beneath the Himalayan region||#PEP:61:3-4:1990:291-296|Deformation+Lithosphere+Himalayas+Seismicity
J|0859|Phadke,S.M.+Kanasewich,E.R.|Seismic tomography to obtain velocity gradients and three-dimensional structure and its application to reflection data on Vancouver Island||#CJS:27:1:1990:104-116|Crustal structure
J|0860|Bovis,M.J.|Rock-slope deformation at Affliction Creek, southern Coast Mountains, British Columbia||#CJS:27:2:1990:243-254
J|0861|Hyndman,R.D.+Yorath,C.J.+Clowes,R.M.+|The northern Cascadia subduction zone at Vancouver Island: seismic structure and tectonic history||#CJS:27:3:1990:313-329|Tectonics+Reflexion study
J|0862|Jacobs,C.L.|Deep-sea sedimentary processes off Newfoundland: an overview||#CJS:27:3:1990:426-441|Sedimentation+Survey+Profile+GLORIA
J|0863|Dentith,M.C.+Hall,J.|Application of section-balancing techniques to deep seismic reflection data from offshore eastern Canada: preliminary observations||#CJS:27:4:1990:494-500|Deep seismic sounding+Grand Banks+Model+Interpretation
J|0864|Cook,F.A.|Proterozoic deformation beneath Banks Island: implications for the regional extent of the Racklan orogeny||#CJS:27:4:1990:605-613|Reflexion study
J|0865|Jackson,L.E.|Oldest dated earthquake in Yukon Territory, Canada||#CJS:27:6:1990:818-819|Historical earthquake+Seismicity+1884-1989|Note
J|0866|Kennard,L.+Schafer,C.+Carter,L.|Late Cenozoic evolution of Sackville Spur: a sediment drift on the Newfoundland continental slope||#CJS:27:6:1990:863-878|Sedimentation+Reflexion study
J|0867|Miller,H.G.|Discussion on `The Queen Charlotte Islands refraction project. Part II. Structural model for transition from Pacific plate to North American plate' by D. J. Mackie, R. M. Clowes, S. A. Dehler, R. M. Ellis and P. Morel-a-l'Hussier||#CJS:27:6:1990:879-880|Refraction study+Structure
J|0868|Westaway,R.|Present-day kinematics of the plate boundary zone between Africa and Europe, from the Azores to the Aegean||#EPL:96:3-4:1990:393-406|Plate motion+Mediterranean
J|0869|Lesquer,A.+Takherist,D.+Dautria,J.M.+|Geophysical and petrological evidence for the presence of an "anomalous" upper mantle beneath the Sahara basins (Algeria)||#EPL:96:3-4:1990:407-418|Velocity profile+Anomaly
J|0870|Tapponnier,P.+Meyer,B.+Avouac,J.P.+|Active thrusting and folding in the Qilian Shan, and decoupling between upper crust and mantle in northeastern Tibet||#EPL:97:3-4:1990:382-403|Field work+Scarp+Historical earthquake
J|0871|Armijo,R.+Thiele,R.|Active faulting in northern Chile: ramp stacking and lateral decoupling along a subduction plate boundary?||#EPL:98:1:1990:40-61|Field work
J|0872|Ruppel,C.+McNutt,M.|Regional compensation of the Greater Caucasus mountains based on an analysis of Bouguer gravity data||#EPL:98:3-4:1990:360-379|Bouguer anomaly+Crustal thickness+Profile
J|0873|Maeland,E.|Focusing aspects of zero-offset migration|With Hungarian and Russian abstracts|#GEK:35:3:1990:145-156|Diffraction+Caustic+Zero offset
J|0874|Danilov,V.N.+Dobroka,M.+Yamshchikov,V.S.|The propagation of channel waves in a coal seam with horizontal and vertical inhomogeneities|With Hungarian and Russian abstracts|#GEK:35:3:1990:199-208|Inhomogeneity
J|0875|Chouhan,R.K.S.|Combating the rockburst problem - a seismological approach|With German summary|#BEG:99:1:1990:1-9|Mining+Induced seismicity+Strain
J|0876|Srinivasan,C.+Shringarputale,S.B.|Mine-induced seismicity in the Kolar gold fields|With German summary|#BEG:99:1:1990:10-20|Mining+Rockburst+India
J|0877|Calder,P.N.+Semadeni,T.J.|High frequency microseismic monitoring trial near a rapidly changing stress field in a hard rock mine|With German summary|#BEG:99:1:1990:21-34|Underground explosion
J|0878|Glowacka,E.+Stankiewicz,T.+Holub,K.|Seismic hazard estimate based on the extracted deposit volume and bimodal character of seismic activity|With German summary|#BEG:99:1:1990:35-43|Mine+Rockburst+Energy
J|0879|Konietzky,H.+Stoll,R.|Locating of seismic sources in rock masses and the determination of source parameters|With German summary|#BEG:99:1:1990:44-53|Location+Mine tremor+Seismoacoustics
J|0880|Will,M.+Rakers,E.|Induced seismoacoustic events in burst-prone areas of West German coal mines|With German summary|#BEG:99:1:1990:54-78|Induced seismicity+Seismoacoustics+Drilling+Coal seam
J|0881|Chattopadhyay,A.+Keshri,A.|Propagation of shear-coupled SH-waves|With German summary|#BEG:99:2:1990:123-134|Coupled mode+Reflector
J|0882|Konietzky,H.+Stoll,R.|Classification of seismic events in a mining area in the Erzgebirge mountains of the GDR|With German summary|#BEG:99:2:1990:169-174|Mine+Seismoacoustics|Brief communication
J|0883|Ding,Y-Z.|The reservoir-induced earthquakes in China|With German summary|#BEG:99:3:1990:181-190|Induced seismicity
J|0884|Simpson,D.W.+Gharib,A.A.+Kebeasy,R.M.|Induced seismicity and changes in water level at Aswan reservoir, Egypt|With German summary|#BEG:99:3:1990:191-204
J|0885|Simpson,D.W.+Narasimhan,T.N.|Inhomogeneities in rock properties and their influence on reservoir induced seismicity|With German summary|#BEG:99:3:1990:205-219|Inhomogeneity+Pore pressure
J|0886|Gupta,H.K.|Artificial water reservoirs and earthquakes: a world-wide status|With German summary|#BEG:99:3:1990:221-228|Induced seismicity+Himalayas
J|0887|Rastogi,B.K.+Sarma,C.S.P.+Chadha,R.K.+|Current seismicity at the Koyna reservoir, Maharashtra, India (1983-1984)|With German summary|#BEG:99:3:1990:229-237
J|0888|Knoll,P.|The fluid-induced tectonic rockburst of March 13, 1989 in the "Werra" potash mining district of the GDR (first results)|With German summary|#BEG:99:3:1990:239-245|Germany+Fluid injection
J|0889|Knoll,P.|The dynamic excess pore pressure concept - a new possible fracture mechanism for fluid-induced seismic events|With German summary|#BEG:99:3:1990:247-258|Induced seismicity+Water level+Fracture zone
J|0890|Feng,D-Y.+Yu,X-J.|VP/VS variations before reservoir-induced seismic events|With German summary|#BEG:99:3:1990:259-264|Induced seismicity+Velocity+Precursor
J|0891|Guha,S.K.+Patil,D.N.|Large water-reservoir-related induced seismicity|With German summary|#BEG:99:3:1990:265-288|Catalogue+Water level
J|0892|Sasatani,T.|Strong ground motions from intermediate-depth earthquakes: a study of site effects||#JFH:8:5:1990:449-464|Coda wave||#*HOKKAIDO87|#*HOKKAIDO84
J|0893|Yoshida,M.|Characteristics of the vertically heterogeneous and anisotropic plate structure in the Pacific: implication of the plate thickness||#JPE:38:1:1990:57-73|Velocity structure+Pacific plate+Surface wave
J|0894|Koketsu,K.+Yamanaka,H.|The behavior of head waves propagating along irregular interfaces||#JPE:38:1:1990:75-82|Layered medium+Propagation|Letter
J|0895|Lomnitz-Adler,J.|Are deep focus earthquakes caused by a martensitic transformation?||#JPE:38:2:1990:83-98|Deep-focus earthquake+Phase transformation+Mechanism+Nucleation
J|0896|Chung,T.W.+Hirata,N.+Sato,R.|Two-dimensional P- and S-wave velocity structure of the Yamato Basin, the southeastern Japan Sea, from refraction data collected by an ocean bottom seismographic array||#JPE:38:2:1990:99-147|Ocean-bottom seismograph+Refraction study
J|0897|Nakanishi,I.+Motoya,Y.|Teleseismic P-wave travel time and amplitude anomalies observed in Hokkaido region, Japan||#JPE:38:2:1990:163-177|Travel-times+Anomaly+Hokkaido
J|0898|Suzuki,Y.|Comment on `On the derivation of the elastic equation of motion' by R. J. Geller||#JPE:38:2:1990:179-188|Comments+Elasticity|With a reply by the author
J|0899|Abe,S.+Kobayashi,Y.+Ikawa,T.|Seismic characteristics of the weight-dropping source||#JPE:38:3:1990:189-212|Generator
J|0900|Asghar,S.+Zaman,F.D.+Ahmad,M.|Dispersion of Love-type waves in a vertically inhomogeneous intermediate layer||#JPE:38:3:1990:213-221|Love wave+Layered medium
J|0901|Ito,K.|Regional variations of the cutoff depth of seismicity in the crust and their relation to heat flow and large inland-earthquakes||#JPE:38:3:1990:223-250|Regional study+Kinki+Intraplate earthquake
J|0902|Mochizuki,E.|Effects of core rigidity on free oscillations of the Earth: reexamination of analytic solutions||#JPE:38:3:1990:251-260|Fluid core+Earth model
J|0903|Totomanov,I.N.|Retrospective assessment of Neogene-Quaternary by means of recent vertical tectonic movements in a region of the eastern Balcanides|With Russian abstract|Geologica balc.:20:1:1990:29-44|Crustal movement+Deformation+Zoning+Balkans
J|0904|Zagorcev,I.|Deep structure of the Earth's crust in south Bulgaria: geological aspects|In Russian with English abstract|Geologica balc.:20:1:1990:93-100|Velocity structure+Low-velocity layer
J|0905|Botev,E.+Spasov,E.|Deep velocity structure of crust and upper mantle in the central parts of the Balkan region|With Russian abstract|Geologica balc.:20:2:1990:71-79|Balkans
J|0906|Kijko,A.+Sellevoll,M.A.|Estimation of earthquake hazard parameters for incomplete and uncertain data files||#NHZ:3:1:1990:1-13|Data bank
J|0907|Oliveira,C.S.+Costa,A.C.+Forjaz,V.H.+|Seismic hazard analysis in zones of time and space interdependence: an application to Sao Miguel Island, Azores||#NHZ:3:1:1990:15-29|Space-time pattern+Zoning
J|0908|Basili,A.+Favali,P.+Scalera,G.+|An attempt to evaluate seismic hazard in central-southern Italy||#NHZ:3:1:1990:31-47|Zoning+Historical seismicity
J|0909|Papoulia,J.E.+Stavrakakis,G.N.|Attenuation laws and seismic hazard assessment||#NHZ:3:1:1990:49-58|Greece
J|0910|Adams,R.D.|Review of `Coping with natural disasters: The International Decade for Natural Disaster Reduction' by G. W. Housner||#NHZ:3:1:1990:95|IDNDR
J|0911|Schenk,V.+Mantlik,F.+Zhizhin,M.N.+|Relation between macroseismic intensity and instrumental parameters of strong motions - a statistical approach||#NHZ:3:2:1990:111-124|Statistical method
J|0912|Langer,H.|Input parameters for estimating seismic loading||#NHZ:3:2:1990:125-139|Cluster analysis+Scaling||#*SWABIAN
J|0913|Papazachos,B.C.+Papaioannou,Ch.A.+Papastamatiou,D.J.+|On the reliability of different methods of seismic hazard assessment in Greece||#NHZ:3:2:1990:141-151|Zoning+Recurrence
J|0914|Michailov,D.+Glavcheva,R.+Dineva,S.+|Influence of local geological conditions on the macroseismic effects in the town of Strazhitza||#NHZ:3:2:1990:153-160|Damage+Macroseismic data+Soil mechanics||#*BULGARIAN|#*STRAZHITSA
J|0915|Dargahi-Noubary,G.R.|Seismic hazard assessment using the theory of records||#NHZ:3:2:1990:161-171|Seismic record+Extreme value theory
J|0916|Prochazkova,D.+Guterch,B.+Kijko,A.+|Earthquake hazard of the northern parts of the Bohemian Massif and western Carpathians||#NHZ:3:2:1990:173-181|Zoning
J|0917|Solov'ev,S.L.|Tsunamigenic zones in the Mediterranean Sea||#NHZ:3:2:1990:183-202|Catalogue+Zoning
J|0918|Solov'ev,S.L.|Review of `United States tsunamis (including United States possessions), 1690-1988' by J. F. Lander and P. A. Lockridge||#NHZ:3:2:1990:203-204|Catalogue
J|0919|Hough,S.E.+Friberg,P.A.+Busby,R.+|The role of sediment-induced amplification of ground motion in the collapse of the Nimitz Freeway||#NCE:4:1:1990:2-3|Loma Prieta||#*LOMAPRIETA89
J|0920||Earthquake energy dissipators incorporating a superelastic alloy||#NCE:4:1:1990:4|Dissipation+Metal+Building+Base isolation system
J|0921||Sliding isolation systems testing at UB||#NCE:4:1:1990:4-5|Base isolation system+Building+Damper
J|0922||The 1987 New Zealand earthquake||#NCE:4:1:1990:9|Damage|Report of a seminar given by Dr. M. J. Pender|#*EDGECUMBE
J|0923||The soils factor in the 1964 Alaska earthquake||#NCE:4:1:1990:9-10||Report of a seminar given by Dr. C. Ebert
J|0924||Earthquake insurance: exploring the possibilities||#NCE:4:1:1990:10-11|Mitigation|Report of a seminar given by a panel of experts
J|0925||Seismic design in reinforced concrete: the state-of-the-art in New Zealand||#NCE:4:1:1990:11-12|Earthquake-resistant design|Report of a seminar given by Dr. T. Paulay
J|0926||Evaluating seismic vulnerability of important facilities||#NCE:4:1:1990:12|Earthquake engineering+Building|Report of a seminar given by Dr. A. E. Aktan
J|0927|Jacob,K.|NCEER and the accelerating adoption of seismic building codes in the eastern U.S.||#NCE:4:2:1990:1-4|Eastern North America
J|0928||The behavior of people in dwellings during the Loma Prieta California earthquake of October 17, 1989||#NCE:4:2:1990:8-9|Building|Report of a seminar given by Dr. J. Archea|#*LOMAPRIETA89
J|0929||The Armenian earthquake of 1988 and medieval Armenian architecture||#NCE:4:2:1990:9-11|Building|Report of a seminar given by Dr. Lucy Der Manuelian|#*ARMENIA88
J|0930|Lawson,J.E.+Luza,K.V.|Oklahoma earthquakes, 1989||Okla. Geol. Notes:50:3:1990:68-76
J|0931|Liu,T-K.|Neotectonic crustal movement in northeastern Taiwan inferred by radiocarbon dating of terrace deposits||Proc. Geol. Soc. China:33:1:1990:65-84|Seismicity
J|0932|Wang,J-H.+Miyamura,S.|Comparison of several instrumentally-determined magnitude scales for Taiwan earthquakes (1900-1978)||Proc. Geol. Soc. China:33:2:1990:89-108
J|0933|Yeh,Y-L.+Wang,J-H.+Chen,K-C.|Temporal-spatial source function of the May 20, 1986 Hualian, Taiwan earthquake||Proc. Geol. Soc. China:33:2:1990:109-126|Focal mechanism||#*HUALIEN
J|0934|Bernard,E.N.+Hebenstreit,G.T.|Fourteenth International Tsunami Symposium||Chron. U.G.G.I.:-:200:1990:31-36|Seismicity+Tectonics|Report of a symposium held in Novosibirsk, August 1989
J|0935|Schwarzschild,B.|Earthquake jostles the new Stanford linear collider||Physics today:43:1:1990:21|California+Damage+Loma Prieta+1989||#*LOMAPRIETA89
J|0936|Matthews,R.|On the use of seismometers to detect the impact of meteorites||#QJR:31:2:1990:181-189
J|0937|Bolt,B.A.|Sir Harold Jeffreys (1891-1989)||#QJR:31:2:1990:267-271|Jeffreys-Bullen tables+Earth structure+Earth+Seismology
J|0938|a-Osaka District Meteorological Observatory|Report on the earthquake of central part of Tottori Prefecture, October 31, 1983|In Japanese|#QJS:53:1-4:1990:1-21|Japan+Damage||#*MISASA83
J|0939|Anami,T.+Kosuga,M.|Stress field analysis in the rock specimen during stick-slip experiment by finite element method|In Japanese with English abstract|#QJS:53:1-4:1990:23-29
J|0940|Kakishita,T.+Morita,Y.+Nishiwaki,M.+|Source process of the Matsushiro earthquake swarm using data of the Matsushiro seismic array system and a temporarily arranged station|In Japanese with English abstract|#QJS:53:1-4:1990:31-44
J|0941|Morie,M.+Fujii,T.|On the earthquakes off the south coast of Urakawa, Hokkaido, Japan|In Japanese with English abstract|#QJS:53:1-4:1990:45-50|Magnitude+Recurrence+Energy
J|0942|Keilis-Borok,V.I.|The lithosphere of the Earth as a nonlinear system with implications for earthquake prediction||#RGS:28:1:1990:19-34|Nonlinearity+Pattern recognition
J|0943|Nishizawa,A.+Suyehiro,K.|Upper crustal structure across the Japan Trench at 40degreesN||#SRT:32:3-4:1990:37-54|Refraction study+Velocity
J|0944|Isoda,S.+Oda,H.+Suzuki,I.+|Displacement distribution of a freely oscillating rutile sphere||#SRT:32:3-4:1990:55-76|Free oscillation+Eigenfrequency+Earth+Anisotropy
J|0945|Takemura,M.+Ikeura,T.+Sato,R.|Scaling relations for source parameters and magnitude of earthquakes in the Izu Peninsula region, Japan||#SRT:32:3-4:1990:77-89
J|0946|Kaminuma,K.|Local earthquake activities around Syowa station, east Antarctica||#SRT:32:3-4:1990:127-136|1987-1988
J|0947|Du,P-R.|Seismicity tendency prediction before 2020 in China mainland from astronomic periodicities|In English and Chinese|#SMG:12:1:1990:1-11|Periodicity
J|0948|Song,Y-F.|Studies on the effectiveness of alpha track method in earthquake prediction|In Chinese|#SMG:12:1:1990:12-14|Anomaly+Precursor|Scientific note
J|0949|Fu,Z-X.|Durations of the strong aftershock activities and recurrence interval of large earthquakes|In Chinese with English abstract|#SMG:12:1:1990:15-20
J|0950|Xu,X-W.+Deng,Q-D.|The features of Late Quaternary activity of the Piedmont fault of Mt. Huoshan, Shanxi Province and 1303 Hongdong earthquake (Ms=8)|In Chinese with English abstract|#SMG:12:1:1990:21-30
J|0951|Zhao,Z-J.+Liu,X-J.|Seismic activity and local tectonic stress field in Ningxia and nearby regions|In Chinese with English abstract|#SMG:12:1:1990:31-46|Focal mechanism+1967-1988
J|0952|Wang,H-L.+Geng,J.|A mechanism of the formation of characteristic earthquake caused by the pivotal movement of strike-slip fault|In Chinese with English abstract|#SMG:12:1:1990:57-62
J|0953|Jiang,D-Y.+Yan,X-C.|Preliminary study of fluid geochemical field on Haiyuan active fault|In Chinese with English abstract|#SMG:12:1:1990:63-68|Groundwater+Geochemistry
J|0954|Wang,L-G.+Cai,L-D.+Chen,J-Y.|Geologic microzonation of earthquake hazards in Dushanzi, Xinjiang Uygur autonomous region|In Chinese with English abstract|#SMG:12:1:1990:69-75|Microzoning+Geology
J|0955|Cui,L-M.+Wang,P.+Pan,Z-S.+|The headward migration rate and age of knickpoints of the gullies at eastern Piedmont of Helanshan Mt.|In Chinese with English abstract|#SMG:12:1:1990:87-95|Prehistoric earthquake
J|0956|Campillo,M.|Propagation and attenuation characteristics of the crustal phase Lg||#PAG:132:1-2:1990:1-19|Lg-wave+Coda
J|0957|Levander,A.R.|Seismic scattering near the Earth's surface||#PAG:132:1-2:1990:21-47|Heterogeneity+Surface+Surface wave
J|0958|Resnick,J.R.|Stratigraphic filtering||#PAG:132:1-2:1990:49-65|Multiple scattering+Stratigraphy+Q
J|0959|Crampin,S.|The scattering of shear-waves in the crust||#PAG:132:1-2:1990:67-91|Shear wave+Splitting
J|0960|Sato,H.|Unified approach to amplitude attenuation and coda excitation in the randomly inhomogeneous lithosphere||#PAG:132:1-2:1990:93-121|Scattering
J|0961|Gao,L-S.+Li,S.L.|Time domain solution for multiple scattering and the coda envelopes||#PAG:132:1-2:1990:123-150|Coda wave+Q
J|0962|Bataille,K.+Wu,R-S.+Flatte,S.M.|Inhomogeneities near the core-mantle boundary evidenced from scattered waves: a review||#PAG:132:1-2:1990:151-173|Inhomogeneity+Scattering
J|0963|Wu,R-S.+Flatte,S.M.|Transmission fluctuations across an array and heterogeneities in the crust and upper mantle||#PAG:132:1-2:1990:175-196|Propagation+Heterogeneity+Lithosphere
J|0964|Matsunami,K.|Laboratory measurements of spatial fluctuation and attenuation of elastic waves by scattering due to random heterogeneities||#PAG:132:1-2:1990:197-220|Spatial variation
J|0965|Dainty,A.M.|Studies of coda using array and three-component processing||#PAG:132:1-2:1990:221-244|Data processing+Scattering
J|0966|Lynnes,C.S.+Lay,T.|Effects of lateral velocity heterogeneity under the Nevada test site on short-period P wave amplitudes and travel times||#PAG:132:1-2:1990:245-267|Nevada Test Site+Short-period wave+Amplitude+Travel-times
J|0967|Mereu,R.F.|The complexity of the crust from refraction/wide-angle reflection data||#PAG:132:1-2:1990:269-289|Refraction data+Reflexion data
J|0968|Chouet,B.|Effect of anelastic and scattering structures of the lithosphere on the shape of local earthquake coda||#PAG:132:1-2:1990:289-310|High frequency
J|0969|Correig,A.M.+Mitchell,B.J.+Ortiz,R.|Seismicity and coda Q values in the eastern Pyrenees: first results from the La Ceerdanya seismic network||#PAG:132:1-2:1990:311-329|Historical seismicity+Q+1985
J|0970|Okal,E.A.+Jo,B-G.|Q measurements for phase X overtones||#PAG:132:1-2:1990:331-362|Q+Attenuation+Mantle+Rayleigh wave
J|0971|Dubendorff,B.+Menke,W.|Physical modeling observations of wave velocity and apparent attenuation in isotropic and anisotropic two-phase media||#PAG:132:1-2:1990:363-400|Modelling+Anisotropy+Scattering
J|0972|Hearn,D.J.+Krebes,E.S.|Complex rays applied to wave propagation in a viscoelastic medium||#PAG:132:1-2:1990:401-405|Ray tracing+Fermat's principle
J|0973|Petersen,N.V.|Inverse kinematic problem for a random gradient medium in geometric optics approximation||#PAG:132:1-2:1990:417-437|Travel-times+Scattering+Inhomogeneous medium+Ray tracing
J|0974|Flores Humanente,B.+Giroletti,E.+Idrovo,J.+|Radon signals related to seismic activity in Ecuador, March 1987||#PAG:132:3:1990:505-520|Precursor||#*ECUADOR87A|#*ECUADOR87B
J|0975|Zsiros,T.+Monus,P.+Toth,L.|Computer estimation of intensities: the 1985 Berhida, Hungary, earthquake||#PAG:132:3:1990:533-543|Intensity||#*BALATON85
J|0976|Yamashita,T.|Attenuation and dispersion of SH waves due to scattering by randomly distributed cracks||#PAG:132:3:1990:545-568|SH-wave
J|0977|Yoshida,A.|Coherency of rupture and seismic spectrum||#PAG:132:3:1990:569-581|Model
J|0978|Lerche,I.|Conserved quantities and the inverse problem of reflection seismology||#PAG:132:3:1990:583-597|Inversion+Reflexion+Wave equation
J|0979|Gubbins,D.|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||#PAG:132:3:1990:599-600||Collection of articles taken from a conference held in Oosterbeck, 1986
J|0980|Satake,K.|Review of `Historical seismograms and earthquakes of the world' edited by W. H. K. Lee, H. Meyers and K. Shimazaki||#PAG:132:3:1990:611-612|Historical earthquake|Proceedings of a symposium held in Tokyo, August 1985
J|0981|Rubin,A.M.|Review of `Modeling of volcanic processes' edited by C-Y. King and R. Scarpa||#PAG:132:3:1990:613-615|Volcanism+Modelling
J|0982|Zuberek,W.M.|Review of `Principles of rock deformation' by A. Nicolas||#PAG:132:3:1990:616-617
J|0983|Niewiadomski,J.|Review of `Model optimization in exploration geophysics' edited by A. Vogel||#PAG:132:3:1990:618
J|0984|Battlo,J.+Gol'tsman,F.M.+Kalinin,D.F.+|Seismic recognition of local inhomogeneities||#PAG:132:4:1990:639-652|Tomography+Inhomogeneity+Probability
J|0985|Mao,W.J.+Santero,P.+Zadro,M.|Long- and middle-term behaviour of the tilt and strain variations in the decade following the 1976 Friuli earthquake in NE Italy||#PAG:132:4:1990:653-677
J|0986|Stavrakakis,G.N.+Blionas,S.V.|Source parameters of some large earthquakes in the eastern Mediterranean region based on an iterative maximum entropy method||#PAG:132:4:1990:679-698
J|0987|Tselentis,G-A.+Drakopoulos,J.|Stress transfer and nonlinear stress accumulation at the North Anatolian fault, Turkey||#PAG:132:4:1990:699-710
J|0988|Di Maro,R.+Tertulliani,A.|The relation between intensity and magnitude for Italian earthquakes||#PAG:132:4:1990:711-718|Italy+Magnitude-intensity relation+Statistical method
J|0989|Gibowicz,S.J.|Review of `Seismic hazard in Mediterranean regions' edited by J. Bonnin, M. Cara, A. Cisternas and R. Fantechi||#PAG:132:4:1990:813||Selected papers from a summer school held in Strasbourg, July 1986
J|0990|Doamanski,B.|Review of `Earthquake prognostics' edited by A. Vogel and K. Brandes||#PAG:132:4:1990:814-815|Source+Hazard+Earthquake engineering|Papers presented at a seminar held in Berlin, June 1986
J|0991|Fajklewicz,Z.|Review of `Geophysics - field measurements' edited by Ch. G. Sammis and T. L. Henyey||#PAG:132:4:1990:816-817||Methods of experimental physics vol. 24, part B
J|0992|Vig,P.K.+Mitchell,B.J.|Anisotropy beneath Hawaii from surface wave particle motion observations||#PAG:133:1:1990:1-22
J|0993|Su,F.+Aki,K.|Temporal and spatial variation on coda Q-1 associated with the North Palm Springs earthquake of July 8, 1986||#PAG:133:1:1990:23-52|Q+Local earthquake||#*PALMSPRINGS
J|0994|Zahradnik,J.+Antonini,M.+Grunthal,G.+|A combined study of macroseismic data and focal mechanisms applied to the West-Bohemian earthquake, Czechoslovakia||#PAG:133:1:1990:53-71|Swarm+1985||#*VOGTLAND
J|0995|Oda,H.+Nishizawa,O.+Kusunose,K.+|Frequency-dependence of velocity and attenuation of elastic waves in granite under uniaxial compression||#PAG:133:1:1990:73-85|Q
J|0996|Caldentey,C.+Lana,X.|Implications of principal stress axes and eigenvalue ratios on critical orientation of fractures. Application to two tectonic regions in Alaska||#PAG:133:1:1990:87-102|1965-1985
J|0997|Nowroozi,A.A.|Interpretation of seismic reflection records: direct calculation of interval velocities and layer thicknesses from travel times||#PAG:133:1:1990:103-115|Travel-times+Reflexion+Layered medium
J|0998|Medina,F.+Gonzalez-Moran,T.+Gonzalez,L.|Gravity and seismicity analyses of the El Chichon volcano, Chiapas, Mexico||#PAG:133:1:1990:149-165
J|0999|Rybicki,K.R.|Review of `Principles of earthquake source mechanics' by B. V. Kostrov and S. Das||#PAG:133:1:1990:179-180
J|1000|Mitchell,B.J.|Review of `Theory of the Earth' by D. L. Anderson||#PAG:133:1:1990:181-182|Structure
J|1001|Borgia,A.|Review of `How volcanoes work' edited by R. I. Tilling||#PAG:133:1:1990:185|Volcanism|Papers from a symposium held in Hilo, January 1987, and published in the Journal of Geophysical Research
J|1002|Nyland,E.|Review of `Basic exploration geophysics' by E. S. Robinson and C. Coruh||#PAG:133:1:1990:194-195|Seismic survey
J|1003|Fajklewicz,Z.|Review of `Model optimization in exploration geophysics, volume 2' edited by A. Vogel||#PAG:133:1:1990:196
J|1004|Lockner,D.A.+Byerlee,J.D.|An example of slip instability resulting from displacement-varying strength||#PAG:133:2:1990:269-281|Granite+Laboratory
J|1005|Main,I.G.+Peacock,S.+Meredith,P.G.|Scattering attenuation and the fractal geometry of fracture systems||#PAG:133:2:1990:283-304
J|1006|Nowack,R.L.|Tomography and the Herglotz-Wiechert inverse formulation||#PAG:133:2:1990:305-315|Inversion+Wiechert-Herglotz integral+Radon transform
J|1007|Biagi,P.F.+Gegechkory,T.S.+Its,E.N.+|Transmission and reflection of Rayleigh waves at a thin low velocity vertical layer: a laboratory and theoretical study||#PAG:133:2:1990:317-327|Low-velocity layer+Transmission coefficient+Reflexion coefficient
J|1008|Prozorov,A.G.+Schreider,S.Yu.|Real time test of the long-range aftershock algorithm as a tool for mid-term earthquake prediction in southern California||#PAG:133:2:1990:329-347
J|1009|Lapp,D.B.+Owens,T.J.+Crosson,R.S.|P-waveform analysis for local subduction geometry south of Puget Sound, Washington||#PAG:133:2:1990:349-365|P-wave
J|1010|Monfret,T.+Deschamps,A.+Romanowicz,B.|The Romanian earthquake of August 30, 1986: a study based on GEOSCOPE very long-period and broadband data||#PAG:133:2:1990:367-379|||#*VRANCEA86
J|1011|Houseman,G.A.|Review of `Properties and processes of Earth's lower crust' edited by R. F. Mereu, S. Mueller and D. M. Fountain||#PAG:133:2:1990:381-383|Reflexion study|Collection of papers from the symposium held in Vancouver, August 1987
J|1012|Mavko,G.|Review of `Seismological algorithms' edited by D. J. Doornbos||#PAG:133:2:1990:384-385|Computational seismology
J|1013|Zhou,H-W.|Review of `Seismic methods' by M. Lavergne||#PAG:133:2:1990:386|Seismic exploration+Hydrocarbon+Technique
J|1014|Housner,G.W.|Review of `Earthquake hazards and the design of constructed facilities in the eastern United States' edited by K. H. Jacob and C. J. Turkstra||#PAG:133:2:1990:387-388|Eastern North America+Seismicity+Earthquake engineering|Proceedings of a conference held in New York, February 1988
J|1015|Dainty,A.M.|Review of `Annual review of Earth and planetary sciences, vol. 17' edited by G. W. Wetherill, A. L. Albee and F. G. Stehli||#PAG:133:2:1990:393-394|Earth sciences+Deep-focus earthquake
J|1016|Tselentis,G-A.|Interstation surface wave attenuation by autoregressive deconvolution||#PAG:133:3:1990:427-446|Maximum entropy
J|1017|Singh,S.K.+Mena,E.+Anderson,J.G.+|Source spectra and rms acceleration of Mexican subduction zone earthquakes||#PAG:133:3:1990:447-474|Mexico+Spectrum||#*MICHOACAN86|#*MEXICOCITY|#*MEXICOCITY2
J|1018|Toksoz,M.N.+Dainty,A.M.+Bullitt,J.T.|A prototype earthquake warning system for strike-slip earthquakes||#PAG:133:3:1990:475-487|San Andreas Fault+Simulation
J|1019|Sharma,M.D.+Kumar,R.+Gogna,M.L.|Surface wave propagation in a transversely isotropic elastic layer overlying a liquid saturated porous solid half-space and lying under the uniform layer of liquid||#PAG:133:3:1990:523-539|Layered medium+Dispersion
J|1020|Guttorp,P.+Thompson,M.L.|A note on point process analysis of Chinese earthquake data||#PAG:133:3:1990:541-546|Catalogue+Smoothing+China+Probability
J|1021|Rydelek,P.A.+Knopoff,L.+King,C-Y.|Comment on `Migration of historical earthquakes in California' by C-Y. King and Z. Ma||#PAG:133:3:1990:547-551|Comments+Deformation+Creep
J|1022|Houseman,G.A.|Review of `Plate tectonics and crustal evolution' by K. C. Condie||#PAG:133:3:1990:553-555|Geology+Geochemistry
J|1023|Borgia,A.|Review of `Volcanic hazards. Assessment and monitoring' edited by J. K. Latter||#PAG:133:3:1990:556-557|Volcano|Papers from a congress held in New Zealand, February 1986
J|1024|Ivanenko,A.|Review of `Seamounts, Islands, and Atolls' edited by B. H. Keating, P. Fryer, R. Batiza and G. W. Boehlert||#PAG:133:3:1990:558-560|Marine geophysical investigation
J|1025|Barakat,R.|Review of `Transient waves in layered media' by M. Tygel and P. Hubral||#PAG:133:3:1990:561-562|Layered medium+Wave field
J|1026|Christoskov,L.+Samardjieva,E.+Solakov,D.+|Single and multiple dislocation models of extended earthquake sources||#SGE:34:1:1990:1-9|Source parameter+Line source
J|1027|Klima,K.+Pros,Z.+Vanek,J.+|Magnitude classification of rock bursts based on seismic records of mining stations||#SGE:34:2:1990:81-95|Rockburst+Czechoslovakia
J|1028|Sitaram,M.V.D.+John,G.+Rao,P.G.+|Travel times of P-waves in north-east India||#SGE:34:2:1990:96-109|P-wave+Travel-times+Crustal structure
J|1029|Kurata,E.+Iai,S.|Annual report on strong-motion earthquake records in Japanese ports (1989)|With Japanese abstract|#TNP:-:676:1990:1-324|Strong-motion instrument+Network+Data processing
J|1030|Badal,J.+Corchete,V.+Seron,F.J.|Dispersed seismic waves contaminated by random noise|In Spanish|#RGN:45:-:1989:23-32|Dispersion
J|1031|Corchete,V.+Badal,J.+Payo,G.+|Filtering of dispersed seismic waves|In Spanish|#RGN:45:-:1989:39-58|Dispersion
J|1032|Carreno Herrero,E.+Martinez Solares,J.M.+Sanchez-Venero,M.+|Microseismicity surveys of the fault-systems of S. E. Spain||#RGN:45:-:1989:117-122
J|1033|Lana,X.|Maximum shear stress and frictional coefficients from a population of focal mechanisms|In Spanish|#RGN:45:-:1989:169-176
J|1034|Zahradnik,J.+Jansky,J.+Vavricuk,V.+|Focal mechanisms of selected events of the West-Bohemia earthquake swarm 1985/86 constrained by P-wave amplitudes||#RGN:45:-:1989:217-230|1985-1986
J|1035|Ozdemir,H.+Saatcilar,R.|Efficient multichannel filtering of seismic data||#GPP:38:1:1990:1-22|Data processing+Reflexion data+Noise|Tutorial
J|1036|Wapenaar,C.P.A.+Haime,G.C.|Elastic extrapolation of primary seismic P- and S-waves||#GPP:38:1:1990:23-60|P-wave+Elastic wave+Kirchhoff-Helmholtz integral
J|1037|Walden,A.T.|Improved low-frequency decay estimation using the multitaper spectral analysis method||#GPP:38:1:1990:61-86|Low frequency+Wavelet
J|1038|Nielsen,P.H.|Comment on `A review of least-squares inversion and its application to geophysical problems' by L. R. Lines and S. Treitel||#GPP:38:1:1990:101-102|Comments+Least squares+Geophysics|With a reply by the authors
J|1039|Laws,R.M.+Parkes,G.E.+Hatton,L.|Errata to `Energy-interaction: the low-range interaction of seismic sources'||#GPP:38:1:1990:104|Marine seismic investigation+Airgun+Wave field
J|1040||Review of `Seismicity in mines' edited by S. J. Gibowicz||#GPP:38:1:1990:106|Rockburst+Induced seismicity|Reprinted from Pure and Applied Geophysics
J|1041||Review of `Seismic surface waves in a laterally inhomogeneous earth' edited by V. I. Keilis-Borok||#GPP:38:1:1990:107|Inhomogeneous medium
J|1042|Kerner,C.|Modelling of soft sediments and liquid-solid interfaces: modified wavenumber summation method and application||#GPP:38:2:1990:111-137|Sea floor+Soft medium+Reflexion study
J|1043|Xu,X-H.|Downhole synthetic seismic profiles in elastic media||#GPP:38:2:1990:139-168|Borehole+Elastic medium+Synthetic seismogram
J|1044|Bishop,I.+Styles,P.|Seismic tomographic imaging of a buried concrete target||#GPP:38:2:1990:169-188|Tomography
J|1045|Helbig,K.|Rays and wavefront charts in gradient media||#GPP:38:2:1990:189-220|Anisotropy+Ray tracing
J|1046|Jakubowicz,H.|A simple efficient method of dip-moveout correction||#GPP:38:3:1990:221-245|Stacking
J|1047|Ruhl,T.+Luschen,E.|Inversion of first-break traveltime data of deep seismic reflection profiles||#GPP:38:3:1990:247-266|Deep seismic sounding+Static correction
J|1048|Tessmer,G.+Krajewski,P.+Fertig,J.+|Processing of PS-reflection data applying a common conversion-point stacking technique||#GPP:38:3:1990:267-286|Converted wave+Reflexion data
J|1049|Pratt,R.G.+Worthington,M.H.|Inverse theory applied to multi-source cross-hole tomography. Part 1: acoustic wave-equation method||#GPP:38:3:1990:287-310|Nonlinear inversion
J|1050|Pratt,R.G.|Inverse theory applied to multi-source cross-hole tomography. Part 2: elastic wave-equation method||#GPP:38:3:1990:311-329|Nonlinear inversion
J|1051|Bois,C.|Review of `Basement correlations across the North Atlantic' by J-P. Lefort||#GPP:38:3:1990:337-338|Geology
J|1052|Zanzi,L.|Inversion of refracted arrivals: a few problems||#GPP:38:4:1990:339-364|Refraction+Model+Linearity
J|1053|Anderson,R.G.+McMechan,G.A.|Weighted stacking of seismic data using amplitude-decay rates and noise amplitudes||#GPP:38:4:1990:365-380|Signal-to-noise ratio
J|1054|Debeye,H.W.J.+Van Riel,P.|Lp-norm deconvolution||#GPP:38:4:1990:381-403|Reflectivity+Maximum likelihood
J|1055|Dimri,V.P.+Srivastava,K.|The optimum gate length for the time-varying deconvolution operator||#GPP:38:4:1990:405-410|Filtering
J|1056|e*Benuska,L.|Loma Prieta earthquake reconnaissance report||Earthq. Spectra:6:-:1990:1-448|Ground motion+Earthquake engineering+Geophysics+1989|Supplement to vol. 6 of Earthquake Spectra|#*LOMAPRIETA89
A|1057||Proceedings of the XXI General Assembly of the European Seismological Commission||1989:Sofia:Geophysical Institute of the Bulgarian Academy of Sciences|Seismicity+Ground motion+Prediction|Assembly held in Sofia, August 1988. 559p
A|1058|e*Kilenyi,E.|Annual report of the Eotvos Lorand Geophysical Institute of Hungary for 1988-89|In Hungarian, English and Russian|1990:Budapest:ELGI Hungary|Prospecting+Refraction study+Reflexion study+Instrument|407p
J|1059|Konstantinov,B.+Konstantinov,V.|Earthquakes as a factor in initiation and activation of slope deformations||Abstr. Bulg. scient. Lit. Geosci.:33:1:1990:40|Slope+Deformation+Bulgaria+Quantitative analysis|Abstract only
V|1990:2||Bibliography of seismology. 1990 July-December|ISC:26:2:1992
J|0001|Spence,W.+Gross,R.S.|A tomographic glimpse of the upper mantle source of magmas of the Jemez lineament, New Mexico||#JGR:95:7:1990:10829-10849|New Mexico+Tomography+Upper mantle+Magma
J|0002|Nicholson,S.W.+Shirey,S.B.|Midcontinent rift volcanism in the Lake Superior region: Sr, Nd and Pb isotopic evidence for a mantle plume origin||#JGR:95:7:1990:10851-10868|Lake Superior+Reflexion study+Volcanism+Isotope
J|0003|Hutchinson,D.R.+White,R.S.+Cannon,W.F.+|Keweenaw hot spot: geophysical evidence for a 1.1 Ga mantle plume beneath the midcontinent rift system||#JGR:95:7:1990:10869-10884|Keweenawa+Hot spot+Lake Superior+Reflexion study
J|0004|Kurtz,R.D.+DeLaurier,J.M.+Gupta,J.C.|The electrical conductivity distribution beneath Vancouver Island: a region of active plate subduction||#JGR:95:7:1990:10929-10946|Vancouver Island+Subduction+Reflexion study+Electrical conductivity
J|0005|Milkereit,B.+Epili,D.+Green,A.G.+|Migration of wide-angle seismic reflection data from the Grenville front in Lake Huron||#JGR:95:7:1990:10987-10998|Reflexion study+Migration+Lake Huron+Crustal structure
J|0006|Sibuet,J-C.+Dyment,J.+Bois,C.+|Crustal structure of the Celtic Sea and Western Approaches from gravity data and deep seismic profiles: constraints on the formation of continental basins||#JGR:95:7:1990:10999-11020|Crustal structure+Celtic Sea+Deep seismic sounding+Continental crust
J|0007|Dawson,P.B.+Evans,J.R.+Iyer,H.M.|Teleseismic tomography of the compressional wave velocity structure beneath the Long Valley region, California||#JGR:95:7:1990:11021-11050|Tomography+Velocity structure+Long Valley Caldera+Crust+Upper mantle
J|0008|Romanowicz,B.|The upper mantle degree 2: constraints and inferences from global mantle wave attenuation measurements||#JGR:95:7:1990:11051-11071|Rayleigh wave+Attenuation+Upper mantle+Anelasticity
J|0009|Leary,P.C.+Crampin,S.+McEvilly,T.V.|Seismic fracture anisotropy in the Earth's crust: an overview||#JGR:95:7:1990:11105-11114|Crust+Anisotropy+Fracture+Microcrack
J|0010|Shepherd,T.J.|Geological link between fluid inclusions, dilatant microcracks and paleostress field||#JGR:95:7:1990:11115-11120|Anisotropy+Fluid+Microcrack+Shear wave splitting
J|0011|Kaneshima,S.|Origin of crustal anisotropy: shear wave splitting studies in Japan||#JGR:95:7:1990:11121-11133|Crust+Anisotropy+Shear wave splitting+Japan
J|0012|Wang,C-Y.+Sun,Y.|Oriented microfractures in Cajon Pass drill cores: stress field near the San Andreas Fault||#JGR:95:7:1990:11135-11142|Anisotropy+Microfracture+Cajon Pass+Stress field
J|0013|Blenkinsop,T.G.|Correlation of paleotectonic fracture and microfracture orientations in cores with seismic anisotropy at Cajon Pass drill hole, southern California||#JGR:95:7:1990:11143-11150|Anisotropy+Cajon Pass+Microfracture+Vertical seismic profiling
J|0014|Booth,D.C.+Crampin,S.+Lovell,J.H.+|Temporal changes in shear wave splitting during an earthquake swarm in Arkansas||#JGR:95:7:1990:11151-11164|Anisotropy+Arkansas+Swarm+Shear wave splitting
J|0015|Savage,M.K.+Peppin,W.A.+Vetter,U.R.|Shear wave anisotropy and stress direction in and near Long Valley Caldera, California, 1979-1988||#JGR:95:7:1990:11165-11177|Anisotropy+Long Valley Caldera+Shear wave+1979-1988
J|0016|Shih,X.R.+Meyer,R.P.|Observation of shear wave splitting from natural events: south moat of Long Valley Caldera, California, June 29 to August 12, 1982||#JGR:95:7:1990:11179-11195|Long Valley Caldera+1982+Anisotropy+Shear wave splitting
J|0017|Crampin,S.+Booth,D.C.+Evans,R.+|Changes in shear wave splitting at Anza near the time of the North Palm Springs earthquake||#JGR:95:7:1990:11197-11212|Anisotropy+Shear wave splitting+Anza+1986||#*PALMSPRINGS
J|0018|Kern,H.+Wenk,H.R.|Fabric-related velocity anisotropy and shear wave splitting in rocks from the Santa Rosa mylonite zone, California||#JGR:95:7:1990:11213-11223|Anisotropy+Shear wave splitting+Southern California+Mylonite
J|0019|Li,Y-G.+Leary,P.C.+Aki,K.|Ray series modelling of seismic wave travel times and amplitudes in three-dimensional heterogeneous anisotropic crystalline rock: borehole vertical seismic profiling seismograms from the Mojave Desert, California||#JGR:95:7:1990:11225-11239|Anisotropy+Mojave Desert+Vertical seismic profiling+Travel-times
J|0020|Gaiser,J.E.|Transversely isotropic phase velocity analysis from slowness estimates||#JGR:95:7:1990:11241-11254|Vertical seismic profiling+Anisotropy+Texas+Shear wave splitting
J|0021|Queen,J.H.+Rizer,W.D.|An integrated study of seismic anisotropy and the natural fracture system at the Conoco borehole facility, Kay County, Oklahoma||#JGR:95:7:1990:11255-11273|Anisotropy+Oklahoma+Fracture+Vertical seismic profiling
J|0022|Liu,E.+Crampin,S.|Effects of the internal shear wave window: comparison with anisotropy induced splitting||#JGR:95:7:1990:11275-11281|Anisotropy+Shear wave+Polarization+Vertical seismic profiling
J|0023|Igel,H.+Crampin,S.|Extracting shear wave polarizations from different source orientations: synthetic modelling||#JGR:95:7:1990:11283-11292|Anisotropy+Shear wave+Polarization+Vertical seismic profiling
J|0024|Douma,J.+Crampin,S.|The effect of a changing aspect ratio of aligned cracks on shear wave vertical seismic profiles: a theoretical study||#JGR:95:7:1990:11293-11300|Anisotropy+Shear wave+Vertical seismic profiling+Crack
J|0025|Gajewski,D.+Psencik,I.|Vertical seismic profile synthetics by dynamic ray tracing in laterally varying layered anisotropic structures||#JGR:95:7:1990:11301-11315|Anisotropy+Vertical seismic profiling+Ray tracing+Layered medium
J|0026|Tsvankin,I.D.+Chesnokov,E.M.|Synthesis of body wave seismograms from point sources in anisotropic media||#JGR:95:7:1990:11317-11331|Anisotropy+Body wave+Point source+Numerical modelling
J|0027|Sakai,Y.+Kawasaki,I.|Analytic waveforms for a line source in a transversely isotropic medium||#JGR:95:7:1990:11333-11344|Anisotropy+Waveform+Line source+Isotropic medium
J|0028|Pyrak-Nolte,L.J.+Myer,L.R.+Cook,N.G.W.|Anisotropy in seismic velocities and amplitudes from multiple parallel fractures||#JGR:95:7:1990:11345-11358|Anisotropy+Velocity+Amplitude+Fracture
J|0029|Keilis-Borok,V.I.+Kossobokov,V.G.|Times of increased probability of strong earthquakes (M>=7.5) diagnosed by algorithm M8 in Japan and adjacent territories||#JGR:95:8:1990:12413-12422|Strong earthquake+Japan+Pattern recognition+Prediction
J|0030|Scherbaum,F.|Combined inversion for the three-dimensional Q structure and source parameters using microearthquake spectra||#JGR:95:8:1990:12423-12438|Q+Source+Microearthquake+Spectrum+Kaoiki
J|0031|Scherbaum,F.+Wyss,M.|Distribution of attenuation in the Kaoiki, Hawaii source volume estimated by inversion of P wave spectra||#JGR:95:8:1990:12439-12448|Attenuation+P-wave+Kaoiki+Spectrum
J|0032|Aster,R.C.+Shearer,P.M.+Berger,J.|Quantitative measurements of shear wave polarizations at the Anza seismic network, southern California: implications for shear wave splitting and earthquake prediction||#JGR:95:8:1990:12449-12473|Polarization+Anza+Shear wave splitting+Prediction||#*PALMSPRINGS
J|0033|Hartzell,S.H.+Iida,M.|Source complexity of the 1987 Whittier Narrows, California, earthquake from the inversion of strong motion records||#JGR:95:8:1990:12475-12485|Source+Earthquake+Strong-motion record+Whittier Narrows+1987||#*WHITTIER
J|0034|Smalley,R.F.+Isacks,B.L.|Seismotectonics of thin- and thick-skinned deformation in the Andean foreland from local network data: evidence for a seismogenic lower crust||#JGR:95:8:1990:12487-12498|Seismotectonics+Deformation+Lower crust+Argentina
J|0035|Holt,W.E.+Wallace,T.C.|Crustal thickness and upper mantle velocities in the Tibetan plateau region from the inversion of regional Pnl waveforms: evidence for a thick upper mantle lid beneath southern Tibet||#JGR:95:8:1990:12499-12525|Pn-wave+Tibet+Crustal thickness+Upper mantle
J|0036|Chen,W-P.+Molnar,P.|Source parameters of earthquakes and intraplate deformation beneath the Shillong plateau and the northern Indoburman ranges||#JGR:95:8:1990:12527-12552|Source+Deformation+Shillong+Indoburman Ranges
J|0037|Trampert,J.+Leveque,J.J.|Simultaneous Iterative Reconstruction Technique: physical interpretation based on the generalized least squares solution||#JGR:95:8:1990:12553-12559|Tomography+Inversion+Least squares solution+Iterative method
J|0038|Bukowinski,M.S.T.+Wolf,G.H.|Thermodynamically consistent decompression: implications for lower mantle composition||#JGR:95:8:1990:12583-12593|Lower mantle+Composition+Density+Earth model
J|0039|Ammon,C.J.+Randall,G.E.+Zandt,G.|On the nonuniqueness of receiver function inversion||#JGR:95:10:1990:15303-15318|Receiver+Inversion+P-wave+Velocity structure
J|0040|Pantosti,D.+Valensise,G.R.|Faulting mechanism and complexity of the November 23, 1980, Campania-Lucania earthquake, inferred from surface observations||#JGR:95:10:1990:15319-15341|Faulting+1980+Campania-Basilicata+Large earthquake||#*CAMPANIA
J|0041|Eberhart-Phillips,D.|Three-dimensional P and S velocity structure in the Coalinga region, California||#JGR:95:10:1990:15343-15363|P-wave+S-wave+Velocity structure+Coalinga
J|0042|Hauksson,E.|Earthquakes, faulting and stress in the Los Angeles basin||#JGR:95:10:1990:15365-15394|Stress+Faulting+Los Angeles+Seismicity
J|0043|Ben-Menahem,A.+Sena,A.G.|Seismic source theory in stratified anisotropic media||#JGR:95:10:1990:15395-15427|Anisotropy+Layered medium+Source+Theory
J|0044|Wilcock,W.S.D.+Purdy,G.M.+Solomon,S.C.|Microearthquake evidence for extension across the Kane transform fault||#JGR:95:10:1990:15439-15462|Microearthquake+Extension+Kane fracture+Mid-Atlantic Ridge
J|0045|Vera,E.E.+Mutter,J.C.+Buhl,P.+|The structure of 0- to 0.2-m.y.-old oceanic crust at 9degreesN on the East Pacific Rise from expanded spread profiles||#JGR:95:10:1990:15529-15556|East Pacific Rise+Reflexion study+Oceanic crust+Structure
J|0046|Park,S.K.+Fitterman,D.V.|Sensitivity of the telluric monitoring array in Parkfield, California, to changes of resistivity||#JGR:95:10:1990:15557-15571|Parkfield+Resistivity+Prediction+Monitoring
J|0047|Gibson,R.L.+Toksoz,M.N.|Permeability estimation from velocity anisotropy in fractured rock||#JGR:95:10:1990:15643-15655|Anisotropy+Fracture+Velocity+Permeability
J|0048|Gasparik,T.|Phase relations in the transition zone||#JGR:95:10:1990:15751-15769|Phase+Transition zone+Petrology+Velocity profile
J|0049|Kushiro,I.|Partial melting of mantle wedge and evolution of island arc crust||#JGR:95:10:1990:15929-15939|Petrology+Island arc+Subduction zone+Honshu
J|0050|Argus,D.F.+Gordon,R.G.|Pacific-North American plate motion from very long baseline interferometry compared with motion inferred from magnetic anomalies, transform faults and earthquake slip vectors||#JGR:95:11:1990:17315-17324|Plate motion+Pacific plate+Interferometry+Slip
J|0051|Marks,K.M.+Vogt,P.R.+Hall,S.A.|Residual depth anomalies and the origin of the Australian-Antarctic discordance zone||#JGR:95:11:1990:17325-17337|Australia+Antarctica+Bathymetry+Refraction study
J|0052|Hackman,M.C.+King,G.C.P.+Bilham,R.|The mechanics of the south Iceland seismic zone||#JGR:95:11:1990:17339-17351|Mechanics+Iceland+Transform fault+Seismicity
J|0053|Sornette,D.+Davy,P.+Sornette,A.|Structuration of the lithosphere in plate tectonics as a self-organized critical phenomenon||#JGR:95:11:1990:17353-17361|Lithosphere+Plate tectonics+Critical phenomenon+b-Value
J|0054|Young,C.J.+Lay,T.|Multiple phase analysis of the shear velocity structure in the D" region beneath Alaska||#JGR:95:11:1990:17385-17402|Velocity structure+Shear wave+Alaska+D" region
J|0055|Clouser,R.H.+Langston,C.A.|Upper mantle structure of southern Africa from Pnl waves||#JGR:95:11:1990:17403-17415|Structure+Upper mantle+Southern Africa+Pn-wave
J|0056|Jacobson,R.S.+Lewis,B.T.R.|The first direct measurements of upper oceanic crustal compressional wave attenuation||#JGR:95:11:1990:17417-17429|Oceanic crust+Attenuation+Compressional wave+Juan de Fuca
J|0057|Wepfer,W.W.+Christensen,N.I.|Compressional wave attenuation in oceanic basalts||#JGR:95:11:1990:17431-17439|Compressional wave+Attenuation+Oceanic crust+Basalt
J|0058|Frankel,A.+McGarr,A.+Bicknell,J.+|Attenuation of high-frequency shear waves in the crust: measurements from New York State, South Africa and southern California||#JGR:95:11:1990:17441-17457|Attenuation+Shear wave+Crust+New York State+South Africa+Southern California
J|0059|Suarez,G.+Nabelek,J.|The 1967 Caracas earthquake: fault geometry, direction of rupture propagation and seismotectonic implications||#JGR:95:11:1990:17459-17474|Earthquake+1967+Venezuela+Fault plane
J|0060|Chen,Y.+Morgan,W.J.|Rift valley/no rift valley transition at mid-ocean ridges||#JGR:95:11:1990:17571-17581|Rift valley+Mid-ocean ridge+Spreading+Intraplate earthquake
J|0061|Chen,Y.+Morgan,W.J.|A nonlinear rheology model for mid-ocean ridge axis topography||#JGR:95:11:1990:17583-17604|Rheology+Mid-ocean ridge+Topography+Reflexion study
J|0062|Williams,Q.+Jeanloz,R.|Melting relations in the iron-sulfur system at ultra-high pressures: implications for the thermal state of the Earth||#JGR:95:12:1990:19299-19310|Earth model+D" region+Sulphur+Melting
J|0063|Stixrude,L.+Bukowinski,M.S.T.|Fundamental thermodynamic relations and silicate melting with implications for the constitution of D"||#JGR:95:12:1990:19311-19325|D" region+Melting+Silicate+Thermodynamics
J|0064|Takeo,M.+Yamasato,H.+Furuya,I.+|Analysis of long-period seismic waves excited by the November 1987 eruption of Izu-Oshima volcano||#JGR:95:12:1990:19377-19393|Long wave+Eruption+1987+Izu-Oshima
J|0065|Wells,R.E.|Paleomagnetic rotations and the Cenozoic tectonics of the Cascade arc, Washington, Oregon and California||#JGR:95:12:1990:19409-19417|Cascade+Tectonics+Palaeomagnetism+Seismicity
J|0066|Stanley,W.D.+Mooney,W.D.+Fuis,G.S.|Deep crustal structure of the Cascade Range and surrounding regions from seismic refraction and magnetotelluric data||#JGR:95:12:1990:19419-19438|Crustal structure+Cascade+Refraction study+Magnetotellurics
J|0067|Denny,M.D.+Goodman,D.M.|A case study of the seismic source function: Salmon and Sterling reevaluated||#JGR:95:12:1990:19705-19723|Nuclear explosion+1966+Source+Salt dome
J|0068|Humphreys,E.D.+Clayton,R.W.|Tomographic image of the southern California mantle||#JGR:95:12:1990:19725-19746|Southern California+Mantle+Tomography+P-wave
J|0069|Humphreys,E.D.+Hager,B.H.|A kinematic model for the late Cenozoic development of southern California crust and upper mantle||#JGR:95:12:1990:19747-19762|Kinematics+Southern California+Crust+Upper mantle
J|0070|Kossobokov,V.G.+Keilis-Borok,V.I.+Smith,S.W.|Localization of intermediate-term earthquake prediction||#JGR:95:12:1990:19763-19772|Prediction+Intermediate-term+Location+Strong earthquake
J|0071|Levander,A.R.+Kovach,R.L.|Shear velocity structure of the northern California lithosphere||#JGR:95:12:1990:19773-19784|Northern California+Shear velocity+Lithosphere+Rayleigh wave
J|0072|Lindberg,C.R.+Thomson,D.J.|Comments on `A new method of spectral analysis and its application to the Earth's free oscillations: the "Sompi" method' by S. Hori et al.||#JGR:95:12:1990:19785-19788|Comments+Free oscillation+Sompi method+Spectral analysis
J|0073|Chao,B.F.|Comment on `A new method of spectral analysis and its application to the Earth's free oscillations: the "Sompi" method' by S. Hori et al.||#JGR:95:12:1990:19789-19790|Comments+Free oscillation+Sompi method+Spectral analysis
J|0074|Hori,S.+Fukao,Y.+Kumazawa,M.+|Reply to comments by C. Lindberg and D. J. Thomson and by B. F. Chao||#JGR:95:12:1990:19791-19794|Comments+Free oscillation+Sompi method+Spectral analysis
J|0075|Karner,G.D.+Weissel,J.K.|Factors controlling the location of compressional deformation of oceanic lithosphere in the central Indian Ocean||#JGR:95:12:1990:19795-19810|Deformation+Oceanic lithosphere+Indian Ocean+Intraplate seismicity+Reflexion study
J|0076|Joppen,M.+White,R.S.|The structure and subsidence of Rockall Trough from two-ship seismic experiments||#JGR:95:12:1990:19821-19837|Reflexion study+Refraction study+Rockall Trough+Crustal structure
J|0077|Vasco,D.W.+Smith,R.B.+Taylor,C.L.|Inversion for sources of crustal deformation and gravity change at the Yellowstone caldera||#JGR:95:12:1990:19839-19856|Crust+Deformation+Yellowstone+Seismicity
J|0078|Westaway,R.|Block rotation in western Turkey 1. Observational evidence||#JGR:95:12:1990:19857-19884|Turkey+Block+Rotation+Focal mechanism
J|0079|Westaway,R.|Block rotation in western Turkey and elsewhere 2. Theoretical models||#JGR:95:12:1990:19885-19901|Block+Rotation+Turkey+Focal mechanism
J|0080|Green,R.W.E.+Durrheim,R.J.|A seismic refraction investigation of the Namaqualand metamorphic complex, South Africa||#JGR:95:12:1990:19927-19932|Refraction study+South Africa+Crustal structure+Mohorovicic discontinuity
J|0081|Hong,H.+Yuen,D.A.|Dynamical effects from equation of state on topographies and geoid anomalies due to internal loading||#JGR:95:12:1990:19933-19948|Heterogeneity+Geoid+Loading+Topography
J|0082|Goodwin,E.B.+McCarthy,J.|Composition of the lower crust in west central Arizona from three-component seismic data||#JGR:95:12:1990:20097-20109|Composition+Lower crust+Arizona+Reflexion study
J|0083|Choi,D.R.+Liu,Y.S.B.+Cull,J.P.|Heat flow and sediment thickness in the Queensland trough, western Coral Sea||#JGR:95:13:1990:21399-21411|Queensland+Profile+Heat flow+Coral Sea
J|0084|Masuda,K.+Nishizawa,O.+Kusunose,K.+|Positive feedback fracture process induced by nonuniform high-pressure water flow in dilatant granite||#JGR:95:13:1990:21583-21592|Acoustic emission+Granite+Dilatancy+Water pressure
J|0085|Kranz,R.L.+Satoh,T.+Nishizawa,O.+|Laboratory study of fluid pressure diffusion in rock using acoustic emissions||#JGR:95:13:1990:21593-21607|Acoustic emission+Rock+Fluid+Laboratory
J|0086|Masters,T.G.+Shearer,P.M.|Summary of seismological constraints on the structure of the Earth's core||#JGR:95:13:1990:21691-21695|Core+Structure+Constraint+Free oscillation
J|0087|McGarr,A.+Bicknell,J.+Churcher,J.+|Comparison of ground motion from tremors and explosions in deep gold mines||#JGR:95:13:1990:21777-21792|Ground motion+Explosion+Mine tremor+South Africa
J|0088|Lees,J.M.+Malin,P.E.|Tomographic images of P wave velocity variation at Parkfield, California||#JGR:95:13:1990:21793-21804|Tomography+P-wave+Velocity+Parkfield
J|0089|McCartor,G.D.+Wortman,W.R.|Analysis of nuclear explosion Salmon free-field ground motion data for nonlinear attenuation||#JGR:95:13:1990:21805-21821|Nuclear explosion+Ground motion+Attenuation+Salt dome
J|0090|Benz,H.M.+Smith,R.B.+Mooney,W.D.|Crustal structure of the northwestern Basin and Range province from the 1986 program for array seismic studies of the continental lithosphere seismic experiment||#JGR:95:13:1990:21823-21842|Crustal structure+Basin & Range+Reflexion study+Refraction study
J|0091|Holbrook,W.S.|The crustal structure of the northwestern Basin and Range province, Nevada, from wide-angle seismic data||#JGR:95:13:1990:21843-21869|Crustal structure+Basin & Range+Reflexion study+Refraction study
J|0092|Ferrazzini,V.+Chouet,B.+Fehler,M.+|Quantitative analysis of long-period events recorded during hydrofracture experiments at Fenton Hill, New Mexico||#JGR:95:13:1990:21871-21884|Long-period event+Hydrofracture+New Mexico+Crack
J|0093|DeMets,C.+Stein,S.|Present-day kinematics of the Rivera plate and implications for tectonics in southwestern Mexico||#JGR:95:13:1990:21931-21948|Rivera+Mexico+Tectonics+Focal mechanism
J|0094|Ma,C.+Sauber,J.M.+Bell,L.J.+|Measurement of horizontal motions in Alaska using very long baseline interferometry||#JGR:95:13:1990:21991-22011|Plate motion+Alaska+Interferometry+Earthquake
J|0095|Jackson,J.A.+Molnar,P.|Active faulting and block rotations in the western Transverse Ranges, California||#JGR:95:13:1990:22073-22087|Faulting+Block+Rotation+Transverse Ranges+Focal mechanism
J|0096|Cashman,S.M.+Kelsey,H.M.|Forearc uplift and extension, southern Hawke's Bay, New Zealand: Mid-Pleistocene to present||Tectonics:9:1:1990:23-44|Seismicity
J|0097|Stockmal,G.S.+Colman-Sadd,S.P.+Keen,C.E.+|Deep seismic structure and plate tectonic evolution of the Canadian Appalachians||Tectonics:9:1:1990:45-62|Deep structure+Reflexion study+Plate tectonics
J|0098|Vetter,U.R.|Variation of the regional stress tensor at the western Great Basin boundary from the inversion of earthquake focal mechanisms||Tectonics:9:1:1990:63-79
J|0099|Erlich,R.N.+Barrett,S.F.|Cenozoic plate tectonic history of the northern Venezuela-Trinidad area||Tectonics:9:1:1990:161-184|Profile+Plate tectonics
J|0100|Williams,P.L.+Sykes,L.R.+Nicholson,C.+|Seismotectonics of the easternmost Transverse Ranges, California: relevance for seismic potential of the southern San Andreas Fault||Tectonics:9:1:1990:185-204
J|0101|Westaway,R.|The Tripoli, Libya, earthquake of September 4, 1974: implications for the active tectonics of the central Mediterranean||Tectonics:9:2:1990:231-248
J|0102|Silver,E.A.+Reed,D.L.+Tagudin,J.E.+|Implications of the north and south Panama thrust belts for the origin of the Panama orocline||Tectonics:9:2:1990:261-281|Reflexion study+Plate tectonics
J|0103|Le Gall,B.|Evidence of an imbricate crustal thrust belt in the southern British Variscides: contributions of Southwestern Approaches Traverse (SWAT) deep seismic reflection profiling recorded through the English Channel and the Celtic Sea||Tectonics:9:2:1990:283-302|Deep seismic sounding
J|0104|Hinze,W.J.+Braile,L.W.|A geophysical profile of the southern margin of the midcontinent rift system in western Lake Superior||Tectonics:9:2:1990:303-310|Reflexion study
J|0105|Dokka,R.K.+Travis,C.J.|Late Cenozoic strike-slip faulting in the Mojave Desert, California||Tectonics:9:2:1990:311-340|Seismicity
J|0106|Gordon,R.G.+DeMets,C.+Argus,D.F.|Kinematic constraints on distributed lithospheric deformation in the equatorial Indian Ocean from present motion between the Australian and Indian plates||Tectonics:9:3:1990:409-422|Lithosphere+Focal mechanism
J|0107|Jarrige,J-J.+Ott d'Estevou,P.+Burollet,P.F.+|The multistage tectonic evolution of the Gulf of Suez and northern Red Sea continental rift from field observations||Tectonics:9:3:1990:441-465|Profile
J|0108|Westaway,R.|Seismicity and tectonic deformation rate in Soviet Armenia: implications for local earthquake hazard and evolution of adjacent regions||Tectonics:9:3:1990:477-503|1988||#*ARMENIA88
J|0109|Block,L.+Roydon,L.H.|Core complex geometries and regional scale flow in the lower crust||Tectonics:9:4:1990:557-567|Basin & Range+Lithosphere+Model
J|0110|Adams,J.|Paleoseismicity of the Cascadia subduction zone: evidence from turbidites off the Oregon-Washington margin||Tectonics:9:4:1990:569-583|Palaeoseismicity+Thrust
J|0111|Ben-Avraham,Z.+Ginzburg,A.|Displaced terranes and crustal evolution of the Levant and the eastern Mediterranean||Tectonics:9:4:1990:613-622|Refraction study
J|0112|MacKay,M.E.+Moore,G.F.|Variation in deformation of the south Panama accretionary prism: response to oblique subduction and trench sediment variation||Tectonics:9:4:1990:683-698|Reflexion study
J|0113|Musgrave,R.J.|Paleomagnetism and tectonics of Malaita, Solomon Islands||Tectonics:9:4:1990:735-759|Seismicity+Palaeomagnetism
J|0114|Sonder,L.J.|Effect of density contrasts on the orientation of stresses in the lithosphere: relation to principal stress directions in the Transverse Ranges, California||Tectonics:9:4:1990:761-771|Focal mechanism
J|0115|Snyder,D.B.+Ramos,V.A.+Allmendinger,R.W.|Thick-skinned deformation observed on deep seismic reflection profiles in western Argentina||Tectonics:9:4:1990:773-788|Reflexion study+Crust+Vibroseis
J|0116|Allmendinger,R.W.+Figueroa,D.+Snyder,D.B.+|Foreland shortening and crustal balancing in the Andes at 30degreesS latitude||Tectonics:9:4:1990:789-809|Reflexion study+Crustal structure+Chile+Argentina
J|0117|Gephart,J.W.|Stress and the direction of slip on fault planes||Tectonics:9:4:1990:845-858|Focal mechanism+Taiwan
J|0118|Snyder,D.B.+Flack,C.A.|A Caledonian age for reflectors within the mantle lithosphere north and west of Scotland||Tectonics:9:4:1990:903-922|Reflexion study+BIRPS
J|0119|Rosencrantz,E.|Structure and tectonics of the Yucatan Basin, Caribbean Sea, as determined from seismic reflection studies||Tectonics:9:5:1990:1037-1059|Reflexion study
J|0120|McDougall,J.W.+Khan,S.H.|Strike-slip faulting in a foreland fold-thrust belt: the Kalabagh fault and western Salt Range, Pakistan||Tectonics:9:5:1990:1061-1075|Seismicity+Reflexion study
J|0121|Guieu,G.+Roussel,J.|Arguments for the pre-rift uplift and rift propagation in the Ligurian-Provencal basin (northwestern Mediterranean) in the light of Pyrenean Provencal orogeny||Tectonics:9:5:1990:1113-1142|Ligurian Sea+Profile
J|0122|Alvarez,W.|Geologic evidence for the plate-driving mechanism: the continental undertow hypothesis and the Australian-Antarctic discordance||Tectonics:9:5:1990:1213-1220|Geology+Antarctica
J|0123|Reston,T.J.|The lower crust and the extension of the continental lithosphere: kinematic analysis of BIRPS deep seismic data||Tectonics:9:5:1990:1235-1248|United Kingdom+Reflexion study
J|0124|Endignoux,L.+Mugnier,J-L.|The use of a forward kinematic model in the construction of balanced cross sections||Tectonics:9:5:1990:1249-1262|Kinematics+Barbados+Reflexion study
J|0125|Anderson,L.W.+LaForge,R.C.|Comment on `The style of Late Cenozoic deformation at the eastern front of the California Coast Ranges' by C. M. Wentworth and M. D. Zoback||Tectonics:9:5:1990:1263-1268|Comments+Seismicity|With a reply by the authors
J|0126|Pfiffner,O.A.+Frei,W.+Valasek,P.+|Crustal shortening in the Alpine orogen: results from deep seismic reflection profiling in the eastern Swiss Alps, line NFP 20-EAST||Tectonics:9:6:1990:1327-1355|Reflexion study+Crustal structure+Deformation
J|0127|Chaimov,T.A.+Barazangi,M.+Al-Saad,D.+|Crustal shortening in the Palmyride fold belt, Syria, and implications for movement along the Dead Sea fault system||Tectonics:9:6:1990:1369-1386|Deformation+Reflexion study||#*SYRIA87
J|0128|Sadowiak,P.+Wever,T.|Reflection-diffraction seismic pattern at crustal suture zones||Tectonics:9:6:1990:1495-1513|Reflexion study+United Kingdom+Germany
J|0129|Angeleri,G.P.+Burrascano,P.+Martinelli,G.+|Shear-wave velocity estimation from full sonic waveform by the extended-lattice predictor||#GPP:38:5:1990:449-463|Velocity+Waveform+Model+Shear wave
J|0130|Ulrych,T.+Bassrei,A.+Lane,M.|Minimum relative entropy inversion of 1D data with applications||#GPP:38:5:1990:465-487|Minimum entropy+Inversion+Mathematical method
J|0131|Nobes,D.C.+Hamilton,T.S.+Cartwright,P.|Structure of the southwestern Fraser River delta as determined from geoelectrical sounding||#GPP:38:5:1990:525-544|British Columbia+Geoelectricity+Geologic structure+Sounding
J|0132|Levin,S.A.+Lee,S.Y.C.|Comment on `Efficient 2D and 3D shot record redatuming' by N. A. Kinneging, V. Budejicky, C. P. A. Wapenaar and A. J. Berkhout||#GPP:38:5:1990:569-576|Comments+Ray tracing+Gaussian beam+Migration+Reflexion data|With a reply by the authors
J|0133|Kirchheimer,F.|Residual statics by CDP-localized stack optimization||#GPP:38:6:1990:577-606|Statics+Common depth point+Stacking
J|0134|Albright,J.N.+Johnson,P.A.|Cross-borehole observation of mode conversion from borehole Stoneley waves to channel waves at a coal layer||#GPP:38:6:1990:607-620|Stoneley wave+Channel wave+Coal+Conversion+Cross-hole
J|0135|Crampin,S.|Alignment of near-surface inclusions and appropriate crack geometries for geothermal hot-dry-rock experiments||#GPP:38:6:1990:621-631|Splitting+Rock+Crack+Geometry
J|0136|Wapenaar,C.P.A.+Herrmann,P.+Verschuur,D.J.+|Decomposition of multicomponent seismic data into primary P- and S-wave responses||#GPP:38:6:1990:633-661|Decomposition+Wave field+Multiple wave+P-wave+S-wave
J|0137|Carrion,P.M.|Enhanced migration of seismic data||#GPP:38:7:1990:689-704|Migration+Reflexion coefficient+Diffraction+Tomography
J|0138|Brown,R.J.+Anderson,N.L.+Hills,L.V.|Seismic interpretation of Upper Elk Point (Givetian) carbonate reservoirs of western Canada||#GPP:38:7:1990:719-736|Interpretation+Canada+Carbonate+Reflexion study
J|0139|Chang,W-F.+McMechan,G.A.|3D acoustic prestack reverse-time migration||#GPP:38:7:1990:737-755|Reverse-time migration+Algorithm+Imaging+Finite difference method
J|0140|Dillon,P.B.|A comparison between Kirchhoff and GRT migration on VSP data||#GPP:38:7:1990:757-777|Migration+Kirchhoff method+Radon transform+Vertical seismic profiling
J|0141|Koren,Z.|An advanced CMP ray-tracing||#GPP:38:7:1990:779-793|Ray tracing+Common midpoint+Algorithm+Travel-times
J|0142|Novotny,M.|Trace interpolation by slant-stack migration||#GPP:38:8:1990:833-851|Slant stack+Migration+Trace interpolation
J|0143|Haneveld,C.J.+Herman,G.C.|A fast algorithm for the computation of radon transforms||#GPP:38:8:1990:853-860|Algorithm+Radon transform+Numerical method
J|0144|McGee,T.M.|The use of marine seismic profiling for environmental assessment||#GPP:38:8:1990:861-880|Marine seismic investigation+Profiling+Multiple reflexion+Sediment
J|0145|Roberts,G.A.+Goulty,N.R.|Directional deconvolution of marine seismic reflection data: North Sea example||#GPP:38:8:1990:881-888|Deconvolution+Marine seismic investigation+North Sea+Profile
J|0146|Geldmacher,I.M.+Dresen,L.+Sturznickel,T.|Seismic modelling with channel waves in seam structures influenced by mylonite zones||#GPP:38:8:1990:889-911|Modelling+Channel wave+Coal seam+Mylonite
J|0147|Phadke,S.M.+Kanasewich,E.R.|The resolution possible in imaging with diffracted seismic waves||#GPP:38:8:1990:913-931|Resolution+Imaging+Diffracted wave+Stacking
J|0148|Tsingas,C.+Vafidis,A.+Kanasewich,E.R.|Elastic wave propagation in transversely isotropic media using finite differences||#GPP:38:8:1990:933-949|Elastic wave+Isotropic medium+Finite difference method+Propagation
J|0149|Lendzionowski,V.+Walden,A.T.+White,R.E.|Seismic character mapping over reservoir intervals||#GPP:38:8:1990:951-969|Pattern recognition+Mapping+Interpretation+Reservoir
J|0150|Ali Ak,M.|An analytical raypath approach to the refraction wavefront method||#GPP:38:8:1990:971-982|Refraction+Wavefront+Algorithm+Ray tracing
J|0151|Douma,J.+Den Rooijen,H.+Schokking,F.|Anisotropy detected in shallow clays using shear-wave splitting in a VSP survey||#GPP:38:8:1990:983-998|Anisotropy+Clay+Hodogram+Vertical seismic profiling+Shear wave splitting
J|0152|Gudmundsson,O.+Davies,J.H.+Clayton,R.W.|Stochastic analysis of global traveltime data: mantle heterogeneity and random errors in the ISC data||#GJI:102:1:1990:25-43|Heterogeneity+Mantle+Travel-times+Power spectrum
J|0153|Tinti,S.+Ugolini,S.|Pre-selection of seismic rays as a possible method to improve the inverse problem solution||#GJI:102:1:1990:45-61|Inversion+Borehole+Tomography+Ray
J|0154|Yanovskaya,T.B.+Ditmar,P.G.|Smoothness criteria in surface wave tomography||#GJI:102:1:1990:63-72|Tomography+Surface wave+Group velocity+Phase velocity
J|0155|Tanimoto,T.|Modelling curved surface wave paths: membrane surface wave synthetics||#GJI:102:1:1990:89-100|Surface wave+Seismogram+Inversion+Green's function||#*WHITTIER
J|0156|Ramesh,D.S.+Rai,S.S.+Srinagesh,D.+|Seismological evidence for a decoupled lithospheric segment in south Indian shield||#GJI:102:1:1990:113-120|India+Tomography+Anisotropy+Lithosphere
J|0157|Xie,J.+Mitchell,B.J.|Attenuation of multiphase surface waves in the Basin and Range province, part I: Lg and Lg coda||#GJI:102:1:1990:121-137|Basin & Range+Lg-wave+Q+Coda
J|0158|Mitchell,B.J.+Bungum,H.+Chan,W.W.+|Seismicity and present-day tectonics of the Svalbard region||#GJI:102:1:1990:139-149|Tectonics+Svalbard+Seismicity+Earthquake
J|0159|Korn,M.|A modified energy flux model for lithospheric scattering of teleseismic body waves||#GJI:102:1:1990:165-175|Attenuation+Scattering+Coda+Body wave
J|0160|Bakker,P.M.|Theory of edge diffraction in terms of dynamic ray tracing||#GJI:102:1:1990:177-189|Asymptotic ray theory+Diffraction+Ray tracing+Edge wave
J|0161|Main,I.G.|Quasi-static modelling of stress histories during the earthquake cycle: precursory seismic and aseismic stress release||#GJI:102:1:1990:195-203|Nucleation+Stress+Damage+Mechanics
J|0162|Pilkington,M.+Todoeschuck,J.P.|Stochastic inversion for scaling geology||#GJI:102:1:1990:205-217|Inversion+Geology+Acoustics+Power spectrum
J|0163|Ligdas,C.N.+Main,I.G.+Adams,R.D.|3-D structure of the lithosphere in the Aegean region||#GJI:102:1:1990:219-229|AEgean+P-wave+Tomography+Lithosphere
J|0164|Weber,M.+Davis,J.P.|Evidence of a laterally variable lower mantle structure from P- and S- waves||#GJI:102:1:1990:231-255|Body wave+D" region+Lateral inhomogeneity+Lower mantle
J|0165|Mochizuki,E.|Simple formulae for path and amplitude anomalies of anisotropic surface waves||#GJI:102:1:1990:263-264|Anisotropy+Free oscillation+Ray tracing+Surface wave|Research note
J|0166|Panza,G.F.|Review of `Principles of earthquake source mechanics' by B. V. Kostrov and S. Das||#GJI:102:1:1990:267|Review+Earthquake+Source+Mechanics|Cambridge University Press, Cambridge, 1989, 286pp
J|0167|Mendez,A.J.+Olson,A.H.+Anderson,J.G.|A norm minimization criterion for the inversion of earthquake ground motion||#GJI:102:2:1990:287-298|Ground motion+Frequency domain+Inversion+Rupture
J|0168|Pollitz,F.F.|Recovery of aspherical Earth structure from observations of normal mode amplitudes||#GJI:102:2:1990:313-339|Free oscillation+Lateral heterogeneity+Coupled mode+Aspherical Earth structure
J|0169|Pollitz,F.F.|Correction of normal mode frequencies and amplitudes for the effect of spheroidal-toroidal coupling||#GJI:102:2:1990:341-357|Coupled mode+Free oscillation+Asymptotics+Coriolis coupling
J|0170|Lognonne,P.+Romanowicz,B.|Modelling of coupled normal modes of the Earth: the spectral method||#GJI:102:2:1990:365-395|Normal mode+Perturbation theory+Spectral analysis+Coupled mode
J|0171|Ben-Menahem,A.+Sena,A.G.|The elastodynamic Green's tensor in an anisotropic half-space||#GJI:102:2:1990:421-443|Green's function+Anisotropy+Half-space+Elastodynamics
J|0172|Hudson,J.A.|Overall elastic properties of isotropic materials with arbitrary distribution of circular cracks||#GJI:102:2:1990:465-469|Crack+Elastic medium+Isotropic medium+Transmission
J|0173|Peacock,S.+Hudson,J.A.|Seismic properties of rocks with distributions of small cracks||#GJI:102:2:1990:471-484|Anisotropy+Attenuation+Crack+Splitting
J|0174|Hudson,J.A.|Attenuation due to second-order scattering in material containing cracks||#GJI:102:2:1990:485-490|Attenuation+Crack+Scattering+Elastic medium
J|0175|Shearer,P.M.+Masters,T.G.|The density and shear velocity contrast at the inner core boundary||#GJI:102:2:1990:491-498|Body wave+Free oscillation+Inner core+Shear velocity|Research note
J|0176|Geller,R.J.+Hara,T.+Tsuboi,S.|On the equivalence of two methods for computing partial derivatives of seismic waveforms - II. Laterally homogeneous initial model||#GJI:102:2:1990:499-502|Waveform+Inversion+Born approximation+Perturbation|Research note
J|0177|Huestis,S.P.|On the existence of degenerate trade-off curves in Backus-Gilbert theory||#GJI:102:2:1990:503-505|Backus-Gilbert method+Inversion+Theory|Research note
J|0178|Sato,T.+Harrison,J.C.|Local effects on tidal strain measurements at Esashi, Japan||#GJI:102:3:1990:513-526|Esashi+Tide+Strain+Cross section
J|0179|Vasco,D.W.|Seismic source representation in orthogonal functions||#GJI:102:3:1990:531-535|Source+Moment tensor+Inversion+Waveform
J|0180|Lomnitz,C.|Mexico, 1985: the case for gravity waves||#GJI:102:3:1990:569-572|Gravity wave+Mexico City+1985+Earthquake||#*MEXICOCITY
J|0181|Kagan,Y.Y.|Random stress and earthquake statistics: spatial dependence||#GJI:102:3:1990:573-583|Focal mechanism+Stress+Distribution+Cauchy formula
J|0182|Lister,C.R.B.+Sclater,J.G.+Davis,E.E.+|Heat flow maintained in oceanic basins of great age: investigations in the north-equatorial West Pacific||#GJI:102:3:1990:603-630|Heat flow+Western Pacific+Profile+Oceanic basin
J|0183|Iwasaki,T.+Hirata,N.+Kanazawa,T.+|Crustal and upper mantle structure in the Ryukyu Island arc deduced from deep seismic sounding||#GJI:102:3:1990:631-651|Crustal structure+Subduction+Deep seismic sounding+Ryukyu
J|0184|Sambridge,M.S.|Non-linear arrival time inversion: constraining velocity anomalies by seeking smooth models in 3-D||#GJI:102:3:1990:653-677|Nonlinear inversion+Smoothing+Structure+Ray tracing
J|0185|Taymaz,T.+Jackson,J.A.+Westaway,R.|Earthquake mechanisms in the Hellenic trench near Crete||#GJI:102:3:1990:695-731|Crete+Mechanism+Faulting+Subduction
J|0186|Main,I.G.|Review of `Seismic tomography and mantle circulation' edited by R. K. O'Nions and B. Parsons||#GJI:102:3:1990:757-758|Review+Tomography+Mantle+Core-mantle boundary|Roy. Soc. Special Publication, 1989
J|0187|Suarez,G.+Gagnepain,J.+Cisternas,A.+|Tectonic deformation of the Andes and the configuration of the subducted slab in central Peru: results from a microseismic experiment||#GJI:103:1:1990:1-12|Andes+Microearthquake+Tectonics+Peru
J|0188|Mandal,B.+Toksoz,M.N.|Computation of complete waveforms in general anisotropic media - results from an explosion source in an anisotropic medium||#GJI:103:1:1990:33-45|Waveform+Explosion+Anisotropy+Synthetic seismogram
J|0189|Sharma,M.D.+Gogna,M.L.|Propagation of elastic waves in a cylindrical bore in a liquid-saturated porous solid||#GJI:103:1:1990:47-54|Propagation+Rayleigh wave+Borehole+Porous medium
J|0190|Roberts,R.G.+Christoffersson,A.|Decomposition of complex single-station three-component seismograms||#GJI:103:1:1990:55-74|Seismogram+Demodulation+Time series+Phase
J|0191|Kennett,B.L.N.+Koketsu,K.+Haines,A.J.|Propagation invariants, reflection and transmission in anisotropic, laterally heterogeneous media||#GJI:103:1:1990:95-101|Anisotropy+Lateral heterogeneity+Reflexion+Transmission
J|0192|Douglas,A.+Hudson,J.A.|The effect on teleseismic P of the zone of damage created by an explosion||#GJI:103:1:1990:111-133|Diffraction+P-wave+Kirchhoff integral+Underground explosion
J|0193|Payo,G.+Badal,J.+Canas,J.A.+|Seismic attenuation in Iberia using the coda-Q method||#GJI:103:1:1990:135-145|Coda wave+Q+Attenuation+Iberian Peninsula
J|0194|Roth,F.|Subsurface deformations in a layered elastic half-space||#GJI:103:1:1990:147-155|Dislocation+Layered medium+Deformation+Subsurface
J|0195|Korhonen,H.+Kosminskaya,I.P.+Azbel',I.Ya.+|Comparison of crustal structure along DSS profiles in SE Fennoscandia||#GJI:103:1:1990:157-162|Crustal structure+Deep seismic sounding+Fennoscandia+Mohorovicic discontinuity
J|0196|Thomson,C.J.|Corrections for critical rays in 2-D seismic modelling||#GJI:103:1:1990:171-210|Body wave+Diffraction+Modelling+Critical angle
J|0197|Turcotte,D.L.+Ockendon,H.+Ockendon,J.R.+|A mathematical model of vulcanian eruptions||#GJI:103:1:1990:211-217|Expansion+Eruption+Magma+Model
J|0198|Sayers,C.M.|The crystal structure of iron in the Earth's inner core||#GJI:103:1:1990:285-286|Inner core+P-wave+Iron+Crystal|Letter to the editor
J|0199|Bonafede,M.|Axi-symmetric deformation of a thermo-poro-elastic half-space||#GJI:103:2:1990:289-299|Uplift+Seismicity+Magma+Phlegraean Fields
J|0200|Coates,R.T.+Chapman,C.H.|Quasi-shear wave coupling in weakly anisotropic 3-D media||#GJI:103:2:1990:301-320|Anisotropy+Ray theory+Shear wave splitting
J|0201|Farra,V.|Amplitude computation in heterogeneous media by ray perturbation theory: a finite element approach||#GJI:103:2:1990:341-354|Anisotropy+Heterogeneity+Perturbation+Ray theory
J|0202|Yoshida,S.+Koketsu,K.|Simultaneous inversion of waveform and geodetic data for the rupture process of the 1984 Naganoken-Seibu, Japan, earthquake||#GJI:103:2:1990:355-362|Earthquake+1984+Nagano-ken-seibu+Waveform+Rupture||#*NAGANO
J|0203|Angelier,J.|Inversion of field data in fault tectonics to obtain the regional stress - III. A new rapid direct inversion method by analytical means||#GJI:103:2:1990:363-376|Fault+Inversion+Stress+Tectonics
J|0204|Zhou,H-W.|Observations on earthquake stress axes and seismic morphology of deep slabs||#GJI:103:2:1990:377-401|Focal mechanism+Tomography+Slab+Stress+Tonga+Northwest Pacific
J|0205|Suda,N.+Fukao,Y.|Structure of the inner core inferred from observations of seismic core modes||#GJI:103:2:1990:403-413|Inner core+Sompi method+Free oscillation+Spheroidal mode
J|0206|Asteriadis,G.+Zioutas,G.|Application of an outlier detecting method for identifying changes in the underground water level caused by crustal movements||#GJI:103:2:1990:415-424|Prediction+Greece+Crustal movement+Water level
J|0207|Beisser,M.+Wyss,M.+Kind,R.|Inversion of source parameters for subcrustal earthquakes in the Hellenic Arc||#GJI:103:2:1990:439-450|Hellenic arc+Source+Subduction+Single-station method
J|0208|Paulssen,H.+Levshin,A.L.+Lander,A.V.+|Time- and frequency-dependent polarization analysis: anomalous surface wave observations in Iberia||#GJI:103:2:1990:483-496|Iberian Peninsula+Attenuation+Polarization+Scattering+Surface wave
J|0209|Gajewski,D.+Stangl,R.+Fuchs,K.+|A new constraint on the composition of the topmost continental mantle - anomalously different depth increases of P and S velocity||#GJI:103:2:1990:497-507|Continental mantle+Sn-wave+Amplitude+Velocity ratio
J|0210|Whitmarsh,R.B.+Miles,P.R.+Mauffret,A.|The ocean-continent boundary off the western continental margin of Iberia - I. Crustal structure at 40degrees30'N||#GJI:103:2:1990:509-531|Reflexion study+Continental margin+Iberian Peninsula+North Atlantic
J|0211|Scheirer,D.S.+Hobbs,R.W.|Seismic attenuation in the continental crust SW of England||#GJI:103:2:1990:533-540|Attenuation+Deep crust+Reflexion+Granite+England
J|0212|Pagiatakis,S.D.|The response of a realistic Earth to ocean tide loading||#GJI:103:2:1990:541-560|Anisotropy+Green's function+Loading+Earth model
J|0213|Darby,D.J.+Smith,E.G.C.|Power-law stress relaxation after the 1987 Edgecumbe, New Zealand, earthquake||#GJI:103:2:1990:561-564|1987+Edgecumbe+Stress+Relaxation+Earthquake|Research note|#*EDGECUMBE
J|0214|Nolet,G.+Snieder,R.|Solving large linear inverse problems by projection||#GJI:103:2:1990:565-568|Inversion+Backus-Gilbert method
J|0215|Kessler,D.+Kosloff,D.|Acoustic wave propagation in 2-D cylindrical coordinates||#GJI:103:3:1990:577-587|Acoustic wave+Propagation+Numerical method+Cylinder
J|0216|Barrientos,S.E.+Ward,S.N.|The 1960 Chile earthquake: inversion for slip distribution from surface deformation||#GJI:103:3:1990:589-598|Earthquake+1960+Chile+Geodesy+Fault-slip
J|0217|Mainprice,D.+Casey,M.|The calculated seismic properties of quartz mylonites with typical fabrics: relationship to kinematics and temperature||#GJI:103:3:1990:599-608|Mylonite+Seismics+Kinematics+Temperature
J|0218|Kaila,K.L.+Tewari,H.C.+Krishna,V.G.+|Deep seismic sounding studies in the north Cambay and Sanchor basins, India||#GJI:103:3:1990:621-637|Deep seismic sounding+India+Lower crust+Mohorovicic discontinuity
J|0219|Kim,W.+Cormier,V.F.|Vicinity ray tracing: an alternative to dynamic ray tracing||#GJI:103:3:1990:639-655|Asymptotic ray theory+Ray tracing+Wave field+Dynamics
J|0220|Wenzel,F.+Stenzel,K-J.+Zimmermann,U.|Wave propagation in laterally heterogeneous layered media||#GJI:103:3:1990:675-684|Synthetic seismogram+Seismic waves+Kirchhoff integral+Layered medium
J|0221|Wu,W-J.+Rochester,M.G.|Core dynamics: the two-potential description and a new variational principle||#GJI:103:3:1990:697-706|Core+Dynamics+Normal mode+Variational principle
J|0222|Tromp,J.+Dahlen,F.A.|Free oscillations of a spherical anelastic Earth||#GJI:103:3:1990:707-723|Anelasticity+Free oscillation+Normal mode+Spheroidal mode
J|0223|Verweij,M.D.+De Hoop,A.T.|Determination of seismic wavefields in arbitrarily continuously layered media using the modified Cagniard method||#GJI:103:3:1990:731-754|Layered medium+Wave field+Cagniard's technique+WKBJ method
J|0224|Trampert,J.|Comment on `Comparison of iterative back-projection inversion and generalized inversion without blocks: case studies in attenuation tomography' by P. Ho-Liu, J-P. Montagner and H. Kanamori||#GJI:103:3:1990:755-758|Comments+Inversion+Attenuation+Tomography|With a reply by the authors
J|0225|Young,J.B.+Wiens,D.A.|A further proposal for additional regions for the Flinn-Engdahl Regionalization Scheme||#GJI:103:3:1990:759-762|Flinn-Engdahl code+Regionalization
J|0226|Bostock,M.G.|On the orthogonality of surface wave eigenfunctions in cylindrical coordinates||#GJI:103:3:1990:763-767|Surface wave+Cylindrical coordinates+Eigenfunction+Orthogonality|Research note
J|0227|Adams,R.D.|Review of `Seismology and plate tectonics' by D. Gubbins||#GJI:103:3:1990:769|Review+Seismology+Plate tectonics+Free oscillation|Cambridge University Press, Cambridge, 1990, 339pp
J|0228|Smith,D.T.|Review of `Sediment acoustics' by R. D. Stoll||#GJI:103:3:1990:774-775|Review+Sediment+Acoustics+Strain|Springer-Verlag, Berlin, 1989, 155pp
J|0229|Chen,G-Y.+Song,Z-H.|A study of the lateral heterogeneities in the crust and upper mantle of the North China region by long period surface wave dispersion|In Chinese with English abstract|#AGS:33:4:1990:417-423|Lateral heterogeneity+Velocity structure
J|0230|Zhuo,Y-R.+Hiroo,K.|Source parameters of three Chinese large earthquakes and discussion|In Chinese with English abstract|#AGS:33:4:1990:489-496|China+Large earthquake+Stress|Short contribution
J|0231|Peng,C-B.+Chen,Y.|A computer simulation study of the diffraction seismic tomography|In Chinese with English abstract|#AGS:33:5:1990:530-539|Profiling
J|0232|Chen,L-H.+Song,Z-H.|Crust-upper mantle P wave velocity structure beneath northern China|In Chinese with English abstract|#AGS:33:5:1990:540-546|North China+P-wave+Low-velocity layer
J|0233|Ji,Z-L.+Xu,J-H.+Nong,G-Y.+|The holographic test of physical modeling|In Chinese with English abstract|#AGS:33:5:1990:577-584|Modelling+Holography+Laboratory+Seismic prospecting
J|0234|Li,F-L.+Wang,C-S.+Xu,B-X.+|Lp norm deconvolution and application to seismic prospecting|In Chinese with English abstract|#AGS:33:5:1990:585-592|Algorithm
J|0235|Yang,K.+Wang,W-P.+Zu,Q-X.|Determination of rock elastic parameters of coal bearing formations with well logging|In Chinese with English abstract|#AGS:33:5:1990:593-603|Acoustic logging+Rock mechanics+Wavelet
J|0236|Hu,P.+Yang,P-C.+Li,W.+|Research on seismic dynamical behavior and predictability|In Chinese with English abstract|#AGS:33:6:1990:647-656|Seismodynamics+Prediction+Entropy+Dimension
J|0237|Ning,J-Y.+Zang,S-X.|The distribution of earthquakes and stress state in Pamir-Hindukush regions|In Chinese with English abstract|#AGS:33:6:1990:657-669|1968-1982+Spatial distribution+Fault plane solution
J|0238|Men,F-L.|The effects of stratification of earth strata on wave propagation in groundwater|In Chinese with English abstract|#AGS:33:6:1990:678-688|Porosity
J|0239|Ma,L-Y.+Zhao,J-H.+Dai,S.+|Study of quality factor Q as a function of frequencies under uniaxial pressure in Lai Yang marble|In Chinese with English abstract|#AGS:33:6:1990:689-693|Frequency+Strength+Q
J|0240|Wang,X-M.+Han,D-W.+Wang,G-G.|A theoretic investigation on compressional and shear arrivals in an acoustic log|In Chinese with English abstract|#AGS:33:6:1990:733-739|Acoustic logging+Arrival+Mode+Frequency
J|0241|Xu,B-R.|Vertical gravity gradient survey in higher buildings of some cities of China|In Chinese with English abstract|#AGS:33:6:1990:740-743|Building+Monitoring|Short contribution
J|0242|Broz,R.|Characteristic of fault structures in the area of the Kacice mining field (Black Coal Mines Kladno)|In Czech with English and Russian abstracts|#ACM:-:83:1990:7-20|Fault+Coal seam+Mine+Rockburst
J|0243|Broz,R.+Stary,L.|Seismoacoustical recorder with digital delay line|In Czech with English and Russian abstracts|#ACM:-:83:1990:31-42|Automatic recording+Digital recording+Seismoacoustics+Equipment
J|0244|Teisseyre,K.|Anisotropy resistivity changes in a rock medium subject to stresses - a model|With Czech and Russian abstracts|#ACM:-:83:1990:43-59|Anisotropy+Resistivity+Rock+Model
J|0245|Krus,M.|Application of percolation theory to the description of fracture processes - a review|With Czech and Russian abstracts|#ACM:-:83:1990:61-74|Percolation+Fracture+Review+Conductivity
J|0246|Gerlach,Z.+Wyrobek,E.|Evaluation of rockburst hazard from the spatial distribution of rock mass tremors|In Polish with Czech, English and Russian abstracts|#ACM:-:83:1990:75-93|Rockburst+Hazard+Mining
J|0247|Skrzypek,Z.+Gerlach,Z.|Geophysical control of the effectiveness of active prevention|In Polish with Czech, English and Russian abstracts|#ACM:-:83:1990:95-114|Prevention+Rockburst+Hazard+Mining
J|0248|Dubinski,J.+Nowak,J.+Baranski,A.|Characteristics of seismicity induced by mining operations in the Upper Silesian coal field|With Czech and Russian abstracts|#ACM:-:83:1990:115-127|Induced seismicity+Mining+Coal field+Upper Silesia
J|0249|Swieca,A.+Kozbur,M.|Attempt at estimating the length of a crack generated by rock burst (on the basis of observations carried out during mining in face 16 seam 506 on the depth of 800 m)|In Polish with Czech, English and Russian abstracts|#ACM:-:83:1990:129-142|Crack+Rockburst+Mining+Energy
J|0250|Dubinski,J.+Syrek,B.|Changes of the parameter b of the Gutenberg-Richter frequency-magnitude distribution in seismically active regions of the Upper Silesian coal field|In Polish with Czech, English and Russian abstracts|#ACM:-:83:1990:143-158|b-Value+Coal field+Upper Silesia+Gutenberg & Richter
J|0251|Zhang,H.|A study of background seismicity of the strong earthquakes in North China||#ASS:3:3:1990:259-273|Historical seismicity+Strong earthquake+North China+Time-distance relation
J|0252|Feng,D-Y.+Ichikawa,M.+Wu,G-Y.|Fuzzy synthetic recognition of medium-short-term earthquake precursors||#ASS:3:3:1990:275-292|Pattern recognition+Precursor+Fuzzy mathematics+Tokai||#*HONSHU86|#*CENTRALJAP
J|0253|An,Z-W.+Wang,L-Y.+Zhu,C-Z.|The fractal dimension characteristics of seismic activities before and after large earthquakes||#ASS:3:3:1990:293-302|China+Fractal analysis+Large earthquake+Space-time pattern+Temporal variation||#*SONGPAN3|#*SONGPAN2|#*SONGPAN|#*TANGSHAN|#*HAICHENG
J|0254|Shen,J-W.+Hua,Y-P.+Qiu,Y.|Empirical point-ellipse model for seismic hazard analysis||#ASS:3:3:1990:303-314|Hazard+Computer program+Point source+Isoseismal
J|0255|Li,B-J.+Li,N.+Chen,H.|The difference in group velocities of Rayleigh waves between ends of the NS seismic belt of China and that between its both sides and implications in tectonics||#ASS:3:3:1990:315-324|Group velocity+Rayleigh wave+China+Tectonics
J|0256|Wu,F.T.+Wang,P.+Chen,Y-T.|Determination of focal mechanism using SH to P amplitude ratio||#ASS:3:3:1990:325-334|Focal mechanism+Amplitude+SH-wave+P-wave||#*JIANCHUAN
J|0257|Liu,W-Q.+Wei,G-X.+Zhou,C-Y.|A study of the focal process of the Heze earthquake (MS=5.9) of November 7, 1983||#ASS:3:3:1990:335-346|1983+Earthquake+Fault plane solution+Heze||#*HEZE
J|0258|Zhang,Z-L.+Wang,C-B.+Yian,H.+|An echelon fracture model for the Tangshan earthquake sequence as well as simulation in theory and experiment||#ASS:3:3:1990:347-362|Focal mechanism+Earthquake+1976+T'ang-shan+Fracture||#*TANGSHAN
J|0259|Chen,B-H.+Shi,L-H.+Luo,Y-M.|A study of the geoelectric effects in the process of hydraulic fracturing experiments||#ASS:3:3:1990:371-382|Geoelectricity+Hydraulics+Fracturing+Rock
J|0260|Chen,E-M.+Huang,Y-Y.|The characteristics of seismic damage and analysis of the earthquake generating tectonic structure of the 1605 great earthquake of Qiongzhou, Hainan Island||#ASS:3:3:1990:383-402|Historical earthquake+1605+Hainan Island+Damage+Tectonics
J|0261|Chen,P-S.|Catalogue of earthquakes (September to November 1989)||#ASS:3:3:1990:403-404|Earthquake catalogue+1989
J|0262|Chen,P-S.+Chen,H-T.|Scaling law from two-dimensional faulting model||#ASS:3:4:1990:405-420|Scaling+Faulting+Corner frequency+Moment magnitude
J|0263|Huang,W-Q.+Shi,Z-L.+Cao,X-F.|Factors influencing the estimation of b value and the selection of b value in hazard analysis||#ASS:3:4:1990:421-436|b-Value+Hazard+Frequency-magnitude relation+Spatial variation+Temporal variation
J|0264|Wen,X-Z.+Allen,C.R.+Luo,Z-L.+|Segmentation and geometric features of Xianshuihe Holocene fault zone and their seismotectonic implication||#ASS:3:4:1990:437-452|Xianshuihe+Fault+Seismotectonics+Segmentation
J|0265|Hao,J-Q.+Huang,P-Z.+Zhang,T-Z.+|The effect of stress on remanent magnetization of rocks||#ASS:3:4:1990:465-475|Seismomagnetic effect+Stress+Rock+Laboratory
J|0266|Zhang,Z-D.+Wang,B-Y.+Gao,Y-B.+|The observation research and analysis of underground water tide in China||#ASS:3:4:1990:477-489|Earth tide+China+Water level+Well
J|0267|Feng,W.+Yang,S-T.+Wang,G-Z.|Anomalous behavior of radon emanation and microfracturing characteristics of rock under action of ultrasound||#ASS:3:4:1990:491-503|Ultrasound+Microfracture+Radon+Laboratory
J|0268|Liu,Y-W.|The quantitative elimination of non-random interference on groundwater radon data||#ASS:3:4:1990:505-520|Groundwater+Radon+Interference+Regression+Spectral analysis
J|0269|Xu,D-J.+Geng,N-G.|In situ investigation of frictional characteristics of rocks and gouge with large scale test blocks||#ASS:3:4:1990:521-529|Friction+Rock mechanics+Gouge+Shear stress
J|0270|Wang,Z-C.+Wang,W.|An experimental system for rock triaxial creep at high temperature and high pressure (with solid medium for confining pressure)||#ASS:3:4:1990:531-538|Creep+Rock mechanics+Laboratory+High temperature+High pressure|Research note
J|0271|Chen,P-S.|Catalogue of earthquakes (December 1989 - February 1990)||#ASS:3:4:1990:539-540|Earthquake catalogue+1989-1990
J|0272|Siegesmund,S.+Kern,H.|Velocity anisotropy and shear-wave splitting in rocks from the mylonite belt along the Insubric Line (Ivrea Zone, Italy)||#EPL:99:1-2:1990:29-47|Shear wave splitting+Velocity+Mylonite+Anisotropy
J|0273|Cermak,V.+Bodri,L.+Rybach,L.+|Relationship between seismic velocity and heat production: comparison of two sets of data and test of validity||#EPL:99:1-2:1990:48-57|Regression+Velocity+Heat+Rock
J|0274|Bean,C.J.+Jacob,A.W.B.|P-wave anisotropy in the lower lithosphere||#EPL:99:1-2:1990:58-65|Lithosphere+P-wave+Velocity structure+Anisotropy+United Kingdom
J|0275|Reid,I.D.+Keen,C.E.|High seismic velocities associated with reflections from within the lower oceanic crust near the continental margin of eastern Canada||#EPL:99:1-2:1990:118-126|High velocity+Oceanic crust+Canada+Reflector
J|0276|Geilikman,M.B.+Golubeva,T.V.+Pisarenko,V.F.|Multifractal patterns of seismicity||#EPL:99:1-2:1990:127-132|Seismicity+Fractal+Spatial distribution+Garm+Caucasus+California
J|0277|Lavecchia,G.+Stoppa,F.|The Tyrrhenian zone: a case of lithosphere extension control of intra-continental magmatism||#EPL:99:4:1990:336-350|Lithosphere+Tyrrhenian Sea+Magmatism+Petrology
J|0278|Freedman,A.P.+Parsons,B.|Geoid anomalies over two South Atlantic fracture zones||#EPL:100:1-3:1990:18-41|Fracture zone+Geoid+South Atlantic+Oceanic lithosphere
J|0279|Taylor,B.+Brown,G.+Fryer,P.+|ALVIN-SeaBeam studies of the Sumisu Rift, Izu-Bonin arc||#EPL:100:1-3:1990:127-147|Izu-Bonin+Normal fault+Volcanism+Sumisu Rift
J|0280|Molnar,P.|S-wave residuals from earthquakes in the Tibetan region and lateral variations in the upper mantle||#EPL:101:1:1990:68-77|Tibet+Upper mantle+Lateral variation+S-wave||#*TIBET80
A|0281|Lilwall,R.C.+Farthing,J.|Joint epicentre determination of Soviet underground nuclear explosions 1973-89 at the Semipalatinsk test site|Report No. O 12/90|1990:Aldermaston, Berks:AWE|Underground nuclear explosion+1973-1989+Semipalatinsk+Epicentre|13p
A|0282|Marshall,P.D.+Lilwall,R.C.+Farthing,J.|Estimates of the teleseismic magnitudes of some early Nevada test site explosions|Report No. O 13/90|1990:Aldermaston, Berks:AWE|Nevada Test Site+Magnitude+Teleseism+Nuclear explosion|15p
J|0283|Kobori,T.+Toyama,K.+Sakamoto,M.+|Development of active mass driver (AMD) system for structural active seismic response control|In Japanese with English abstract on page 9|#ARK:38:10:1990:85-92|Building+Aseismic design+Damping
J|0284|Tanaka,N.+Fukumoto,T.+Yamada,T.+|Elasto-plastic characteristics of hourglass-shaped steel joint dampers|In Japanese with English abstract on pages 9-10|#ARK:38:10:1990:93-98|Damper+Steel+Hysteresis+Laboratory
J|0285|Shinozuka,M.+Chung,Y.S.+Tsubota,H.+|Seismic capacity of uniformly damaged distributed R/C frames|In Japanese with English abstract on page 12|#ARK:38:10:1990:111-114|Reinforced concrete+Frame+Computer program+Aseismic design
J|0286|Ikeura,T.+Takemura,M.|Theoretical aspects of a semi-empirical method for estimating strong ground motions||#ARK:38:10:1990:117|Ground motion+Spectrum+Size+Theory|Abstract only
J|0287|Koshida,H.+Yasaka,A.+Iizuka,M.|Earthquake response characteristics of base-isolated building|In Japanese with English abstract on pages 14-15|#ARK:38:10:1990:119-120|Structural response+Base isolation system+Building
J|0288|Ohno,S.+Ohta,T.+Ikeura,T.+|Estimation of strong-motion spectrum by regression analysis on near-field records|In Japanese with English abstract on pages 15-16|#ARK:38:10:1990:121|Regression+Strong motion+Spectrum
J|0289|Imai,K.+Horikoshi,K.+Ikeya,T.+|Experiments on behavior of offshore structures influenced by earthquake ground motion|In Japanese with English abstract on page 17|#ARK:38:10:1990:129-138|Offshore structure+Ground motion+Dynamics
J|0290|Hayashi,H.+Sugahara,T.+Honda,M.|Modeling the nonlinear shear stress-strain behavior of soils|In Japanese with English abstract on page 19|#ARK:38:10:1990:155-160|Soil+Layered medium+Shear wave+Nonlinear response
J|0291|Ohbo,N.+Hayashi,K.+Ueno,K.+|Development of "DYNA1D" liquefaction analysis for sands|In Japanese with English abstract on pages 19-20|#ARK:38:10:1990:161-168|Sand+Liquefaction
J|0292|Zaman,F.D.+Asghar,S.+Ahmad,M.|Love-type waves due to a line source in an inhomogeneous layer trapped between two half spaces||#BGT:32:127-128:1990:167-174|Love wave+Line source+Inhomogeneous medium+Half-space
J|0293|Rossi,G.|Fractal dimension time variations in the Friuli (northeastern Italy) seismic area||#BGT:32:127-128:1990:175-184|Fractal analysis+Friuli+Seismicity+Temporal variation
J|0294|Bressan,G.|Depth distribution of seismic activity and the brittle/ductile transition in the Friuli (northeastern Italy) area||#BGT:32:127-128:1990:185-197|Depth+Friuli+Shear+Seismicity
J|0295|Gentile,G.F.+Slejko,D.|A 3D study of the fault pattern in Friuli (northeastern Italy) from focal mechanism characteristics||#BGT:32:127-128:1990:200-214|Friuli+Focal mechanism+Space-time pattern+Seismicity+Fault+Zoning
J|0296|Pietrafesa,M.+Teramo,A.+Cefali,F.+|A comparison of different attenuation models for macroseismic intensity||#BGT:32:127-128:1990:215-224|Attenuation+Model+Macroseismic data+Equation
J|0297|Boschi,E.+Morelli,A.|Seismology and physics of the Earth's interior - Italian research activity (1987-1990) report to IASPEI||#BGT:32:127-128:1990:395-411|Seismology+Geophysics+Research+Italy|Supplement to volume 32
J|0298|Botev,E.+Georgiev,Zv.+Glavcheva,R.+|Earthquake sequence in south-western Bulgaria during 1978-1979|In Bulgarian with Russian and English abstracts|#BGS:16:3:1990:3-15|Sequence+Bulgaria+1978-1979+Parameters
J|0299|Petrov,L.|Program for determination of the coordinates of the teleseismic events recorded in NOTSSI||#BGS:16:3:1990:43-47|Epicentre+Computer program+Teleseism+Coordinates
J|0300|Vasseva,E.|Energy response of structural system to different seismic excitations||#BGS:16:3:1990:48-55|Energy+Structural response+Building
J|0301|Gospodinov,D.|Non-random features of earthquake sequences in the Balkan region||#BGS:16:3:1990:56-67|Sequence+Balkans+Model+Map
J|0302|Christoskov,L.+Samardjieva,E.+Shamina,O.G.|On the duration of seismic wave amplitudes under real and experimental conditions|In Russian with English abstract|#BGS:16:3:1990:85-90|Duration+Amplitude+Wave
J|0303|Christoskov,L.+Levy,E.|An international experiment on intercomputer exchange of seismological information|In Bulgarian|#BGS:16:3:1990:91|Data bank+Computer+Geophysical data|News in brief
J|0304|Anufriev,A.|A reflection of magnetostrophic waves on the CMB|In Russian with English abstract|#BGS:16:4:1990:3-10|Core-mantle boundary+Reflexion+Wave+Electrical conductivity
J|0305|Solakov,D.+Al Khoubbi,I.|An opportunity for an optimal choice of seismic stations on the territory of Syria|In Bulgarian with Russian and English abstracts|#BGS:16:4:1990:16-23|Syria+Seismograph station+Network
J|0306|Pashova,Ts.+Deneva,D.|Seismo-ionospheric effects during the preparation phase of some earthquakes on the Balkan Peninsula||#BGS:16:4:1990:24-37|Ionosphere+Balkans+Precursor+Geomagnetic variation
J|0307|Glavcheva,R.|Parametrization of the isoseismals from Bulgarian earthquakes||#BGS:16:4:1990:38-44|Bulgaria+Isoseismal+Parameters
J|0308|Xanthopoulos,N.+Tsokas,G.N.+Nikolaou,S.+|Geophysical investigations at the northern side of the Axios River basin (N. Greece)||#BGS:16:4:1990:53-62|Sedimentary basin+Thessaloniki+Profile+Resistivity
J|0309|Georgiev,T.|Contemporary field of the tectonic stresses and dislocation processes in the region of the Mirovsko sault body|In Bulgarian with Russian and English abstracts|#BGS:16:4:1990:63-70|Focal mechanism+Stress+Bulgaria
J|0310|Ralchovsky,Ts.M.+Komarov,L.N.|Comparison of electrical precursors observed in Greece and Bulgaria||#BGS:16:4:1990:71-80|Precursor+Greece+Bulgaria+Electrotelluric field
J|0311|Christoskov,L.+Samardjieva,E.+Solakov,D.|Improvement of the approach in determining the possible human losses during strong earthquakes|In Bulgarian with Russian and English abstracts|#BGS:16:4:1990:85-92|Strong earthquake+Casualties
J|0312|Takeo,M.+Mikami,N.|Fault heterogeneity of inland earthquakes in Japan||#BER:65:3:1990:541-569|Intraplate earthquake+Japan+Rupture+Heterogeneity+Fault||#*IZUHANTO2|#*IZUHANTO|#*NAGANO|#*GIFU|#*OITA
J|0313|Yoshida,M.+Chiba,H.+Mizoue,M.|Evaluation of micro-earthquake travel time data by means of Wadati diagram|In Japanese with English abstract|#BER:65:3:1990:589-610|Microearthquake+Travel-times+Wadati's method+Kanto
J|0314|a-Research Group for Explosion Seismology|Explosion seismic observations in Fukushima and Tochigi Prefectures, northeastern Japan (Iwaki-Tanagura-Nasu profile)|In Japanese with English abstract|#BER:65:3:1990:611-632|Japan+Refraction study+Explosion seismology
J|0315|Katao,H.+Kasahara,J.+Koresawa,S.|Seismic observations using inertial navigation servo accelerometers for application to the broad-band ocean bottom seismometer|In Japanese with English abstract|#BER:65:3:1990:633-648|Accelerometer+Resolution+Digital recording+Ocean-bottom seismometer
J|0316|Okubo,S.+Nagasawa,K.+Murata,I.+|Gravity observations along the Itoigawa-Shizuoka geotectonic line (III) - Bouguer anomaly around the northern part of Matsumoto Bonchi Toen fault|In Japanese with English abstract|#BER:65:3:1990:649-663|Japan+Bouguer anomaly+Thrust fault+Dipping layer
J|0317|Ohori,M.+Minami,T.|Response analyses of sediment-filled valleys due to incident plane waves by two-dimensional Aki-Larner method|In Japanese with English abstract|#BER:65:4:1990:809-850|Plane wave+Sedimentary basin+Response+Valley
J|0318|Abe,K.|Seismological aspects of the Luzon, Philippines earthquake of July 16, 1990|In Japanese with English abstract|#BER:65:4:1990:851-873|Earthquake+1990+Luzon+Fault+Strike-slip+Deformation||#*LUZON90A|#*LUZON90B
J|0319|Ignatosyan,G.O.+Nikonov,A.A.+Farberov,A.I.+|On bioindication of the Spitak earthquake of December 7, 1988 in northern Armenia||#BIT:27:3:1990:1-15|Spitak+1988+Earthquake+Biological activity+Precursor||#*ARMENIA88
J|0320|Saikia,M.M.+Kotoky,P.+Sahu,O.P.|Seismotectonics of the Indoburman arcuate system - a subduction-collision related process||#BIT:27:3:1990:17-25|Seismotectonics+Plate boundary+Subduction+India+Burma
J|0321|Mukherji,P.+Mukhopadhyay,A.|On a system of creeping and interacting vertical strike-slip faults in a model of the lithosphere-asthenosphere system||#BIT:27:3:1990:27-46|Creep+Model+Fault+Strike-slip
J|0322|Jain,A.K.+Mallesha,M.|Time periods of overhead water tanks||#BIT:27:3:1990:47-57|Storage tank+Earthquake-resistant design+Period+Support structure
J|0323|Kumar,B.|Preliminary isoseismal map of Bihar-Nepal earthquake of August 21, 1988||#BIT:27:3:1990:59-63|Isoseismal+Map+Nepal+Earthquake+1988||#*BIHAR88
J|0324|Qamaruddin,M.+Qadeer,A.+Majid Ali,S.+|Seismic response of single storey masonry building with discontinuity at floor level||#BIT:27:3:1990:65-69|Structural response+Masonry structure+Base isolation system
J|0325|Dong,W.M.+Kim,J.E.+Wong,F.S.+|A knowledge-based seismic risk evaluation system for the insurance and investment industries (IRAS)||#BIT:27:3:1990:71-83|Insurance+Risk+Computer program
J|0326|Chander,R.|A rupture model for large earthquakes of the Himalayan collision zone||#BIT:27:3:1990:85-89|Rupture+Large earthquake+Himalayas+Collision
J|0327|Nagar,V.K.+Singh,A.N.|Geodetic evidence on possibility of earthquake occurrence near Dhemaji in Assam||#BIT:27:3:1990:91-103|Assam+Prediction+Geodetic survey+Hazard
J|0328|Arora,B.R.+Reddy,C.D.|Geomagnetic depth sounding over seismically active area of south Gujarat||#BIT:27:3:1990:105-112|Geomagnetic investigation+India+Electrical conductivity
J|0329|Singh,S.J.+Garg,N.R.|Static and quasi-static deformation of the Earth||#BIT:27:3:1990:113-120|Deformation+Quasistatic process+Half-space
J|0330|Arya,A.S.|Damage scenario of a hypothetical 8.0 magnitude earthquake in Kangra region of Himachal Pradesh||#BIT:27:3:1990:121-132|Himalayas+Hazard+Damage+Building+1905||#*DHARMSALA86
J|0331|Bandyo Padhyay,S.+Yadav,S.|Lateral dynamic response of pile in non linear soil medium||#BIT:27:3:1990:133-149|Pile+Soil-structure interaction+Dynamic analysis
J|0332|Prajapati,G.I.|Performance of Kaliabhomora Bridge on River Brahmaputra during Burma-India border region earthquake of August 6, 1988||#BIT:27:3:1990:151-159|Bridge+Aftershock+1988+Burma+Earthquake||#*IMPHAL88
J|0333|Hanson,R.D.|Supplemental damping for improved seismic performance of building||#BIT:27:4:1990:1-23|Building+Damping+Structural response+Earthquake engineering
J|0334|Srivastava,H.N.|Reservoir associated earthquake risk in northwest Himalayas and peninsular India||#BIT:27:4:1990:25-33|Risk+Reservoir+Himalayas+India+Induced seismicity+Dam
J|0335|Chander,R.|Reservoir induced destabilization of reverse and thrust faults||#BIT:27:4:1990:35-46|Reservoir+Induced seismicity+Fault
J|0336|Padale,J.G.+Bapat,A.|Significance of reservoir induced seismicity phenomenon||#BIT:27:4:1990:47-51|Induced seismicity+Reservoir+Dam
J|0337|Rastogi,B.K.|Control of reservoir induced seismicity by management of water levels at Bhatsa and Srisailam reservoirs||#BIT:27:4:1990:53-64|Reservoir+Induced seismicity+Water level+Triggering agent+Dam+Mitigation
J|0338|Fukushima,Y.+Tanaka,T.|A new attenuation relation for peak horizontal acceleration of strong earthquake ground motion in Japan||#BSA:80:4:1990:757-783|Strong motion+Japan+Attenuation+Acceleration+Equation
J|0339|Chavez-Garcia,F.J.+Pedotti,G.+Hatzfeld,D.+|An experimental study of site effects near Thessaloniki (northern Greece)||#BSA:80:4:1990:784-806|Site+Thessaloniki+Ground motion+Amplification+Spectral ratio
J|0340|Fletcher,J.B.+Fumal,T.E.+Liu,H-P.+|Near-surface velocities and attenuation at two boreholes near Anza, California, from logging data||#BSA:80:4:1990:807-831|Borehole+Logging+Anza+Velocity+Attenuation
J|0341|Liu,H-P.|Calculation of zero-offset vertical seismic profiles generated by a horizontal point force acting on the surface of an anelastic half-space||#BSA:80:4:1990:832-856|Vertical seismic profiling+Zero offset+Point source+Half-space
J|0342|Daley,T.M.+McEvilly,T.V.|Shear-wave anisotropy in the Parkfield Varian well VSP||#BSA:80:4:1990:857-869|Shear wave+Anisotropy+Parkfield+Vertical seismic profiling+Well
J|0343|Gariel,J-C.+Archuleta,R.J.+Bouchon,M.|Rupture process of an earthquake with kilometric size fault inferred from the modeling of near-source records||#BSA:80:4:1990:870-888|Rupture+Near earthquake+Imperial Valley+Aftershock||#*IMPERIAL
J|0344|Glassmoyer,G.+Borcherdt,R.D.|Source parameters and effects of bandwidth and local geology on high-frequency ground motions observed for aftershocks of the northeastern Ohio earthquake of 31 January 1986||#BSA:80:4:1990:889-912|Source parameter+High frequency+Aftershock+Ohio+1986||#*NORTHOHIO
J|0345|Houston,H.+Kanamori,H.|Comparison of strong-motion spectra with teleseismic spectra for three magnitude 8 subduction-zone earthquakes||#BSA:80:4:1990:913-934|Spectrum+Strong motion+Large earthquake+Subduction+Teleseism||#*MEXICOCITY|#*SANANTONIO|#*SEAOFJAPAN
J|0346|Wong,I.G.|Seismotectonics of the coast ranges in the vicinity of Lake Berryessa, northern California||#BSA:80:4:1990:935-950|Seismotectonics+Northern California+Coast+Seismicity+Focal mechanism
J|0347|Gurrola,H.+Minster,J.B.+Given,H.K.+|Analysis of high-frequency seismic noise in the western United States and eastern Kazakhstan||#BSA:80:4:1990:951-970|High frequency+Noise+Western United States+Eastern Kazakhstan
J|0348|Ben-Zion,Y.+Aki,K.|Seismic radiation from an SH line source in a laterally heterogeneous planar fault zone||#BSA:80:4:1990:971-994|Line source+Heterogeneity+Fault+Quarter-space
J|0349|Daley,P.F.+Hron,F.|The ray reflectivity method with critically refracted waves||#BSA:80:4:1990:995-1013|Refracted wave+Asymptotic ray theory+Reflectivity+Layered medium+Critical angle
J|0350|Lindholm,C.D.+Marrow,P.C.|Ocean bottom seismometers in the northern North Sea: experience and preliminary results with the Statfjord OBS||#BSA:80:4:1990:1014-1025|Ocean-bottom seismometer+North Sea+Seismicity
J|0351|Musson,R.M.W.|An unknown 18th century seismological manuscript||#BSA:80:4:1990:1026-1027|Seismic record+Historical earthquake|Short note
J|0352|Del Pezzo,E.+Allotta,R.+Patane,D.|Dependence of Qc (coda Q) on coda duration time interval: model or depth effect||#BSA:80:4:1990:1028-1033|Coda+Q+Duration+Mount Etna|Short note
J|0353|Aki,K.|Comment on `Microearthquake spectra from the Anza, California, seismic network: site response and source scaling' by A. Frankel and L. Wennerberg||#BSA:80:4:1990:1034-1042|Comments+Microearthquake+Anza+Spectral analysis|With a reply by the authors
J|0354|Havskov,J.|Replace the HYPO71 format||#BSA:80:4:1990:1043-1045|Computer program+Location
J|0355|Lee,W.H.K.|Replace the HYPO71 format?||#BSA:80:4:1990:1046-1047|Computer program+Location
J|0356|Heaton,T.H.+Heaton,R.E.|Errata to `Static deformations from point forces and force couples located in welded elastic Poissonian half-spaces: implications for seismic moment tensors'||#BSA:80:4:1990:1056|Errata+Deformation+Seismic moment tensor+Point source
J|0357|King,K.W.+Tarr,A.C.+Carver,D.L.+|Seismic ground-response studies in Olympia, Washington, and vicinity||#BSA:80:5:1990:1057-1078|Washington State+Response+Ground motion+Quarry blast
J|0358|Wald,D.J.+Helmberger,D.V.+Hartzell,S.H.|Rupture process of the 1987 Superstition Hills earthquake from the inversion of strong-motion data||#BSA:80:5:1990:1079-1098|Rupture+1987+Superstition Hill+Earthquake||#*SUPERSTITION87
J|0359|Doser,D.I.|Source characteristics of earthquakes along the southern San Jacinto and Imperial fault zones (1937-1954)||#BSA:80:5:1990:1099-1117|Source parameter+San Jacinto Fault+Imperial Valley+1937-1954+Earthquake
J|0360|Somerville,P.G.+McLaren,J.P.+Saikia,C.K.+|The 25 November 1988 Saguenay, Quebec, earthquake source parameters and the attenuation of strong ground motion||#BSA:80:5:1990:1118-1143|1988+Quebec+Source parameter+Earthquake+Strong motion||#*SAGUENAY88
J|0361|Rogers,G.C.+Cassidy,J.F.+Ellis,R.M.|The Prince George, British Columbia, earthquake of 21 March 1986||#BSA:80:5:1990:1144-1161|1986+Earthquake+British Columbia+Focal mechanism+Aftershock||#*PRINCEGEORGE86
J|0362|Dreger,D.S.+Helmberger,D.V.|Broadband modeling of local earthquakes||#BSA:80:5:1990:1162-1179|Broadband seismology+Local earthquake+Modelling+Synthetic seismogram
J|0363|Tsapanos,T.M.|Spatial distribution of the difference between the magnitudes of the main shock and the largest aftershock in the circum-Pacific belt||#BSA:80:5:1990:1180-1189|Spatial distribution+Magnitude+Pacific+Sequence+1964-1986
J|0364|Michaelson,C.A.|Coda duration magnitudes in central California: an empirical approach||#BSA:80:5:1990:1190-1204|California+Coda+Duration+Magnitude+1977-1981+Station correction
J|0365|Zhang,J.+Lay,T.|Effects of centroid location on determination of earthquake mechanisms using long-period surface waves||#BSA:80:5:1990:1205-1231|Location+Mechanism+Surface wave+Inversion+Accuracy||#*PETATLAN|#*MICHOACAN|#*MEXICOCITY2
J|0366|Ibanez,J.M.+Del Pezzo,E.+De Miguel,F.+|Depth-dependent seismic attenuation in the Granada zone (southern Spain)||#BSA:80:5:1990:1232-1244|Granada+Attenuation+Depth+Coda+Q+1988-1989
J|0367|Li,Y-G.+Leary,P.C.|Fault zone trapped seismic waves||#BSA:80:5:1990:1245-1271|Fault+Trap+Love wave+Borehole
J|0368|Buchbinder,G.G.R.+Haddon,R.A.W.|Azimuthal anomalies of short-period P-wave arrivals from Nahanni aftershocks, Northwest Territories, Canada, and effects of surface topography||#BSA:80:5:1990:1272-1283|Aftershock+Nahanni+Azimuth+P-wave+Topography
J|0369|Lafond,C.F.+Levander,A.R.|Fast and accurate dynamic raytracing in heterogeneous media||#BSA:80:5:1990:1284-1296|Heterogeneous medium+Ray tracing+Dynamic analysis+Model
J|0370|Abramovici,F.+Le,L.H.T.+Kanasewich,E.R.|The solution of Cagniard's problem for an SH line source in elastic and anelastic media, calculated using omega-k integrals||#BSA:80:5:1990:1297-1310|Cagniard's technique+Line source+Mathematical analysis+Half-space
J|0371|Maupin,V.|Modeling of three-component Lg waves in anisotropic crustal models||#BSA:80:5:1990:1311-1325|Modelling+Anisotropy+Lg-wave+Continental crust+Explosion+Polarization
J|0372|Patton,H.J.|Characterization of spall from observed strong ground motions on Pahute Mesa||#BSA:80:5:1990:1326-1345|Spall+Ground motion+Pahute Mesa+Nuclear explosion
J|0373|Dowla,F.U.+Taylor,S.R.+Anderson,R.W.|Seismic discrimination with artificial neural networks: preliminary results with regional spectral data||#BSA:80:5:1990:1346-1373|Discrimination+Spectrum+Computer+Data processing
J|0374|Wesnousky,S.G.|Seismicity as a function of cumulative geologic offset: some observations from southern California||#BSA:80:5:1990:1374-1381|Seismicity+Southern California+Offset+Frequency-magnitude relation|Short note
J|0375|Zahradnik,J.+Jech,J.+Moczo,P.|Absorption correction for computations of a seismic ground response||#BSA:80:5:1990:1382-1387|Absorption+Correction+Response|Short note
J|0376|Ou,G-B.+Herrmann,R.B.|A statistical model for ground motion produced by earthquakes at local and regional distances||#BSA:80:6:1990:1397-1417|Statistical method+Ground motion+Distance+Model||#*SAGUENAY88|#*NEWBRUNSWICK2
J|0377|Wennerberg,L.|Stochastic summation of empirical Green's functions||#BSA:80:6:1990:1418-1432|Summing+Green's function+Simulation+Technique
J|0378|Dan,K.+Watanabe,T.+Tanaka,T.+|Stability of earthquake ground motion synthesized by using different small-event records as empirical Green's functions||#BSA:80:6:1990:1433-1455|Green's function+Ground motion+Simulation+Source parameter+Izu-Hanto-Toho-Oki||#*IZUHANTO2
J|0379|Field,F.H.+Hough,S.E.+Jacob,K.H.|Using microtremors to assess potential earthquake site response: a case study in Flushing Meadows, New York City||#BSA:80:6:1990:1456-1480|Microseism+New York+Site+Response
J|0380|Castro,R.R.+Anderson,J.G.+Singh,S.K.|Site response, attenuation and source spectra of S waves along the Guerrero, Mexico, subduction zone||#BSA:80:6:1990:1481-1503|Guerrero+Site+S-wave+Q||#*GUERRERO89
J|0381|Spudich,P.+Miller,D.P.|Seismic site effects and the spatial interpolation of earthquake seismograms: results using aftershocks of the 1986 North Palm Springs, California, earthquake||#BSA:80:6:1990:1504-1532|Site+Interpolation+Aftershock+North Palm Springs+1986+Seismogram||#*PALMSPRINGS|#*PALMSPRINGS86A
J|0382|Iida,M.+Miyatake,T.+Shimazaki,K.|Relationship between strong-motion array parameters and the accuracy of source inversion and physical waves||#BSA:80:6:1990:1533-1552|Accuracy+Inversion+Array+Strong motion+Parameters
J|0383|Horner,R.B.+Wetmiller,R.J.+Lamontagne,M.+|A fault model for the Nahanni earthquakes from aftershock studies||#BSA:80:6:1990:1553-1570|Fault+Model+Nahanni+Aftershock||#*NAHANNI|#*NAHANNI2|#*NAHANNI85C
J|0384|Chatterjee,A.K.+Knopoff,L.|Crack breakout dynamics||#BSA:80:6:1990:1571-1579|Crack+Dynamics+Faulting+Energy
J|0385|Sibson,R.H.|Rupture nucleation on unfavorably oriented faults||#BSA:80:6:1990:1580-1604|Rupture+Fault+Nucleation+Orientation||#*NEWBRUNSWICK|#*COALINGA
J|0386|Gomberg,J.S.+Shedlock,K.M.+Roecker,S.W.|The effect of S-wave arrival times on the accuracy of hypocenter estimation||#BSA:80:6:1990:1605-1628|Accuracy+Arrival time+S-wave+Hypocentre
J|0387|Pujol,J.+Smalley,R.F.|A preliminary earthquake location method based on a hyperbolic approximation to travel times||#BSA:80:6:1990:1629-1642|Location+Travel-times+Approximation+Equation
J|0388|Ge,M.+Kaiser,P.K.|Interpretation of physical status of arrival picks for microseismic source location||#BSA:80:6:1990:1643-1660|Pick+Interpretation+Arrival time+Microseism
J|0389|Ben-Zion,Y.+Henyey,T.L.+Leary,P.C.+|Observations and implications of water well and creepmeter anomalies in the Mojave segment of the San Andreas fault zone||#BSA:80:6:1990:1661-1676|San Andreas Fault+Water level+Well+Creep||#*PALMSPRINGS
J|0390|Kang,I.B.+McMechan,G.A.|Two dimensional elastic pseudo-spectral modeling of wide-aperture seismic array data with application to the Wichita uplift-Anadarko basin region of southwestern Oklahoma||#BSA:80:6:1990:1677-1695|Modelling+Oklahoma+Spectral analysis+Seismic survey
J|0391|Chen,X-F.|Seismogram synthesis for multi-layered media with irregular interfaces by global generalized reflection/transmission matrices method. I. Theory of two-dimensional SH case||#BSA:80:6:1990:1696-1724|Layered medium+Matrix method+Interface+Seismogram
J|0392|Riedesel,M.A.+Moore,R.D.+Orcutt,J.A.|Limits of sensitivity of inertial seismometers with velocity transducers and electronic amplifiers||#BSA:80:6:1990:1725-1752|Sensitivity+Seismometer+Transducer+Amplifier
J|0393|Alessandrini,B.+Rovelli,A.+Cocco,M.+|Computation of ground displacement from strong-motion accelerograms using the exact deconvolution technique||#BSA:80:6:1990:1753-1761|Deconvolution+Strong-motion record+Ground motion+Accelerogram|Short note
J|0394|Brumbaugh,D.S.|Depth of the Fredonia, Arizona, earthquakes of 15 February 1962||#BSA:80:6:1990:1762-1764|Depth+Arizona+Earthquake+1962|Short note
J|0395|Weichert,D.H.|Review of `Observatory seismology' edited by J. J. Litehiser||#BSA:80:6:1990:1765|Review+Observational seismology+Symposium+Seismograph station|Record of a symposium held at Berkeley, May 1987
J|0396|Mitchell,B.J.|Review of `Geophysical framework of the continental United States' edited by L. C. Pakiser and W. D. Mooney||#BSA:80:6:1990:1766|Review+Geophysics+United States+Geology
J|0397|Mykkeltveit,S.+Ringdal,F.+Kvaerna,T.+|Application of regional arrays in seismic verification research||#BSA:80:6:1990:1777-1800|Verification+Automatic processing+Regional array+Network
J|0398|Harjes,H.P.|Design and siting of a new regional array in central Europe||#BSA:80:6:1990:1801-1817|Design+Central Europe+Regional array+Site
J|0399|Uski,M.|Event detection and location performance of the FINESA array in Finland||#BSA:80:6:1990:1818-1832|Automatic event detector+FINESA+Performance+Location+Event
J|0400|Bache,T.C.+Bratt,S.R.+Wang,J.+|The intelligent monitoring system||#BSA:80:6:1990:1833-1851|Monitoring+Computer+Automatic event detector+Automatic analysis
J|0401|Bratt,S.R.+Swanger,H.J.+Stead,R.J.+|Initial results from the intelligent monitoring system||#BSA:80:6:1990:1852-1873|Monitoring+Computer+Automatic analysis+Artificial intelligence
J|0402|Baumgardt,D.R.+Young,G.B.|Regional seismic waveform discriminants and case-based event identification using regional arrays||#BSA:80:6:1990:1874-1892|Regional array+Discrimination+Waveform+Case history+Event
J|0403|Anderson,K.R.|Programming as a geophysical inverse problem||#BSA:80:6:1990:1893-1909|Artificial intelligence+Data processing+Computer program+Learning technique
J|0404|Dysart,P.S.+Pulli,J.J.|Regional seismic event classification at the NORESS array: seismological measurements and the use of trained neural networks||#BSA:80:6:1990:1910-1933|Regional study+NORESS+Neural network+Discrimination+Event
J|0405|Kushnir,A.F.+Lapshin,V.M.+Pinskii,V.I.+|Statistically optimal event detection using small array data||#BSA:80:6:1990:1934-1950|Statistical method+Filtering+Algorithm+Detection
J|0406|Harris,D.B.|Comparison of the direction estimation performance of high-frequency seismic arrays and three-component stations||#BSA:80:6:1990:1951-1968|Signal-to-noise ratio+Performance+Array+Single-station recording
J|0407|Bannister,S.C.+Husebye,E.S.+Ruud,B.O.|Teleseismic P coda analyzed by three-component and array techniques: deterministic location of topographic P-to-Rg scattering near the NORESS array||#BSA:80:6:1990:1969-1986|Coda wave+NORESS+Multiple scattering+P-wave+Single-station recording
J|0408|Suteau-Henson,A.|Estimating azimuth and slowness from three-component and array stations||#BSA:80:6:1990:1987-1998|Slowness+Azimuth+Signal-to-noise ratio+Single-station recording+Array
J|0409|Bame,D.A.+Walck,M.C.+Hiebert-Dodd,K.L.|Azimuth estimation capabilities of the NORESS regional seismic array||#BSA:80:6:1990:1999-2015|Azimuth+NORESS+Accuracy+Capability
J|0410|Vogfjord,K.S.+Langston,C.A.|Analysis of regional events recorded at NORESS||#BSA:80:6:1990:2016-2031|NORESS+Regional study+Stacking+Synthetic seismogram+Event
J|0411|Jepson,D.C.+Kennett,B.L.N.|Three-component analysis of regional seismograms||#BSA:80:6:1990:2032-2052|Regional study+Wavetype+Decomposition+Single-station recording
J|0412|Kedrov,O.K.+Ovtchinnikov,V.M.|An on-line analysis system for three-component seismic data: method and preliminary results||#BSA:80:6:1990:2053-2071|Single-station recording+Automatic analysis+Algorithm+Data processing
J|0413|Given,H.K.|Variations in broadband seismic noise at IRIS/IDA stations in the USSR with implications for event detection||#BSA:80:6:1990:2072-2088|Noise+USSR+Detection+Broadband seismology
J|0414|Sereno,T.J.|Frequency-dependent attenuation in eastern Kazakhstan and implications for seismic detection thresholds in the Soviet Union||#BSA:80:6:1990:2089-2105|Attenuation+Kazakhstan+Detection+Underground nuclear explosion
J|0415|Hansen,R.A.+Ringdal,F.+Richards,P.G.|The stability of rms Lg measurements and their potential for accurate estimation of the yields of Soviet underground nuclear explosions||#BSA:80:6:1990:2106-2126|Yield+Underground nuclear explosion+Lg-wave+Single-station recording
J|0416|Ringdal,F.|Teleseismic event detection using the NORESS array, with special reference to low-yield Semipalatinsk explosions||#BSA:80:6:1990:2127-2142|Detection+NORESS+Yield+Semipalatinsk+Teleseism
J|0417|Hedlin,M.A.H.+Minster,J.B.+Orcutt,J.A.|An automatic means to discriminate between earthquakes and quarry blasts||#BSA:80:6:1990:2143-2160|Discrimination+Quarry blast+Automatic analysis+Cepstral analysis+Event
J|0418|Der,Z.A.+Hirano,M.R.+Shumway,R.H.|Coherent processing of regional signals at small seismic arrays||#BSA:80:6:1990:2161-2176|Regional study+Coherence+Array+Processing+Event
J|0419|Israelsson,H.|Correlation of waveforms from closely spaced regional events||#BSA:80:6:1990:2177-2193|Correlation+Waveform+Regional study+Location
J|0420|Ryaboy,V.Z.|Upper mantle structure along a profile from Oslo (NORESS) to Helsinki to Leningrad, based on explosion seismology||#BSA:80:6:1990:2194-2213|Upper mantle+Explosion seismology+Profile+Baltic Shield
J|0421|Odegaard,E.+Doornbos,D.J.+Kvaerna,T.|Surface topographic effects at arrays and three-component stations||#BSA:80:6:1990:2214-2226|Topography+Array+Single-station recording+Slowness+Event
J|0422|Gupta,I.N.+Lynnes,C.S.+McElfresh,T.W.+|F-K analysis of NORESS array and single station data to identify sources of near-receiver and near-source scattering||#BSA:80:6:1990:2227-2241|Single-station recording+NORESS+Scattering+Frequency-wavenumber analysis
J|0423|Dainty,A.M.+Toksoz,M.N.|Array analysis of seismic scattering||#BSA:80:6:1990:2242-2260|Array+Scattering+Frequency-wavenumber analysis+Coda
J|0424|Baumgardt,D.R.|Investigation of teleseismic Lg blockage and scattering using regional arrays||#BSA:80:6:1990:2261-2281|Lg-wave+Scattering+Regional array+Frequency-wavenumber analysis
J|0425|Voidomatis,Ph.S.+Pavlides,S.B.+Papadopoulos,G.A.|Active deformation and seismic potential in the Serbomacedonian zone, northern Greece||#TCT:179:1-2:1990:1-9|Seismic potential+Greece+Seismotectonics+b-Value||#*THESSALONIKI
J|0426|Carulli,G.B.+Nicolich,R.+Rebez,A.+|Seismotectonics of the northwest External Dinarides||#TCT:179:1-2:1990:11-25|Dinarides+Seismotectonics+1928-1986+Source parameter||#*FRIULI4
J|0427|Nicolas,M.+Santoire,J.P.+Delpech,P.Y.|Intraplate seismicity: new seismotectonic data in Western Europe||#TCT:179:1-2:1990:27-53|Intraplate seismicity+Seismotectonics+Western Europe+Fault plane solution
J|0428|Stegena,L.|Correlation between seismicity and horizontal variation of heat flow density in Central Europe||#TCT:179:1-2:1990:55-61|Seismicity+Heat flow+Central Europe+Correlation|Extended abstract
J|0429|Mantovani,E.+Babbucci,D.+Albarello,D.+|Deformation pattern in the central Mediterranean and behavior of the African/Adriatic promontory||#TCT:179:1-2:1990:63-79|Mediterranean+Deformation+Pattern+Plate tectonics
J|0430|Gresta,S.+Longo,V.+Viavattene,A.|Geodynamic behaviour of eastern and western sides of Mount Etna||#TCT:179:1-2:1990:81-92|Geodynamics+Mount Etna+Seismicity+Eruption
J|0431|Marzocchi,W.+Mulargia,F.|On the spreading of the East Pacific Rise||#TCT:179:1-2:1990:93-102|East Pacific Rise+Spreading+Plate motion
J|0432|Albarello,D.+Mucciarelli,M.+Mantovani,E.|Adriatic flexure and seismotectonics in southern Italy||#TCT:179:1-2:1990:103-111|Seismotectonics+Southern Italy+Flexure+Adriatic
J|0433|Dragoni,M.|Stress relaxation at the lower dislocation edge of great shallow earthquakes||#TCT:179:1-2:1990:113-119|Shallow-focus earthquake+Stress+Dislocation+Model
J|0434|Albarello,D.+Bonafede,M.|Stress diffusion across laterally heterogeneous plates||#TCT:179:1-2:1990:121-130|Stress+Diffusion+Lateral heterogeneity+Adriatic+Thickness
J|0435|Bella,F.+Biagi,P.F.+Caputo,M.|Very slow-moving crustal strain disturbances||#TCT:179:1-2:1990:131-139|Block+Strain+Crust+Velocity
J|0436|Hsui,A.T.+Tang,X-M.+Toksoz,M.N.|On the dip angle of subducting plates||#TCT:179:3-4:1990:163-175|Dip+Subduction+Model+Slab
J|0437|McSweeney,T.J.+Biswas,N.N.|Results of measurements of the coda wave quality factor (Qc) in north-central Alaska||#TCT:179:3-4:1990:177-181|Coda wave+Q+Alaska
J|0438|Bergerat,F.+Angelier,J.+Villemin,T.|Fault systems and stress patterns on emerged oceanic ridges: a case study in Iceland||#TCT:179:3-4:1990:183-197|Iceland+Fault-slip+Stress+Oceanic ridge
J|0439|Main,I.G.+Burton,P.W.|Moment-magnitude scaling in the Aegean area||#TCT:179:3-4:1990:273-285|Moment magnitude+AEgean+Stress-drop||#*THESSALONIKI
J|0440|Iidaka,T.+Mizoue,M.+Nakamura,I.+|The upper boundary of the Philippine Sea plate beneath the western Kanto region estimated from S-P-converted wave||#TCT:179:3-4:1990:321-326|Converted wave+Philippine Sea+Kanto-Tokai+Plate boundary
J|0441|Sornette,A.+Sornette,D.|Earthquake rupture as a critical point: consequences for telluric precursors||#TCT:179:3-4:1990:327-334|Rupture+Precursor+Piezoelectricity+Critical phenomenon
J|0442|Parry,W.T.+Bruhn,R.L.|Fluid pressure transients on seismogenic normal faults||#TCT:179:3-4:1990:335-344|Normal fault+Dilatancy+Pore pressure+Rupture
J|0443|Velde,B.+Dubois,J.+Touchard,G.+|Fractal analysis of fractures in rocks: the Cantor's Dust method||#TCT:179:3-4:1990:345-352|Fractal analysis+Fracture+Rock
J|0444|Girdler,R.W.|The Dead Sea transform fault system||#TCT:180:1:1990:1-13|Dead Sea+Transform fault+Map+Seismicity
J|0445|Van Eck,T.+Hofstetter,A.|Fault geometry and spatial clustering of microearthquakes along the Dead Sea-Jordan rift fault zone||#TCT:180:1:1990:15-27|Dead Sea+Microearthquake+Fault+Spatial distribution+Focal mechanism
J|0446|El-Isa,Z.H.|Lithospheric structure of the Jordan-Dead Sea transform from earthquake data||#TCT:180:1:1990:29-36|Jordan+Transform fault+Structure+Lithosphere
J|0447|Ben-Avraham,Z.+Ten Brink,U.S.+Charrach,J.|Transverse faults at the northern end of the southern basin of the Dead Sea graben||#TCT:180:1:1990:37-47|Dead Sea+Profile+Fault+Basin
J|0448|Barjous,M.+Mikbel,Sh.|Tectonic evolution of the Gulf of Aqaba-Dead Sea transform fault system||#TCT:180:1:1990:49-59|Dead Sea+Transform fault+Evolution+Tectonics
J|0449|Kovach,R.L.+Andreason,G.E.+Gettings,M.E.+|Geophysical investigations in Jordan||#TCT:180:1:1990:61-69|Geophysical investigation+Jordan+Seismicity+Fault plane solution
J|0450|Ten Brink,U.S.+Schoenberg,N.+Kovach,R.L.+|Uplift and a possible Moho offset across the Dead Sea transform||#TCT:180:1:1990:71-85|Uplift+Dead Sea+Mohorovicic discontinuity+Gravity
J|0451|Hatzor,Y.+Reches,Z.|Structure and paleostresses in the Gilboa' region, western margins of the central Dead Sea rift||#TCT:180:1:1990:87-100|Dead Sea+Structure+Stress+Fault
J|0452|Heimann,A.+Eyal,M.+Eyal,Y.|The evolution of Barahta rhomb-shaped graben, Mount Hermon, Dead Sea transform||#TCT:180:1:1990:101-110|Dead Sea+Evolution+Graben+Fault
J|0453|Frei,L.S.+Freund,R.|Spatial and temporal relationships between two sets of strike-slip faults in southeastern Sinai||#TCT:180:1:1990:111-122|Strike-slip+Sinai+Spatial analysis
J|0454|Gardosh,M.+Reches,Z.+Garfunkel,Z.|Holocene tectonic deformation along the western margins of the Dead Sea||#TCT:180:1:1990:123-137|Dead Sea+Deformation+Holocene+Tectonics
J|0455|Belousov,V.V.|Tectonosphere of the Earth: upper mantle and crust interaction||#TCT:180:2-4:1990:139-183|Tectonosphere+Upper mantle+Crust+Solid-earth geophysics
J|0456|Mainprice,D.+Humbert,M.+Wagner,F.|Phase transformations and inherited lattice preferred orientations: implications for seismic properties||#TCT:180:2-4:1990:213-228|Phase transformation+Lattice+Orientation+Velocity
J|0457|Sjoberg,O.|A computer simulation of post-glacial rebound with partial water load||#TCT:180:2-4:1990:229-235|Rebound+Simulation+Water+Loading
J|0458|Igarashi,G.+Wakita,H.|Groundwater radon anomalies associated with earthquakes||#TCT:180:2-4:1990:237-254|Groundwater+Radon+Anomaly+Precursor||#*TORISHIMA84|#*ONAHAMA87A|#*ONAHAMA87B
J|0459|Gorel'chik,V.I.+Zobin,V.M.+Tokarev,P.I.|Volcanic earthquakes of Kamchatka: classification, nature of source and spatio-temporal distribution||#TCT:180:2-4:1990:255-271|Kamchatka+Volcano+Space-time distribution+Swarm
J|0460|Dziak,R.P.+Wesnousky,S.G.|Body-waveforms and source parameters of some moderate-sized earthquakes near North Island, New Zealand||#TCT:180:2-4:1990:273-286|North Island+Source parameter+Waveform+Focal mechanism||#*NISLAND85A|#*NISLAND85B
J|0461|Tourneret,C.+Laurent,P.|Paleo-stress orientations from calcite twins in the north Pyrenean foreland, determined by the Etchecopar inverse method||#TCT:180:2-4:1990:287-302|Orientation+Stress+Pyrenees+Mathematical method
J|0462|Zadro,M.+Ernst,T.+Jankowski,J.+|Magneto-telluric recordings from the Friuli seismic zone, northeast Italy||#TCT:180:2-4:1990:303-308|Friuli+Magnetotellurics
J|0463|Shi,Y-S.+Jia,C-Z.+Jia,D.+|Plate tectonics of the east Qinling Mountains, China||#TCT:181:1-4:1990:25-30|Plate tectonics+China+Velocity structure+Plate boundary
J|0464|Nakata,T.+Otsuki,K.+Khan,S.H.|Active faults, stress field, and plate motion along the Indo-Eurasian plate boundary||#TCT:181:1-4:1990:83-95|Fault+Stress field+Plate motion+Himalayas
J|0465|Heki,K.+Takahashi,Y.+Kondo,T.|Contraction of northeastern Japan: evidence from horizontal displacement of a Japanese station in global very long baseline interferometry networks||#TCT:181:1-4:1990:113-122|Interferometry+Plate boundary+Japan+Intraplate deformation
J|0466|Matsuzawa,T.+Kono,T.+Hasegawa,A.+|Subducting plate boundary beneath the northeastern Japan arc estimated from SP converted waves||#TCT:181:1-4:1990:123-133|Japan+Plate boundary+Subduction+Converted wave
J|0467|Zhao,D-P.+Horiuchi,S.+Hasegawa,A.|3-D seismic velocity structure of the crust and the uppermost mantle in the northeastern Japan arc||#TCT:181:1-4:1990:135-149|Velocity structure+Crust+Upper mantle+Japan
J|0468|Otsuki,K.|Neogene tectonic stress fields of northeast Honshu arc and implications for plate boundary conditions||#TCT:181:1-4:1990:151-164|Stress field+Neogene+Plate boundary+Honshu
J|0469|Hall,R.+Nichols,G.J.|Terrane amalgamation in the Philippine Sea margin||#TCT:181:1-4:1990:207-222|Philippine Sea+Plate boundary+Fault+Tectonics
J|0470|Ghose,R.+Yoshioka,S.+Oike,K.|Three-dimensional numerical simulation of the subduction dynamics in the Sunda arc region, southeast Asia||#TCT:181:1-4:1990:223-255|Focal mechanism+Sunda Arc+Subduction+Dynamics+Catalogue
J|0471|Nishimura,S.+Suparka,S.|Tectonics of east Indonesia||#TCT:181:1-4:1990:257-266|Indonesia+Tectonics+Microplate+Tertiary
J|0472|Hartano,H.M.S.|Late Cenozoic tectonic development of the southeast Asian continental margin in the Banda Sea area||#TCT:181:1-4:1990:267-276|Banda Sea+Cenozoic+Tectonics+Continental margin
J|0473|Karp,B.Ya.+Lelikov,E.P.|Geological structure, composition and evolution of crustal layers of the Japan Sea||#TCT:181:1-4:1990:277-283|Japan Sea+Crustal thickness+Velocity structure+Refraction data
J|0474|Seama,N.+Isezaki,N.|Sea-floor magnetization in the eastern part of the Japan Basin and its tectonic implications||#TCT:181:1-4:1990:285-297|Profile+Sea floor+Japan Basin+Geomagnetic field
J|0475|Takeshita,T.+Yamaji,A.|Acceleration of continental rifting due to a thermomechanical instability||#TCT:181:1-4:1990:307-320|Continental rift+Instability+Layered medium+Model
J|0476|Katao,H.+Hino,R.+Kinoshita,H.+|Crustal structure of the Bonin Trough||#TCT:181:1-4:1990:345-350|Refraction study+Crust+Velocity structure+Bonin Trough
J|0477|Bonafede,M.|Anelastic processes and stress transfer from shallow to deep fault regions||#TCT:182:1-2:1990:1-7|Anelasticity+Stress+Fault+Crack
J|0478|Laubscher,H.|The problem of the Moho in the Alps||#TCT:182:1-2:1990:9-20|Alps+Mohorovicic discontinuity+Plate boundary+Subduction
J|0479|Newton,R.C.|Fluids and shear zones in the deep crust||#TCT:182:1-2:1990:21-37|Deep crust+Fluid+Shear+Composition
J|0480|Panza,G.F.+Suhadolc,P.|Properties of the lithosphere in collision belts in the Mediterranean - a review||#TCT:182:1-2:1990:39-46|Mediterranean+Review+Lithosphere+Collision
J|0481|Thompson,A.B.+Connolly,J.A.D.|Metamorphic fluids and anomalous porosities in the lower crust||#TCT:182:1-2:1990:47-55|Porosity+Lower crust+Fluid+Metamorphism
J|0482|Burke,M.M.+Fountain,D.M.|Seismic properties of rocks from an exposure of extended continental crust - new laboratory measurements from the Ivrea zone||#TCT:182:1-2:1990:119-146|Ivrea+Rock+Laboratory+Velocity
J|0483|Rutter,E.H.+Brodie,K.H.|Some geophysical implications of the deformation and metamorphism of the Ivrea zone, northern Italy||#TCT:182:1-2:1990:147-160|Ivrea+Geophysics+Deformation+Velocity+Metamorphism
J|0484|Desegaulx,P.+Roure,F.+Villein,A.|Structural evolution of the Pyrenees: tectonic inheritance and flexural behaviour in the continental crust||#TCT:182:3-4:1990:211-225|Pyrenees+Crustal flexure+Evolution+Profile
J|0485|Recq,M.+Brefort,D.+Malod,J.A.+|The Kerguelen Isles (southern Indian Ocean): new results on deep structure from refraction profiles||#TCT:182:3-4:1990:227-248|Refraction study+Kerguelen Islands+Deep structure+Velocity
J|0486|Aubouin,J.|The west Pacific geodynamic model||#TCT:183:1-4:1990:1-7|Western Pacific+Geodynamics+Subduction+Model
J|0487|Angelier,J.+Bergerat,F.+Chu,H-T.+|Tectonic analysis and the evolution of a curved collision belt: the Hsuehshan Range, northern Taiwan||#TCT:183:1-4:1990:77-96|Taiwan+Tectonics+Evolution+Collision
J|0488|Yu,S-B.+Jackson,D.D.+Yu,G-K.+|Dislocation model for crustal deformation in the Longitudinal Valley area, eastern Taiwan||#TCT:183:1-4:1990:97-109|Crustal movement+Dislocation+Taiwan+Model||#*HUALIEN86|#*HUALIEN
J|0489|Liu,C-C.+Yu,S-B.|Vertical crustal movements in eastern Taiwan and their tectonic implications||#TCT:183:1-4:1990:111-119|Crustal movement+Taiwan+Tectonics+Uplift
J|0490|Angelier,J.+Bergerat,F.+Chu,H-T.+|Paleostress analysis as a key to margin extension: the Penghu Islands, South China Sea||#TCT:183:1-4:1990:161-176|South China Sea+Tectonics+Stress+Extension
J|0491|Yu,H-S.|The Pearl River Mouth basin: a rift basin and its geodynamic relationship with the southeastern Eurasian margin||#TCT:183:1-4:1990:177-186|Pearl River+Basin+Tectonics+Geodynamics
J|0492|Pinet,N.+Stephan,J.F.|The Philippine wrench fault system in the Ilocos Foothills, northwestern Luzon, Philippines||#TCT:183:1-4:1990:207-224|Fault+Luzon+Tectonics
J|0493|Ringenbach,J.C.+Stephan,J.F.+Maleterre,P.+|Structure and geological history of the Lepanto-Cervantes releasing bend on the Abra River fault, Luzon Central Cordillera, Philippines||#TCT:183:1-4:1990:225-241|Luzon+Tectonics+Fault
J|0494|Bischke,R.E.+Suppe,J.+Del Pilar,R.|A new branch of the Philippine fault system as observed from aeromagnetic and seismic data||#TCT:183:1-4:1990:243-264|Philippines+Fault+Aeromagnetic study+Reflexion study
J|0495|Forster,H.+Oles,D.+Knittel,U.+|The Macolod Corridor: a rift crossing the Philippine island arc||#TCT:183:1-4:1990:265-271|Philippines+Fault+Rift+Island arc
J|0496|Marchadier,Y.+Rangin,C.|Polyphase tectonics at the southern tip of the Manila trench, Mindoro-Tablas Islands, Philippines||#TCT:183:1-4:1990:273-287|Manila Trench+Tectonics+Stratigraphy+Geodynamics
J|0497|Nichols,G.J.+Hall,R.+Milsom,J.+|The south termination of the Philippine trench||#TCT:183:1-4:1990:289-303|Philippines+Epicentre+Marine geophysical investigation+Profile
J|0498|Letouzey,J.+Werner,P.+Marty,A.|Fault reactivation and structural inversion. Backarc and intraplate compressive deformations. Example of the eastern Sunda shelf (Indonesia)||#TCT:183:1-4:1990:341-362|Sunda Arc+Fault+Reflexion study+Deformation
J|0499|Lespinasse,M.+Cathelineau,M.|Fluid percolations in a fault zone: a study of fluid inclusion planes in the St. Sylvestre granite, northwest Massif Central, France||#TCT:184:2:1990:173-187|Fault+Percolation+Massif Central+Inclusion
J|0500|Hackman,B.D.+Charsley,T.J.+Key,R.M.+|The development of the East African Rift system in north-central Kenya||#TCT:184:2:1990:189-211|East African Rift+Geologic structure+Kenya+Geochronology
J|0501|Bull,J.M.|Structural style of intra-plate deformation, central Indian Ocean basin: evidence for the role of fracture zones||#TCT:184:2:1990:213-228|Intraplate deformation+Indian Ocean+Reflexion study+Fracture zone
J|0502|Srivastava,S.P.+Roest,W.R.+Kovacs,L.C.+|Motion of Iberia since the late Jurassic: results from aeromagnetic measurements in the Newfoundland basin||#TCT:184:3-4:1990:229-260|Sea-floor spreading+Aeromagnetic study+Newfoundland+Plate boundary
J|0503|Malod,J.A.+Mauffret,A.|Iberian plate motions during the Mesozoic||#TCT:184:3-4:1990:261-278|Reflexion study+Iberian Peninsula+Plate motion+Mesozoic
J|0504|Murillas,J.+Mougenot,D.+Boillot,G.+|Structure and evolution of the Galicia Interior Basin (Atlantic western Iberian continental margin)||#TCT:184:3-4:1990:297-319|Iberian Peninsula+Reflexion study+Stratigraphy+Sedimentary basin+Evolution
J|0505|Lepvrier,C.+Martinez-Garcia,E.|Fault development and stress evolution of the post-Hercynian Asturian basin (Asturias and Cantabria, northwestern Spain)||#TCT:184:3-4:1990:345-356|Spain+Fault+Stress+Evolution
J|0506|Ribeiro,A.+Kullberg,M.C.+Kullberg,J.C.+|A review of Alpine tectonics in Portugal: foreland detachment in basement and cover rocks||#TCT:184:3-4:1990:357-366|Portugal+Tectonics+Detachment+Review
J|0507|Vegas,R.+Vazquez,J.T.+Surinach,E.+|Model of distributed deformation, block rotations and crustal thickening for the formation of the Spanish Central System||#TCT:184:3-4:1990:367-378|Crustal thickness+Iberian Peninsula+Velocity structure+Geodynamics
J|0508|Barranco,L.M.+Ansorge,J.+Banda,E.|Seismic refraction constraints on the geometry of the Ronda peridotitic massif (Betic Cordillera, Spain)||#TCT:184:3-4:1990:379-392|Refraction study+Betic Cordillera+Geometry+Constraint
J|0509|De Ruig,M.J.|Fold trends and stress deviation in the Alicante fold belt, southeastern Spain||#TCT:184:3-4:1990:393-403|Spain+Fold+Stress+Tectonics
J|0510|Madeira,J.+Ribeiro,A.|Geodynamic models for the Azores triple junction: a contribution from tectonics||#TCT:184:3-4:1990:405-415|Triple junction+Geodynamic model+Tectonics+Azores
J|0511|Fowler,M.|The insurance industry's role in town planning||#BNZ:23:3:1990:165-167|Insurance+Town planning+Wellington
J|0512|Hall,C.W.|A new building control system - its nature and some implications||#BNZ:23:3:1990:168-172|Building code+New Zealand+Insurance
J|0513|Knight,R.L.|Managing the New Zealand economy at a time of natural disaster||#BNZ:23:3:1990:173-179|Economics+New Zealand+Natural disaster
J|0514|Quigley,D.|The role of the state as an insurer of last resort?||#BNZ:23:3:1990:180-183|Insurance+New Zealand+Public policy
J|0515|Rodriguez,M.|Strength and ductility in reinforced concrete frames designed with Mexican codes||#BNZ:23:3:1990:184-197|Reinforced concrete+Building+Building code+Earthquake engineering
J|0516|Dowrick,D.J.+Smith,E.G.C.|Surface wave magnitudes of some New Zealand earthquakes 1901-1988||#BNZ:23:3:1990:198-210|Magnitude+New Zealand+1901-1988+Large earthquake+Station correction||#*EDGECUMBE|#*TEANAU|#*SOUTHLAND
J|0517|Smith,W.D.|Earthquake hazard in New Zealand: some implications of the Edgecumbe earthquake, March 1987||#BNZ:23:3:1990:211-215|Hazard+New Zealand+1987+Earthquake||#*EDGECUMBE
J|0518|Bloxam,M.J.+North,P.J.|Tauranga harbour crossing Stella Passage Bridge - seismic design||#BNZ:23:3:1990:220-230|Bridge+Aseismic design
J|0519|Marks,P.|Observations of the 1989 Loma Prieta earthquake||#BNZ:23:4:1990:235-238|Earthquake+1989+Loma Prieta+Preparedness||#*LOMAPRIETA89
J|0520|Douglas,B.M.+Maragakis,E.A.+Nath,B.|Calculating static deformations from quick-release accelerograms||#BNZ:23:4:1990:239-253|Accelerogram+Deformation+Structural dynamics+Earthquake engineering
J|0521|Moinfar,A.A.+Naderzadeh,A.|An immediate and preliminary report on the Manjil, Iran earthquake of 20 June 1990||#BNZ:23:4:1990:254-283|Earthquake+1990+Iran+Damage+Spectrum+Seismicity||#*MANJIL90
J|0522||Workshop reports from the conference on the information needs of the earthquake insurance industry in New Zealand||#BNZ:23:4:1990:284-287|Workshop+Report+Insurance+New Zealand|Conference held in Christchurch, November 1989
J|0523|Nishiyama,M.|Seismic design of prestressed concrete buildings||#BNZ:23:4:1990:288-304|Aseismic design+Concrete+Building+Japan
J|0524|Tjondro,J.A.+Moss,P.J.+Carr,A.J.|P-delta effects in medium height moment resisting steel frames under seismic loading||#BNZ:23:4:1990:305-321|Steel frame+Structural dynamics+Aseismic design
J|0525|Gates,J.H.|Discussion on `The Loma Prieta, California, earthquake of October 17, 1989: report of the NZNSEE reconnaissance team' by R. B. Shephard, P. R. Wood, J. B. Berrill et al||#BNZ:23:4:1990:322-323|Comments+Loma Prieta+1989+Earthquake+Bridge
J|0526|Bilodeau,G.+De Vernal,A.+Hillaire-Marcel,C.+|Postglacial paleoceanography of Hudson Bay: stratigraphic, microfaunal, and palynological evidence||#CJS:27:7:1990:946-963|Hudson Bay+Stratigraphy+Evolution+Oceanography
J|0527|Shaw,J.+Forbes,D.L.|Late Quaternary sedimentation in St. George's Bay, southwest Newfoundland: acoustic stratigraphy and seabed deposits||#CJS:27:7:1990:964-983|Reflexion study+Newfoundland+Sedimentation+Stratigraphy
J|0528|Grant,D.R.|Late Quaternary movement of Aspy Fault, Nova Scotia||#CJS:27:7:1990:984-987|Quaternary+Fault+Nova Scotia+Displacement|Note
J|0529|Daley,P.F.+Hron,F.|Practical numerical considerations for the Alekseev-Mikhailenko method||#CJS:27:8:1990:1023-1030|Alekseyev-Mikhailenko method+Interpretation+Wave field
J|0530|Zelt,C.A.+Ellis,R.M.|Crust and upper mantle Q from seismic refraction data: Peace River region||#CJS:27:8:1990:1040-1047|Q+Refraction data+Alberta+Crust+Upper mantle
J|0531|Eaton,D.W.S.+Cook,F.A.|Crustal structure of the Valhalla complex, British Columbia, from Lithoprobe seismic-reflection and potential-field data||#CJS:27:8:1990:1048-1060|British Columbia+Crustal structure+Reflexion study+Lithoprobe
J|0532|Mullins,H.T.+Eyles,N.+Hinchey,E.J.|Seismic reflection investigation of Kalamalka Lake: a "fiord lake" on the interior plateau of southern British Columbia||#CJS:27:9:1990:1225-1235|Reflexion study+British Columbia+Stratigraphy+Profile
J|0533|Camire,G.+Watkinson,D.H.|Volcanic stratigraphy and structure in the Hunter Creek Fault area, Rouyn-Noranda, Quebec||#CJS:27:10:1990:1348-1358|Quebec+Fault+Volcanism+Rock
J|0534|Reid,I.D.+Keen,C.E.|Deep crustal structure beneath a rifted basin: results from seismic refraction measurements across the Jeanne d'Arc Basin, offshore eastern Canada||#CJS:27:11:1990:1462-1471|Deep structure+Refraction study+Grand Banks+Sedimentary basin
J|0535|Shing,P-S.B.+Manivannan,T.|On the accuracy of an implicit algorithm for pseudodynamic tests||#EES:19:5:1990:631-651|Algorithm+Accuracy+Pseudodynamic test
J|0536|Chen,H.C.+Taylor,R.L.|Solution of viscously damped linear systems using a set of load-dependent vectors||#EES:19:5:1990:653-665|Linear system+Damping+Vector+Equation of motion
J|0537|Mossessian,T.K.+Dravinski,M.|Amplification of elastic waves by a three dimensional valley. Part 1: steady state response||#EES:19:5:1990:667-680|Amplification+Elastic wave+Valley+Dipping layer
J|0538|Mossessian,T.K.+Dravinski,M.|Amplification of elastic waves by a three dimensional valley. Part 2: transient response||#EES:19:5:1990:681-691|Amplification+Elastic wave+Valley+Dipping layer
J|0539|Hayashi,Y.+Katukura,H.|Effective time-domain soil-structure interaction analysis based on FFT algorithm with causality condition||#EES:19:5:1990:693-708|Soil-structure interaction+Algorithm+Time domain+Fourier transform
J|0540|Toki,K.+Sato,T.+Kiyono,J.+|Hybrid experiments on non-linear earthquake-induced soil-structure interaction||#EES:19:5:1990:709-723|Soil-structure interaction+Nonlinearity+Pseudodynamic test
J|0541|Darbre,G.R.|Seismic analysis of non-linearly base-isolated soil-structure interacting reactor building by way of the hybrid frequency - time-domain procedure||#EES:19:5:1990:725-738|Base isolation system+Nonlinearity+Soil-structure interaction+Structural dynamics
J|0542|Yang,Y-B.+Lee,T-Y.+Tsai,I-C.|Response of multi-degree-of-freedom structures with sliding supports||#EES:19:5:1990:739-752|Structural response+Support structure+Sliding+Structural dynamics
J|0543|Loh,C-H.+Ho,R-C.|Seismic damage assessment based on different hysteretic rules||#EES:19:5:1990:753-771|Damage+Hysteresis+Structural response+Spectrum
J|0544|Hohberg,J-M.|A note on spurious oscillations in FEM joint elements||#EES:19:5:1990:773-779|Joint+Earthquake engineering+Oscillation|Short communication
J|0545|Warburton,G.B.|Review of `Soil dynamics and earthquake engineering, vol. 1:structural dynamics and soil structure interaction; vol. 2:soil dynamics and liquefaction; vol. 3:engineering seismology and site response' edited by A. S. Cakmak and I. Herrera||#EES:19:5:1990:781|Review+Soil dynamics+Earthquake engineering+Structural dynamics|Proceedings of a conference held in Mexico City, October 1989
J|0546|Jing,H.S.+Young,M.|Random response of a single-degree-of-freedom vibro-impact system with clearance||#EES:19:6:1990:789-798|Vibration+Response+Dynamics
J|0547|Luco,J.E.+Wong,H.L.+De Barros,F.C.P.|Three-dimensional response of a cylindrical canyon in a layered half-space||#EES:19:6:1990:799-817|Canyon+Half-space+Response+Seismic waves
J|0548|Zerva,A.|Response of multi-span beams to spatially incoherent seismic ground motions||#EES:19:6:1990:819-832|Response+Beam+Ground motion+Earthquake engineering
J|0549|Trifunac,M.D.|How to model amplification of strong earthquake motions by local soil and geologic site conditions||#EES:19:6:1990:833-846|Amplification+Strong motion+Soil+Site
J|0550|Balendra,T.+Sam,M-T.+Liaw,C-Y.|Diagonal brace with ductile knee anchor for aseismic steel frame||#EES:19:6:1990:847-858|Steel frame+Braced+Aseismic design
J|0551|Oliva,M.+Gavrilovic,P.+Clough,R.W.|Seismic testing of large panel precast walls: comparison of pseudostatic and shaking table tests||#EES:19:6:1990:859-875|Wall+Shake table+Pseudostatic test+Concrete
J|0552|Ibrahimbegovic,A.+Chen,H.C.+Wilson,E.L.+|Ritz method for dynamic analysis of large discrete linear systems with non-proportional damping||#EES:19:6:1990:877-889|Dynamic analysis+Linear system+Damping
J|0553|Lin,J-S.+Chao,B-K.|Estimation of shear moduli and damping factors of earth dam materials||#EES:19:6:1990:891-910|Damping+Dam+Shear modulus+Soil
J|0554|Lin,J-S.|Regional seismic slope failure probability matrices||#EES:19:6:1990:911-923|Slope+Failure+Landslide+Matrix
J|0555|Auersch,L.+Schmid,G.|A simple boundary element formulation and its application to wavefield excited soil-structure interaction||#EES:19:7:1990:931-947|Boundary element method+Wave field+Soil-structure interaction+Structural response
J|0556|Goel,R.K.+Chopra,A.K.|Inelastic seismic response of one-storey, asymmetric-plan systems: effects of stiffness and strength distribution||#EES:19:7:1990:949-970|Structural response+Stiffness+Strength
J|0557|Reinoso,E.+Ordaz,M.+Sanchez-Sesma,F.J.|A note on the fast computation of response spectra estimates||#EES:19:7:1990:971-976|Spectrum+Random vibration theory+Algorithm
J|0558|Fukutake,K.+Ohtsuki,A.+Sato,M.+|Analysis of saturated dense sand-structure system and comparison with results from shaking table tests||#EES:19:7:1990:977-992|Shake table+Soil-structure interaction+Liquefaction+Finite element method
J|0559|Chen,C-H.+Lee,Y-J.+Jean,W-Y.+|Correlation of predicted seismic response using hybrid modelling with EPRI/TPC Lotung experimental data||#EES:19:7:1990:993-1024|Correlation+Modelling+Response+Soil-structure interaction+Taiwan
J|0560|Masri,S.F.+Miller,R.K.+Traina,M-I.|Probabilistic representation and transmission of earthquake ground motion records||#EES:19:7:1990:1025-1040|Ground motion+Spectral analysis+Data processing+Eigenvector
J|0561|Nogami,T.+Leung,M.B.|Simplified mechanical subgrade model for dynamic response analysis of shallow foundations||#EES:19:7:1990:1041-1055|Foundation+Dynamic analysis+Soil-structure interaction+Model
J|0562|Hogan,S.J.|The many steady state responses of a rigid block under harmonic forcing||#EES:19:7:1990:1057-1071|Rigid block+Response+Dynamic analysis
J|0563|Yuan,C.Z.+Xiong,Z.J.+Cheung,Y.K.|A semi-analytical boundary element method for scattering of waves in a half space||#EES:19:7:1990:1073-1082|Boundary element method+Half-space+Scattering+Wave
J|0564|Katayama,T.+Yamazaki,F.+Nagata,S.+|A strong motion database for the Chiba seismometer array and its engineering analysis||#EES:19:8:1990:1089-1106|Chiba+Array+Strong motion+Data base||#*HONSHU88|#*HONSHU87
J|0565|Dahle,A.+Bungum,H.+Kvamme,L.B.|Attenuation models inferred from intraplate earthquake recordings||#EES:19:8:1990:1125-1141|Intraplate earthquake+Attenuation+Strong motion+Regression+1972-1989||#*TANGSHAN|#*SAGUENAY88|#*FRIULI
J|0566|Kisliakov,D.|Investigation of the dynamic interaction between a high-pressure pipeline and the moving liquid inside under seismic loading||#EES:19:8:1990:1143-1152|Pipeline+Loading+Dynamic analysis
J|0567|Kawakami,H.|Earthquake physical damage and functional serviceability of lifeline network models||#EES:19:8:1990:1153-1165|Damage+Public works+Failure
J|0568|Lee,V.+Trifunac,M.D.+Herak,M.+|MLSM computed from strong motion accelerograms recorded in Yugoslavia||#EES:19:8:1990:1167-1179|Strong motion+Accelerogram+Yugoslavia+Local magnitude+1975-1983
J|0569|Andreaus,U.|Sliding-uplifting response of rigid blocks to base excitation||#EES:19:8:1990:1181-1196|Rigid block+Foundation+Dynamic analysis+Friction
J|0570|Ibrahimbegovic,A.+Wilson,E.L.|A methodology for dynamic analysis of linear structure-foundation systems with local non-linearities||#EES:19:8:1990:1197-1208|Dynamic analysis+Base isolation system+Nonlinearity+Technique
J|0571|Lee,J.|Optimal weight absorber designs for vibrating structures exposed to random excitations||#EES:19:8:1990:1209-1218|Beam+Vibration+Aseismic design+Shock absorbers
J|0572|Prodayvoda,G.T.|Acoustic properties of metamorphic rocks and seismic anisotropy|In Russian|#SVG:-:7:1990:100-107|Acoustics+Anisotropy+Metamorphism
J|0573|Zlobina,V.L.|Hydrogeological heralds of earthquakes|In Russian|#SVG:-:7:1990:120-121|Precursor+Hydrogeology|News in brief
J|0574|Belov,R.V.+Krivosheev,E.V.+Sysolyatina,G.A.|Studies of thin-bedded sediments of the Vasyuganskaya formation through the use of seismostratigraphy criteria|In Russian|#SVG:-:8:1990:26-33|Seismostratigraphy+Sediment
J|0575|Petrashen',G.I.+Karaev,N.A.|Today's seismic prospecting|In Russian|#SVG:-:8:1990:83-92|Seismic prospecting+Reflexion study
J|0576|Druzhinin,V.S.+Avtoneev,S.V.+Sharmanova,L.M.+|The depth structure of the North Urals based on the Krasnoleninskiy depth seismic sounding profile|In Russian|#SVG:-:9:1990:77-82|Urals+Structure+Deep seismic sounding
J|0577|Babadzhanov,T.L.+Rzaeva,V.A.+Rzaev,M.M.+|Features of the Moho discontinuity structure within Uzbekistan|In Russian|#SVG:-:9:1990:82-88|Uzbekistan+Mohorovicic discontinuity+Depth+Map
J|0578|Aleinikov,A.L.+Egorkin,A.V.+Nemzorov,N.I.|Prediction of the mineral composition of the Earth's crust according to depth seismic sounding records|In Russian|#SVG:-:10:1990:91-97|Crust+Composition+Mineral+Deep seismic sounding
J|0579|Kovylin,V.M.|The structure and oil and gas content in the Nyurol'skaya depression|In Russian|#SVG:-:11:1990:26-33|Seismogeology+Oil+Gas+Nyurol'skii
J|0580|Chernovskiy,B.A.|Vertical faulting of the Earth's crust of the mid-Tien Shan|In Russian|#SVG:-:11:1990:63-69|Tien Shan+Crust+Faulting
J|0581|Pogrebitskiy,Yu.E.+Goryachev,Yu.V.+Osipov,V.A.+|The structure of oceanic lithosphere based on the studies carried out along the Angola-Brazil geotraverse|In Russian|#SVG:-:12:1990:8-22|Structure+Geotraverse+Oceanic lithosphere+Angola+Brazil
J|0582|Kara,V.I.+Pilipenko,A.I.+Shcherbakov,V.S.|The pattern of the Earth's crust and the structure of sedimentary deposits along the trans-Hindustan oceanic geotraverse|In Russian|#SVG:-:12:1990:22-29|Geotraverse+Crust+Sediment+Hindustan
J|0583|Verba,M.L.+Daragan-Sushcheva,L.A.+Pavlenkin,A.D.|Rifting structures within the west Arctic shelf based on the refraction correlation shooting|In Russian|#SVG:-:12:1990:36-47|Arctic+Rifting+Refraction study+Structure
J|0584|Moskalenko,V.N.|Migration of the east Mediterranean subduction zone|In Russian|#GTK:-:5:1990:100-111|Reflexion study+Subduction zone+Migration+Mediterranean
J|0585|Rogozhin,Ye.A.+Rybakov,L.I.|The tectonic position and geological evidence of the Spitak earthquake which happened on December 7, 1988|In Russian|#GTK:-:6:1990:32-45|Spitak+1988+Earthquake+Tectonics+Geology||#*ARMENIA88
J|0586|Trifonov,V.G.+Karakhanyan,A.S.+Kozgurin,A.I.|The Spitak earthquake as evidence of the recent tectonic activity|In Russian|#GTK:-:6:1990:46-60|Spitak+1988+Earthquake+Tectonics||#*ARMENIA88
J|0587|Grigoryants,B.V.|Folding and seismicity|In Russian|#GTK:-:6:1990:61-68|Folding+Seismicity+Spitak+1988||#*ARMENIA88
J|0588|Patalakha,E.I.+Garagash,I.A.|The near-fault crumpling (shift flow) and folding|In Russian|#GTK:-:6:1990:69-78|Folding+Fault+Seismotectonics
J|0589|Carpinteri,A.|Influence of torsion resistant bracing systems in laterally loaded buildings||#EEE:4:3:1990:3-6|Braced+Earthquake-resistant design+Building+Torsion
J|0590|Keintzel,E.|Seismic design shear forces in RC cantilever shear wall structures||#EEE:4:3:1990:7-16|Reinforced concrete+Wall+Earthquake-resistant design
J|0591|Faccioli,E.+Paolucci,R.|Engineering seismology studies for the design and analysis of bridge structures||#EEE:4:3:1990:17-28|Bridge+Earthquake engineering+Design
J|0592|Carli,F.+Faravelli,L.|A nonstationary seismological model for strong ground motions||#EEE:4:3:1990:29-42|Ground motion+Model+Time history
J|0593|Chandler,A.M.+Nichol,E.A.|Experimental evaluation of procedures for earthquake analysis of torsionally asymmetric buildings||#EEE:4:3:1990:43-52|Structural response+Torsion+Building+Shake table
J|0594|Snyder,D.B.|The Moine Thrust in the BIRPS data set||#JGL:147:1:1990:81-86|BIRPS+Deep seismic sounding+Moine+Reflexion data
J|0595|Roberts,A.M.+Badley,M.E.+Price,J.D.+|The structural history of a transtensional basin: Inner Moray Firth, NE Scotland||#JGL:147:1:1990:87-103|North Sea+Seismic survey+Oceanic basin+History
J|0596|Donato,J.A.+Megson,J.B.|A buried granite batholith beneath the East Midland Shelf of the southern North Sea basin||#JGL:147:1:1990:133-140|North Sea+Gravity modelling+Profile+Batholith
J|0597|Roberts,A.M.+Yielding,G.+Freeman,B.|The geometry of normal faults||#JGL:147:1:1990:185-187|Report+Geometry+Normal fault+Conference|Report of a conference held in London, June 1989
J|0598|Coward,M.P.|Shear zones at the Laxford front, NW Scotland and their significance in the interpretation of lower crustal structure||#JGL:147:2:1990:279-286|Deep seismic sounding+Lower crust+Shear zone+Scotland
J|0599|Ebdon,C.C.+Fraser,C.C.+Higgins,A.C.+|The Dinantian stratigraphy of the East Midlands: a seismostratigraphic approach||#JGL:147:3:1990:519-536|Seismostratigraphy+England+Reflexion study+Chronology
J|0600|Williams,C.A.+Hill,I.A.+Young,R.+|Fracture zones across the Cape Verde Rise, NE Atlantic||#JGL:147:5:1990:851-857|Fracture zone+Cape Verde+Geomagnetic investigation+Map
J|0601|McCall,G.J.H.+Laming,D.J.C.|Geohazards: natural and man-made||#JGL:147:5:1990:879-881|Report+Conference+Hazard+Natural disaster|Report of a conference held in London, October 1989
J|0602|White,R.S.|Discussion on `Crustal structure of the Goban Spur continental margin, northeast Atlantic, from deep seismic reflection profiling' by C. Peddy, B. Pinet, D. Masson et al||#JGL:147:5:1990:892-894|Discussion+Crustal structure+Continental margin+Atlantic+Deep seismic sounding|With a reply by C. Peddy
J|0603|Blundell,D.J.|Seismic images of continental lithosphere||#JGL:147:6:1990:895-913|Continental lithosphere+BIRPS+Deep seismic sounding+Reflexion study+Profile
J|0604|Lovell,J.H.+Crampin,S.+Shepherd,T.J.|Stress in the Earth's crust: the link between crustal fluids and extensive-dilatancy anisotropy||#JGL:147:6:1990:971-978|Stress+Fluid+Dilatancy+Crack+Splitting
J|0605|Kovachev,S.A.+Kuzin,I.P.+Solov'ev,S.L.|The practice of sea-bottom seismic observations in the central part of the Azores-Gibraltar belt|In Russian|#IFZ:-:7:1990:28-37|Marine seismic investigation+Azores+Gibraltar+Focal mechanism
J|0606|Sadovnichaya,A.P.+Gurevich,B.Ya.+Lopatnikov,S.L.+|Integral representations of wave fields in a piecewise-homogeneous porous medium|In Russian|#IFZ:-:7:1990:38-46|Wave field+Porous medium+Homogeneous medium+Wave theory
J|0607|Yepinatyeva,A.M.+Kurilenko,E.I.|Detection and study of thrusts by the method of seismic refraction|In Russian|#IFZ:-:7:1990:47-56|Thrust+Refraction+Velocity
J|0608|Salman,A.G.+Tronin,A.A.|Flux variations of the Earth's infrared emission in seismically active regions of Middle Asia|In Russian|#IFZ:-:7:1990:67-69|Emission+Infrared+Seismicity+Middle Asia|Scientific communication
J|0609|Mastov,Sh.R.+Rybakov,B.S.|Forerunners detection and earthquake prediction by the method of statistical evaluation of hypotheses|In Russian|#IFZ:-:7:1990:70-75|Foreshock+Prediction+Statistical method|Scientific communication
J|0610|Razin,A.V.|Average field attenuation of elastic waves in random inhomogeneous solids|In Russian|#IFZ:-:7:1990:75-78|Attenuation+Elastic wave+Inhomogeneous medium+Scattering|Scientific communication
J|0611|Dozorov,T.A.+Solov'ev,S.L.|On the sea-bottom seismic noise registration within the 0.01-10Hz range|In Russian|#IFZ:-:8:1990:10-20|Sea floor+Noise
J|0612|Salganik,M.P.|Synthetic accelerograms with the given response spectrum|In Russian|#IFZ:-:8:1990:21-26|Synthetic accelerogram+Response+Spectrum+Ground motion
J|0613|Surnev,V.B.+Tolmachev,V.V.|Effective parameters of elastic wave propagation in a medium with discrete inclusions|In Russian|#IFZ:-:8:1990:27-36|Elastic wave+Propagation+Inclusion+Scattering
J|0614|Salganik,M.P.+Groshev,M.E.|On an algorithm for spectrum calculation of the response to an accelerogram|In Russian|#IFZ:-:8:1990:78-86|Spectrum+Accelerogram+Response+Ground motion|Scientific communication
J|0615|Datsko,N.V.+Kuksenko,V.I.+Fedoriv,R.F.|Statistical estimation of integral characteristics of an acoustic signal|In Russian|#IFZ:-:8:1990:86-92|Acoustics+Signal+Statistical method|Scientific communication
J|0616|Shamina,O.G.+Palenov,A.M.+Stopinsky,Z.+|The effect of ultrasonic vibrations on physical and mechanical properties of rocks|In Russian|#IFZ:-:8:1990:93-101|Ultrasonic wave+Physics+Mechanics+Rock|Scientific communication
J|0617|Zvolinskii,N.V.|Frictional autovibrations of an elastic layer|In Russian|#IFZ:-:9:1990:3-13|Friction+Vibration+Elasticity+Layered medium
J|0618|Vorobyev,F.A.|Elastic pulse transfer in a heterogeneous medium|In Russian|#IFZ:-:9:1990:14-19|Elasticity+Pulse+Heterogeneous medium+Attenuation
J|0619|Adushkin,V.V.+Spivak,A.A.+Krekov,M.M.+|Remanent effects of large-scale underground explosions|In Russian|#IFZ:-:9:1990:20-27|Aftershock+Underground explosion+Frequency-magnitude relation
J|0620|Bykov,V.G.|Attenuation of P waves in partly melted rocks|In Russian|#IFZ:-:9:1990:28-35|Attenuation+P-wave+Melting+Rock
J|0621|Gayvoronskaya,T.V.+Zelenova,T.I.|Influence of seismic activity on critical frequencies fo of the F2 layer|In Russian|#IFZ:-:9:1990:52-55|Seismicity+Frequency+Layered medium+Ionosphere|Scientific communication
J|0622|Buachidze,G.I.+Nevinsky,I.O.+Tsvetkova,T.V.|Gamma-ray background responses to earthquakes of the Caucasus region|In Russian|#IFZ:-:9:1990:55-56|Gamma ray+Earthquake+Caucasus|Scientific communication
J|0623|Salganik,M.P.+Aptikayev,F.F.+Bugayev,E.G.+|A new set of accelerograms modelling seismic inputs|In Russian|#IFZ:-:9:1990:56-63|Accelerogram+Seismic waves+Ground motion|Scientific communication
J|0624|Rezanov,I.A.|On geological interpretation of a new three-layer seismic model of the continental crust|In Russian|#IFZ:-:9:1990:79-86|Geology+Layered medium+Model+Continental crust|Discussion
J|0625|Beresnev,I.A.+Nikolayev,A.V.|Study of long duration vibrational signals transmission through a geophysical medium|In Russian|#IFZ:-:9:1990:86-89|Vibration+Transmission+Geophysical medium|Discussion
J|0626|Strelkov,E.M.|Evaluating the effect of magnetic field generation by seismoelectric currents|In Russian|#IFZ:-:10:1990:17-23|Magnetic field+Seismoelectric effect
J|0627|Khoroshun,L.P.+Leschenko,P.V.+Prodayvoda,G.T.|Mathematical simulation of effective petrophysical properties for anisotropic rocks|In Russian|#IFZ:-:10:1990:63-75|Anisotropy+Mathematical model+Petrology+Rock
J|0628|Dokuchayev,V.P.+Razin,A.V.|Generation of elastic waves in a homogeneous half-space by distributed surface sources|In Russian|#IFZ:-:10:1990:81-87|Elastic wave+Generation+Half-space+Distributed surface source
J|0629|Dubrovina,G.V.+Litvin,A.L.|Static corrections in the refracted waves method|In Russian|#IFZ:-:10:1990:88-94|Static correction+Refracted wave
J|0630|Ponomarev,A.S.|A gas thermal model of crust earthquakes|In Russian|#IFZ:-:10:1990:100-112|Crust+Earthquake+Gas+Thermal model|Discussion
J|0631|Grachev,A.F.+Kalashnikova,I.V.+Magnitsky,V.A.|Seismicity and recent movements of the crust|In Russian|#IFZ:-:11:1990:3-12|Seismicity+Crustal movement+New Mexico
J|0632|Yegorova,T.P.+Kozlenko,V.G.+Starostenko,V.I.|Tectonosphere density structure of the Siberian-Atlantic system|In Russian|#IFZ:-:11:1990:13-22|Density+Velocity structure+Siberian platform+Atlantic Ocean
J|0633|Trubitsyn,V.P.+Fradkov,A.S.+Belavina,Yu.F.|Subduction effect on convection in the suboceanic mantle|In Russian|#IFZ:-:11:1990:34-44|Subduction+Mantle convection+Oceanic mantle+Plate tectonics
J|0634|Sobolev,G.A.+Chelidze,T.L.+Zavyalov,A.D.+|Mapping expected earthquakes using several seismological indicators|In Russian|#IFZ:-:11:1990:45-56|Mapping+Earthquake+Prediction+Precursor
J|0635|Guryanov,V.V.|Interaction of plane nonlinear seismic waves|In Russian|#IFZ:-:11:1990:57-71|Plane wave+Nonlinearity+Interactive system+Mathematical method
J|0636|Simakov,G.V.+Trunin,R.F.|Shock-wave compression of ultra-porous silica|In Russian|#IFZ:-:11:1990:72-77|Shock wave+Compression+Porous medium+Silicate
J|0637|Nikonov,A.A.|Seismic tremors at the Russian Plain during XI-XVII centuries|In Russian|#IFZ:-:11:1990:85-95|Russian Plain+Earthquake+11-17th centuries+Historical seismicity|Scientific communication
J|0638|Averyanov,A.G.|Determination of Poisson's ratio from an incident angle of a seismic wave|In Russian|#IFZ:-:11:1990:99-101|Poisson's ratio+Incidence, Angle of+Seismic waves|Scientific communication
J|0639|Adushkin,V.V.+Spivak,A.A.|Methods of seismic control and the problem of underground test ban|In Russian|#IFZ:-:12:1990:3-5|Nuclear test ban+Underground nuclear explosion+Monitoring+Control
J|0640|Korotkov,P.F.+Goncharov,A.I.+Kabychenko,N.V.+|Explosion energy determination from changes in the elastoplastic domain|In Russian|#IFZ:-:12:1990:6-14|Energy+Yield+Underground explosion+Elastoplasticity
J|0641|Adushkin,V.V.+Spivak,A.A.|On the possibility of underground nuclear explosion detection from residual seismic events|In Russian|#IFZ:-:12:1990:15-20|Underground nuclear explosion+Detection+Aftershock
J|0642|Adushkin,V.V.+Kulikov,V.I.+Safonov,F.F.+|Explosion energy determination from seismic parameters in near seismic zone|In Russian|#IFZ:-:12:1990:21-30|Yield+Parameters+Underground explosion+Near-field data
J|0643|Kedrov,O.K.+An,V.A.+Laushkin,V.A.+|Methods of seismic monitoring on epicentral distances above 500 km|In Russian|#IFZ:-:12:1990:31-46|Monitoring+Epicentre+Local event+Nuclear test ban
J|0644|Adushkin,V.V.+An,V.A.|Seismic monitoring of underground nuclear explosions at the geophysical observatory Borovoye|In Russian|#IFZ:-:12:1990:47-59|Monitoring+Underground nuclear explosion+Magnitude+Kazakhstan
J|0645|Kuchay,O.A.+Shklyar,G.P.|Seismic deformation of strong earthquake source regions at Pamir|In Russian|#IFZ:-:12:1990:68-76|Deformation+Strong earthquake+Source+Pamir|Scientific communication
J|0646|Liperovsky,V.A.+Alimov,O.A.+Shalimov,S.L.+|Study of the F region in the ionosphere prior to earthquakes|In Russian|#IFZ:-:12:1990:77-86|Ionosphere+Earthquake+Precursor|Scientific communication
J|0647|Krylov,A.L.+Mazur,N.G.+Nikolayevskii,V.N.|Propagation and reflection of a longitudinal wave at an interface between linear and non-linear media|In Russian|#IFZ:-:12:1990:87-90|Propagation+Reflexion+Longitudinal wave+Interface|Scientific communication
J|0648|Barabanov,V.L.+Gorbatikov,A.V.+Polyakov,A.L.+|Analysis of statistical characteristics of narrow-band seismic signals|In Russian|#IFZ:-:12:1990:91-96|Statistics+Signal+Narrow band seismology|Scientific communication
J|0649|Olkhovatov,A.Yu.|On possible interrelation between seismotectonic and meteorite events|In Russian|#IFZ:-:12:1990:101-103|Seismotectonics+Meteorite|Scientific communication
J|0650|Chekunov,A.V.+Sollogub,V.B.+Il'chenko,T.V.+|Depth inhomogeneities of the Earth's crust in the south of the Eastern-European Platform|In Russian with English abstract|#GFZ:12:4:1990:3-22|Inhomogeneity+Crust+East European Platform
J|0651|Bayuk,Ye.I.+Levitova,F.M.|Elastic anisotropy of ultrabasites under high pressures and temperatures|In Russian with English abstract|#GFZ:12:4:1990:38-44|Anisotropy+Ultrabasite+High pressure+High temperature
J|0652|Khaikovich,I.M.+Shvanov,Yu.A.|Statistical models in inverse problems of geophysics|In Russian with English abstract|#GFZ:12:4:1990:44-50|Statistics+Inverse problem+Geophysics
J|0653|Meshcheryakov,G.A.+Fys,M.M.|Three-dimensional density model of the Earth. 1|In Russian with English abstract|#GFZ:12:4:1990:50-57|Density+Model+Earth+Ellipticity
J|0654|Belfer,I.K.|Tomographic method for distinguishing local velocity inhomogeneities according to the reflected seismic waves|In Russian with English abstract|#GFZ:12:4:1990:76-84|Tomography+Inhomogeneity+Velocity+Reflected wave|Scientific communication
J|0655|Timoshin,Yu.V.+Mershchy,V.V.|Rise in the efficiency of seismic investigations on the basis of conjugate diffraction transformation|In Russian with English abstract|#GFZ:12:5:1990:3-11|Seismic survey+Diffraction+Migration+Stacking
J|0656|Lossovsky,I.E.|Certain possibilities for transformation of two-dimensional time fields of reflected waves|In Russian with English abstract|#GFZ:12:5:1990:31-39|Reflected wave+Time field+Transformation+Seismogram
J|0657|Pilipenko,V.N.+Sokolovskaya,T.P.|Formation of the image of a refracting boundary by the difference method|In Russian with English abstract|#GFZ:12:5:1990:48-54|Image+Refracted wave+Boundary+Inhomogeneous medium
J|0658|Khalevin,N.I.|The structure of the Urals earth crust|In Russian with English abstract|#GFZ:12:5:1990:55-59|Deep seismic sounding+Urals+Crust+Structure|Scientific communication
J|0659|Baranova,E.P.+Kosminskaya,I.P.+Pavlenkova,N.I.|Results of DSS reinterpretation of materials for the southern Caspian area|In Russian with English abstract|#GFZ:12:5:1990:60-67|Deep seismic sounding+Caspian Sea+Structure+Sediment|Scientific communication
J|0660|Chekunov,A.V.+Sollogub,V.B.+Starostenko,V.I.+|Geotransect of the Dnieper-Donets paleorift - Ukrainian Shield-south Carpathians|In Russian with English abstract|#GFZ:12:6:1990:3-32|Geotransect+Ukrainian Shield+Velocity+Structure
J|0661|Sagalova,E.A.|The development of a process in foci of the Carpathian destructive earthquakes 30.08.86 and 04.03.77|In Russian with English abstract|#GFZ:12:6:1990:32-39|Carpathians+1977+1986+Quiescence+Destructive earthquake||#*VRANCEA86|#*ROMANIAN
J|0662|Karpenko,I.V.+Lossovskii,Ye.K.+Chervinsky,V.P.|Stratigraphic deconvolution in the problem on decrement determined for effective seismic wave absorption|In Russian with English abstract|#GFZ:12:6:1990:55-66|Deconvolution+Stratigraphy+Scattering+Absorption
J|0663|Kanevskii,V.F.|Seismic record upgrading by excitation of orthogonal codes|In Russian with English abstract|#GFZ:12:6:1990:76-81|Pulse+Orthogonality+Longitudinal wave+Oscillation|Scientific communication
J|0664|Abdurakhmanov,A.I.+Zlobin,T.K.+Markhinen,E.K.|The Ivan Groznyi volcano eruption on the Iturup Island in 1989|In Russian with English abstract|#VSM:-:4:1990:3-9|Eruption+Iturup Island+1989+Volcanic tremor
J|0665|Zobin,V.M.+Ivanova,E.I.|Some properties of large shallow earthquake aftershocks in Kamchatka|In Russian with English abstract|#VSM:-:4:1990:48-59|Shallow-focus earthquake+Aftershock+Kamchatka+1962-1987
J|0666|Adushkin,V.V.+Pernik,L.M.+Skoblin,M.G.|Energy of volcanic explosions|In Russian with English abstract|#VSM:-:4:1990:60-66|Volcano+Explosion+Model+Crater
J|0667|Anosov,G.I.+Argentov,V.V.+Abdurakhmanov,A.I.+|Deep structure of Uratman volcano (Kuril Islands)|In Russian with English abstract|#VSM:-:4:1990:85-91|Sounding+Volcano+Kuril Islands+Structure|Brief communication
J|0668|Bondarenko,V.I.|Seismoacoustic investigations of the Kuril'skoe Lake|In Russian with English abstract|#VSM:-:4:1990:97-111|Seismoacoustics+Kuril'skoe Lake+Kamchatka+Structure|Brief communication
J|0669|Zharinov,S.Ye.|Backward creep model for postseismic deformation following great earthquakes|In Russian with English abstract|#VSM:-:5:1990:3-13|Model+Great earthquake+Creep+Deformation
J|0670|Kutyev,F.Sh.|Energetics of geologic processes (energy guides)|In Russian with English abstract|#VSM:-:5:1990:69-75|Energy+Geology+Deep earthquake+Process
J|0671|Mikhailova,T.G.+Tichonov,I.N.+Nikiforov,I.V.|Automatic identification of overlapping of signals produced by two subsequent shocks on a seismogram|In Russian with English abstract|#VSM:-:5:1990:94-102|Seismogram+Modelling+Shock+Identification
J|0672|Mel'nikov,Yu.Yu.|Computer-based procedure for locating hypocentres of earthquakes in Kamchatka|In Russian with English abstract|#VSM:-:5:1990:103-112|Kamchatka+Hypocentre+Computer program+P-wave+S-wave
J|0673|Zharinov,S.Ye.+Demin,S.S.|Geomechanical modeling of the active continental margin (physical nature of volcanism and its relation to seismicity)|In Russian with English abstract|#VSM:-:6:1990:3-16|Mechanics+Volcanism+Seismicity+Benioff zone
J|0674|Smirnov,V.B.+Lusina,A.V.|Temporal aspects of the aftershock structure: the 1964 Alaska and 1983 Kamchatka earthquakes|In Russian with English abstract|#VSM:-:6:1990:45-54|Temporal distribution+Aftershock+1964+Alaska+1983+Kamchatka||#*KAMCHATKA2
J|0675|Gusev,A.A.+Melnikova,V.N.|Relations between magnitudes: global and Kamchatka data|In Russian with English abstract|#VSM:-:6:1990:55-63|Magnitude+Kamchatka+Global seismicity+Moment magnitude
J|0676|Popova,O.G.+Sanina,I.A.+Kudrina,E.E.+|The Earth's crust seismological models for some regions of the Alpine folded belt|In Russian with English abstract|#VSM:-:6:1990:64-73|Model+Crust+Alpide belt+P-wave+PS-wave
J|0677|Kaazik,P.B.+Kopnichev,Yu.F.|Numerical modelling of Sn group and coda in heterogeneous medium|In Russian with English abstract|#VSM:-:6:1990:74-87|Numerical modelling+Sn-wave+Coda+Heterogeneous medium
J|0678|Lutikov,A.I.|Frequency dependence of microseism attenuation|In Russian with English abstract|#VSM:-:6:1990:104-108|Microseism+Attenuation+Frequency+Propagation|Brief communication
J|0679|Shanov,S.|Tectonic stress fields in northeast Bulgaria||Geologica balc.:20:4:1990:37-47|Tectonics+Stress+Bulgaria+Anisotropy
J|0680|Dunaev,N.N.+Levchenko,O.V.+Merklin,L.R.+|Experience in application of CSP for solving some problems of antropogen paleogeography in the Arctic areas|In Russian with English abstract|#OKN:30:4:1990:625-631|Continuous seismic profiling+Glacier+Arctic
J|0681|Elnikov,I.N.|The structural peculiarity of the relief of an acoustic basement and the sediment layer of the Crete hollow (the Aegean Sea)|In Russian with English abstract|#OKN:30:4:1990:632-642|Continuous seismic profiling+Crete+Sedimentary basin+Bathymetry
J|0682|Levchenko,O.V.+Merklin,L.R.+Sapsovich,Yu.B.+|Experience of usage of air-operated wave transducer PIIE.03 for seismoacoustic studies|In Russian|#OKN:30:4:1990:690|Seismoacoustics+Airgun+Transducer
J|0683|Neprochnov,Yu.P.+Merklin,L.R.|Geology-geophysical studies of the region of intraplate deformations in the Indian Ocean (the 22nd cruise of R/V "Professor Shtokman", 18 January-15 June 1989)|In Russian|#OKN:30:4:1990:691-693|Marine geophysical investigation+Indian Ocean
J|0684|Ostrovskii,A.A.|Seismic studies in the Baltic Sea (the 23rd cruise of R/V "Professor Shtokman", 3 July-1 September 1989)|In Russian|#OKN:30:4:1990:693-695|Marine seismic investigation+Baltic Sea
J|0685|Kharchenko,V.I.+Kovalevskiy,E.V.|Processing and interpretation of Stoneley waves registered in shallow water engineering studies|In Russian with English abstract|#OKN:30:5:1990:756-763|Stoneley wave+Velocity profile+Dispersion+Baltic Sea+Azov, Sea of
J|0686|Kogan,L.I.|Seismoacoustical studies in Azores-Gibraltar region of the Atlantic Ocean (the 14th cruise of R/V "Rift", June 4-August 3, 1988)|In Russian|#OKN:30:5:1990:872-873|Seismoacoustics+Azores+Gibraltar+1988|Information
J|0687|Lovell,J.R.+Hornby,B.E.|Borehole coupling at sonic frequencies||#GPS:55:7:1990:806-814|Borehole+Coupling+Sonic wave+Incidence, Angle of
J|0688|Pai,D.M.|Crosshole seismics using vertical eigenstates||#GPS:55:7:1990:815-820|Cross-hole+Seismics+Wave equation+Eigenstate
J|0689|Strack,K-M.+Luschen,E.+Kotz,A.W.|Long-offset transient electromagnetic (LOTEM) depth soundings applied to crustal studies in the Black Forest and Swabian Alb, Federal Republic of Germany||#GPS:55:7:1990:834-842|Black Forest+Survey+Sounding+Resistivity+Crust
J|0690|Levin,F.K.|Reflection from a dipping plane - transversely isotropic solid||#GPS:55:7:1990:851-855|Reflexion+Dipping layer+Isotropic medium+P-wave
J|0691|Gray,S.H.+Epton,M.A.|Multigrid migration: reducing the migration aperture but not the migrated dips||#GPS:55:7:1990:856-862|Migration+Aperture+Dip+Reflexion
J|0692|Uren,N.F.+Gardner,G.H.F.+McDonald,J.A.|Dip moveout in anisotropic media||#GPS:55:7:1990:863-867|Dip+Moveout+Anisotropy+Reflexion
J|0693|Faust,M.J.|Seismic stratigraphy of the mid-Cretaceous unconformity (MCU) in the central Gulf of Mexico basin||#GPS:55:7:1990:868-884|Stratigraphy+Mexico, G. of+Cretaceous+Profile
J|0694|Bandy,W.L.+Gangi,A.F.+Morgan,F.D.|Direct method for determining constant corrections to geophysical survey lines for reducing mis-ties||#GPS:55:7:1990:885-896|Survey+Geophysical investigation+Error+Correction
J|0695|Eisner,E.+Hampson,G.|Decomposition into minimum and maximum phase components||#GPS:55:7:1990:897-901|Wavelet+Phase+Decomposition+Airgun
J|0696|Weglein,A.B.+Secrest,B.G.|Wavelet estimation for a multidimensional acoustic or elastic earth||#GPS:55:7:1990:902-913|Wavelet+Acoustic medium+Elastic medium+Wave equation
J|0697|Dellinger,J.+Etgen,J.|Wave-field separation in two-dimensional anisotropic media||#GPS:55:7:1990:914-919|Wave field+Anisotropy+Isotropic medium+Separation|Short note
J|0698|Vermeer,G.J.O.|Discussion on `Ground-roll suppression by the stackarray' by P. F. Morse and G. F. Hildebrandt||#GPS:55:7:1990:936-937|Comments+Ground roll+Modelling+Common midpoint+Stackarray|With a reply by the author and a further response
J|0699|Tango,G.G.|Review of `Inverse modeling in exploration geophysics' edited by A. Vogel, R. Gorenflo, B. Kummer and C. Ofoegbu||#GPS:55:7:1990:940|Review+Inversion+Exploration+Geophysics|Proceedings of a seminar on mathematical geophysics held in Berlin, February 1988
J|0700|Sheriff,R.E.|Review of `Practical handbook of physical properties of rocks and minerals' edited by R. S. Carmichael||#GPS:55:7:1990:940-941|Review+Physical properties+Rock+Mineral
J|0701|Taylor,G.G.|Errata to `The point of P-S mode converted reflection: an exact determination'||#GPS:55:7:1990:948|Errata+Converted wave+Reflexion+Stacking+Seismics
J|0702|Lynn,H.B.+Thomsen,L.A.|Errata to `Reflection shear-wave data collected near the principal axes of azimuthal anisotropy'||#GPS:55:7:1990:948|Errata+Anisotropy+Shear wave+Fracture+Reflexion study
J|0703|Klimentos,T.+McCann,C.|Relationships among compressional wave attenuation, porosity, clay content, and permeability in sandstones||#GPS:55:8:1990:998-1014|Compressional wave+Attenuation+Porosity+Clay+Sandstone
J|0704|Burnett,R.C.|Seismic amplitude anomalies and AVO analyses at Mestena Grande Field, Jim Hogg Co., Texas||#GPS:55:8:1990:1015-1025|Anomaly+Amplitude+Texas+Offset
J|0705|Carrion,P.M.+Sacramento,S.D.S.+Pestana,R.D.C.|Source wavelet and its angular spectrum from plane-wave seismograms||#GPS:55:8:1990:1026-1035|Wavelet+Seismogram+Plane wave+Spectrum
J|0706|Lericolais,G.+Allenou,J.P.+Berne,S.+|A new system for acquisition and processing of very high-resolution seismic reflection data||#GPS:55:8:1990:1036-1046|High resolution+Reflexion data+Data processing+Data acquisition
J|0707|Stam,H.J.|The two-dimensional elastodynamic distributed surface load problem||#GPS:55:8:1990:1047-1056|P-wave+SV-wave+Loading+Elastic medium
J|0708|Key,S.C.|New approach to seismic-reflection event detection and velocity determination||#GPS:55:8:1990:1057-1069|Reflexion data+Velocity+Detection+High resolution+Common depth point
J|0709|Winterstein,D.F.|Velocity anisotropy terminology for geophysicists||#GPS:55:8:1990:1070-1088|Velocity+Anisotropy+Terminology+Geophysics
J|0710|Lee,M.W.|Traveltime inversion using transmitted waves of offset VSP data||#GPS:55:8:1990:1089-1097|Inversion+Offset+Vertical seismic profiling+First arrival
J|0711|Lines,L.R.+Jackson,R.+Covey,J.D.|Seismic velocity models for heat zones in Athabasca tar sands||#GPS:55:8:1990:1108-1111|Velocity+Oil sand+Heating+Alberta
J|0712|Lerche,I.|Review of `Artificial intelligence and expert systems in petroleum exploration' edited by M. Simaan and F. Aminzadeh||#GPS:55:8:1990:1113-1114|Review+Petroleum+Exploration+Artificial intelligence
J|0713|Tango,G.G.|Review of `Scattering and attenuation of seismic waves, Parts II and III' edited by R-S. Wu and K. Aki||#GPS:55:8:1990:1114-1116|Review+Scattering+Attenuation+Seismic waves
J|0714|White,B.S.+Sheng,P.+Nair,B.|Localization and backscattering spectrum of seismic waves in stratified lithology||#GPS:55:9:1990:1158-1165|Well-log+Spectrum+Correlation function+Multiple scattering
J|0715|Mufti,I.R.|Large-scale three-dimensional seismic models and their interpretive significance||#GPS:55:9:1990:1166-1182|Model+Finite difference method+Interpretation+Survey
J|0716|Knapp,R.W.|Vertical resolution of thick beds, thin beds, and thin-bed cyclothems||#GPS:55:9:1990:1183-1190|Reflexion+Resolution+Wavelet+Bed
J|0717|Wang,H-W.|Noise elimination by the use of vector resolution||#GPS:55:9:1990:1191-1201|Noise+Vector+Resolution+Vertical seismic profiling
J|0718|Kappus,M.E.+Harding,A.J.+Orcutt,J.A.|A comparison of tau-p transform methods||#GPS:55:9:1990:1202-1215|Tau-p transform+Method+Transformation+Seismic processing
J|0719|Shieh,C-F.+Herrmann,R.B.|Ground roll: rejection using polarization filters||#GPS:55:9:1990:1216-1222|Polarization+Filter+Ground roll+Noise
J|0720|De Bruin,C.G.M.+Wapenaar,C.P.A.+Berkhout,A.J.|Angle-dependent reflectivity by means of prestack migration||#GPS:55:9:1990:1223-1234|Reflectivity+Migration+Incidence, Angle of+Stacking
J|0721|Douma,J.|The effect of transverse isotropy on isotropic traveltime inversion of vertical seismic profile data - a modeling study||#GPS:55:9:1990:1235-1241|Vertical seismic profiling+Inversion+Layered medium+Anisotropy
J|0722|Krebs,J.R.|Three-dimensional migration of swath surveys||#GPS:55:9:1990:1251-1259|Migration+Seismic survey+Interpretation
J|0723|Pullan,S.E.|Recommended standard for seismic (/radar) files in the personal computer environment||#GPS:55:9:1990:1260-1271|Personal computer+Data bank+Radar+Reflexion data|Report by a Subcommittee of the SEG Engineering and Groundwater Geophysics Committee
J|0724|Bennett,B.|A computer program to convert SEG-2 data to SEG-Y||#GPS:55:9:1990:1272-1284|Computer program+Data base+Conversion|Report on converting seismic data formats
J|0725|Hoover,R.A.|Review of `Geotechnical and environmental geophysics, Vol. I: review and tutorial' edited by S. H. Ward||#GPS:55:9:1990:1285-1286|Review+Geophysics+Geophysical investigation
J|0726|Schlue,J.W.|Review of `Seismic surface waves in a laterally inhomogeneous Earth' edited by V. I. Keilis-Borok||#GPS:55:9:1990:1288-1289|Review+Surface wave+Inhomogeneous medium+Theory+Interpretation
J|0727|Horvath,P.S.|Review of `Interpretation of three-dimensional seismic data' by A. R. Brown||#GPS:55:9:1990:1290-1291|Review+Interpretation+Seismic survey
J|0728|McCormack,M.D.|Review of `Treatise of petroleum geology' edited by E. A. Beaumont and N. H. Foster||#GPS:55:9:1990:1291-1292|Review+Geology+Petroleum+Interpretation+Exploration
J|0729|Lu,S-Y.+Cheng,Y-C.|An iterative approach to seismic skeletonization||#GPS:55:10:1990:1312-1320|Pattern recognition+Reflector+Imaging+Detection
J|0730|Mathisen,M.E.+Budny,M.|Seismic lithostratigraphy of deep subsalt Permo-Carboniferous gas reservoirs northwest German Basin||#GPS:55:10:1990:1357-1365|Lithostratigraphy+Germany+Gas+Reflexion study
J|0731|Tal-Ezer,H.+Carcione,J.M.+Kosloff,D.|An accurate and efficient scheme for wave propagation in linear viscoelastic media||#GPS:55:10:1990:1366-1379|Propagation+Viscoelastic medium+Attenuation+Dispersion
J|0732|Dietrich,M.|An algorithm for the plane-wave decomposition of point-source seismograms||#GPS:55:10:1990:1380-1385|Plane wave+Decomposition+Point source+Seismogram
J|0733|Dubesset,M.|Three-component sonde orientation in a deviated well||#GPS:55:10:1990:1386-1388|Well+Sonde reading+P-wave+Orientation|Short note
J|0734|Cruz,J.R.+Rigdon,H.K.+Hoover,G.M.|Encoding techniques for multiple source point seismic data acquisition||#GPS:55:10:1990:1389-1396|Waveform+Vibrator+Point source+Vertical seismic profiling
J|0735|Sinha,A.K.|Review of `Advances in geophysics' edited by B. B. Bhattacharya||#GPS:55:10:1990:1397|Review+Geophysics+Modelling
J|0736|Sinha,A.K.|Review of `Frontiers in exploration geophysics' edited by B. B. Bhattacharya||#GPS:55:10:1990:1397-1398|Review+Exploration+Geophysics
J|0737|Sheriff,R.E.|Review of `The encyclopedia of solid Earth geophysics' edited by D. E. James||#GPS:55:10:1990:1398|Review+Solid-earth geophysics+Seismology
J|0738|Hill,N.R.|Gaussian beam migration||#GPS:55:11:1990:1416-1428|Gaussian beam+Migration+Imaging+Wave field
J|0739|Uren,N.F.+Gardner,G.H.F.+McDonald,J.A.|The migrator's equation for anisotropic media||#GPS:55:11:1990:1429-1434|Reflexion study+Migration+Anisotropy+Numerical modelling
J|0740|Easley,D.H.+Borgman,L.E.+Shive,P.N.|Geostatistical simulation for geophysical applications - part I: simulation||#GPS:55:11:1990:1435-1440|Geophysics+Statistics+Simulation
J|0741|Shive,P.N.+Lowry,T.+Easley,D.H.+|Geostatistical simulation for geophysical applications - part II: geophysical modelling||#GPS:55:11:1990:1441-1446|Geophysics+Statistics+Modelling+Refraction
J|0742|Basu,S.|Clay mineralogy and pressure analysis from seismic information in Krishna-Godavari Basin, India||#GPS:55:11:1990:1447-1454|Bengal, Bay of+Profile+Clay+Pressure
J|0743|Zamora,M.+Poirier,J.P.|Experimental study of acoustic anisotropy and birefringence in dry and saturated Fontainebleau sandstone||#GPS:55:11:1990:1455-1465|Acoustics+Anisotropy+Velocity+Sandstone
J|0744|Gibson,B.S.+Levander,A.R.|Apparent layering in common-midpoint stacked images of two-dimensionally heterogeneous targets||#GPS:55:11:1990:1466-1477|Layered medium+Common midpoint+Stacking+Image
J|0745|Chen,S.T.+Zimmerman,L.J.+Tugnait,J.K.|Subsurface imaging using reversed vertical seismic profiling and crosshole tomographic methods||#GPS:55:11:1990:1478-1487|Imaging+Vertical seismic profiling+Cross-hole+Tomography
J|0746|Saatcilar,R.+Ergintav,S.+Canitez,N.|The use of Hartley transform in geophysical applications||#GPS:55:11:1990:1488-1495|Transform+Modelling+Migration+Computational seismology
J|0747|Turner,G.|Aliasing in the tau-p transform and the removal of spatial aliased coherent noise||#GPS:55:11:1990:1496-1503|Noise+Filtering+Transform+Computational seismology
J|0748|Vidale,J.E.+Houston,H.|Rapid calculation of seismic amplitudes||#GPS:55:11:1990:1504-1507|Amplitude+Travel-times+Reflexion study+Ray tracing|Short note
J|0749|Aldridge,D.F.|The Berlage wavelet||#GPS:55:11:1990:1508-1511|Modelling+Wavelet+Waveform|Short note
J|0750|Sprenke,K.F.|Discussion on `A method to minimize edge effects in two-dimensional discrete Fourier transforms' by Y. Ricard and R. J. Blakeley||#GPS:55:11:1990:1514|Comments+Edge+Fourier transform
J|0751|Mareschal,J-C.|Review of `Rheology of solids and of the Earth' edited by S-I. Karato and M. Toriumi||#GPS:55:11:1990:1516|Rheology+Anisotropy+Review+Deformation
J|0752|McDonald,J.A.|Review of `Elementary exploration seismology' by C. S. Clay||#GPS:55:11:1990:1518|Review+Exploration+Seismology
J|0753|Krail,P.M.+Shin,Y.|Deconvolution of a directional marine source||#GPS:55:12:1990:1542-1548|Deconvolution+Marine seismic source+Waveform+Amplitude
J|0754|Carrion,P.M.+De Pinto Braga,A.|Iterative trace deconvolution and noncausal transform for processing band-limited data||#GPS:55:12:1990:1549-1557|Deconvolution+Transform+Noise+Wavelet
J|0755|Uren,N.F.+Gardner,G.H.F.+McDonald,J.A.|Normal moveout in anisotropic media||#GPS:55:12:1990:1634-1636|Anisotropy+Moveout+Common midpoint+Reflector|Short note
J|0756|Iverson,W.P.|Apparent azimuthal shear anisotropy from normal-moveout differentials||#GPS:55:12:1990:1637-1638|Shear+Anisotropy+Moveout+Common depth point|Short note
J|0757|Mendes,M.+Beydoun,W.B.+Planchon,J.M.+|Seismic identification of a karstified reservoir in the Adriatic Sea||#GPS:55:12:1990:1639-1644|Reflexion study+Adriatic+Karst+Reservoir|Short note
J|0758|Chen,S.T.+Ericksen,E.A.+Miller,M.A.|Experimental studies on downhole seismic sources||#GPS:55:12:1990:1645-1651|Down-hole source+Vertical seismic profiling+Cross-hole+P-wave
J|0759|Kendall,C.|Review of `Divergent/passive margin basins' edited by J. D. Edwards and P. A. Santogrossi||#GPS:55:12:1990:1653-1654|Review+Basin+Exploration
J|0760|Tango,G.G.|Review of `Fractals in geophysics' edited by C. H. Scholz and B. B. Mandelbrot||#GPS:55:12:1990:1655-1656|Review+Fractal+Geophysics
J|0761|Mareschal,J-C.|Review of `Mantle convection: plate tectonics and global dynamics' edited by W. R. Peltier||#GPS:55:12:1990:1656-1657|Review+Plate tectonics+Tomography
J|0762|Sheriff,R.E.|Review of `Foundations of exploration geophysics' by J. C. d'Armaud Gerkens||#GPS:55:12:1990:1657|Review+Geophysics+Seismic exploration
J|0763|Harbert,W.|Review of `The evolution of the Pacific Ocean margins' edited by Z. Ben-Avraham||#GPS:55:12:1990:1658-1659|Review+Pacific Ocean+Plate tectonics
J|0764|Karus,Ye.V.+Savinskii,K.A.|Large heterogeneities of the Earth's crust structure in platform regions of Siberia|In Russian with English abstract|#GGS:-:7:1990:3-11|Heterogeneity+Crustal structure+Siberian platform+Deep seismic sounding
J|0765|Suvorov,V.D.+Sharapov,Ye.V.|Seismic features of mantle surface in the southern Yakutian kimberlite province|In Russian with English abstract|#GGS:-:7:1990:12-17|Velocity+Mohorovicic discontinuity+Yakut+Heterogeneity
J|0766|Krylov,S.V.+Mandelbaum,M.M.+Seleznev,V.S.+|Detailed deep seismic investigations in the Upper Angara region of the Baikalian rift zone|In Russian with English abstract|#GGS:-:7:1990:17-27|Reflexion study+Refraction study+Lithosphere+Baikalian Rift
J|0767|Kirda,N.P.|On the problem of the evolution of pre-Jurassic and Lower-Middle Jurassic complexes of west Siberia|In Russian with English abstract|#GGS:-:7:1990:40-45|Seismic survey+Siberia
J|0768|Pavlova,T.Yu.+Mikhailov,Yu.A.+Mushin,I.A.+|Complex geoseismic modelling of Neocomian clinoforms of west Siberia|In Russian with English abstract|#GGS:-:8:1990:21-26|Modelling+Seismic survey+Siberia
J|0769|Vedernikov,G.V.+Gaideburova,Ye.A.|Promising Paleozoic targets of the Nyurol sedimentary basin of the West-Siberian plate|In Russian with English abstract|#GGS:-:8:1990:35-43|Common depth point+Seismic survey+Nyurol'skii+Sedimentary basin
J|0770|Yashkov,G.N.|Treatment of multiple continuous reflection profiling data on the basis of two-dimensional fields of times|In Russian with English abstract|#GGS:-:8:1990:122-130|Reflexion study+Multiple reflexion+Diffracted wave+Reflected wave
J|0771|Bornyakov,S.A.|Quantitative analysis of parameters of shears (from modeling results)|In Russian with English abstract|#GGS:-:9:1990:34-42|Shear+Fault+Modelling
J|0772|Druzhinin,A.B.|The calculation of wave fields by the method of superposition of marginal waves two-dimensional heterogeneous anisotropic media|In Russian with English abstract|#GGS:-:9:1990:96-105|Wave field+Superposition+Heterogeneous medium+Anisotropy
J|0773|Golikov,N.A.+Zaikin,A.D.|Elastic wave attenuation in consolidated granular media|In Russian with English abstract|#GGS:-:9:1990:105-109|Granular medium+Elastic wave+Attenuation+Porous medium
J|0774|Pavlov,O.V.+Potapov,V.A.+Sedykh,A.I.|On evaluation of relative seismic hazard of tunnels|In Russian with English abstract|#GGS:-:9:1990:109-115|Hazard+Tunnel+Attenuation+Depth
J|0775|Bryksin,A.V.+Ten,E.N.|A method for calculating elastic properties of minerals from rock characteristics|In Russian with English abstract|#GGS:-:10:1990:60-66|Elasticity+Mineral+Rock+Propagation
J|0776|Vedernikov,G.V.+Kaganskii,A.M.+Karpov,Ye.B.|Calculation of complex multi-wave seismic parameters|In Russian with English abstract|#GGS:-:10:1990:66-72|Compressional wave+Shear wave+Poisson's ratio+Oil
J|0777|Malyshkin,O.V.|Algorithm of mathematical modelling of diffraction wave fields in sectorial media (a two-dimensional acoustic case)|In Russian with English abstract|#GGS:-:10:1990:72-81|Diffraction+Plane wave+Numerical modelling+Acoustics
J|0778|Kotlyar,P.Ye.+Kim,V.I.|Irregular constituents of the pole displacement and regional seismicity|In Russian with English abstract|#GGS:-:11:1990:93-98|North Pole+Strong earthquake+1905-1986+Seismicity
J|0779|Mel'nikova,V.I.|Peculiarities of seismic wave radiation during earthquakes of the Angarakan swarm in Severomuisk region of the Baikal rift zone|In Russian with English abstract|#GGS:-:11:1990:98-106|Amplitude+P-wave+S-wave+Severo-Muisk+Focal mechanism
J|0780|Nefyodkina,T.V.+Vedernikov,G.V.+Prezhentsev,A.A.|Application of multiwave seismography to forecasting a geological section in the Near-Caspian trough|In Russian with English abstract|#GGS:-:11:1990:106-115|Seismic survey+Caspian Sea+Geologic structure+Wave field
J|0781|Ditmar,P.G.+Menshikov,Yu.P.+Zoteeva,M.Yu.+|Application of ray tomography to problems of seismic ore exploration|In Russian with English abstract|#GGS:-:11:1990:115-124|Seismic exploration+Tomography+Backus-Gilbert method+Refraction study
J|0782|Bazylev,A.P.+Gaideburova,Ye.A.+Surgucheva,V.N.|Quantitative acoustic characteristics of Jurassic cyclites of the southeast of western Siberia|In Russian with English abstract|#GGS:-:11:1990:124-129|West Siberia+Acoustics+Velocity+Borehole
J|0783|Kotelnikov,Ye.I.|Definition of a spatial position of a steeply dipped reflecting surface from cross-spread data|In Russian with English abstract|#GGS:-:11:1990:129-137|Reflector+Dip+Least squares solution+Prospecting
J|0784|Krylov,S.V.+Bryksin,A.V.+Ten,E.N.|Elastic properties of silicate minerals and crystalline rocks for an isotropic model|In Russian with English abstract|#GGS:-:12:1990:101-112|Elasticity+Silicate+Velocity+Isotropic medium
J|0785|Suvorov,V.D.|On characterization of seismic velocity change in the crust from P- and S-wave data in the eastern Siberian Platform|In Russian with English abstract|#GGS:-:12:1990:113-118|Velocity+Crust+P-wave+S-wave+Siberian platform
J|0786|Bayanov,A.S.+Komarova,L.N.+Kondrashova,M.K.+|Common-depth-point stacking of exchange reflected waves with the depth-dependent Poisson coefficient taken into account|In Russian with English abstract|#GGS:-:12:1990:118-129|Common depth point+Stacking+Exchange wave+West Siberia
J|0787||Iran quake biggest since 1978||#EOS:71:29:1990:979|Earthquake+1990+Iran+Seismic zone|News|#*MANJIL90
J|0788|Clowes,R.M.+Duval,S.+Riddihough,R.|Increased funds for LITHOPROBE||#EOS:71:29:1990:979-987|Lithoprobe+Canada+Crust+Prospecting|News
J|0789|McGinnis,L.D.|Lake Superior rift basins||#EOS:71:30:1990:995|Lake Superior+Sedimentary basin+Reflexion study+Rift
J|0790||Luzon earthquake strongest in 90 years||#EOS:71:31:1990:1011|Luzon+Earthquake+1990|News|#*LUZON90A
J|0791|Borns,D.J.+Sass,J.H.+Schweickert,R.A.|Proposed study of the Basin and Range from Death Valley to Yucca Flat||#EOS:71:31:1990:1012-1013|Basin & Range+Transect+Tectonics+Project|VGP news
J|0792|Reyners,M.|Earthquake data out of their EARSS||#EOS:71:33:1990:1027|Earthquake+1990+New Zealand+Field work|News|#*TENNYSON90A|#*TENNYSON90B|#*TENNYSON90C|#*NISLAND90
J|0793|Parodi,A.+Banks,N.G.+Casaverde,M.+|Sabancaya, southern Peru||#EOS:71:33:1990:1034|Volcano+Eruption+1990+Peru
J|0794|Ambeh,W.B.+Rowley,K.+Lynch,L.+|St Lucia, West Indies||#EOS:71:33:1990:1034|Swarm+St. Lucia+Volcanic tremor+1990||#*STLUCIA90
J|0795|Dixon,T.+Blewitt,G.+Larson,K.+|GPS measurements of regional deformation in southern California||#EOS:71:35:1990:1051-1056|Global Positioning System+Southern California+Geodesy+Deformation
J|0796||Probability of San Francisco quake increased||#EOS:71:36:1990:1059|San Francisco+Probability+Prediction+Fault|News
J|0797||First tomographic study of western U.S. completed||#EOS:71:38:1990:1083|Western United States+Tomography+Pn-wave+Velocity|News
J|0798|Otway,P.M.|Ruapehu, North Island, New Zealand, June 17||#EOS:71:38:1990:1091|Ruapehu+Volcanic tremor
J|0799|Hillhouse,J.W.|Review of `Deep structure and past kinematics of accreted terranes' edited by J. W. Hillhouse|Geophys. Monogr. Ser., vol. 50, IUGG Ser., vol. 5|#EOS:71:40:1990:1115-1124|Deep structure+Kinematics+Terrane|Compiled from a symposium held in Vancouver, August 1987
J|0800|Marillier,F.+Hull,P.+Roest,W.R.+|New colour display techniques help to interpret deep seismic reflections||#EOS:71:42:1990:1147-1150|Deep seismic sounding+Technique+Interpretation+St. Lawrence
J|0801|Pavoni,N.|Mantle structure and geotectonics||#EOS:71:42:1990:1157|Geotectonics+Mantle+Tomography+Structure|Report of a symposium held in Fribourg, October 1989
J|0802|Boschi,E.+Pantosti,D.+Valensise,G.R.|Paradoxes of Italian seismicity. The Irpinia earthquake of November 23, 1980||#EOS:71:46:1990:1787-1788|Seismicity+1980+Earthquake+Irpinia||#*CAMPANIA
J|0803||Earthquake swarm reported on Reykjanes Ridge||#EOS:71:48:1990:1819-1830|Swarm+1990+Reykjanes|News item excerpted from the Bulletin of the Global Volcanism Network 15 (10)|#*REYKJANES90
J|0804|Wyllie,P.J.+Kaula,W.M.|AGU Planet Earth Committee report: part II. Interior and crust||#EOS:71:51:1990:1870|Crust+Mantle+Solid-earth geophysics
J|0805|Dziewonski,A.M.+Kaula,W.M.|AGU Planet Earth Committee report: part II. Implementation||#EOS:71:51:1990:1871|Monitoring+Measurement+Instrument
J|0806|Golikova,G.V.+Chizhova,M.V.+Surkov,Yu.A.|Characteristics of wave field generated when waves penetrate high-velocity layers near the critical angle|In English with Hungarian and Russian abstracts|#GEK:35:4:1990:227-242|Wave field+High-velocity layer+Critical angle+Vertical seismic profiling
J|0807|Maeland,E.|The use of symmetry in f-k migration|In English with Hungarian and Russian abstracts|#GEK:35:4:1990:243-252|Symmetry+Migration+Data processing+Transform
J|0808|Vesnaver,A.+Poletto,F.|Generalized complex attributes and their use for NMO stretching compensation|In English with Hungarian and Russian abstracts|#GEK:35:4:1990:253-272|Moveout+Compensation+Data processing+Stretching
J|0809|Weber,Z.|Ray-tracing modelling in seismic exploration|In English with Hungarian and Russian abstracts|#GEK:35:4:1990:273-285|Ray tracing+Modelling+Exploration+Vertical seismic profiling
J|0810|Hassan,A.A.+Saleh,A.E-D.A.|Lithostatistical study of Kharita formation, western desert, Egypt|In English with Hungarian and Russian abstracts|#GEK:35:4:1990:301-313|Well-log+Statistical method+Egypt+Compensation
J|0811|Markusic,S.+Sovic,I.+Herak,D.|Seismicity of Croatia and the surrounding areas in 1988|In English with Serbocroatian abstract|Geofizika, Zagreb:7:-:1990:121-134|Earthquake catalogue+1988+Seismicity+Yugoslavia+b-Value|Short communication
J|0812|Liu,E.+Crampin,S.+Yardley,G.|Polarizations of reflected shear waves||#GRL:17:8:1990:1137-1140|Polarization+Shear wave+Incidence, Angle of+Reflexion coefficient
J|0813|Sereno,T.J.+Given,J.W.|Pn attenuation for a spherically symmetric Earth model||#GRL:17:8:1990:1141-1144|Attenuation+Pn-wave+Earth model+Synthetic seismogram
J|0814|Machetel,P.|Short-wavelength lower mantle seismic velocity anomalies||#GRL:17:8:1990:1145-1148|Lower mantle+Anomaly+Velocity+Tomography
J|0815|Agnon,A.+Bukowinski,M.S.T.|Deltas at high pressure and dlnVs/dlnVp in the lower mantle||#GRL:17:8:1990:1149-1152|Lower mantle+High pressure+Wave velocity
J|0816|Bina,C.R.+Silver,P.G.|Constraints on lower mantle composition and temperature from density and bulk sound velocity profiles||#GRL:17:8:1990:1153-1156|PREM+Lower mantle+Sound+Profile
J|0817|McNally,K.C.+Ward,S.N.|The Loma Prieta earthquake of October 17, 1989: introduction to the special issue||#GRL:17:8:1990:1177|Loma Prieta+1989+Earthquake+California||#*LOMAPRIETA89
J|0818|Kanamori,H.+Satake,K.|Broadband study of the Loma Prieta earthquake||#GRL:17:8:1990:1179-1182|Loma Prieta+1989+Earthquake+Broadband seismology||#*LOMAPRIETA89
J|0819|Choy,G.L.+Boatwright,J.|Source characteristics of the Loma Prieta, California, earthquake of October 18, 1989 from global digital seismic data||#GRL:17:8:1990:1183-1186|Loma Prieta+1989+Earthquake+Source parameter||#*LOMAPRIETA89
J|0820|Ruff,L.J.+Tichelaar,B.W.|Moment tensor rate functions for the 1989 Loma Prieta earthquake||#GRL:17:8:1990:1187-1190|Loma Prieta+1989+Earthquake+Seismic moment tensor||#*LOMAPRIETA89
J|0821|Romanowicz,B.+Lyon-Caen,H.|The Loma Prieta earthquake of October 18, 1989: results of teleseismic mantle and body wave inversion||#GRL:17:8:1990:1191-1194|Loma Prieta+1989+Earthquake+Inversion||#*LOMAPRIETA89
J|0822|Zhang,J.+Lay,T.|Source parameters of the 1989 Loma Prieta earthquake determined from long-period Rayleigh waves||#GRL:17:8:1990:1195-1198|Loma Prieta+1989+Earthquake+Source parameter+Rayleigh wave||#*LOMAPRIETA89
J|0823|Oppenheimer,D.H.|Aftershock slip behavior of the 1989 Loma Prieta, California earthquake||#GRL:17:8:1990:1199-1202|Loma Prieta+1989+Earthquake+Aftershock||#*LOMAPRIETA89
J|0824|Somerville,P.G.+Yoshimura,J.|The influence of critical Moho reflections on strong ground motions recorded in San Francisco and Oakland during the 1989 Loma Prieta earthquake||#GRL:17:8:1990:1203-1206|Loma Prieta+1989+Earthquake+Ground motion+Reflexion||#*LOMAPRIETA89
J|0825|Schwartz,S.Y.+Orange,D.L.+Anderson,R.S.|Complex fault interactions in a restraining bend on the San Andreas Fault, southern Santa Cruz Mountains, California||#GRL:17:8:1990:1207-1210|San Andreas Fault+Bend+Topography+Fault plane||#*LOMAPRIETA89
J|0826|Lisowski,M.+Prescott,W.H.+Savage,J.C.+|A possible geodetic anomaly observed prior to the Loma Prieta, California, earthquake||#GRL:17:8:1990:1211-1214|Loma Prieta+1989+Earthquake+Deformation+Precursor||#*LOMAPRIETA89
J|0827|Clark,T.A.+Ma,C.+Sauber,J.M.+|Geodetic measurement of deformation in the Loma Prieta, California earthquake with very long baseline interferometry||#GRL:17:8:1990:1215-1218|Loma Prieta+1989+Earthquake+Deformation||#*LOMAPRIETA89
J|0828|Galehouse,J.S.|Effect of the Loma Prieta earthquake on surface slip along the Calaveras Fault in the Hollister area||#GRL:17:8:1990:1219-1222|Calaveras Fault+Slip+Loma Prieta+Trigger||#*LOMAPRIETA89
J|0829|Langbein,J.O.|Post-seismic slip on the San Andreas Fault at the northwestern end of the 1989 Loma Prieta earthquake rupture zone||#GRL:17:8:1990:1223-1226|San Andreas Fault+Slip+Loma Prieta+1989||#*LOMAPRIETA89
J|0830|McClellan,P.H.+Hay,E.A.|Triggered slip on the Calaveras Fault during the magnitude 7.1 Loma Prieta, California, earthquake||#GRL:17:8:1990:1227-1230|Trigger+Calaveras Fault+Slip+Loma Prieta||#*LOMAPRIETA89
J|0831|Mueller,R.J.+Johnston,M.J.S.|Seismomagnetic effect generated by the October 18, 1989, ML 7.1 Loma Prieta, California, earthquake||#GRL:17:8:1990:1231-1234|Loma Prieta+1989+Earthquake+Seismomagnetic effect||#*LOMAPRIETA89
J|0832|Eberhart-Phillips,D.+Labson,V.F.+Stanley,W.D.+|Preliminary velocity and resistivity models of the Loma Prieta earthquake region||#GRL:17:8:1990:1235-1238|Loma Prieta+Velocity structure+Resistivity+High-velocity layer||#*LOMAPRIETA89
J|0833|Wang,J-H.+Liu,K-S.|Azimuthal variation of coda Q in northern Taiwan||#GRL:17:9:1990:1315-1318|Coda+Q+Taiwan+Azimuth
J|0834|Gledhill,K.R.|A shear-wave polarization study in the Wellington region New Zealand||#GRL:17:9:1990:1319-1322|Shear wave splitting+Polarization+Wellington+Anisotropy
J|0835|Dokka,R.K.+Travis,C.J.|Role of the eastern California shear zone in accomodating Pacific-North American plate motion||#GRL:17:9:1990:1323-1326|California+Plate motion+Shear zone+Faulting
J|0836|Dueker,K.+Humphreys,E.D.|Upper-mantle velocity structure of the Great Basin||#GRL:17:9:1990:1327-1330|Velocity structure+Upper mantle+Great Basin+Travel-times
J|0837|Langston,C.A.+Furlong,K.P.+Vogfjord,K.S.+|Analysis of teleseismic body waves radiated from the Loma Prieta earthquake||#GRL:17:9:1990:1405-1408|Body wave+Loma Prieta+1989+Earthquake||#*LOMAPRIETA89
J|0838|Barker,J.S.+Salzberg,D.H.|Long-period and broad-band teleseismic body-wave modeling of the October 18, 1989 Loma Prieta earthquake||#GRL:17:9:1990:1409-1412|Loma Prieta+1989+Earthquake+Body wave||#*LOMAPRIETA89
J|0839|Houston,H.|A comparison of broadband source spectra, seismic energies, and stress drops of the 1989 Loma Prieta and 1988 Armenian earthquakes||#GRL:17:9:1990:1413-1416|Loma Prieta+1989+Earthquake+Armenia+1988||#*LOMAPRIETA89|#*ARMENIA88
J|0840|Dietz,L.D.+Ellsworth,W.L.|The October 17, 1989, Loma Prieta, California, earthquake and its aftershocks: geometry of the sequence from high-resolution locations||#GRL:17:9:1990:1417-1420|Loma Prieta+1989+Earthquake+Aftershock||#*LOMAPRIETA89
J|0841|Tajima,F.+Sen,M.K.|Implications from the aftershocks of the 1989 Loma Prieta earthquake||#GRL:17:9:1990:1421-1424|Loma Prieta+1989+Earthquake+Aftershock||#*LOMAPRIETA89
J|0842|Seeber,L.+Armbruster,J.G.|Fault kinematics in the 1989 Loma Prieta rupture area during 20 years before that event||#GRL:17:9:1990:1425-1428|Kinematics+Loma Prieta+Seismicity+San Andreas Fault
J|0843|Olson,J.A.|Seismicity in the twenty years preceding the Loma Prieta, California earthquake||#GRL:17:9:1990:1429-1432|Loma Prieta+Seismicity+San Andreas Fault+Depth
J|0844|Lees,J.M.|Tomographic P-wave velocity images of the Loma Prieta earthquake asperity||#GRL:17:9:1990:1433-1436|Tomography+Loma Prieta+Asperity+Velocity
J|0845|Lisowski,M.+Prescott,W.H.+Savage,J.C.+|Geodetic estimate of coseismic slip during the 1989 Loma Prieta, California, earthquake||#GRL:17:9:1990:1437-1440|Loma Prieta+1989+Earthquake+Slip||#*LOMAPRIETA89
J|0846|Michael,A.J.+Ellsworth,W.L.+Oppenheimer,D.H.|Coseismic stress changes induced by the 1989 Loma Prieta, California earthquake||#GRL:17:9:1990:1441-1444|Loma Prieta+1989+Earthquake+Stress||#*LOMAPRIETA89
J|0847|Behr,J.+Bilham,R.+Bodin,P.+|Aseismic slip on the San Andreas fault south of Loma Prieta||#GRL:17:9:1990:1445-1448|Slip+Loma Prieta+San Andreas Fault||#*LOMAPRIETA89
J|0848|King,G.C.P.+Lindh,A.G.+Oppenheimer,D.H.|Seismic slip, segmentation, and the Loma Prieta earthquake||#GRL:17:9:1990:1449-1452|Loma Prieta+1989+Earthquake+Slip+Segmentation||#*LOMAPRIETA89
J|0849|Michael,A.J.|Energy constraints on kinematic models of oblique faulting: Loma Prieta versus Parkfield-Coalinga||#GRL:17:9:1990:1453-1456|Energy+Loma Prieta+Parkfield+Kinematics+Coalinga||#*LOMAPRIETA89|#*COALINGA
J|0850|Furlong,K.P.+Langston,C.A.|Geodynamic aspects of the Loma Prieta earthquake||#GRL:17:9:1990:1457-1460|Loma Prieta+1989+Earthquake+Geodynamics||#*LOMAPRIETA89
J|0851|Keilis-Borok,V.I.+Knopoff,L.+Kossobokov,V.G.+|Intermediate-term prediction in advance of the Loma Prieta earthquake||#GRL:17:9:1990:1461-1464|Prediction+Loma Prieta+Intermediate-term+Algorithm
J|0852|Fraser-Smith,A.C.+Bernardi,A.+McGill,P.R.+|Low-frequency magnetic field measurements near the epicenter of the MS 7.1 Loma Prieta earthquake||#GRL:17:9:1990:1465-1468|Electromagnetic field+Low frequency+Loma Prieta+Geomagnetic variation+Precursor||#*LOMAPRIETA89
J|0853|Hough,S.E.|Constraining sediment thickness in the San Francisco Bay area using observed resonances and P-to-S conversions||#GRL:17:9:1990:1469-1472|Sediment+San Francisco Bay+Resonance+Conversion
J|0854|Kohler,M.D.+Stevenson,D.J.|Modeling core fluid motions and the drift of magnetic field patterns at the CMB by use of topography obtained by seismic inversion||#GRL:17:10:1990:1473-1476|Inversion+Core-mantle boundary+Motion+Magnetic field
J|0855|Park,J.|Observed envelopes of coupled seismic free oscillations||#GRL:17:10:1990:1489-1492|Free oscillation+Coupled mode+Envelope+Multiplet
J|0856|Lognonne,P.+Romanowicz,B.|Effect of a global plume distribution on Earth normal modes||#GRL:17:10:1990:1493-1496|Plume+Normal mode+Lower mantle+Heterogeneity+Splitting
J|0857|Carrion,P.M.|Fast dual tomography||#GRL:17:10:1990:1505-1507|Tomography+Inversion+Mathematical method
J|0858|Carrion,P.M.+Cerveny,V.|Imaging of discontinuities in nonlinear 3-D seismic inversion||#GRL:17:10:1990:1509-1511|Imaging+Discontinuity+Nonlinear inversion+P-wave
J|0859|Greenhalgh,S.A.+Wright,C.+Goleby,B.R.+|Seismic anisotropy in granulite facies rocks of the Arunta Block, Central Australia||#GRL:17:10:1990:1513-1516|Anisotropy+Arunta Block+P-wave+Refraction study
J|0860|Walter,W.R.+Patton,H.J.|Tectonic release from the Soviet joint verification experiment||#GRL:17:10:1990:1517-1520|Underground nuclear explosion+Release+Modelling+Wave
J|0861|Nishizawa,O.+Noro,H.|A self-exciting process of acoustic emission occurrence in steady creep of granite under uniaxial stress||#GRL:17:10:1990:1521-1524|Laboratory+Acoustic emission+Creep+Granite
J|0862|Reuschle,T.|Slow crack growth and aftershock sequences||#GRL:17:10:1990:1525-1528|Aftershock+Crack+Model+Shallow-focus earthquake
J|0863|Johnston,M.J.S.+Linde,A.T.+Gladwin,M.T.|Near-field high resolution strain measurements prior to the October 18, 1989, Loma Prieta Ms 7.1 earthquake||#GRL:17:10:1990:1777-1780|Loma Prieta+1989+Earthquake+Strain||#*LOMAPRIETA89
J|0864|McNally,K.C.+Yellin,J.+Protti Quesada,J.M.+|The local magnitude of the 18 October 1989 Santa Cruz Mountains earthquake is ML=6.9||#GRL:17:10:1990:1781-1784|Loma Prieta+1989+Earthquake+Local magnitude||#*LOMAPRIETA89
J|0865|Simila,G.W.+McNally,K.C.+Nava,E.+|Evidence of very early aftershock activity along the northwest portion of the 18 October 1989 earthquake rupture zone||#GRL:17:10:1990:1785-1788|Loma Prieta+1989+Earthquake+Aftershock||#*LOMAPRIETA89
J|0866|Rymer,M.J.|Near-fault measurement of postseismic slip associated with the 1989 Loma Prieta, California, earthquake||#GRL:17:10:1990:1789-1792|Loma Prieta+1989+Earthquake+Slip||#*LOMAPRIETA89
J|0867|Cranswick,E.+King,K.W.+Carver,D.L.+|Site response across downtown Santa Cruz, California||#GRL:17:10:1990:1793-1796|Loma Prieta+1989+Earthquake+Aftershock||#*LOMAPRIETA89
J|0868|Tuttle,M.P.+Cowie,P.A.+Tinsley,J.C.+|Liquefaction and foundation failure of Chevron oil and gasoline tanks at Moss Landing, California||#GRL:17:10:1990:1797-1800|Foundation+Liquefaction+Storage tank+Damage||#*LOMAPRIETA89
J|0869|Houston,H.|Errata to `Broadband source spectrum, seismic energy, and stress drop of the 1989 Macquarie Ridge earthquake'||#GRL:17:10:1990:1801|Errata+Macquarie Ridge+Earthquake+1989||#*MACQUARIE89
J|0870|Colin,P.+Fleitout,L.|Topography of the ocean floor: thermal evolution of the lithosphere and interaction of deep mantle heterogeneities with the lithosphere||#GRL:17:11:1990:1961-1964|Geoid+Lithosphere+Bathymetry+Heterogeneity
J|0871|Jurdy,D.M.+Stefanick,M.|Models for the hotspot distribution||#GRL:17:11:1990:1965-1968|Hot spot+Ridge+Spatial distribution+Subduction zone
J|0872|Beck,S.L.+Nishenko,S.P.|Variations in the mode of great earthquake rupture along the central Peru subduction zone||#GRL:17:11:1990:1969-1972|Rupture+Peru+Subduction zone+Great earthquake||#*LIMA
J|0873|Hadiouche,O.|First evidence for high anelastic attenuation beneath the Red Sea from Love wave analysis||#GRL:17:11:1990:1973-1976|Red Sea+Love wave+Attenuation+Anelasticity
J|0874|Diament,M.+Kogan,M.G.|Longwavelength gravity anomalies and the deep thermal structure of the Baikal Rift||#GRL:17:11:1990:1977-1980|Gravity+Anomaly+Baikalian Rift+Thermal structure
J|0875|Stothers,R.B.|A search for long-term periodicities in large earthquakes of southern and coastal central California||#GRL:17:11:1990:1981-1984|Periodicity+Large earthquake+California
J|0876|Bass,J.D.+Kanzaki,M.|Elasticity of a majorite-pyrope solid solution||#GRL:17:11:1990:1989-1992|Elasticity+Physical properties+Mantle+Laboratory
J|0877|Weber,M.+Kornig,M.|Lower mantle inhomogeneities inferred from PcP precursors||#GRL:17:11:1990:1993-1996|Lower mantle+Inhomogeneity+PcP-wave+Precursor
J|0878|Bloxham,J.+Jackson,A.|Lateral temperature variations at the core-mantle boundary deduced from the magnetic field||#GRL:17:11:1990:1997-2000|Temperature+Core-mantle boundary+Geomagnetic field+Dynamics
J|0879|Lay,T.+Young,C.J.|The stably-stratified outermost core revisited||#GRL:17:11:1990:2001-2004|Outer core+Velocity structure+Wave+Travel-times
J|0880|Souriau,A.+Poupinet,G.|A latitudinal pattern in the structure of the outermost liquid core, revealed by the travel times of SKKS-SKS seismic phases||#GRL:17:11:1990:2005-2007|Outer core+Travel-times+Wave+Pattern
J|0881|Bloxham,J.|On the consequences of strong stable stratification at the top of Earth's outer core||#GRL:17:12:1990:2081-2084|Outer core+Stratification+Secular variation+Geomagnetic field
J|0882|Green,D.H.+Cooper,R.F.+Zhang,S.|Attenuation spectra of olivine/basalt partial melts: transformation of Newtonian creep response||#GRL:17:12:1990:2097-2100|Attenuation+Creep+Spectrum+Melting
J|0883|Swift,S.A.+Dougherty,M.E.+Stephen,R.A.|Finite difference seismic modeling of axial magma chambers||#GRL:17:12:1990:2105-2108|Finite difference method+Modelling+Magma chamber+Sea floor
J|0884|Byerlee,J.D.|Friction, overpressure and fault normal compression||#GRL:17:12:1990:2109-2112|Fault+Compression+Friction+Pore pressure
J|0885|Savage,J.C.+Lisowski,M.+Prescott,W.H.|An apparent shear zone trending north-northwest across the Mojave Desert into Owens Valley, eastern California||#GRL:17:12:1990:2113-2116|Mojave Desert+Shear zone+Strain+Plate motion
J|0886|Flanagan,M.P.+Wiens,D.A.|Attenuation structure beneath the Lau back arc spreading center from teleseismic S phases||#GRL:17:12:1990:2117-2120|Lau Basin+Attenuation+Teleseism+Spreading centre
J|0887|Wessel,P.|Thermal bending stresses and vertical motion on oceanic transform fault||#GRL:17:13:1990:2401-2404|Transform fault+Fracture zone+Thermal stress+Oceanic lithosphere
J|0888|Tanimoto,T.+Zhang,Y-S.|Lithospheric thickness and thermal anomalies in the upper mantle inferred from the Love wave data||#GRL:17:13:1990:2405-2408|Upper mantle+Anomaly+Love wave+Thickness
J|0889|Ferrucci,F.+Godano,C.+Pino,N.A.|Approach to the volcanic tremor by covariance analysis: application to the 1989 eruption of Mt. Etna (Sicily)||#GRL:17:13:1990:2425-2428|Volcanic tremor+Eruption+1989+Mount Etna
J|0890|Wyss,M.|Changes of mean magnitude of Parkfield seismicity: a part of the precursory process?||#GRL:17:13:1990:2429-2432|Seismicity+Parkfield+Precursor+Magnitude
J|0891|Yeganeh-Haeri,A.+Weidner,D.J.|Elastic properties of the pyrope-majorite solid solution series||#GRL:17:13:1990:2453-2456|Elasticity+Garnet+Velocity+Laboratory
J|0892|Hide,R.|Fluctuations in the Earth's rotation and Earth's deep interior||#PEP:62:1-2:1990:3|Rotation+Tomography+Core-mantle boundary+Mantle convection|Abstract only
J|0893|Dziewonski,A.M.+Ekstrom,G.+Woodhouse,J.H.+|Centroid-moment tensor solutions for July-September 1989||#PEP:62:3-4:1990:185-193|Centroid-moment tensor+1989
J|0894|Dziewonski,A.M.+Ekstrom,G.+Woodhouse,J.H.+|Centroid-moment tensor solutions for October-December 1989||#PEP:62:3-4:1990:194-207|Centroid-moment tensor+1989
J|0895|Solov'ev,V.S.|Experimental investigation of non-linear seismic effects||#PEP:62:3-4:1990:271-276|Nonlinearity+Propagation+Vibration+Wave field
J|0896|Kafri,U.+Shapira,A.|A correlation between earthquake occurrence, rainfall and water level in Lake Kinnereth, Israel||#PEP:62:3-4:1990:277-283|Occurrence+Rainfall+Water level+Israel
J|0897|Qian,F-Y.+Zhao,Y-L.+Xu,T-C.|A model of an impending-earthquake precursor of geoelectricity triggered by tidal forces||#PEP:62:3-4:1990:284-297|Precursor+Geoelectricity+Tide+Prediction||#*TANGSHAN
J|0898|Makeyeva,L.I.+Plesinger,A.+Horalek,J.|Azimuthal anisotropy beneath the Bohemian Massif from broad-band seismograms of SKS waves||#PEP:62:3-4:1990:298-306|Anisotropy+Bohemian Massif+Broadband seismology+SKS-wave
J|0899|Pedersen,L.B.|Review of `Geophysical data analysis: discrete inverse theory' by W. Menke||#PEP:62:3-4:1990:343|Review+Inversion+Tomography+Geophysical data
J|0900|Stacey,F.D.|Review of `Theory of the Earth' by D. L. Anderson||#PEP:62:3-4:1990:345-346|Review+Earth+Seismology
J|0901|Bernard,P.|Historical sketch of microseisms from past to future||#PEP:63:3-4:1990:145-150|Microseism+History
J|0902|Diakonov,B.P.+Karryev,B.S.+Khavroshkin,O.B.+|Manifestation of earth deformation processes by high-frequency seismic noise characteristics||#PEP:63:3-4:1990:151-162|Deformation+High frequency+Noise+Borehole
J|0903|Galperin,E.I.+Petersen,N.V.+Sitnikov,A.V.+|On the properties of short-period seismic noise||#PEP:63:3-4:1990:163-171|Noise+Deformation+Lithosphere+USSR
J|0904|Dimitriu,P.P.|Preliminary results of vibrator-aided experiments in non-linear seismology conducted at Uetze, F.R.G.||#PEP:63:3-4:1990:172-180|Vibrator+Nonlinearity+Germany+Seismology
J|0905|Darbyshire,J.|Analysis of twenty microseism storms during the winter of 1987-1988 and comparison with hindcasts||#PEP:63:3-4:1990:181-195|Microseism+Storm+1987-1988+Sea wave
J|0906|Ostrovskii,A.A.+Korhonen,H.|On correlation of the energies of primary and secondary storm microseisms||#PEP:63:3-4:1990:196-200|Microseism+Storm+Sea wave+Energy
J|0907|Gordeev,E.I.|Generation of microseisms in the coastal area||#PEP:63:3-4:1990:201-208|Microseism+Generation+Coast+Kamchatka
J|0908|Tabulevich,V.N.+Drugova,L.A.+Troshina,G.M.|On observations of storm microseismic vibrations by seismic stations of the U.S.S.R.||#PEP:63:3-4:1990:209-218|Microseism+Storm+USSR+Ocean
J|0909|De Becker,M.|Continuous monitoring and analysis of microseisms in Belgium to forecast storm surges along the North Sea coast||#PEP:63:3-4:1990:219-228|Microseism+Belgium+North Sea+Sea wave
J|0910|Bernard,P.+Martel,L.|A possible origin of 26s microseisms||#PEP:63:3-4:1990:229-231|Microseism+Origin+Meteorology
J|0911|Bath,M.+Kulhanek,O.|Long-period microseisms at Umea, Sweden||#PEP:63:3-4:1990:232-233|Microseism+Sweden+Meteorology
J|0912|Ostrovskii,A.A.|On the spectral shape of seismic noise and earthquakes recorded in the ocean||#PEP:63:3-4:1990:234-242|Spectrum+Noise+Earthquake+Ocean-bottom seismograph
J|0913|Ringdal,F.+Mykkeltveit,S.+Fyen,J.+|Spectral analysis of seismic signals and noise recorded at the NORESS high-frequency element||#PEP:63:3-4:1990:243-251|Noise+High frequency+NORESS+Spectral analysis
J|0914|Fyen,J.|Diurnal and seasonal variations in the microseismic noise level observed at the NORESS array||#PEP:63:3-4:1990:252-268|Noise+NORESS+Seasonal variation+High frequency
J|0915|Kvaerna,T.|Sources of short-term fluctuations in the seismic noise level at NORESS||#PEP:63:3-4:1990:269-276|Noise+NORESS+Fluctuation+Rayleigh wave
J|0916|Mykkeltveit,S.+Fyen,J.+Ringdal,F.+|Spatial characteristics of the NORESS noise field and implications for array detection processing||#PEP:63:3-4:1990:277-283|Noise+NORESS+Detection+Rayleigh wave
J|0917|Heaton,T.H.|Evidence for and implications of self-healing pulses of slip in earthquake rupture||#PEP:64:1:1990:1-20|Rupture+Slip+Pulse+Model
J|0918|Abubakirov,I.R.+Gusev,A.A.|Estimation of scattering properties of lithosphere of Kamchatka based on Monte-Carlo simulation of record envelope of a near earthquake||#PEP:64:1:1990:52-67|Scattering+Lithosphere+Kamchatka+Near earthquake
J|0919|Merrill,R.T.+McFadden,P.L.+McElhinny,M.W.|Paleomagnetic tomography of the core-mantle boundary||#PEP:64:1:1990:87-101|Palaeomagnetism+Core-mantle boundary+Tomography
J|0920|Irving,E.+Massey,N.W.D.|Palaeomagnetism of ocean layers 2 and 3: evidence from the Metchosin Complex, Vancouver Island||#PEP:64:2-4:1990:247-260|Palaeomagnetism+Vancouver Island+Structure+Lithosphere
J|0921|Horike,M.+Uebayashi,H.+Takeuchi,Y.|Seismic response in three-dimensional sedimentary basin due to plane S wave incidence||#JPE:38:4:1990:261-284|Response+Sedimentary basin+S-wave
J|0922|Iida,M.+Miyatake,T.+Shimazaki,K.|Preliminary analysis of resolving power of existing strong-motion arrays for source inversion||#JPE:38:4:1990:285-304|Array+Strong-motion record+Inversion+Source||#*IMPERIAL
J|0923|Yamanaka,Y.+Shimazaki,K.|Scaling relationship between the number of aftershocks and the size of the main shock||#JPE:38:4:1990:305-324|Aftershock+Scaling+Shallow-focus earthquake+Japan
J|0924|Watanabe,H.+Maeda,N.|Seismic activity of subcrustal earthquakes and associated tectonic properties in the southeastern part of the Kinki District, southwestern Japan||#JPE:38:5:1990:325-345|Seismicity+Tectonics+Kinki+Focal mechanism
J|0925|Nishizawa,A.+Kono,T.+Hasegawa,A.|Spatial distribution of earthquakes off Sanriku, northeastern Japan, in 1989 determined by ocean-bottom and land-based observation||#JPE:38:5:1990:347-360|Spatial distribution+Sanriku+1989||#*SANRIKU89A|#*SANRIKU89B
J|0926|Kawasaki,I.+Koketsu,K.|Rayleigh-Love wave coupling in an azimuthally anisotropic medium||#JPE:38:5:1990:361-390|Rayleigh wave+Love wave+Coupling+Anisotropy
J|0927|Suda,N.+Fukao,Y.|Observation of quasi-core modes: further evidence of high Qmu in the inner core||#JPE:38:5:1990:391-397|Inner core+Mode+Q+S-wave|Letter
J|0928|Mochizuki,E.|On the subspace projection method to calculate synthetic long-period seismograms||#JPE:38:5:1990:399-402|Long-period seismogram+Synthetic seismogram|Letter
J|0929|Tsutsui,T.|Three dimensional subsurface structure beneath the Hino River flat, south-east shore of Lake Biwa, central Japan||#JPE:38:6:1990:403-429|Lake Biwa+Profiling+Structure+Microseism
J|0930|Maeda,K.+Yoshida,A.|A probabilistic estimation of earthquake occurrence on the basis of the appearance times of multiple precursory phenomena||#JPE:38:6:1990:431-444|Precursor+Occurrence+Probability
J|0931|Okal,E.A.|Single forces and double-couples: a theoretical review of their relative efficiency for the excitation of seismic and tsunami waves||#JPE:38:6:1990:445-474|Surface wave+Tsunami+Excitation+Force
J|0932|Tanimoto,T.|Predominance of large-scale heterogeneity and the shift of velocity anomalies between the upper and lower mantle||#JPE:38:6:1990:493-509|Heterogeneity+Upper mantle+Lower mantle+Velocity
J|0933|Karato,S.+Spetzler,H.A.|Defect microdynamics in minerals and solid-state mechanisms of seismic wave attenuation and velocity dispersion in the mantle||#RGS:28:4:1990:399-421|Attenuation+Dispersion+Mantle+Defect
J|0934|Lay,T.+Ahrens,T.J.+Olson,P.+|Studies of the Earth's deep interior: goals and trends||Physics today:43:10:1990:44-52|Earth structure+Velocity+Magnetic field+Perovskite
J|0935|Levi,B.G.|Are fractures fractal or quakes chaotic?||Physics today:43:11:1990:17-19|Fracture+Fractal+Earthquake+Chaos
A|0936|Brekhovskikh,L.M.+Godin,O.A.|Acoustics of layered media I: plane and quasi-plane waves||1990:New York:Springer-Verlag|Acoustics+Plane wave|240p
J|0937|Chiu,H-T.|The subsurface geology of the Chianan Plain, Taiwan||Proc. Geol. Soc. China:33:3:1990:239-242|Geology+Taiwan+Survey
J|0938|Juan,V.C.|Eclogite shell in the upper mantle of the Earth||Proc. Geol. Soc. China:33:4:1990:329-338|Upper mantle+Subduction+Seismicity+Japan Sea
J|0939|Huang,C-Y.+Yin,Y-C.|Bathymetric ridges and troughs in the active arc-continent collision region off southeastern Taiwan||Proc. Geol. Soc. China:33:4:1990:351-372|Taiwan+Bathymetry+Reflexion study+Marine geophysical investigation
J|0940|Prochazkova,D.|Seismicity of Central Europe|In English with Polish abstract|#PAA:B-14:231:1990:3-96|Seismicity+Central Europe+Focal mechanism+Macroseismic data
J|0941|McCue,K.+Gibson,G.+Wesson,V.|The earthquake near Nhill, western Victoria, on 22 December 1987 and the seismicity of eastern Australia||#BMR:11:4:1990:415-420|Earthquake+1987+Australia+Seismicity||#*NHILL87
J|0942|Von Rad,U.+Schott,M.+Exon,N.F.+|Mesozoic sedimentary and volcanic rocks dredged from the northern Exmouth Plateau: petrography and microfacies||#BMR:11:4:1990:449-472|Mesozoic+Rock+Petrography+Exmouth Plateau
J|0943|McCue,K.+Wesson,V.+Gibson,G.|The Newcastle, New South Wales, earthquake of 28 December 1989||#BMR:11:4:1990:559-567|Newcastle, Australia+1989+Earthquake+Focal mechanism||#*NEWCASTLE89
J|0944|Yamazaki,K.+Hasegawa,H.S.|Deformation of non-uniform viscous lithosphere: with special reference to seismogenic stress in southeastern Canada||#SRT:33:1:1990:23-42|Deformation+Lithosphere+Canada+Stress
J|0945|Seto,M.+Kitamura,Y.|Geomagnetic variation anomaly in the northern part of Miyagi Prefecture, northern Honshu of Japan||#SRT:33:1:1990:43-53|Microearthquake+Miyagi+Geomagnetic variation
J|0946|Nakao,S.+Mishina,M.+Miura,S.+|Earth tide observation by borehole strainmeters and extensometers in Tohoku District, Japan||#SRT:33:1:1990:55-67|Earth tide+Tohoku
J|0947|Zana,N.+Horiuchi,S.+Murakami,E.+|High frequency earthquakes occurring outside the western Rift Valley of Africa||#SRT:33:1:1990:69-82|High frequency+Earthquake+Africa+Rift valley
J|0948|Izutani,Y.+Hirasawa,T.|Source characteristics of the largest three aftershocks of the 1983 Japan Sea earthquake||#SRT:33:1:1990:83-95|Aftershock+1983+Japan Sea+Focal mechanism||#*SEAOFJAPAN
J|0949|Abe,K.|Spectral characteristics of the 1983 Japan Sea tsunami observed in Japan||#SRT:33:2:1990:97-106|Earthquake+1983+Tsunami+Japan Sea||#*SEAOFJAPAN
J|0950|Ishii,H.|Vertical movements in the Tokai District (1962-1989)||#SRT:33:2:1990:107-113|Tokai+Vertical movement+1962-1989+Prediction
J|0951|Miura,S.+Nakao,S.+Sato,T.+|Pre- and post-seismic crustal deformation associated with the 1983 Japan Sea earthquake||#SRT:33:2:1990:115-125|Earthquake+1983+Japan Sea+Deformation||#*SEAOFJAPAN
J|0952|Umino,N.+Hasegawa,A.+Takagi,A.|The relationship between seismicity patterns and fracture zones beneath northeastern Japan||#SRT:33:2:1990:149-162|Seismicity+Fracture+Japan+1975-1988
J|0953|Igarashi,G.+Wakita,H.+Notsu,K.|Groundwater observations at KSM site in northeast Japan, a most sensitive site to earthquake occurrence||#SRT:33:2:1990:163-175|Groundwater+Japan+Occurrence+Radon
J|0954|Zhao,D-P.+Horiuchi,S.+Hasegawa,A.|P-wave velocity of the uppermost mantle off the Japan Sea coast||#SRT:33:2:1990:177-183|Japan Sea+P-wave+Velocity+Upper mantle|Short note
J|0955|Satoh,T.+Nishizawa,O.+Kusunose,K.|Fault development in Oshima granite under triaxial compression inferred from hypocenter distribution and focal mechanism of acoustic emission||#SRT:33:3-4:1990:241-250|Fault+O-shima+Hypocentre+Acoustic emission
J|0956|Hamaguchi,H.+Zana,N.|A great circle distribution of four active hotspots: evidence for deep mantle plumes||#SRT:33:3-4:1990:251-262|Hot spot+Mantle plume+P-wave+Velocity
J|0957|Kato,N.+Lu,Z-Y.+Kosuga,M.+|Unsteady propagation of stick-slip in a nonuniform stress field||#SRT:33:3-4:1990:263-271|Propagation+Stick-slip+Stress field+Source
J|0958|Hasemi,A.+Saijo,T.|Effect of velocity model on hypocenter determination by small networks||#SRT:33:3-4:1990:273-280|Velocity+Hypocentre+Network+Explosion
J|0959|Suyehiro,K.+Kaiho,Y.+Nishizawa,A.+|Seismic upper crust of the Japan Trench inner slope||#SRT:33:3-4:1990:281-305|Refraction study+Upper crust+Japan Trench+Ocean-bottom seismograph
J|0960|Kusunose,K.+Miura,K.+Satoh,T.+|Compression test on a new resin specimen having aseismic core||#SRT:33:3-4:1990:307-313|Laboratory+Compression+First motion+Crack|Short note
J|0961|Tanaka,M.|Sea level rise and vertical crustal deformation in subduction zone separated from secular variation of annual mean sea level||#SRT:33:3-4:1990:315-322|Deformation+Sea level+Japan+Prediction|Short note
J|0962|Wu,G.+Yu,Q-F.|Characteristics of the structure of magnetic layer in the north-south seismic belt in China|In Chinese with English abstract|#SMG:12:3:1990:207-214|China+Seismicity+Magnetism+Inversion
J|0963|Ma,J.+Lei,X-L.+Jiao,W-J.+|The spatial scanning of the frequency-magnitude distribution of earthquakes in Beijing-Tianjin-Tangshan-Zhangjiakou area|In Chinese with English abstract|#SMG:12:3:1990:229-236|Frequency-magnitude relation+b-Value+Acoustic emission+Fracture
J|0964|Wang,S-Z.|Stress drop, slide velocity and sudden-instability criterion for earthquakes|In Chinese with English abstract|#SMG:12:3:1990:237-242|Stress-drop+Sliding+Instability+Earthquake
J|0965|Xu,X-D.+Qiang,Z-J.+Dian,C-G.|Suddenly increasing temperature on ground surface as one imminent earthquake precursor in case of 1988 Lancang-Gengma (M7.6, 7.2) earthquakes|In Chinese with English abstract|#SMG:12:3:1990:243-250|Temperature+Precursor+1988+Yunnan||#*YUNNAN88A|#*YUNNAN88B
J|0966|Ma,Z-J.+Zhang,J-S.+Liu,C-D.+|Current state of research on continental seismogenic layer - international workshop held in Beijing, April 27-30, 1990|In Chinese|#SMG:12:3:1990:262-264|Seismogenesis+Workshop+Beijing+1990|Scientific note
J|0967|Ran,Y-K.+Wang,J-B.+You,H-C.+|Fracture traces by historic earthquakes in Shangguang-Panqu zone of Dali area, Yunnan Province|In Chinese|#SMG:12:3:1990:272-274|Fracture+Historical earthquake+Yunnan|Scientific note
J|0968|Zhou,R-Q.+Yu,W-X.+Gu,Y-S.+|A study on rupture zone of the 1988 Gengma earthquake with magnitude 7.2 in Yunnan Province|In Chinese with English abstract|#SMG:12:4:1990:291-302|Rupture+Earthquake+1988+Yunnan||#*YUNNAN88A|#*YUNNAN88B
J|0969|Zhao,G-M.+Yang,G-S.|Focal stress field by water injection-induced earthquakes and characteristics of coda wave attenuation|In Chinese with English abstract|#SMG:12:4:1990:303-310|Induced seismicity+Coda wave+Q+Stress-drop
J|0970|Miao,J.+Xu,Z-Y.+Han,M.|P-wave Q-value of acoustic emission in fracture process of granite specimens under true triaxial compression|In Chinese with English abstract|#SMG:12:4:1990:311-315|P-wave+Q+Acoustic emission+Fracture
J|0971|Liu,G-X.+Zhao,W-J.|A study on structure of the deep crust in Taiwan region|In Chinese|#SMG:12:4:1990:316|Taiwan+Deep crust+Structure|Scientific note
J|0972|Wu,Z-M.+Cao,Z-Q.+Deng,Q-D.+|Surface ruptures by earthquakes found in Xainza, central Xizang|In Chinese|#SMG:12:4:1990:317-318|Rupture+Earthquake+Xizang|Scientific note
J|0973|Lin,H-C.|Temporal distribution of runoff in lower Huanghe River basin and strong earthquakes in north China|In Chinese|#SMG:12:4:1990:332|North China Basin+Strong earthquake+Water level|Scientific note
J|0974|Zhang,A-L.+Zhong,J.+Min,F-S.|A paleoseismological profile across Piedmont fault zone at Taipingkou on northern segment of Qinling Mountains|In Chinese|#SMG:12:4:1990:333-334|Palaeoseismicity+Piedmont+China|Scientific note
J|0975|Wang,Z-C.+Wang,S-Z.|Experimental study on semi-brittle behavior of rocks at temperature and pressure corresponding to middle-lower crust|In Chinese with English abstract|#SMG:12:4:1990:335-342|Crust+Creep+Rock
J|0976|Zhong,Y-Z.+Xiao,X-Q.|Preliminary study on spatial relationship between earthquakes and hot springs on Liaodong Peninsula|In Chinese with English abstract|#SMG:12:4:1990:343-350|Hot spring+Earthquake+Liaodong Peninsula
J|0977|Xie,R-Z.+Ding,Z.+Li,D-L.|Discovery of paleo-earthquake traces in Suqian area, Jiangsu Province|In Chinese|#SMG:12:4:1990:378-379|Palaeoseismicity+Jiangsu|Scientific note
J|0978|Zheng,J-D.|Brief investigation on the 1990 earthquake in Iran|In Chinese|#SMG:12:4:1990:380-381|Earthquake+1990+Iran|Scientific note|#*MANJIL90
J|0979|Zahradnik,J.+Jech,J.+Moczo,P.|Approximate absorption corrections for complete SH seismograms||#SGE:34:3:1990:185-196|Absorption+SH-wave+Synthetic seismogram+Q
J|0980|Christova,C.+Vanek,J.|Variation of seismic activity and b-value in the Wadati-Benioff zone of the Hellenic arc||#SGE:34:3:1990:197-207|Seismicity+b-Value+Wadati-Benioff zone+Hellenic arc
J|0981|Cadek,O.+Matyska,C.|Three-dimensional modelling convection in the Earth's mantle: influence of the core-mantle boundary||#SGE:34:3:1990:278-283|Mantle convection+Core-mantle boundary|Short contribution
J|0982|Vergara Munoz,A.|Some aspects of the seismic hazard in Panama City||#NHZ:3:3:1990:233-248|Hazard+Panama+Seismicity
J|0983|Mandrescu,N.|Data concerning seismic risk evaluation in Romania||#NHZ:3:3:1990:249-259|Vrancea+Intermediate-depth earthquake+Seismic risk
J|0984|Spanoche,E.|Studies on the contribution of some geological factors to seismic hazard||#NHZ:3:3:1990:261-264|Vrancea+1977+Hazard+Macroseismic data||#*ROMANIAN
J|0985|Seiduzova,S.S.+Berr,A.F.+Yankovskaya,N.N.|Estimation of seismic hazard with allowance for noncircular isoseismals of arbitrary orientation||#NHZ:3:3:1990:265-273|Hazard+Isoseismal+Macroseismic data+Uzbekistan
J|0986|Burton,P.W.|Pathways to seismic hazard evaluation: extreme and characteristic earthquakes in areas of low and high seismicity||#NHZ:3:3:1990:275-291|Hazard+Seismicity+Loading+Perceptibility
J|0987|Kociaj,S.+Pitarka,A.|A check-up on seismic hazard assessment: Tirana case study||#NHZ:3:3:1990:293-303|Hazard+Microzoning+Strong-motion record+Albania||#*ALBANIA88
J|0988|Ardeleanu,L.+Oancea,V.|Amplitude domain analysis for the 30 August 1986 Vrancea intermediate earthquake||#NHZ:3:3:1990:305-314|Earthquake+Vrancea+1986+Amplitude||#*VRANCEA86
J|0989|Mulilis,J-P.+Duval,T.S.+Lippa,R.|The effects of a large destructive local earthquake on earthquake preparedness as assessed by an earthquake preparedness scale||#NHZ:3:4:1990:357-371|Local earthquake+Destructive earthquake+Preparedness+Disaster||#*WHITTIER
J|0990|Lockridge,P.A.|Nonseismic phenomena in the generation and augmentation of tsunamis||#NHZ:3:4:1990:403-412|Tsunami+Earthquake+Landslide+Volcano
J|0991|Glavatovic,B.|Some specific characteristics of earthquake genesis in the wider South Adriatic region|In Serbocroatian with English summary|#ASI:16:16:1990:1-10|Adriatic+Energy+Space-time distribution+Solar activity
J|0992|Arsovski,M.|Seismotectonic characteristics of socialist autonomic Province of Kosovo|In Serbocroatian with English summary|#ASI:16:16:1990:11-19|Seismotectonics+Fault+Yugoslavia
J|0993|Radovanovic,S.|Analysis of influence of the seismic models on the hypocenter locations in central Serbia for the ten year period from 1977-1987|In Serbocroatian with English summary|#ASI:16:16:1990:20-35|Serbia+Hypocentre+1977-1987+Model
J|0994|Chen,K-C.+Wang,J-H.+Yeh,Y-L.|Premonitory phenomena of a moderate Taiwan earthquake||#BAS:10:-:1990:33|Moderate earthquake+Taipingshan+Precursor+Sequence|Abstract only|#*TAIPING
J|0995|Huang,W-G.+Yeh,Y-T.|The characteristics of microtremors at the site of SMART1 array||#BAS:10:-:1990:34|Microseism+Velocity structure+SMART 1 array+Tide|Abstract only
J|0996|Wang,J-H.+Miyamura,S.+Yeh,Y-L.|Kawasumi's intensity magnitude for Taiwan earthquakes||#BAS:10:-:1990:45|Intensity+Magnitude+Taiwan+1901-1941|Abstract only
J|0997|Wen,K-L.+Yeh,Y-T.|The characteristics of ground motions caused by blasting in the Peikang area||#BAS:10:-:1990:46|Ground motion+Explosion+Frequency+Peikang|Abstract only
J|0998|Lesage,Ph.+Frez,J.|Comparative study of the origins of the earthquakes of Victoria, June 9, 1980, Imperial Valley, October 15, 1979 and El Golfo, August 7, 1966|In Spanish with English abstract|#GFN:29:3:1990:149-169|Earthquake+Imperial Valley+Mexico+Gulf of California||#*IMPERIAL|#*VICTORIA
J|0999|Quiroga-Goode,G.+Fernandez,R.|Analysis of the static residuals in seismic reflection from the point of view of inverse theory|In Spanish with English abstract|#GFN:29:4:1990:185-209|Static correction+Algorithm+Inverse problem+Reflexion study
J|1000|Traslosheros,J.C.V.+Frez,J.+Madrid,J.A.+|Application of the circular approximation in the estimation of two-dimensional seismic structures|In Spanish with English abstract|#GFN:29:4:1990:211-236|Velocity+Tomography+Travel-times+Computational seismology
J|1001|Barrientos,S.E.+Kausel,E.|Rupture process of the 1985 central Chile earthquake|In Spanish|#RGN:46:1:1990:3-18|Rupture+1985+Chile+Earthquake
J|1002|Susagna,M.T.+Olivera,C.+Roca,A.M.|Seismic activity in the coastal region of Catalonia|In Spanish|#RGN:46:1:1990:25-32|Seismicity+Coast+Catalonia
J|1003|Trifu,C-I.|Detailed configuration of intermediate seismicity in the Vrancea region||#RGN:46:1:1990:33-40|Vrancea+Seismicity+Configuration+Intermediate-depth earthquake
J|1004|Trifu,C-I.+Radulian,M.+Popescu,E.|Characteristics of the intermediate depth microseismicity in Vrancea region||#RGN:46:1:1990:75-82|Vrancea+Microseismicity+Intermediate-depth earthquake
J|1005|Corchete,V.+Badal,J.+Payo,G.+|An attempt of joint inversion of Rayleigh wave phase and group velocities in Iberia||#RGN:46:1:1990:83-96|Rayleigh wave+Iberian Peninsula+Inversion+Group velocity+Phase velocity
J|1006|Buforn,E.+Udias,A.+Mezcua,J.|Seismicity and seismotectonics of the Ibero-Maghrebian region|In Spanish|#RGN:46:2:1990:171-180|Seismicity+Seismotectonics+Iberian Peninsula
J|1007|Schulze,A.|Review of `Surface waves and discontinuities' by P. Malischewsky|In German|#BEG:99:4:1990:302|Review+Surface wave+Discontinuity
J|1008|Duda,S.J.+Khattri,K.N.+Purcaru,G.+|Wiechert-seismograms of the Gottingen Observatory - microfilming and reinterpretation||#BEG:99:4:1990:313-336|Seismogram+Gottingen+Microfilm
J|1009|Das,T.K.+Sengupta,P.R.|Surface waves in thermo-visco-elastic media considering time rate of stress and strain of higher order||#BEG:99:4:1990:337-348|Surface wave+Viscoelastic medium+Stress+Strain
J|1010|Plotnikova,L.M.+Flyonova,M.G.+Machmudova,V.I.|Induced seismicity in the Gazli gas field region||#BEG:99:5:1990:389-399|Gazli+Induced seismicity+Gas field||#*GAZLI|#*GAZLI2|#*GAZLI3
J|1011|Werner,D.|Review of `Stochastic approaches in earthquake engineering' edited by Y. K. Lin and R. Minai|In German|#BEG:99:5:1990:400|Review+Stochastic method+Earthquake engineering
J|1012|D'Cruz,E.E.+Dehai Kulkarni,V.M.|Varying degree of reservoir-induced seismicity as a seismoscope in the preliminary study of stress distribution in peninsula India||#BEG:99:5:1990:401-406|Induced seismicity+Reservoir+India+Stress
J|1013|Chang,B-Q.|Preliminary study on the prediction of reservoir earthquakes||#BEG:99:5:1990:407-424|Reservoir+Induced seismicity+Prediction
J|1014|Brady,B.H.G.|Computational analysis of rock stress, structure and mine seismicity||#BEG:99:5:1990:425-439|Seismicity+Mine+Stress+Rock
J|1015|Jing,L.+Stephansson,O.|Numerical modelling of intraplate earthquake by 2-dimensional distinct element method||#BEG:99:5:1990:463-472|Numerical modelling+Intraplate earthquake
J|1016|Kurlenya,M.V.+Leontyev,A.V.+Nazerov,L.A.|An approach to the solution of dynamic problems of wave propagation in block geophysical medium||#BEG:99:5:1990:473-486|Propagation+Block+Geophysical investigation+Dynamics
J|1017|Minkley,W.+Gross,U.|Sliding of blocks in the top rock, a model for rockbursts of the regional type||#BEG:99:5:1990:487-491|Block+Rockburst+Sliding
J|1018|Christoskov,L.+Levy,E.|Three-stage hierarchy in the depth-velocity Earth structure||#BEG:99:6:1990:493-504|Earth structure+Velocity+Depth
J|1019|Herak,D.+Herak,M.|Focal depth distribution in the Dinara Mt. region, Yugoslavia||#BEG:99:6:1990:505-511|Focus+Depth+Dinarides+Seismicity
J|1020|Borejko,P.+Ziegler,F.|Refraction of seismic signals along a dipping layer Part I: theory||#BEG:99:6:1990:559-578|Refraction+Signal+Dipping layer+Cagniard's technique
J|1021|Borejko,P.+Ziegler,F.|Refraction of seismic signals along a dipping layer Part II: numerical calculations||#BEG:99:6:1990:579-588|Refraction+Signal+Dipping layer+Numerical analysis
J|1022|Knoll,P.|Review of `Seismicity in mines' edited by S. J. Gibowicz|In German|#BEG:99:6:1990:589-596|Review+Seismicity+Mine
J|1023|Dobry,R.|Crude oil transmission system study. Quantification of liquefaction potential and severity||#NCE:4:3:1990:1-6|Pipeline+Liquefaction+New Madrid+Vulnerability
J|1024|Shinozuka,M.|Crude oil transmission study. Part 2 probabilistic models for liquefaction||#NCE:4:4:1990:3-8|Vulnerability+Pipeline+Deformation+Liquefaction
J|1025|White,R.N.+Friend,J.A.+Gergely,P.|Lightly reinforced concrete in seismic zones||#NCE:4:4:1990:9-11|Seismic zone+Reinforced concrete+Earthquake engineering
J|1026|Henbest,N.|How Lockerbie data may help to find meteorites||#NSC:-:1724:1990:26|Meteorite+Impact+Seismic record|Science
J|1027|Woodcock,N.H.|Ancient faults and modern earthquakes||#NSC:-:1724:1990:38-41|Fault+Earthquake+England+1990||#*CLUN90
J|1028|Beard,J.|Buildings that wobble but don't fall down||#NSC:-:1728:1990:35|Building+Earthquake engineering|Technology
J|1029|Smith,D.+Dawson,A.|Tsunami waves in the North Sea||#NSC:-:1728:1990:46-49|Tsunami+North Sea
J|1030|Wood,R.M.|`Trapped' seismic waves could help to predict earthquakes||#NSC:-:1732:1990:24|Seismic waves+Prediction+Fault|Science
J|1031|Toro,T.|German geology hits new depths||#NSC:-:1736:1990:24-25|Germany+Geology+Drilling+Reflexion study
J|1032|Bowler,S.|When will a big quake hit eastern US?||#NSC:-:1736:1990:26|Hazard+Eastern North America+New Madrid|Science
J|1033||Missouri quakes||#NSC:-:1737:1990:23|Missouri+1990+Earthquake+New Madrid|In brief|#*NEWMADRID90
J|1034|Bowler,S.|Charged rocks give earthquake warning||#NSC:-:1737:1990:27|Earthquake+Warning+Radiation|Science
J|1035||Dial underwater for earthquakes||#NSC:-:1737:1990:30|Pacific Ocean+Ocean-bottom seismometer+Submarine telephone cable|Technology
J|1036||Geologists race to catch volcano under the sea||#NSC:-:1742:1990:15|Iceland+Volcano+Swarm|This week
J|1037|Charles,D.|US hedges its bets on nuclear tests||#NSC:-:1747:1990:23|Nuclear explosion+Network+Sensor+United States|Technology
J|1038||Evolution of the Japan Sea||#NAT:346:6279:1990:18-20|Japan Sea+Evolution+Reflexion study+Ocean Drilling Programme|News and views
J|1039||Reading the ocean's diary||#NAT:346:6280:1990:111-112|Ocean Drilling Programme+Reflexion study+Ontong Java+Sediment|News and views
J|1040|Lie,J.E.+Pedersen,T.+Husebye,E.S.|Observations of seismic reflectors in the lower lithosphere beneath the Skagerrak||#NAT:346:6280:1990:165-168|Reflector+Lower lithosphere+Skagerrak+Seismic survey|Letter
J|1041|Minster,J.B.|New plates, rates and dates||#NAT:346:6281:1990:218|Focal mechanism+Plate tectonics+Plate motion|News and views
J|1042|Enomoto,Y.+Hashimoto,H.|Emission of charged particles from indentation fracture of rocks||#NAT:346:6285:1990:641-643|Electromagnetism+Emission+Rock+Fracture|Letter
J|1043|Collier,J.+Sinha,M.|Seismic images of a magma chamber beneath the Lau Basin back-arc spreading centre||#NAT:346:6285:1990:646-648|Image+Magma+Lau Basin+Reflexion study|Letter
J|1044|Bardet,J.P.|Damage at a distance||#NAT:346:6287:1990:799|Damage+Loma Prieta+1989+Sand boil|Scientific correspondence|#*LOMAPRIETA89
J|1045|Scholz,C.H.+Cowie,P.A.|Determination of total strain from faulting using slip measurements||#NAT:346:6287:1990:837-839|Strain+Faulting+Slip+Moment|Letter
J|1046|Hoffman,P.F.|Old and young mantle roots||#NAT:347:6288:1990:19-20|Mantle+Shear wave+Velocity+Canadian Shield|News and views
J|1047|Detrick,R.S.+Mutter,J.C.+Buhl,P.+|No evidence from multichannel reflection data for a crustal magma chamber in the MARK area on the Mid-Atlantic Ridge||#NAT:347:6288:1990:61-64|Reflexion study+Magma+Mid-Atlantic Ridge+Crust|Letter
J|1048||A new thrust at accretion||#NAT:347:6290:1990:228-229|Ocean Drilling Programme+Nankai+Reflexion study+Thrust fault|News and views
J|1049|Swinbanks,D.|Down to the wire in the Pacific||#NAT:347:6291:1990:321|Pacific Ocean+Ocean-bottom seismometer+Submarine telephone cable|News
J|1050|Frohlich,C.+Grand,S.P.|The fate of subducting slabs||#NAT:347:6291:1990:333-334|Subduction+Slab+Travel-times+Deep earthquake|News and views
J|1051|Fujinawa,Y.+Takahashi,K.|Emission of electromagnetic radiation preceding the Ito seismic swarm of 1989||#NAT:347:6291:1990:376-378|Emission+Electromagnetism+1989+Sagami Bay|Letter|#*OFFIZUPEN89A|#*OFFIZUPEN89B
J|1052|Anderson,C.|Seismic warnings hit home||#NAT:347:6292:1990:414|Eastern North America+Earthquake-resistant design+New York|News
J|1053|Sleep,N.H.|A reprieve for ocean crust||#NAT:347:6293:1990:518-519|Oceanic crust+Subduction+Ophiolite|News and views
J|1054|Elsworth,Y.+Howe,R.+Isaak,G.R.+|Evidence from solar seismology against non-standard solar-core models||#NAT:347:6293:1990:536-539|Solar seismology|Letter
J|1055||Getting the bit below the ridge||#NAT:347:6294:1990:619|Ocean Drilling Programme+Reflexion study+Bonin Islands|News and views
J|1056|Geller,R.J.|Metastable phases confirmed||#NAT:347:6294:1990:620-621|Deep-focus earthquake+Subduction+Phase change|News and views
J|1057|Toomey,D.R.+Purdy,G.M.+Solomon,S.C.+|The three-dimensional seismic velocity structure of the East Pacific Rise near latitude 9degrees30'N||#NAT:347:6294:1990:639-645|Velocity structure+East Pacific Rise+Reflexion study+Oceanic ridge|Article
J|1058|a-BABEL Working Group|Evidence for early Proterozoic plate tectonics from seismic reflection profiles in the Baltic shield||#NAT:348:6296:1990:34-38|Plate tectonics+Reflexion study+Baltic Shield|Article
J|1059|Scholz,C.H.|Earthquakes as chaos||#NAT:348:6298:1990:197-198|Hazard+Chaos+San Andreas Fault+Rupture|News and views
J|1060|Huang,J.+Turcotte,D.L.|Evidence for chaotic fault interactions in the seismicity of the San Andreas fault and Nankai trough||#NAT:348:6298:1990:234-236|Chaos+Fault+San Andreas Fault+Nankai|Letter
J|1061|Schaefer,E.+Swinbanks,D.|Betting on an inexact science||#NAT:348:6299:1990:273|Prediction+Japan+United States+Preparedness|News
J|1062|Melosh,H.J.|Giant rock avalanches||#NAT:348:6301:1990:483-484|Avalanche+Rock+Seismogenesis|News and views
J|1063|Ouellet,M.|Earthquake lights and seismicity||#NAT:348:6301:1990:492|Earthquake lights+Seismicity+Canada+1988|Scientific correspondence|#*SAGUENAY88
J|1064|Beghoul,N.+Barazangi,M.|Azimuthal anisotropy of velocity in the mantle lid beneath the Basin and Range province||#NAT:348:6301:1990:536-538|Anisotropy+Mantle+Basin & Range+Velocity|Letter
J|1065|Lindh,A.G.|The seismic cycle pursued||#NAT:348:6302:1990:580-581|Prediction+Pattern+Large earthquake+Loma Prieta|News and views|#*LOMAPRIETA89
J|1066|Sykes,L.R.+Jaume,S.C.|Seismic activity on neighbouring faults as a long-term precursor to large earthquakes in the San Francisco Bay area||#NAT:348:6302:1990:595-599|Precursor+Large earthquake+San Francisco Bay+Seismicity|Article
J|1067|Watts,A.B.+Torne,M.+Buhl,P.+|Evidence for reflectors in the lower continental crust before rifting in the Valencia trough||#NAT:348:6302:1990:631-635|Profile+Valencia+Reflector+Continental crust|Letter
J|1068|King,G.C.P.+Ellis,M.A.|The origin of large local uplift in extensional regions||#NAT:348:6303:1990:689-693|Uplift+Mechanism+Faulting+Basin & Range|Article
J|1069|Green,H.W.+Young,T.E.+Walker,D.+|Anticrack-associated faulting at very high pressure in natural olivine||#NAT:348:6303:1990:720-722|Shallow-focus earthquake+Faulting+Olivine+High pressure|Letter
J|1070|Taha,Y.S.|Crust and upper mantle structure in Egypt from phase velocity of surface waves||#IDV:26:-:1990:1-12|Phase velocity+Surface wave+Egypt+Crustal structure
J|1071|Kranis,H.D.|Recognition of palaeoseismic events from the geological record: a brief review||#IDV:26:-:1990:15-31|Palaeoseismicity+Geology
J|1072|Koesnadi,H.S.|A study of rock condition using some geophysical methods||#IDV:26:-:1990:35-50|Granite+Refraction study+Tomography+Field work
J|1073|Hwan,K.J.|A study on velocity structure between Korea and Japan by longitudinal waves||#IDV:26:-:1990:53-65|Velocity structure+Korea+Japan+Longitudinal wave
J|1074|Noh,M.|Local site effects at Ito City from the Izu-Oshima earthquake of February 20, 1990, Japan||#IDV:26:-:1990:69-83|Earthquake+1990+Izu-Oshima+Strong motion||#*IZUOSHIMA90
J|1075|Coyoli,R.T.|A study on microtremor processing for seismic microzoning||#IDV:26:-:1990:87-101|Microzoning+Microseism
J|1076|Noguera,B.E.|Anticipated crustal deformation fields due to possible earthquake sources in and around Nicaragua||#IDV:26:-:1990:105-116|Crust+Deformation+Nicaragua
J|1077|Puertollano,J.R.|Implications of ground deformation and seismic data to the February-March, 1988 eruptions of Bulusan volcano, Sorsogon, Philippines||#IDV:26:-:1990:131-144|Deformation+Volcanic tremor+Eruption+1988+Philippines
J|1078|Thaikruawan,S.|3-D seismic wave velocity structure of Oshima Island||#IDV:26:-:1990:147-160|Velocity structure+O-shima+Seismic waves
J|1079|Morandi,M.T.|Update of the examination of the seismic observational network of the National Research Institute for Earth Science and Disaster Prevention (NRIESDP). 1. Detectability and locatability. 2. Magnitude correction||#IDV:26:-:1990:163-177|Network+Kanto-Tokai+Location+Detection
J|1080|Boukhenfouf,H.J.|Application of finite element method to optimum shape finding analysis of towered cylindrical shells subjected to static and earthquake loads||#IDV:26:-:1990:181-199|Cylinder+Loading+Finite element method
J|1081|Tschorne,M.|Liquefaction consideration in the design of some structures||#IDV:26:-:1990:203-211|Liquefaction+Japan+Pile+Structure interaction
J|1082|Argudo Rodriguez,J.F.|Nonlinear response of reinforced concrete buildings subjected to long period earthquakes||#IDV:26:-:1990:215-231|Response+Reinforced concrete+Long-period event
J|1083|Chavoshi,H.|A seismic design of a ten storey reinforced concrete building||#IDV:26:-:1990:253-270|Aseismic design+Reinforced concrete
J|1084|Mahmood,H.|Design response spectra for a nuclear power plant at Karachi, Pakistan||#IDV:26:-:1990:273-294|Response+Aseismic design+Nuclear power plant+Pakistan
J|1085|Duran Cardenas,F.R.|Soil structure interaction in bridge analysis considering nonlinear and sliding effects||#IDV:26:-:1990:297-316|Soil-structure interaction+Bridge+Sliding
J|1086|Vasquez Chicata,L.F.G.|Inelastic procedure for analysis and design of reinforced concrete structure||#IDV:26:-:1990:319-332|Earthquake-resistant design+Reinforced concrete+Response
J|1087|Lanuza,A.G.|Ground motion interpretation based on strong motion earthquake records||#IDV:26:-:1990:335-349|Strong motion+Amplification+Response+Japan
J|1088|Varley,A.+Vita-Finzi,C.|Large earthquake in Mexico: many killed||Geogrl Mag., Lond.:62:11:1990:1-4|Large earthquake+Mexico City+1985+Damage||#*MEXICOCITY
J|1089|Roy,A.|Countdown to the big one||Geogrl Mag., Lond.:62:12:1990:44-48|Periodicity+Prediction+Parkfield+Monitoring||#*LOMAPRIETA89
J|1090|Karagjuleva,J.+Shanov,S.+Matova,M.+|Seismotectonic features of Gorna Orjahovica earthquake zone|In Russian with English abstract|Geotekt., Tektonofiz. Geodin.:-:21:1990:26-42|Seismotectonics+Gorna Oryakhovitsa+Bulgaria
J|1091|Posgay,K.+Albu,I.+Hegedus,E.+|Deep seismic investigations along the Pannonian geotraverse||#AGG:25:3-4:1990:267-277|Pannonian Basin+Deep structure+Reflexion study
J|1092|Papa,A.+Raner,G.+Tatrai,M.+|Seismic and magnetotelluric investigation on a network of base lines||#AGG:25:3-4:1990:309-323|Hungary+Seismic exploration+Mohorovicic discontinuity
J|1093|Yeats,R.S.+Schwartz,D.P.|Paleoseismicity: extending the record of earthquakes into prehistoric time||Episodes:13:1:1990:9-12|Palaeoseismicity
J|1094|Solov'ev,S.L.+Kuzin,I.P.+Kovachev,S.A.+|Microearthquakes in the Tyrrhenian Sea as revealed by joint land and sea-bottom seismographs||Mar. Geol.:94:1-2:1990:131-146|Microearthquake+Tyrrhenian Sea+Ocean-bottom seismograph
A|1095|e*Marschall,R.|Aspects of seismic reflection data processing||1990:Dordrecht:Kluwer Academic Publishers|Reflexion study+Data processing+Passive margin|312p. Reprinted from `Surveys in Geophysics'
A|1096|e*Gregersen,S.+Basham,P.W.|Earthquakes at North-Atlantic passive margins: neotectonics and postglacial rebound||1989:Dordrecht:Kluwer Academic Publishers|Earthquake+North Atlantic|740p. Proceedings of a NATO workshop held in Vordingborg, May 1988
A|1097|e*Stoffa,P.L.|Tau-p: a plane wave approach to the analysis of seismic data||1989:Dordrecht:Kluwer Academic Publishers|Plane wave+Data processing+Tau-method|240p
A|1098|e*Keilis-Borok,V.I.|Seismic surface waves in a laterally inhomogeneous Earth||1989:Dordrecht:Kluwer Academic Publishers|Surface wave+Lateral inhomogeneity|304p
A|1099|e*Camelbeeck,T.+Flick,J.+Ducarme,B.|Seismic networks and rapid digital data transmission and exchange||1990:Luxembourg:Centre Europeen de Geodynamique et de Seismologie|Europe+Network+Digital recording+Transmission|146p. Proceedings of a workshop held in Walferdange, October 1989
A|1100|Mezcua,J.+Galan,J.+Rueda,J.+|Seismotectonics of the Canary Islands: study of the earthquake on 9th May 1989 and its aftershock sequence|In Spanish|1990:Madrid:Instituto Geografico Nacional|Seismotectonics+Canary Islands+1989+Earthquake|24p|#*CANARY89
J|1101|Chelidze,T.L.+Spetzler,H.A.+Getting,I.C.+|Experimental investigation of the elastic modulus of a fractal system - a model of fractured rocks||#PAG:134:1:1990:31-43|Elastic modulus+Fractal system+Rock+Fracture
J|1102|King,C-Y.+Luo,G.|Variations of electric resistance and H2 and Rn emissions of concrete blocks under increasing uniaxial compression||#PAG:134:1:1990:45-56|Radon+Concrete+Electrical resistivity+Emission
J|1103|Wardlaw,R.L.+Frohlich,C.+Davis,S.D.|Evaluation of precursory seismic quiescence in sixteen subduction zones using single-link cluster analysis||#PAG:134:1:1990:57-78|Quiescence+Precursor+Cluster analysis
J|1104|Keilis-Borok,V.I.+Kuznetsov,I.V.+Panza,G.F.+|On intermediate-term earthquake prediction in central Italy||#PAG:134:1:1990:79-92|Intermediate-term+Prediction+Italy
J|1105|De,R.+Kayal,J.R.|Crustal P-wave velocity and velocity-ratio study in northeast India by a microearthquake survey||#PAG:134:1:1990:93-108|India+Microearthquake+Survey+Wave velocity
J|1106|Lerche,I.|Reflection of wide-angle acoustic waves from a high velocity interface||#PAG:134:1:1990:109-115|Acoustic wave+Reflexion+Interface
J|1107|Lana,X.+Martinez,M.D.|Joint inversion of travel times and waveforms by means of annealing algorithms. Application to a seismic refraction experiment||#PAG:134:1:1990:117-133|Inversion+Refraction+Travel-times+Waveform
J|1108|Zhou,H-W.|Review of `The behavior of the Earth, continental and seafloor mobility' by C. Allegre||#PAG:134:1:1990:135-137|Review+Plate tectonics+Sea-floor spreading+Geology
J|1109|Kellogg,L.H.|Review of `Mantle convection: plate tectonics and global dynamics' edited by W. R. Peltier||#PAG:134:1:1990:138-139|Review+Mantle convection+Plate tectonics+Dynamics
J|1110|Nowack,R.L.|Review of `Geophysical data analysis: discrete inverse theory' by W. Menke||#PAG:134:1:1990:140-142|Review+Inverse problem+Geophysical data
J|1111|Mavko,G.|Review of `Tau-p: a plane wave approach to the analysis of seismic data' edited by P. L. Stoffa||#PAG:134:1:1990:143-144|Review+Plane wave+Data processing+Tau-method
J|1112|Tango,G.G.|Review of `Digital seismology and fine modeling of the lithosphere' edited by R. Cassinis, G. Nolet and G. Panza||#PAG:134:1:1990:145-147|Review+Lithosphere+Modelling+Seismology|Proceedings of the International School held in Erice, March 1987
J|1113|Kadinsky-Cade,K.|Review of `The great Tangshan earthquake of 1976: an anatomy of disaster' edited by C. Yong, K-L. Tsoi, C. Feibi et al||#PAG:134:1:1990:148-152|Review+T'ang-shan+Earthquake+1976||#*TANGSHAN
J|1114|Mitchell,B.J.|Review of `The encyclopedia of solid Earth geophysics' edited by D. E. James||#PAG:134:1:1990:153-154|Review+Solid-earth geophysics+Seismology
J|1115|Sokolowski,T.J.+Whitmore,P.M.+Jorgensen,W.J.|Alaska Tsunami Warning Center's automatic and interactive computer processing system||#PAG:134:2:1990:163-174|Alaska+Tsunami+Warning+Interactive system
J|1116|Du,X-X.|On shear-wave splitting in the Los Angeles basin||#PAG:134:2:1990:175-194|Shear wave splitting+Los Angeles+Polarization+Crack
J|1117|Got,J.L.+Poupinet,G.+Frechet,J.|Changes in source and site effects compared to coda Q-1 temporal variations using microearthquakes doublets in California||#PAG:134:2:1990:195-228|California+Coda+Doublet+Temporal variation
J|1118|Tsapanos,T.M.|b-values of two tectonic parts in the circum-Pacific belt||#PAG:134:2:1990:229-242|b-Value+Circum-Pacific Belt+Regionalization
J|1119|Alessio,G.+Godano,C.+Gorini,A.|A low magnitude seismic sequence near Isernia (Molise, central Italy) in January 1986||#PAG:134:2:1990:243-260|Italy+1986+Sequence+Swarm
J|1120|Latoussakis,J.+Kossobokov,V.G.|Intermediate term earthquake prediction in the area of Greece: application of the algorithm M8||#PAG:134:2:1990:261-282|Intermediate-term+Greece+Prediction
J|1121|Rybicki,K.R.|On faulting in a medium containing an inhomogeneity inplane and antiplane strain models||#PAG:134:2:1990:283-301|Strain+Faulting+Inhomogeneity+Stress-drop
J|1122|Chao,B.F.|On the use of maximum entropy/autoregressive spectrum in harmonic analysis of time series||#PAG:134:2:1990:303-311|Maximum entropy+Time series+Harmonic analysis+Autoregression
J|1123|Gubbins,D.|Review of `Structure and dynamics of Earth's deep interior' edited by D. E. Smylie and R. Hide||#PAG:134:2:1990:313-316|Review+Earth structure+Dynamics+Geophysics
J|1124|Zharinov,S.Ye.|Review of `Slow deformation and transformation of stress in the Earth' edited by S. C. Cohen and P. Vanicek||#PAG:134:2:1990:317-319|Review+Earth+Stress+Deformation|Includes papers from a symposium held at the IUGG General Assembly in 1987
J|1125|Wang,Y.|Review of `Fracture of concrete and rock' edited by S. P. Shah and S. E. Swartz||#PAG:134:2:1990:321-322|Review+Fracture+Concrete+Rock|Selected papers from a conference held in Houston, June 1987
J|1126|Tango,G.G.|Review of `Inverse modeling in exploration geophysics' edited by A. Vogel, R. Gorenflo, B. Kummer and C. Ofoegbu||#PAG:134:2:1990:323-325|Review+Inversion+Modelling+Exploration|Proceedings of a seminar held in Berlin, February 1988
J|1127|Barakat,R.|Review of `Integral transforms in geophysics' by M. S. Zhdanov||#PAG:134:2:1990:326-327|Review+Mathematical geophysics+Transform
J|1128|Okal,E.A.|Mm: a variable-period mantle magnitude for intermediate and deep earthquakes||#PAG:134:3:1990:333-354|Intermediate-depth earthquake+Deep earthquake+Mantle magnitude+Rayleigh wave
J|1129|Okal,E.A.+Talandier,J.|Mm: extension to Love waves of the concept of a variable-period mantle magnitude||#PAG:134:3:1990:355-384|Mantle magnitude+Love wave+Magnitude scale+Period
J|1130|Lundgren,P.R.+Giardini,D.|Lateral structure of the subducting Pacific Plate beneath the Hokkaido corner from intermediate and deep earthquakes||#PAG:134:3:1990:385-404|Intermediate-depth earthquake+Deep earthquake+Structure+Hokkaido+Centroid-moment tensor||#*MIYAGIKEN
J|1131|Feignier,B.+Grasso,J.R.|Seismicity induced by gas production: I. Correlation of focal mechanisms and dome structure||#PAG:134:3:1990:405-426|Induced seismicity+Gas field+Focal mechanism+Dome
J|1132|Grasso,J.R.+Feignier,B.|Seismicity induced by gas production: II. Lithology correlated events, induced stresses and deformation||#PAG:134:3:1990:427-450|Induced seismicity+Gas field+Lithology+Rock mechanics
J|1133|Bakarat,R.|Review of `Seismic surface waves in a laterally inhomogeneous Earth' edited by V. I. Keilis-Borok||#PAG:134:3:1990:485|Review+Surface wave+Lateral inhomogeneity
J|1134|Borgia,A.|Review of `Observations and interpretation of Hawaiian volcanism and seismicity 1779-1955' by T. L. Wright and T. J. Takahashi||#PAG:134:3:1990:497|Review+Hawaii+Historical seismicity+Volcanism+1779-1955
J|1135|Bakarat,R.|Review of `Nonlinear diffusive waves' by P. L. Sachdev||#PAG:134:3:1990:505|Review+Nonlinear wave+Wave equation+Propagation
J|1136|Wallace,R.E.|Survival||#EQV:22:3:1990:94-95|Earth sciences+USGS
J|1137|Latter,J.H.|Seismicity and volcanism - a global perspective||#EQV:22:3:1990:96-98|Energy+Volcano+Hazard+Prediction
J|1138|Berz,G.|Natural disasters and insurance and reinsurance||#EQV:22:3:1990:99-102|Natural disaster+Insurance
J|1139|Wright,T.L.|Earth's stochasms - limitations on the prediction of earthquakes and volcanic eruptions||#EQV:22:3:1990:103-105|Prediction+Eruption
J|1140|Oliver,J.E.|Don't fence us in||#EQV:22:3:1990:106-108|Seismology
J|1141|Ambraseys,N.N.|Engineering seismology||#EQV:22:3:1990:109-110|Engineering seismology
J|1142|Bolt,B.A.|On seismological moments and magnitudes||#EQV:22:3:1990:111-112|Seismology+Strong motion+Risk+Solid-earth geophysics
J|1143|Savage,J.C.|The paradigm that failed||#EQV:22:3:1990:113-114|Velocity+Precursor+Anomaly+Dilatancy
J|1144|Sarewitz,D.|Federal support for seismological research - past, present, and future||#EQV:22:3:1990:115-116|Seismology+Research
J|1145|Lindh,A.G.|The nature of earthquake prediction||#EQV:22:3:1990:117-119|Prediction+Monitoring
J|1146|Mitchell,B.J.|Mid-continent earthquake zones - lessons from New Madrid, Missouri||#EQV:22:3:1990:120-123|New Madrid+Intraplate earthquake+Velocity+Seismicity
J|1147|Hanks,T.C.|A Loma Prieta experience||#EQV:22:3:1990:124-128|Loma Prieta+Washington+Soil||#*LOMAPRIETA89
J|1148|Decker,R.+Decker,B.|Reducing volcanic risk||#EQV:22:3:1990:129-130|Risk+Volcano
J|1149|Tilling,R.I.|Reducing volcanic risk - are we winning some battles but losing the war?||#EQV:22:3:1990:133-137|Volcanology+Disaster+Risk
J|1150|Sigurdsson,H.|The intensities and magnitudes of volcanic eruptions||#EQV:22:3:1990:142-146|Magnitude scale+Eruption
J|1151|Hall,M.L.|Advances(?) in mitigating volcano hazards in Latin America||#EQV:22:3:1990:149-150|Latin America+Eruption
J|1152|Tilling,R.I.|Coping with volcanic hazards: a global perspective||#EQV:22:4:1990:154-160|Eruption+Hazard+Volcano+Casualties
J|1153|Boulle,P.L.|Will the 1990's be a decade of increasingly destructive natural disasters?||#EQV:22:4:1990:173-175|IDNDR+Natural disaster
J|1154|Rogers,E.M.|The mass media and disasters||#EQV:22:4:1990:176-178|Disaster
J|1155||Review of `Denial of disaster: the untold story and photographs of the San Francisco earthquake and fire of 1906' by G. Hansen and E. Condon||#EQV:22:4:1990:182|Review+San Francisco+Earthquake+1906
J|1156||Review of `Metropolitan Boston area earthquake loss study: loss analysis committee report and recommendations' by Seismic Loss Analysis Committee||#EQV:22:4:1990:182|Review+Boston+Damage+Mitigation
J|1157||Review of `Earthquakes in New England' by E. S. Fratto, J. E. Ebel and K. Kadinsky-Cade||#EQV:22:4:1990:182|Review+Seismicity+New England
J|1158||Review of `Seismic hazards and environmental impact assessment: a review of California practice' by C. Cornwall||#EQV:22:4:1990:183|Review+California+Hazard+Microzoning
J|1159||Review of `National clearinghouse for Loma Prieta earthquake information at the Earthquake Engineering Research Center, University of California at Berkeley' by the National Information Service for Earthquake Engineering||#EQV:22:4:1990:183|Review+Loma Prieta+Data base+1989||#*LOMAPRIETA89
J|1160||Review of `Geotechnical and lifeline aspects of the October 1989 Loma Prieta earthquake' by the National Center for Earthquake Engineering||#EQV:22:4:1990:183-184|Review+Loma Prieta+1989+Liquefaction||#*LOMAPRIETA89
J|1161||Review of `This dynamic planet: a world map of volcanoes, earthquakes, and plate tectonics' by T. Simkin, R. I. Tilling, J. N. Taggart et al||#EQV:22:4:1990:184|Review+Map+Volcano+Plate tectonics
J|1162|Press,F.|The need for the International Decade of Natural Hazard Reduction||#EQV:22:5:1990:190-192|IDNDR+Natural disaster+Hazard
J|1163|Steinbrugge,K.V.|National earthquake hazards reduction program: time to expand||#EQV:22:5:1990:195-197|Hazard+Mitigation+Public policy+Casualties
J|1164|Andrews,R.|Earth sciences and emergency management||#EQV:22:5:1990:198-200|California+Catastrophe+Warning+Mitigation
J|1165|Eisner,R.K.|Preparedness and mitigation paid off in the Loma Prieta earthquake||#EQV:22:5:1990:201-203|Preparedness+Mitigation+Loma Prieta
J|1166|Ambraseys,N.N.|Can an earthquake prediction and warning system be developed?||#EQV:22:5:1990:204-205|Prediction+Warning
J|1167|Knopoff,L.|Intermediate-term earthquake prediction||#EQV:22:5:1990:206-208|Intermediate-term+Prediction+Pattern recognition
J|1168|Rikitake,T.|Threat of an earthquake right under the capital in Japan||#EQV:22:5:1990:209-210|Tokyo+Hazard+Probability
J|1169|Yanev,P.I.|Lessons learned from earthquakes worldwide and their implications for the midwest||#EQV:22:5:1990:211-213|Preparedness+Destructive earthquake+United States+Mitigation
J|1170|Johnston,A.C.|An earthquake strength scale for the media and the public||#EQV:22:5:1990:214-216|Strength+Magnitude scale
J|1171|Crosson,R.S.|The Pacific northwest: linkage between earthquake and volcano hazards||#EQV:22:5:1990:219-225|Cascadia subduction zone+Intraplate earthquake+Volcano+Hazard
J|1172|Carvajal Marin,C.|Present state of studies of volcanic risk in Colombia||#EQV:22:5:1990:226|Colombia+Volcano+Risk+Mapping
J|1173|Sudradjat,A.|Volcano hazard mitigation program in Indonesia||#EQV:22:5:1990:227-229|Eruption+Volcano+Mitigation+Indonesia
J|1174|Gibowicz,S.J.+Young,R.P.|Seismic hazard estimates for the proposed site of the Sudbury Neutrino Observatory at Creighton Mine, Ontario, Canada|With Polish abstract|#APL:38:3:1990:217-228|Hazard+Mine tremor+Induced seismicity+Ground motion
J|1175|Zhao,Y-L.+Qian,F-Y.+Stopinski,W.|In situ experiments and a relationship between electrical resistivity changes and the strains|With Polish abstract|#APL:38:3:1990:229-243|Precursor+Electrical resistivity+Strain+Anisotropy
J|1176|Qian,F-Y.+Zhao,Y-L.+Teisseyre,R.|Periodic anomalies of the telluric electric field before the Tangshan earthquake and a model of electrokinetic precursors triggered by tidal forces|With Polish abstract|#APL:38:3:1990:246-256|Periodicity+Precursor+Electrotelluric field+Tide+T'ang-shan||#*TANGSHAN
J|1177|Teisseyre,R.|Current generation by a linear moving earthquake source|With Polish abstract|#APL:38:3:1990:257-268|Moving source+Current+Crack
J|1178|Teisseyre,R.|Earthquake premonitory and rebound theory: synthesis and revision of principles|With Polish abstract|#APL:38:3:1990:269-278|Rebound+Thermodynamics+Stress-drop
J|1179|Tajuddin,M.+Buchi Lingam,P.|Propagation of surface wave in a poroelastic solid lying over an elastic solid|With Polish abstract|#APL:38:3:1990:279-287|Surface wave+Propagation+Elastic medium+Biot theory
J|1180|Senatorski,P.|The stresses round a packet of moving dislocations|With Polish abstract|#APL:38:3:1990:289-300|Stress+Dislocation+Moving source
J|1181|Niazi,M.|pP resolution of the firing depth of underground nuclear explosions||Iran. J. Sci. Technol.:13:2-3:1990:93-102|Underground nuclear explosion+Depth+Resolution
J|1182|Zamani,A.|Source parameters of the Ghaenat earthquake of 27 November 1979 from body and surface waves||Iran. J. Sci. Technol.:13:2-3:1990:103-113|Source parameter+Earthquake+Iran+1979||#*GHAENAT2
J|1183|Ahmadi,G.+Mostaghel,N.+Nowroozi,A.A.|Earthquake risk analysis of Iran - V: probabilistic seismic risks for various peak ground accelerations||Iran. J. Sci. Technol.:13:2-3:1990:115-156|Risk+Iran+Ground acceleration+Probability
J|1184|Orabi,I.I.+Ahmadi,G.|Statistical response of a class of hysteretic systems||Iran. J. Sci. Technol.:13:2-3:1990:157-173|Response+Nonlinearity+Hysteresis
J|1185|Ghafory-Ashtiany,M.|Seismic response of six correlated earthquake components by mode acceleration approach||Iran. J. Sci. Technol.:13:2-3:1990:175-199|Structural response+Aseismic design+Acceleration
J|1186|Moghaddam,H.A.|Design of brick infilled frames subjected to seismic loading||Iran. J. Sci. Technol.:13:2-3:1990:201-225|Loading+Frame+Aseismic design
J|1187|Xia,J-Q.+Huang,Q-S.|Shaking table studies of brick masonry buildings||Iran. J. Sci. Technol.:13:2-3:1990:227-244|Shake table+Masonry structure+Aseismic design
J|1188|Karaesmen,E.|Some observations on seismic behavior of masonry skeletons with emphasis on adobe walled dwellings||Iran. J. Sci. Technol.:13:2-3:1990:245-260|Behaviour+Building+Construction
J|1189|Tomazevic,M.|Repair and strengthening of masonry buildings against earthquakes||Iran. J. Sci. Technol.:13:2-3:1990:261-283|Masonry structure+Earthquake-resistant design
J|1190|Tanvir Wasti,S.|Post-earthquake structural rehabilitation||Iran. J. Sci. Technol.:13:2-3:1990:285-298|Building+Damage
J|1191|Wetherill,G.W.|Seismological studies of the Earth's mantle||#YBC:89:-:1990:49-64|Shear wave splitting+Subduction+Q
J|1192|Linde,A.T.+Sacks,I.S.|Earthquakes and crustal deformation||#YBC:89:-:1990:65-76|Seismicity+Crust+Deformation+Japan+Rupture
B|1193||Annual Report of the Director of the Geophysical Laboratory|1989-1990|Irvine,T.N.|Shallow mantle flow beneath a major convection center and the formation of volcanic hotspots||1990:Washington:Geophysical Laboratory, Carnegie Institution|Hot spot+Iceland+Velocity|p3-11
A|1194|Kuznetsov,V.V.|Physics Earth and solar system - models of origin and evolution|In Russian|1990:Novosibirsk:Academy of Sciences of the USSR Siberian Branch|Physics+Earth+Evolution+Phase|216p
J|1195|Adams,R.D.|Earthquake occurrence and effects||Injury:21:1:1990:17-20|Effect+Occurrence
B|1196||Proceedings of the NIPR Symposium on Antarctic Geosciences|4|Akamatsu,J.+Ichikawa,N.+Kaminuma,K.|Seismic observation with local telemetry network around Syowa Station, east Antarctica||1990:Tokyo:National Institute of Polar Research|Observational seismology+Antarctica+Network|p90-99
B|1197||Proceedings of the NIPR Symposium on Antarctic Geosciences|4|Kaminuma,K.+Dibble,R.R.|Seismic activity of Mount Erebus in 1981-1988||1990:Tokyo:National Institute of Polar Research|Erebus, Mt.+1981-1988+Volcanic tremor|p142-148
J|1198|Aref'ev,S.S.+Tatevosyan,R.E.+Parini,I.E.+|The Spitak earthquake on 7 December 1988: seismological investigations|In Russian|#VIS:31:-:1990:4-29|Earthquake+Spitak+1988||#*ARMENIA88
J|1199|Godzikovskaya,A.A.+Gedakyan,E.G.+Tovmasyan,A.K.|The aftershock process in Spitak focal zone by regional station data 7.12.88-24.01.89|In Russian|#VIS:31:-:1990:29-35|Aftershock+Spitak+1988-1989+Earthquake||#*ARMENIA88
J|1200|Poliakova,T.P.|On the space-time investigation of seismic process by method of sliding earthquake recurrence graph|In Russian|#VIS:31:-:1990:35-38|Space-time distribution+Recurrence+Graphical representation
J|1201|Aref'ev,S.S.+Shebalin,N.V.+Ratushniy,V.V.+|Seismicity structure of the Gazli 19.03.1984 earthquake aftershock zone|In Russian|#VIS:31:-:1990:38-46|Aftershock+Earthquake+1984+Gazli||#*GAZLI3
J|1202|Shteinberg,V.V.|Seismic ground motions|In Russian|#VIS:31:-:1990:47-67|Ground motion
J|1203|Gusev,A.A.|The preliminary variant of rated structural seismic loadings for Petropavlovsk-Kamchatskiy|In Russian|#VIS:31:-:1990:67-85|Loading+Petropavlovsk
J|1204|Aleshin,A.S.+Smirnova,M.N.|On the calculation of vibro-creeping of clayey soils for seismic microzoning|In Russian|#VIS:31:-:1990:97-101|Soil+Microzoning
J|1205|Pavlov,O.V.+Ivanov,F.I.+Potapov,V.A.|Plastic-elastic waves in the loose ground layers|In Russian|#VIS:31:-:1990:101-108|Elastoplasticity+Wave
J|1206|Belousov,T.P.+Mukhamediev,Sh.A.+Yunga,S.L.|The crustal tension reconstruction for the north boundary of Darvaz-Caracool deep fault in connection with seismicity|In Russian|#VIS:31:-:1990:108-116|Crust+Reconstruction+Fault
J|1207|Borisov,B.A.|The tectonic heterogeneity and heterogeneous crustal seismicity: tectonic setting of strong earthquakes|In Russian|#VIS:31:-:1990:116-126|Strong earthquake+Tectonics+Heterogeneity+Crust
J|1208|Nikonov,A.A.+Nikonova,K.I.|On the seismic danger of the Danube delta area upon historical earthquakes|In Russian|#VIS:31:-:1990:126-134|Historical earthquake+Danger+Romania+Bulgaria
J|1209|Popova,E.V.+Constantinova,T.G.|Macroseismic data on building damages in seismotectonic faults|In Russian|#VIS:31:-:1990:134-137|Building+Damage+Fault+Macroseismic data
J|1210|Nikonov,A.A.|On the methodology of archeoseismic research into historical monuments|In Russian|#VIS:31:-:1990:137-142|Method+Monument+Research
J|1211|Ananyin,I.V.|Recurrence of ground motion influence on the degree of building damages|In Russian|#VIS:31:-:1990:142-148|Recurrence+Ground motion+Building+Damage
A|1212|Howell,B.F.|An introduction to seismological research||1990:Cambridge:Cambridge University Press|Seismology+Research+History|193p
A|1213|Gubbins,D.|Seismology and plate tectonics||1990:Cambridge:Cambridge University Press|Seismology+Plate tectonics|339p
A|1214|Kulhanek,O.|Anatomy of seismograms||1990:Amsterdam:Elsevier|Seismogram+Interpretation|178p
A|1215|Gallegos,H.+Rios,R.|The earthquake of Loma Prieta 17 October 1989|In Spanish|1990:Lima:Centro Regional de Sismologia para America del Sur|Earthquake+Loma Prieta+1989|67p|#*LOMAPRIETA89
J|1216|Kisliakov,D.|On the behaviour of high-pressure pipelines under seismic loading||Theor. appl. Mech.:21:3:1990:76-81|Pipeline+Loading+Earthquake-resistant design
A|1217|e*Belova,V.K.|Seismic instrumentation|In Russian|1990:Moscow:Akad. Nauk SSSR|Seismology+Instrumentation|190p. Vol. 21
A|1218|Suda,T.|Spiral migration of epicenters|In Japanese with English abstract|1990:Gifu:Maizru Marine Observatory|Migration+Epicentre+Japan+Great earthquake+California|30p
A|1219|Martins,I.+Mendes Victor,L.A.|Contributions for the study of seismicity in continental Portugal|In Portuguese|1990:Lisbon:Instituto Nacional de Meteorologia e Geofisica|Portugal+Earthquake catalogue+Seismicity|70p
A|1220|Alexandre,P.|Earthquakes in western Europe from 394 to 1259. New critical catalogue|In French|1990:Bruxelles:Observatoire Royal de Belgique|0394-1259+Earthquake catalogue|267p
A|1221||Extended abstracts for the International Symposium on Earthquake Source Physics and Earthquake Precursors||1990:Tokyo:Earthquake Research Institute|Symposium+Source+Precursor|197p. Symposium held in Tokyo, November 1990
A|1222|Kociaj,S.|Some aspects of seismic microzoning in Albania||1990:Rotterdam:A.A.Balkema Publishers|Albania+Microzoning+Hazard|From the Proceedings of a conference held in Berlin, June 1989, p33-42
J|1223|Mazzotti,A.|Errata to `Prestack amplitude analysis methodology and application to seismic bright spots in the Po Valley, Italy'||#GPS:55:9:1990:1296|Errata+Amplitude+Bright spot+Reflector+Data processing
J|1224|Weglein,A.B.+Secrest,B.G.|Errata to `Wavelet estimation for a multidimensional acoustic or elastic Earth'||#GPS:55:11:1990:1524|Errata+Wavelet+Acoustic medium+Elastic medium+Wave equation
J|1225|Mascle,J.+Martin,L.|Shallow structure and recent evolution of the Aegean Sea: a synthesis based on continuous reflection profiles||Mar. Geol.:94:4:1990:271-299|Reflexion study+AEgean+Structure+Evolution
J|1226|Farran,M.+Maldonado,A.|The Ebro continental shelf: Quaternary seismic stratigraphy and growth patterns||Mar. Geol.:95:3-4:1990:289-312|Reflexion study+Barcelona+Continental shelf+Seismostratigraphy
J|1226|Farran,M.+Maldonado,A.|The Ebro continental shelf: Quaternary seismic stratigraphy and growth patterns||Mar. Geol.:95:3-4:1990:289-312|Reflexion study+Barcelona+Continental shelf+Seismostratigraphy