V|1991:1||Bibliography of seismology. 1991 January-June|ISC:27:1:1992
J|0001|Kanamori,H.+Mori,J.+Anderson,D.L.+|Seismic excitation by the space shuttle Columbia||#NAT:349:6312:1991:781-782|Atmosphere+Shock wave+P-wave+California
J|0002|Hilton,K.|The lie of the land||Geogrl Mag., Lond.:64:3:1991:12-13|Plate tectonics+Loma Prieta+Remote sensing+Volcano+Earthquake|In supplement called `Spaceship Earth'|#*LOMAPRIETA89
J|0003|Given,H.K.|U.S./U.S.S.R. seismological network developing||#EOS:72:10:1991:112|USSR+Broadband seismology+United States|Geophysics news
J|0004|Gordon,R.G.|Indian Ocean violates conventional plate tectonic theory||#EOS:72:10:1991:113|Magnetism+Plate tectonics+Indo-Australian plate+Mid-ocean ridge|Geophysics news
J|0005|Phinney,R.|Overview of IRIS||#EOS:72:10:1991:113|Digital recording+Instrument+Global Seismic Network|Geophysics news
J|0006|Bowler,S.|Geologists study earthquakes in slow-motion||#NSC:-:1759:1991:22|Fracture+Faulting+Granite+Laboratory|Science
J|0007|Wong,T-F.|Action replay for fracture||#NAT:350:6313:1991:17-18|Granite+Faulting+Laboratory|News and views
J|0008|Lockner,D.A.+Byerlee,J.D.+Kuksenko,V.+|Quasi-static fault growth and shear fracture energy in granite||#NAT:350:6313:1991:39-42|Acoustic emission+Faulting
J|0009|Machetel,P.+Weber,P.|Intermittent layered convection in a model mantle with an endothermic phase change at 670km||#NAT:350:6313:1991:55-57|Mantle convection+Boundary
J|0010|Schaefer,E.|Predicting earthquake risks||#NAT:350:6314:1991:103|Prediction+California+Hazard+Data base|News
J|0011|Billiris,H.+Paradissis,D.+Veis,G.+|Geodetic determination of tectonic deformation in central Greece from 1900 to 1988||#NAT:350:6314:1991:124-129|Plate tectonics+1900-1988+Geodesy
J|0012|Smith,P.J.|Review of `Global tectonics' by P. Keary and F. J. Vine||#NAT:350:6315:1991:200|Earth structure
J|0013|Oliver,J.E.|Solid Earth science during the 21st century||#EOS:72:11:1991:121-126|Solid-earth geophysics+Earth sciences+Drilling+Crust
J|0014|Zund,J.D.|Review of `Geophysical geodesy: the slow deformation of the Earth' by K. Lambeck||#EOS:72:11:1991:126|Geophysics
J|0015|Rymer,H.|Under the volcano: a tale of some gravity||#NSC:-:1763:1991:40-44|Eruption+Prediction
J|0016|Haines,A.J.+Holt,W.E.|Kinematics of coastal deformation||#EOS:72:13:1991:148|Plate tectonics+Strain+Continent|Section news
J|0017|Segall,P.|Loma Prieta earthquake||#EOS:72:14:1991:162|Focal mechanism+Loma Prieta+Fault+1989|Geophysics news|#*LOMAPRIETA89
J|0018|Robbins,J.W.|Regional deformation and global tectonics from space geodetic techniques||#EOS:72:14:1991:162|Geodesy+Satellite laser ranging+Loma Prieta|Geophysics news|#*LOMAPRIETA89
J|0019|Agnew,D.C.|Crustal deformation||#EOS:72:14:1991:162-163|Strain+Crustal movement+Global tectonics|Geophysics news
J|0020|Stephen,R.A.|Ambient noise beneath the seafloor||#EOS:72:14:1991:163|Sea floor+Down-hole recording+Spectrum|Geophysics news
J|0021|Bowler,S.+Butler,R.|Mountain building under the microscope||#NSC:-:1764:1991:25-29|Plate tectonics+Creep+France
J|0022|Daly,M.C.+Lawrence,S.R.+Kimun'a,D.+|Late Palaeozoic deformation in central Africa: a result of distant collision?||#NAT:350:6319:1991:605-607|Zaire+Reflexion study
J|0023|Loper,D.E.|2nd SEDI Symposium held||#EOS:72:6:1991:49-50|Core-mantle boundary+Geomagnetism+Palaeomagnetism+Core|Condensed summary of a meeting held at Santa Fe, August 1990
J|0024|Berberian,M.|Ground rupture of Iran's catastrophic June 20, 1990 earthquake||#EOS:72:6:1991:49|Damage+Focal mechanism||#*MANJIL90
J|0025||Iceland's Hekla erupts||#EOS:72:6:1991:51|Eruption+Volcano+Swarm+1991
J|0026|Austin,J.A.|Ocean Drilling Programme sets FY92 schedule||#EOS:72:6:1991:52-53|Pacific+1991-1993|Section news
J|0027|Teskey,D.J.+Thomas,M.D.+Gibb,R.A.+|High resolution aeromagnetic survey of Lake Superior||#EOS:72:8:1991:81-86|Canada+Reflexion study+Aeromagnetic study+Fault
J|0028|Butler,R.|The state of the Earth||#NSC:-:1765:1991:50-51|Review+Seismology+Geophysics+Tectonics|Earth-sciences book list for students
J|0029|Richardson,R.M.|Bermuda stretches a point||#NAT:350:6320:1991:655-656|Hot spot+Volcanism+Continental margin|News and views
J|0030|Voight,B.+Cornelius,R.R.|Prospects for eruption prediction in near real-time||#NAT:350:6320:1991:695-698|Mount St. Helens+Volcano
J|0031|Kirkby,M.|Review of `World geomorphology' by E. M. Bridges||#NAT:351:6321:1991:26|Crust+Landform
J|0032|Kawakatsu,H.|Insignificant isotropic component in the moment tensor of deep earthquakes||#NAT:351:6321:1991:50-53|Seismic moment tensor+Deep-focus earthquake+Isotropy+Focal mechanism||#*FIJI86|#*MINDINAO84|#*SHONSHU84
J|0033|Spada,G.+Yuen,D.A.+Sabadini,R.+|Lower-mantle viscosity constrained by seismicity around deglaciated regions||#NAT:351:6321:1991:53-55|Lower mantle+Fennoscandia+Glacier
J|0034|Armijo,R.+Lyon-Caen,H.+Papanastassiou,D.|A possible normal-fault rupture for the 464 BC Sparta earthquake||#NAT:351:6322:1991:137-139|Peloponnesus+464 B.C.
J|0035|Ito,E.+Sato,H.|Aseismicity in the lower mantle by superplasticity of the descending slab||#NAT:351:6322:1991:140-141
J|0036|Joyce,C.|Volcano prediction was bang on||#NSC:-:1767:1991:13|Eruption+Colima+1991+Swarm|This week
J|0037|Emmermann,R.+Duba,A.+Lauterjung,J.|Super-deep, continental drilling in Germany||#EOS:72:17:1991:193-197|Borehole+Lithosphere
J|0038|Jackson,T.J.|Review of `Hydrology of disasters' edited by O. Starosolszky and O. M. Medler||#EOS:72:17:1991:196|Warning
J|0039|Rich,V.|Georgia unprepared for April earthquake||#NSC:-:1768:1991:15|Damage+1991|This week|#*WCAUCASUS91
J|0040|Pearce,F.|Acts of God, acts of man?||#NSC:-:1769:1991:20-21|Disaster+Sociological aspect+Vulnerability+Hazard
J|0041|Bowler,S.|Slicing through a continent||#NSC:-:1769:1991:39-44|European Geotraverse Project+Lithosphere+Crustal thickness+Profile
J|0042|Swinbanks,D.|Tokyo gears up for calamity||#NAT:351:6324:1991:260|Mitigation+Disaster+Economics|News
J|0043|Swinbanks,D.|Scientists watching Japanese volcano||#NAT:351:6326:1991:432|Kyushu+Eruption+Seismicity+1991|News
J|0044|Swinbanks,D.|Volcano prediction problems||#NAT:351:6327:1991:511|Eruption+Japan+Warning+1991|News
J|0045|Anderson,C.|Eruptions no secret||#NAT:351:6327:1991:511|Volcano+Japan+Philippines+Monitoring|News
J|0046|Nunez-Cornu,F.J.+Nava,F.A.+Ornelas-Arciniega,G.+|Eruption under way at Colima, Mexico||#EOS:72:19:1991:212-213|Volcano+Seismicity+1991
J|0047|Punongbayan,R.+Newhall,C.+Defant,M.+|Global Volcanism Network Report: March 1991. Pinatubo, Luzon, Philippines (15.14degreesN, 120.35degreesE)||#EOS:72:19:1991:213|Volcano+Eruption+Mount Pinatubo+Seismicity+1991
J|0048|Kennett,B.L.N.|New seismic travel time tables developed||#EOS:72:19:1991:216|Travel-times+Model+Jeffreys-Bullen tables+1991|Section news
J|0049|Mehta,A.+Barker,G.|The self-organising sand pile||#NSC:-:1773:1991:40-43|Seismology+Gutenberg & Richter+Frequency-magnitude relation
J|0050|Hadfield,P.|Telltale `swarms' warned of Japanese eruption||#NSC:-:1772:1991:13|1991|This week
J|0051|Heinz,D.L.|Split decision on the mantle||#NAT:351:6325:1991:346-347|Velocity+Chemistry+670km discontinuity|News and views
J|0052|King,G.+Cisternas,A.|Do little things matter?||#NAT:351:6325:1991:350|Fault+Deformation+Fold+Geologic structure|News and views
J|0053|Walsh,J.+Watterson,J.+Yielding,G.|The importance of small-scale faulting in regional extension||#NAT:351:6325:1991:391-393|Basin+Deformation+Displacement
J|0054|Fink,J.|Volcano warning needed||#NAT:351:6328:1991:611||Scientific correspondence
J|0055|Garwin,L.|Smoke signals from the deep||#NAT:351:6329:1991:699-701|Plate tectonics+Mantle plume+670km discontinuity+Tomography|News and views
J|0056|DeVito,M.C.|Mount Unzen kills three volcanologists||#EOS:72:25:1991:266|Japan+Seismicity+1991
J|0057|Bush,S.|Coast earthquakes similar at high intensities||#EOS:72:25:1991:267|Damage+Intensity+United States+Regionalization|Topic discussed at AGU Spring Meeting
J|0058|Tucholke,B.E.+Macdonald,K.C.+Fox,P.J.|ONR seafloor natural laboratories on slow- and fast-spreading mid-ocean ridges||#EOS:72:25:1991:268-270|Sea-floor spreading+Acoustic wave+Survey
J|0059|Clery,D.|Testing time for a total test ban||#NSC:-:1750:1991:23|Test ban+Garm+IRIS+Underground nuclear explosion|Technology
J|0060|Mandell,M.|`Seismic animals' cast a net round San Francisco||#NSC:-:1751:1991:36|Personal computer+San Francisco+Data acquisition+Network|Technology|#*LOMAPRIETA89
J|0061|Pearce,F.|The dam that should not be built||#NSC:-:1753:1991:37-41|Tehri Dam+India+Risk+Seismic gap|Feature
J|0062|Beard,J.|Sensitive seismometers to straddle the globe||#NSC:-:1754:1991:40|IRIS+United States+Network+Broadband seismograph|Technology
J|0063|Joyce,C.|Standing up to earthquakes||#NSC:-:1756:1991:30-35|Building+Antiseismic design+Earthquake engineering+Base isolation system|Feature|#*LOMAPRIETA89|#*MEXICOCITY|#*MEXICOCITY2|#*IZUOSHIMA90|#*SCALIFORNIA90
J|0064|Simarski,L.T.|Seismic glasnost opens U.S.S.R. to U.S. researchers||#EOS:72:2:1991:9-10|USSR+Monitoring+Underground nuclear explosion+Station
J|0065|Strecker,M.+Bosworth,W.|Quaternary stress-field change in the Gregory Rift, Kenya||#EOS:72:3:1991:17-22|East African Rift+Kenya+Stress field+Quaternary+Fault plane solution
J|0066||Regional seismic networks upgrade encouraged||#EOS:72:3:1991:18|Network+Monitoring+Instrument
J|0067|a-USGS Cascades Volcano Observatory+Synoptic Analysis Branch|Mt. St. Helens||#EOS:72:3:1991:19|Volcanic tremor+Eruption+1991+Mount St. Helens
J|0068|Dalrymple,G.B.|Good press for bad science||#EOS:72:5:1991:41|Public policy+Prediction|Editorial
J|0069|Stuart,W.D.|Seismic quiescence at Parkfield due to detachment faulting||#NAT:349:6304:1991:58-61|Parkfield+Quiescence+Faulting+Prediction|Letter|#*COALINGA
J|0070|Hemley,R.J.+Kubicki,J.D.|Deep mantle melting||#NAT:349:6307:1991:283-284|Melting+Mantle+Deep structure+Perovskite|News and views
J|0071|Langbein,J.O.|Earthquake explanations||#NAT:349:6307:1991:287|Fault+Deformation+Parkfield+Geodetic survey|Scientific correspondence|#*KETTLEMAN85
J|0072|Ellsworth,W.L.|Putting the pieces together||#NAT:349:6308:1991:371-372|Loma Prieta+Earthquake+1989+Faulting|News and views|#*LOMAPRIETA89
J|0073|Irifune,T.+Fujino,K.+Ohtani,E.|A new high-pressure form of MgAl2O4||#NAT:349:6308:1991:409-411|Spinel+High pressure+Lower mantle+Velocity|Letter
J|0074|Virieux,J.+Ekstrom,G.|Ray tracing on a heterogeneous sphere by Lie series||#GJI:104:1:1991:11-27|Ray tracing+Surface wave+Alaska+1987||#*ALASKA287
J|0075|Clarke,T.J.+Silver,P.G.|A procedure for the systematic interpretation of body wave seismograms - I. Application to Moho depth and crustal properties||#GJI:104:1:1991:41-72|Body wave+Mohorovicic discontinuity+Poisson's ratio
J|0076|De Natale,G.+Pingue,F.|A variable slip fault model for the 1908 Messina Straits (Italy) earthquake, by inversion of levelling data||#GJI:104:1:1991:73-84|1908+Messina+Earthquake+Levelling
J|0077|Reyners,M.+Gledhill,K.R.+Waters,D.|Tearing of the subducted Australian Plate during the Te Anau, New Zealand, earthquake of 1988 June 3||#GJI:104:1:1991:105-115|Earthquake+New Zealand+1988+Subduction||#*TEANAU
J|0078|Kagan,Y.Y.+Jackson,D.D.|Long-term earthquake clustering||#GJI:104:1:1991:117-133|Clustering+Earthquake catalogue+Temporal distribution
J|0079|Ogata,Y.+Imoto,M.+Katsura,K.|3-D spatial variation of b-values of magnitude-frequency distribution beneath the Kanto District, Japan||#GJI:104:1:1991:135-146|b-Value+Frequency-magnitude relation+Kanto
J|0080|Kennett,B.L.N.|The removal of free surface interactions from three-component seismograms||#GJI:104:1:1991:153-163|Surface+P-wave+S-wave
J|0081|Gariel,J-C.+Bard,P-Y.+Pitilakis,K.|A theoretical investigation of source, path and site effects during the 1986 Kalamata earthquake (Greece)||#GJI:104:1:1991:165-177|Earthquake+Greece+1986||#*KALAMATA
J|0082|Kulhanek,O.|Review of `Observatory seismology' edited by J. J. Litehiser||#GJI:104:1:1991:237|Review+Observatory+Seismology|Papers presented at a symposium held at Berkeley, May 1987
J|0083|Berge,P.A.+Mallick,S.+Fryer,G.J.+|In situ measurement of transverse isotropy in shallow-water marine sediments||#GJI:104:2:1991:241-254|Sediment+Anisotropy+Shear wave+Isotropy
J|0084|Davis,S.D.+Frohlich,C.|Single-link cluster analysis, synthetic earthquake catalogues, and aftershock identification||#GJI:104:2:1991:289-306|Aftershock+Statistics+Earthquake catalogue
J|0085|Bostock,M.G.|Surface wave scattering from 3-D obstacles||#GJI:104:2:1991:351-370|Surface wave+Scattering+Orthogonality
J|0086|Hofstetter,A.+Feldman,L.+Rotstein,Y.|Crustal structure of Israel: constraints from teleseismic and gravity data||#GJI:104:2:1991:371-379|Teleseism+Gravity+Crustal structure+Israel
J|0087|Czechowski,Z.|A kinetic model of crack fusion||#GJI:104:2:1991:419-422|Seismicity+Crack+Kinetics|Research note
J|0088|Hudson,J.A.|Review of `Acoustics of layered media I. Plane and quasi-plane waves' by L. M. Brekhovskikh and O. A. Godin||#GJI:104:2:1991:429|Review+Acoustics+Layered medium
J|0089|Liu,M.+Chase,C.G.|Boundary-layer model of mantle plumes with thermal and chemical diffusion and buoyancy||#GJI:104:3:1991:433-440|Mantle plume+Hot spot+Convection
J|0090|Zollo,A.+Bernard,P.|Fault mechanisms from near-source data: joint inversion of S polarizations and P polarities||#GJI:104:3:1991:441-451|Mechanism+Inversion+S-wave+Polarization
J|0091|Drijkoningen,G.G.|Generalized ray theory for an Epstein profile||#GJI:104:3:1991:469-477|Ray theory+Synthetic seismogram+WKBJ method
J|0092|Sen,M.K.+Frazer,L.N.|Multifold phase space path integral synthetic seismogram||#GJI:104:3:1991:479-487|Diffraction+Head wave+Phase+Synthetic seismogram
J|0093|De Hoop,M.V.+Chang,H-W.+Burridge,R.|The pseudo-primary field due to a point-source in a finely-layered medium||#GJI:104:3:1991:489-506|Layered medium+Seismology+Point source+Elasticity
J|0094|Hudson,J.A.|Crack distributions which account for a given seismic anisotropy||#GJI:104:3:1991:517-521|Crack+Anisotropy+Elastic wave
J|0095|Hara,T.+Tsuboi,S.+Geller,R.J.|Inversion for laterally heterogeneous earth structure using a laterally heterogeneous starting model: preliminary results||#GJI:104:3:1991:523-540|Inversion+Waveform+Upper mantle+Structure
J|0096|Widmer,R.+Masters,G.+Gilbert,F.|Spherically symmetric attenuation within the Earth from normal mode data||#GJI:104:3:1991:541-553|Attenuation+Q+Earth structure
J|0097|Leveque,J.J.+Cara,M.+Rouland,D.|Waveform inversion of surface wave data: test of a new tool for systematic investigation of upper mantle structures||#GJI:104:3:1991:565-581|Attenuation+Inversion+Surface wave+Upper mantle
J|0098|Crampin,S.|Wave propagation through fluid-filled inclusions of various shapes: interpretation of extensive-dilatancy anisotropy||#GJI:104:3:1991:611-623|Crack+Fluid+Anisotropy+Propagation
J|0099|Westaway,R.|Discussion of and Correction to `Deformation of the NE Basin and Range Province: the response of the lithosphere to the Yellowstone plume?' by R. Westaway||#GJI:104:3:1991:647-659|Basin & Range+Deformation+Fault+Discussion|Research note
J|0100|Lamb,S.H.|Comment on `Deformation of the NE Basin and Range Province: the response of the lithosphere to the Yellowstone plume?' by R. Westaway||#GJI:104:3:1991:661-663|Comments+Basin & Range+Deformation+Fault|With a reply by the author
J|0101||The Fifteenth UK Geophysical Assembly||#GJI:104:3:1991:667-714|1991+Earthquake+Seismology+Geophysics|Abstracts of papers presented at the Assembly held in Leicester, April 1991
J|0102|Meissner,R.+Brown,L.D.|Seismic reflections from the Earth's crust: comparative studies of tectonic patterns||#GJI:105:1:1991:1-2|Crust+Tectonics+Pattern+Deep seismic sounding|Introduction describing the topic of a symposium held in Barcelona, March 1989
J|0103|Brown,L.D.|A new map of crustal `terranes' in the United States from COCORP deep seismic reflection profiling||#GJI:105:1:1991:3-13|Profiling+Reflexion study+United States+COCORP
J|0104|Meissner,R.+Wever,T.+Sadowiak,P.|Continental collisions and seismic signature||#GJI:105:1:1991:15-23|Reflexion study+Collision+Crustal thickness+Collapse
J|0105|Nelson,K.D.|A unified view of craton evolution motivated by recent deep seismic reflection and refraction results||#GJI:105:1:1991:25-35|Deep seismic sounding+Reflexion study+Refraction study+Craton
J|0106|Bittner,R.+Wever,T.|Energy histograms for the characterization of deep reflection seismic profiles||#GJI:105:1:1991:37-43|Crustal structure+Reflexion study+Energy+DEKORP
J|0107|Sadowiak,P.+Wever,T.+Meissner,R.|Deep seismic reflectivity patterns in specific tectonic units of western and central Europe||#GJI:105:1:1991:45-54|Deep seismic sounding+Reflexion study+Crustal structure+Central Europe
J|0108|Bois,C.|Geological significance of seismic reflections in collision belts||#GJI:105:1:1991:55-69|Collision+Deep seismic sounding+Reflexion study+Tectonics
J|0109|Dyment,J.+Bano,M.|Deep crustal features of the Celtic Sea from complementary processing on the SWAT data||#GJI:105:1:1991:71-83|Deep seismic sounding+Reflexion study+Celtic Sea+Basin
J|0110|Valasek,P.+Mueller,S.+Frei,W.+|Results of NFP 20 seismic reflection profiling along the Alpine section of the European Geotraverse (EGT)||#GJI:105:1:1991:85-102|European Geotraverse Project+Reflexion study+Alps+Subduction
J|0111|Di Bona,M.+Boatwright,J.|Single-station decomposition of seismograms for subevent time histories||#GJI:105:1:1991:103-117|Decomposition+Green's function+Seismogram+Friuli||#*FRIULI3|#*FRIULI4
J|0112|Koketsu,K.+Kennett,B.L.N.+Takenaka,H.|2-D reflectivity method and synthetic seismograms for irregularly layered structures-II. Invariant embedding approach||#GJI:105:1:1991:119-130|Layered medium+Propagation+Synthetic seismogram
J|0113|Nercessian,A.+Hirn,A.+Sapin,M.|A correlation between earthquakes and eruptive phases at Mt Etna: an example and past occurrences||#GJI:105:1:1991:131-138|Seismicity+Mount Etna+Eruption
J|0114|Hirn,A.+Nercessian,A.+Sapin,M.+|Seismic heterogeneity of Mt Etna: structure and activity||#GJI:105:1:1991:139-153|Mount Etna+Seismicity+Volcano
J|0115|Chen,X-F.+Aki,K.|General coherence functions for amplitude and phase fluctuations in a randomly heterogeneous medium||#GJI:105:1:1991:155-162|Amplitude+Phase+Fluctuation+Heterogeneous medium
J|0116|Foster,D.J.+Huang,J-I.|Global asymptotic solutions of the wave equation||#GJI:105:1:1991:163-171|Wave equation+Seismology+Approximation
J|0117|Mareschal,M.+Kurtz,R.D.+Chouteau,M.+|A magnetotelluric survey on Manitoulin Island and Bruce Peninsula along GLIMPCE seismic line J: black shales mask the Grenville Front||#GJI:105:1:1991:173-183|Grenville basement+Magnetotellurics+Sediment+Reflexion study
J|0118|Moore,B.J.|Seismic rays in media with slight lateral variation in velocity||#GJI:105:1:1991:213-227|Ray theory+Lateral variation+Perturbation theory+Velocity
J|0119|Mallick,S.+Frazer,L.N.|Reflection/transmission coefficients and azimuthal anisotropy in marine seismic studies||#GJI:105:1:1991:241-252|Anisotropy+Marine seismic investigation+Fracture+Reflexion coefficient
J|0120|Ambraseys,N.N.|Earthquake hazard in the Kenya Rift: the Subukia earthquake 1928||#GJI:105:1:1991:253-269|Earthquake+Kenya+1928+Hazard
J|0121|Podvin,P.+Lecomte,I.|Finite difference computation of traveltimes in very contrasted velocity models: a massively parallel approach and its associated tools||#GJI:105:1:1991:271-284|Finite difference method+Ray tracing+Travel-times+Seismic waves
J|0122|Luo,Y.+Schuster,G.T.|Wave equation inversion of skeletalized geophysical data||#GJI:105:2:1991:289-294|Tomography+Travel-times+Wave equation+Inversion
J|0123|Zhao,L-S.+Helmberger,D.V.|Broadband modelling along a regional shield path, Harvard recording of the Saguenay earthquake||#GJI:105:2:1991:301-312|Broadband seismology+Reflectivity+Quebec+1988||#*SAGUENAY88
J|0124|Hales,A.L.|Upper mantle models and the thickness of the continental lithosphere||#GJI:105:2:1991:355-363|Lithosphere+Travel-times+Upper mantle+Explosion seismology
J|0125|Kennett,B.L.N.+Engdahl,E.R.|Traveltimes for global earthquake location and phase identification||#GJI:105:2:1991:429-465|Body wave+Core phase+Location+Identification+Travel-times
J|0126|Bergeron,A.+Bonnin,J.|The deep structure of Gorringe Bank (NE Atlantic) and its surrounding area||#GJI:105:2:1991:491-502|Gorringe Ridge+Oceanic lithosphere+Reflexion study+Deep structure
J|0127|Ronen,S.+Sorin,V.+Bale,R.|Spatial dealiasing of 3-D seismic reflection data||#GJI:105:2:1991:503-511|Reflexion study+Seismology+Seismic survey+Stacking
J|0128|Kiratzi,A.A.+Langston,C.A.|Moment tensor inversion of the 1983 January 17 Kefallinia event of Ionian Islands (Greece)||#GJI:105:2:1991:529-535|Moment tensor+Kefallinia+1983+Earthquake|Research note|#*KEFALLINIA
J|0129|Mussett,A.E.|Review of `The solid Earth' by C. M. R. Fowler||#GJI:105:2:1991:555-556|Review+Solid-earth geophysics+Plate tectonics+Seismology
J|0130|Main,I.G.|Review of `The mechanics of earthquakes and faulting' by C. H. Scholz||#GJI:105:2:1991:557-558|Review+Mechanics+Faulting
J|0131|Ricard,Y.+Bai,W-M.|Inferring the viscosity and the 3-D density structure of the mantle from geoid, topography and plate velocities||#GJI:105:3:1991:561-571|Mantle+Viscosity+Structure+Heterogeneity
J|0132|Okubo,S.|Potential and gravity changes raised by point dislocations||#GJI:105:3:1991:573-586|Dislocation+Gravity+Great earthquake
J|0133|Sato,H.|Viscosity of the upper mantle from laboratory creep and anelasticity measurements in peridotite at high pressure and temperature||#GJI:105:3:1991:587-599|Upper mantle+Creep+Iceland+Pacific Ocean+Anelasticity
J|0134|Vashisth,A.K.+Sharma,M.D.+Gogna,M.L.|Reflection and transmission of elastic waves at a loosely bonded interface between an elastic solid and liquid-saturated porous solid||#GJI:105:3:1991:601-617|Energy+Dissipation+Reflexion+Interface
J|0135|Ryberg,T.|A new approach to describe the seismic wavefield using higher order Gaussian beam modes||#GJI:105:3:1991:619-628|Propagation+Gaussian beam+Ray tracing+Theoretical seismogram
J|0136|Li,X-D.+Giardini,D.+Woodhouse,J.H.|The relative amplitudes of mantle heterogeneity in P velocity, S velocity and density from free-oscillation data||#GJI:105:3:1991:649-657|Free oscillation+Heterogeneity+Tomography+Mantle
J|0137|Young,P.A.V.+Maguire,P.K.H.+Laffoley,N.d'A.+|Implications of the distribution of seismicity near Lake Bogoria in the Kenya Rift||#GJI:105:3:1991:665-674|Microearthquake+Kenya+Rheology+Crust
J|0138|Iwasaki,T.+Hirata,N.+Kanazawa,T.+|Earthquake distribution in the subduction zone off eastern Hokkaido, Japan, deduced from ocean-bottom seismographic and land observations||#GJI:105:3:1991:693-711|Seismicity+Subduction+Kuril Trench+Hokkaido
J|0139|Zhao,L-S.+Helmberger,D.V.+Harkrider,D.G.|Shear-velocity structure of the crust and upper mantle beneath the Tibetan Plateau and southeastern China||#GJI:105:3:1991:713-730|Shear velocity+China+Tibet+Upper mantle
J|0140|Kumpel,H-J.|Poroelasticity: parameters reviewed||#GJI:105:3:1991:783-799|Porosity+Elasticity+Biot theory+Rock|Review paper
J|0141|Stammler,K.+Kind,R.+Kosarev,G.L.+|Broadband observations of PS conversions from the upper mantle in Eurasia||#GJI:105:3:1991:801-804|Broadband seismology+Converted wave+Upper mantle+Eurasia|Research note
J|0142|Webb,D.J.|Review of `Earth's rotation from eons to days' edited by P. Brosche and J. Sundermann||#GJI:105:3:1991:807-808|Review+Drilling+Germany+Profile
J|0143|Daly,M.C.|Review of `Principles of sedimentary basin analysis' by A. D. Miall||#GJI:105:3:1991:812|Review+Sedimentary basin+Reflexion study
J|0144|Burnley,P.C.+Green,H.W.+Prior,D.J.|Faulting associated with the olivine to spinel transformation in Mg2GeO4 and its implications for deep-focus earthquakes||#JGR:96:1:1991:425-443|Faulting+Olivine+Deep-focus earthquake+Spinel
J|0145|Snieder,R.+Beckers,J.+Neele,F.|The effect of small-scale structure on normal mode frequencies and global inversions||#JGR:96:1:1991:501-515|Modelling+Subduction+Spreading+Inversion
J|0146|Amato,A.+Biella,G.C.+De Franco,R.|Velocity structure of the Vulsinian volcanic complex (Latium, Italy) from seismic refraction data and three-dimensional inversion of travel times||#JGR:96:1:1991:517-535|Refraction study+Italy+Travel-times+Volcanic complex
J|0147|Ellefsen,K.J.+Cheng,C.H.+Toksoz,M.N.|Applications of perturbation theory to acoustic logging||#JGR:96:1:1991:537-549|Perturbation theory+Acoustic logging+Normal mode+Phase velocity
J|0148|Li,X-D.+Giardini,D.+Woodhouse,J.H.|Large-scale three-dimensional even-degree structure of the Earth from splitting of long-period normal modes||#JGR:96:1:1991:551-577|Splitting+Normal mode+Free oscillation+IDA
J|0149|Virieux,J.|Fast and accurate ray tracing by Hamiltonian perturbation||#JGR:96:1:1991:579-594|Perturbation theory+Ray tracing+Heterogeneity+Isotropic medium
J|0150|Forman,S.L.+Nelson,A.R.+McCalpin,J.P.|Thermoluminescence dating of fault-scarp-derived colluvium: deciphering the timing of paleoearthquakes on the Weber segment of the Wasatch fault zone, north central Utah||#JGR:96:1:1991:595-605|Wasatch Fault+Palaeoearthquake+Carbon dating+Sediment
J|0151|Zeng,Y-H.+Su,F.+Aki,K.|Scattering wave energy propagation in a random isotropic scattering medium 1. Theory||#JGR:96:1:1991:607-619|Scattering+Propagation+Isotropic medium+Wave theory
J|0152|Ukawa,M.|Collision and fan-shaped compressional stress pattern in the Izu block at the northern edge of the Philippine Sea plate||#JGR:96:1:1991:713-728|Stress+Izu+Focal mechanism+Collision
J|0153|Lawver,L.A.+Della Vedova,B.+Von Herzen,R.P.|Heat flow in Jane Basin, northwest Weddell Sea||#JGR:96:2:1991:2019-2038|Heat flow+Weddell Sea+Marine seismic investigation
J|0154|Beck,S.L.+Christensen,D.H.|Rupture process of the February 4, 1965, Rat Islands earthquake||#JGR:96:2:1991:2205-2221|Rat Island+Rupture+Earthquake+1965
J|0155|Scherbaum,F.+Sato,H.|Inversion of full seismogram envelopes based on the parabolic approximation: estimation of randomness and attenuation in southeast Honshu, Japan||#JGR:96:2:1991:2223-2232|Honshu+Inversion+Seismogram+Attenuation
J|0156|Shearer,P.M.+Toy,K.M.|PKP(BC) versus PKP(DF) differential travel times and aspherical structure in the Earth's inner core||#JGR:96:2:1991:2233-2247|PKP-wave+Travel-times+Inner core+Structure
J|0157|Bungum,H.+Alsaker,A.+Kvamme,L.B.+|Seismicity and seismotectonics of Norway and nearby continental shelf areas||#JGR:96:2:1991:2249-2265|Seismicity+Seismotectonics+Norway+Reflexion study
J|0158|Boyd,T.M.+Creager,K.C.|The geometry of Aleutian subduction: three-dimensional seismic imaging||#JGR:96:2:1991:2267-2291|Aleutian Islands+Subduction+Imaging+Location
J|0159|Creager,K.C.+Boyd,T.M.|The geometry of Aleutian subduction: three-dimensional kinematic flow model||#JGR:96:2:1991:2293-2307|Aleutian Islands+Subduction+Kinematics+Slab
J|0160|Dvorak,J.J.+Berrino,G.|Recent ground movement and seismic activity in Campi Flegrei, southern Italy: episodic growth of a resurgent dome||#JGR:96:2:1991:2309-2323|Seismicity+Levelling+Campi Flegrei+Dome
J|0161|Sedlock,R.L.+Hamilton,D.H.|Late Cenozoic tectonic evolution of southwestern California||#JGR:96:2:1991:2325-2351|Southern California+Seismicity+Evolution+Cenozoic
J|0162|Holdahl,S.R.+Dzurisin,D.|Time-dependent models of vertical deformation for the Yellowstone-Hebgen Lake region, 1923-1987||#JGR:96:2:1991:2465-2483|Uplift+Yellowstone+Levelling+Earthquake
J|0163|Speed,R.C.+Walker,J.A.|Oceanic crust of the Grenada Basin in the southern Lesser Antilles arc platform||#JGR:96:3:1991:3835-3851|Refraction study+Lesser Antilles+Oceanic crust+Tectonics
J|0164|Bangs,N.L.B.+Westbrook,G.K.|Seismic modeling of the decollement zone at the base of the Barbados Ridge accretionary complex||#JGR:96:3:1991:3853-3866|Reflexion study+Barbados+Modelling+Velocity profile
J|0165|Rotstein,Y.+Munschy,M.+Schlich,R.|Structure and early history of the Labuan Basin south Indian Ocean||#JGR:96:3:1991:3887-3904|Reflexion study+Indian Ocean+Structure+Tectonics
J|0166|Marcotte,D.+Pesant,A.|Ash flows and epithermal features of the Creede caldera in Colorado: feasibility of mapping with seismic techniques||#JGR:96:3:1991:4133-4143|Caldera+Colorado+Mapping+Seismic survey
J|0167|Murakami,H.|Surface wave propagation in a half-space with a single set of regular joints||#JGR:96:3:1991:4173-4186|Surface wave+Propagation+Half-space+Dispersion
J|0168|Fuis,G.S.+Ambos,E.L.+Mooney,W.D.+|Crustal structure of accreted terranes in southern Alaska, Chugach Mountains and Copper River Basin, from seismic refraction results||#JGR:96:3:1991:4187-4227|Refraction study+Crustal structure+Southern Alaska+Accretion
J|0169|Fuis,G.S.+Plafker,G.|Evolution of deep structure along the trans-Alaska crustal transect, Chugach Mountains and Copper River Basin, southern Alaska||#JGR:96:3:1991:4229-4253|Refraction study+Southern Alaska+Deep structure+Evolution
J|0170|Carlson,J.M.|Time intervals between characteristic earthquakes and correlations with smaller events: an analysis based on a mechanical model of a fault||#JGR:96:3:1991:4255-4267|Fault+Model+Time intervals+Aftershock
J|0171|Igarashi,G.+Wakita,H.|Tidal responses and earthquake-related changes in the water level of deep wells||#JGR:96:3:1991:4269-4278|Tide+Water level+Well+Japan
J|0172|Best,J.A.|Mantle reflections beneath the Montana Great Plains on Consortium for Continental Reflection Profiling seismic reflection data||#JGR:96:3:1991:4279-4288|Reflexion study+Montana+Upper mantle+Imaging
J|0173|Black,R.A.+Deemer,S.J.+Smithson,S.B.|Seismic reflection studies in Long Valley caldera, California||#JGR:96:3:1991:4289-4300|Reflexion study+Long Valley Caldera+Imaging+Magma
J|0174|Trifu,C-I.+Radulian,M.|Frequency-magnitude distribution of earthquakes in Vrancea: relevance for a discrete model||#JGR:96:3:1991:4301-4311|Frequency-magnitude relation+Vrancea+Intermediate-depth earthquake+Model
J|0175|Bjarnason,I.T.+Einarsson,P.|Source mechanism of the 1987 Vatnafjoll earthquake in south Iceland||#JGR:96:3:1991:4313-4324|Iceland+Earthquake+1987+Focal mechanism||#*ICELAND87
J|0176|Savage,J.C.+Plafker,G.|Tide gage measurements of uplift along the south coast of Alaska||#JGR:96:3:1991:4325-4335|Uplift+Tide+Southern Alaska+Recurrence
J|0177|Chery,J.+Vilotte,J.P.+Daignieres,M.|Thermomechanical evolution of a thinned continental lithosphere under compression: implications for the Pyrenees||#JGR:96:3:1991:4385-4412|Profile+Pyrenees+Geodynamics+Evolution
J|0178|Wang,C-Y.+Kastens,K.+Hwang,W-T.|Rapid subsidence of small oceanic basins: a study of the Marsili Basin, central Mediterranean||#JGR:96:3:1991:4413-4421|Mediterranean+Profile+Subsidence+Thermal evolution
J|0179|Collot,J.Y.+Fisher,M.A.|The collision zone between the north d'Entrecasteaux Ridge and the New Hebrides island arc 1. Sea beam morphology and shallow structure||#JGR:96:3:1991:4457-4478|Marine seismic investigation+New Hebrides+Structure+Morphology
J|0180|Fisher,M.A.+Collot,J.Y.+Geist,E.L.|The collision zone between the north d'Entrecasteaux Ridge and the New Hebrides island arc 2. Structure from multichannel seismic data||#JGR:96:3:1991:4479-4495|Marine seismic investigation+New Hebrides+Structure+Collision
J|0181|Nobes,D.C.+Mienert,J.+Mwenifumbo,C.J.|An estimate of the heat flow on the Meteor Rise, subantarctic South Atlantic||#JGR:96:4:1991:5947-5953|South Atlantic+Heat flow+Reflexion study+Ocean Drilling Programme
J|0182|Gardner,J.V.+Field,M.E.+Lee,H.+|Ground-truthing 6.5-kHz side scan sonographs: what are we really imaging?||#JGR:96:4:1991:5955-5974|GLORIA+Imaging+Southern California+Sediment
J|0183|Davis,E.E.+Horel,G.C.+MacDonald,R.D.+|Pore pressures and permeabilities measured in marine sediments with a tethered probe||#JGR:96:4:1991:5975-5984|Reflexion study+Cascadia subduction zone+Pore pressure+Sediment
J|0184|Fisk,M.D.+McCartor,G.D.|The phase screen method for vector elastic waves||#JGR:96:4:1991:5985-6010|Elastic wave+Phase+Propagation+Synthetic seismogram
J|0185|Lomnitz-Adler,J.|Model for steady state friction||#JGR:96:4:1991:6121-6131|Friction+Velocity+Asperity+Model
J|0186|Goldstein,P.+Archuleta,R.J.|Deterministic frequency-wavenumber methods and direct measurements of rupture propagation during earthquakes using a dense array: theory and methods||#JGR:96:4:1991:6173-6185|Rupture+Array+Wavenumber+Synthetic seismogram
J|0187|Goldstein,P.+Archuleta,R.J.|Deterministic frequency-wavenumber methods and direct measurements of rupture propagation during earthquakes using a dense array: data analysis||#JGR:96:4:1991:6187-6198|Wavenumber+Array+Rupture+Taiwan
J|0188|Ferrazzini,V.+Aki,K.+Chouet,B.|Characteristics of seismic waves composing Hawaiian volcanic tremor and gas-piston events observed by a near-source array||#JGR:96:4:1991:6199-6209|Volcanic tremor+Hawaii+Seismic waves+Array
J|0189|Ohtsu,M.|Simplified moment tensor analysis and unified decomposition of acoustic emission source: application to in situ hydrofracturing test||#JGR:96:4:1991:6211-6221|Moment tensor+Acoustic emission+Decomposition+Source
J|0190|O'Connell,D.R.H.+Johnson,L.R.|Progressive inversion for hypocenters and P wave and S wave velocity structure: application to the Geysers, California, geothermal field||#JGR:96:4:1991:6223-6236|P-wave+S-wave+Velocity+Geysers, The
J|0191|Taylor,S.R.+Denny,M.D.|An analysis of spectral differences between Nevada Test Site and Shagan River nuclear explosions||#JGR:96:4:1991:6237-6245|Spectral analysis+Nevada Test Site+Shagan River Test Site+Nuclear explosion
J|0192|Catchings,R.D.+Mooney,W.D.|Basin and Range crustal and upper mantle structure, northwest to central Nevada||#JGR:96:4:1991:6247-6267|Refraction study+Reflexion study+Basin & Range+Crustal structure+Upper mantle
J|0193|Frankel,A.|Mechanisms of seismic attenuation in the crust: scattering and anelasticity in New York State, South Africa, and southern California||#JGR:96:4:1991:6269-6289|Attenuation+Crust+Scattering+Anelasticity
J|0194|Frankel,A.|High-frequency spectral falloff of earthquakes, fractal dimension of complex rupture, b value, and the scaling of strength on faults||#JGR:96:4:1991:6291-6302|Fault+b-Value+Rupture+Falloff rate
J|0195|Michael,A.J.|Spatial variations in stress within the 1987 Whittier Narrows, California, aftershock sequence: new techniques and results||#JGR:96:4:1991:6303-6319|Stress+Earthquake+1987+Whittier Narrows||#*WHITTIER
J|0196|Gubbins,D.+Snieder,R.|Dispersion of P waves in subducted lithosphere: evidence for an eclogite layer||#JGR:96:4:1991:6321-6333|Dispersion+P-wave+Subduction+Lithosphere
J|0197|Davis,S.D.+Frohlich,C.|Single-link cluster analysis of earthquake aftershocks: decay laws and regional variations||#JGR:96:4:1991:6335-6350|Cluster analysis+Aftershock+Decay+Regional study
J|0198|Woodward,R.L.+Masters,G.|Global upper mantle structure from long-period differential travel times||#JGR:96:4:1991:6351-6377|Upper mantle+Long-period seismogram+Differential travel-times+Tomography
J|0199|Abers,G.A.+Roecker,S.W.|Deep structure of an arc-continent collision: earthquake relocation and inversion for upper mantle P and S wave velocities beneath Papua New Guinea||#JGR:96:4:1991:6379-6401|Collision+Inversion+Papua New Guinea+Deep structure
J|0200|Crampin,S.+Booth,D.C.+Evans,R.+|Comment on `Quantitative measurements of shear wave polarizations at the Anza seismic network, southern California: implications for shear wave splitting and earthquake prediction' by R. C. Aster, P. M. Shearer and J. Berger||#JGR:96:4:1991:6403-6414|Comments+Shear wave splitting+Anza+Prediction|With a reply by the authors
J|0201|Mooney,W.D.|Introduction to special section on EDGE and related seismic projects, onshore-offshore California||#JGR:96:4:1991:6421|Continental margin+Profile+California
J|0202|Ewing,J.+Talwani,M.|Marine deep seismic reflection profiles off central California||#JGR:96:4:1991:6423-6433|Marine seismic investigation+California+Oceanic crust+Reflexion study
J|0203|Clark,D.H.+Hall,N.T.+Hamilton,D.H.+|Structural analysis of Late Neogene deformation in the central offshore Santa Maria Basin, California||#JGR:96:4:1991:6435-6457|Structure+Common depth point+California+Deformation
J|0204|McIntosh,K.D.+Reed,D.L.+Silver,E.A.+|Deep structure and structural inversion along the central California continental margin from EDGE seismic profile RU-3||#JGR:96:4:1991:6459-6473|Deep structure+Profile+California+Continental margin
J|0205|Meltzer,A.S.+Levander,A.R.|Deep crustal reflection profiling offshore southern central California||#JGR:96:4:1991:6475-6491|Reflexion study+California+Deep crust+Faulting
J|0206|Trehu,A.M.|Tracing the subducted oceanic crust beneath the central California continental margin: results from ocean bottom seismometers deployed during the 1986 Pacific gas and electric EDGE experiment||#JGR:96:4:1991:6493-6506|Oceanic crust+California+Subduction+Ocean-bottom seismometer
J|0207|Henry,P.+Le Pichon,X.|Fluid flow along a decollement layer: a model applied to the 16degreesN section of the Barbados accretionary wedge||#JGR:96:4:1991:6507-6528|Barbados+Wedge+Seismic survey+Fluid
J|0208|Cordell,L.+Zorin,Yu.A.+Keller,G.R.|The decompensative gravity anomaly and deep structure of the region of the Rio Grande rift||#JGR:96:4:1991:6557-6568|Gravity+Deep structure+Rio Grande Rift+Mohorovicic discontinuity
J|0209|Bartek,L.R.+Vail,P.R.+Anderson,J.B.+|Effect of Cenozoic ice sheet fluctuations in Antarctica on the stratigraphic signature of the Neogene||#JGR:96:4:1991:6753-6778|Profile+Antarctica+Ice sheets+Stratigraphy
J|0210|Sarwar,A.K.M.|Impedance inversion experiments with simulated data||#JGR:96:5:1991:7947-7960|Impedance+Inversion+Synthetic seismogram+Profile
J|0211|Naar,D.F.+Hey,R.N.|Tectonic evolution of the Easter microplate||#JGR:96:5:1991:7961-7993|Easter Islands+Tectonics+Evolution+Microplate+Mechanism
J|0212|Edwards,M.H.+Fornari,D.J.+Malinverno,A.+|The regional tectonic fabric of the East Pacific Rise from 12degrees50'N to 15degrees10'N||#JGR:96:5:1991:7995-8017|East Pacific Rise+Tectonics+Seismics+Marine geophysical investigation
J|0213|Mitchell,N.C.|Distributed extension at the Indian Ocean triple junction||#JGR:96:5:1991:8019-8043|Indian Ocean+Triple junction+Extension+Seismics
J|0214|Marks,K.M.+Sandwell,D.T.|Analysis of geoid height versus topography for oceanic plateaus and swells using nonbiased linear regression||#JGR:96:5:1991:8045-8055|Geoid+Topography+Mohorovicic discontinuity+Refraction study+Oceanic crust
J|0215|Hauksson,E.+Jones,L.M.|The 1988 and 1990 Upland earthquakes: left lateral faulting adjacent to the central Transverse Ranges||#JGR:96:5:1991:8143-8165|Transverse Ranges+1988+1990+Earthquake+Faulting||#*UPLAND88|#*SCALIFORNIA90
J|0216|Tanimoto,T.|Waveform inversion for three-dimensional density and S wave structure||#JGR:96:5:1991:8167-8189|Waveform+Density+S-wave+Structure
J|0217|Lindwall,D.A.|Old Pacific crust near Hawaii: a seismic view||#JGR:96:5:1991:8191-8203|Oceanic crust+Hawaii+Structure+Refraction study
J|0218|Fukuyama,E.|Inversion for the rupture details of the 1987 east Chiba earthquake, Japan, using a fault model based on the distribution of relocated aftershocks||#JGR:96:5:1991:8205-8217|Rupture+1987+Chiba+Aftershock||#*HONSHU87
J|0219|Mathews,P.M.+Buffett,B.A.+Herring,T.A.+|Forced nutations of the Earth: influence of inner core dynamics 1. Theory||#JGR:96:5:1991:8219-8242|Nutation+Inner core+Earth model
J|0220|Mathews,P.M.+Buffett,B.A.+Herring,T.A.+|Forced nutations of the Earth: influence of inner core dynamics 2. Numerical results and comparisons||#JGR:96:5:1991:8243-8257|Nutation+Inner core+Earth model
J|0221|De Vries,D.+Wahr,J.M.|The effects of the solid inner core and nonhydrostatic structure on the Earth's forced nutations and Earth tides||#JGR:96:5:1991:8275-8293|Inner core+Nutation+Earth tide+Earth structure
J|0222|Ribe,N.M.+Yu,Y.|A theory for plastic deformation and textural evolution of olivine polycrystals||#JGR:96:5:1991:8325-8335|Anisotropy+Deformation+Evolution+Olivine
J|0223|Yamashita,T.+Ohnaka,M.|Nucleation process of unstable rupture in the brittle regime: a theoretical approach based on experimentally inferred relations||#JGR:96:5:1991:8351-8367|Nucleation+Rupture+Crack+Slip
J|0224|Lisowski,M.+Savage,J.C.+Prescott,W.H.|The velocity field along the San Andreas fault in central and southern California||#JGR:96:5:1991:8369-8389|Velocity+California+San Andreas Fault+Geodetic survey
J|0225|Gable,C.W.+O'Connell,R.J.|Convection in three dimensions with surface plates: generation of toroidal flow||#JGR:96:5:1991:8391-8405|Mantle convection+Plate tectonics+Flow
J|0226|Ricard,Y.+Doglioni,C.+Sabadini,R.|Differential rotation between lithosphere and mantle: a consequence of lateral mantle viscosity variations||#JGR:96:5:1991:8407-8415|Lithosphere+Mantle+Viscosity+Plate motion
J|0227|Stark,C.P.+Stark,J.A.|Seismic fluids and percolation theory||#JGR:96:5:1991:8417-8426|Fluid+Percolation+Large earthquake+Fault
J|0228|Erickson,S.G.+Wiltschko,D.V.|Spatially heterogeneous strength in thrust fault zones||#JGR:96:5:1991:8427-8439|Thrust fault+Montana+Deformation+Strength
J|0229|Marone,C.J.+Scholtz,C.H.+Bilham,R.|On the mechanics of earthquake afterslip||#JGR:96:5:1991:8441-8452|Aftershock+Mechanics+Large earthquake+Friction
J|0230|Pearson,C.|Distribution of geodetic shear strains across the Alpine fault zone: Haast, New Zealand||#JGR:96:5:1991:8465-8473|Fault+New Zealand+Strain+Geodetic survey
J|0231|Copeland,P.+Harrison,T.M.+Hodges,K.V.+|An early Pliocene thermal disturbance of the main central thrust, central Nepal: implications for Himalayan tectonics||#JGR:96:5:1991:8475-8500|Nepal+Thrust+Tectonics+Thermal model
J|0232|Minshull,T.A.+White,R.S.+Mutter,J.C.+|Crustal structure at the Blake Spur fracture zone from expanding spread profiles||#JGR:96:6:1991:9955-9984|Blake Spur+North Atlantic+Marine seismic investigation+Crustal structure+Spread
J|0233|Klaus,A.+Icay,W.+Naar,D.F.+|SeaMARC II survey of a propagating limb of a large nontransform offset near 29degreesS along the fastest spreading East Pacific Rise segment||#JGR:96:6:1991:9985-9998|Marine geophysical investigation+East Pacific Rise+Spreading+Seismics
J|0234|Rigden,S.M.+Jackson,I.|Elasticity of germanate and silicate spinels at high pressure||#JGR:96:6:1991:9999-10006|Spinel+Velocity+Shear wave+Compressional wave+High pressure
J|0235|Zang,A.+Stockl,H.|Numerical study on crack evolution in diagenetically consolidated sandstones||#JGR:96:6:1991:10039-10048|Crack+Evolution+Sandstone+Finite element method
J|0236|Lister,J.R.+Kerr,R.C.|Fluid-mechanical models of crack propagation and their application to magma transport in dykes||#JGR:96:6:1991:10049-10077|Fluid+Crack+Propagation+Magma
J|0237|Parfitt,E.A.|The role of rift zone storage in controlling the site and timing of eruptions and intrusions of Kilauea volcano, Hawaii||#JGR:96:6:1991:10101-10112|Kilauea+Eruption+Volcanic tremor+Rift||#*HILO
J|0238|Halderman,T.P.+Davis,P.M.|Qp beneath the Rio Grande and East African rift zones||#JGR:96:6:1991:10113-10128|Rio Grande Rift+East African Rift+Q+P-wave
J|0239|Barker,J.S.+Hartzell,S.H.+Burdick,L.J.+|Analysis of local seismic waveforms from underground nuclear explosions: forward modelling for effective source functions at Pahute Mesa||#JGR:96:6:1991:10129-10143|Nuclear explosion+Source-time function+Pahute Mesa
J|0240|Pratt,T.L.+Hauser,E.C.+Hearn,T.M.+|Reflection polarity of the midcrustal Surrency bright spot beneath southeastern Georgia: testing the fluid hypothesis||#JGR:96:6:1991:10145-10158|Georgia+Reflexion study+Crust+Fluid
J|0241|Li,Y.+Thurber,C.H.|Hypocenter constraint with regional seismic data: a theoretical analysis for the Natural Resources Defense Council Network in Kazakhstan, USSR||#JGR:96:6:1991:10159-10176|Hypocentre+Kazakhstan+Network+Crustal structure
J|0242|Chouet,B.+Shaw,H.R.|Fractal properties of tremor and gas piston events observed at Kilauea volcano, Hawaii||#JGR:96:6:1991:10177-10189|Fractal analysis+Volcanic tremor+Kilauea+Array
J|0243|Shaw,H.R.+Chouet,B.|Fractal hierarchies of magma transport in Hawaii and critical self-organization of tremor||#JGR:96:6:1991:10191-10207|Fractal analysis+Magma+Hawaii+Volcanic tremor
J|0244|Quilty,E.G.+Roeloffs,E.A.|Removal of barometric pressure response from water level data||#JGR:96:6:1991:10209-10218|Atmospheric pressure+Water level+Prediction+Parkfield
J|0245|Willemann,R.J.|Stress propagation and strain rate in subducted lithosphere||#JGR:96:6:1991:10219-10232|Lithosphere+Subduction+Stress+Strain+Focal mechanism
J|0246|Brocher,T.M.+Nokleberg,W.J.+Christensen,N.I.+|Seismic reflection/refraction mapping of faulting and regional dips in the eastern Alaska Range||#JGR:96:6:1991:10233-10249|Alaska+Upper crust+Reflexion study+Refraction study
J|0247|Levander,A.R.+Gibson,B.S.|Wide-angle seismic reflections from two-dimensional random target zones||#JGR:96:6:1991:10251-10260|Reflexion study+Common midpoint+Upper crust+Germany
J|0248|Gibson,B.S.|Analysis of lateral coherency in wide-angle seismic images of heterogeneous targets||#JGR:96:6:1991:10261-10273|Image+Coherency+Reflexion study+Refraction study+Basin & Range
J|0249|Bird,P.|Lateral extrusion of lower crust from under high topography, in the isostatic limit||#JGR:96:6:1991:10275-10286|Lower crust+Isostasy+Mohorovicic discontinuity+Extrusion
J|0250|Xiao,H-B.+Dahlen,F.A.+Suppe,J.|Mechanics of extensional wedges||#JGR:96:6:1991:10301-10318|Mexico, G. of+Reflexion study+Mechanics+Wedge
J|0251|Larsen,S.+Reilinger,R.|Age constraints for the present fault configuration in the Imperial Valley, California: evidence for northwestward propagation of the Gulf of California rift system||#JGR:96:6:1991:10339-10346|Age+Fault+Imperial Valley+Seismicity||#*IMPERIAL|#*SUPERSTITION87|#*ELMORE87
J|0252|Okada,Y.+Yamamoto,E.|Dyke intrusion model for the 1989 seismovolcanic activity off Ito, central Japan||#JGR:96:6:1991:10361-10376|1989+Izu Peninsula+Swarm+Volcanism||#*OFFIZUPEN89A|#*OFFIZUPEN89B
J|0253|Takemoto,S.|Some problems on detection of earthquake precursors by means of continuous monitoring of crustal strains and tilts||#JGR:96:6:1991:10377-10390|Precursor+Strain+Tilt+Kyoto
J|0254|Rybicki,K.R.|On faulting in the presence of an inhomogeneity plane strain model|With Polish abstract|#APL:38:4:1990:339-353|Faulting+Lateral inhomogeneity+Model+Strain
J|0255|Teisseyre,R.+Majewski,E.|Thermodynamics of line defects and earthquake processes|With Polish abstract|#APL:38:4:1990:355-373|Thermodynamics+Defect+Seismic process+Rebound
J|0256|Grad,M.+Tran Trung Doan|P- and S-wave travel times and upper mantle structure for the South China Sea region|With Polish abstract|#APL:38:4:1990:375-382|South China Sea+Travel-times+Structure+Upper mantle
J|0257|Biagi,P.F.+Manjavidze,J.D.+Manjgaladze,P.V.+|Propagation of shear waves across a non-rigid contact of two solid media|With Polish abstract|#APL:38:4:1990:383-393|Propagation+Shear wave+Solid medium+Interface
J|0258|Tajuddin,M.+Iqbal Ahmed,S.|Stoneley waves in poroelastic solids|With Polish abstract|#APL:38:4:1990:395-405|Stoneley wave+Biot theory+Elastic medium+Porous medium
J|0259|Domanski,B.M.|Analysis of energy stability of stress singularities in an elastic medium|With Polish abstract|#APL:38:4:1990:407-415|Energy+Stress+Elastic medium+Crack
J|0260|Czechowski,Z.|The evolution of size distribution of cracks||#APL:39:1:1991:3-19|Crack+Size+Energy+Kinetics
J|0261|Senatorski,P.|Moving group of dislocations as the model of a propagating crack||#APL:39:1:1991:21-31|Crack+Dislocation+Propagation+Stress
J|0262|Singh,I.+Singh,S.J.|Surface waves in prestressed elastic media||#APL:39:1:1991:33-45|Surface wave+Elastic medium+Half-space+Propagation
J|0263|Glowacka,E.+Pilecki,Z.|Seismo-acoustic anomalies and evaluation of seismic hazard at the "Marcel" coal mine||#APL:39:1:1991:47-59|Probability+Anomaly+Hazard+Coal mine
J|0264|Majewski,E.|The finite amplitude convection in an anisotropic Earth's mantle||#APL:39:1:1991:61-77|Mantle convection+Hydrodynamics+Anisotropy
J|0265|Ernst,T.+Marianiuk,J.+Rozluski,C.P.+|Analysis of the magneto-telluric recordings from the Friuli seismic zone, NE Italy||#APL:39:2:1991:129-158|Magnetotellurics+Friuli+Correlation+Activity
J|0266|Droste,Z.|Energy release in the earthquake rebound modelling||#APL:39:2:1991:159-178|Energy+Rebound+Modelling+Sequence
J|0267|Perchuc,E.|VP/VS ratio as an indicator of crustal layers and petrological implications: an example of SVEKA profile||#APL:39:2:1991:179-214|Finland+Velocity+SVEKA+Deep seismic sounding+Structure
J|0268|Tajuddin,M.|Love waves in non-homogeneous anisotropic poroelastic layer resting on different types of bases||#APL:39:2:1991:215-222|Love wave+Elastic medium+Propagation+Inhomogeneous medium
J|0269|Nguyen Kim Lap|Seismic activity of the Indochina Peninsula||#APL:39:2:1991:223-231|Activity+0114-1988+Indo-China+Seismicity
J|0270|Vigneresse,J.L.+Cuney,M.|What can we learn about crustal structure from thermal data?||#TRN:3:1:1991:28-34|Crustal structure+Heat flow+Velocity structure+Granulite
J|0271|Lokshtanov,D.E.+Ruud,B.O.+Husebye,E.S.|The upper crust lower velocity layer; a Rayleigh (Rg) phase velocity study from SE Norway||#TRN:3:1:1991:49-56|Upper crust+Low-velocity layer+Rayleigh wave+Norway
J|0272|Giardini,D.+Velona,M.|The deep seismicity of the Tyrrhenian Sea||#TRN:3:1:1991:57-64|Seismicity+Deep earthquake+Tyrrhenian Sea+Slab
J|0273|Meghraoui,M.|Blind reverse faulting system associated with the Mont Chenoua-Tipaza earthquake of 29 October 1989 (north-central Algeria)||#TRN:3:1:1991:84-93|Earthquake+1989+Algeria+Fault||#*ALGERIA89
J|0274|Mendes Victor,L.A.+Viana Baptista,M.A.+Simoes,J.Z.|Destructive earthquakes and tsunami warning system||#TRN:3:2:1991:119-121|Tsunami+Warning+Destructive earthquake+Portugal
J|0275|Spann,H.+Brudy,M.+Fuchs,K.|Stress evaluation in offshore regions of Norway||#TRN:3:2:1991:148-152|Stress+Offshore+Norway+Borehole
J|0276|Gutscher,M-A.|Gravity interpretation along seismic reflection profile DEKORP 9-N (northern Rhine Graben)||#TRN:3:2:1991:166-174|Gravity+Reflexion study+DEKORP+Rhine-Graben
J|0277|Caillet,G.+Sejourne,C.+Grauls,D.+|The hydrodynamics of the Snorre Field area, offshore Norway||#TRN:3:2:1991:179-193|Low-velocity layer+Hydrodynamics+Offshore+Norway+Hydrocarbon
J|0278|Ambraseys,N.N.|The Rukwa earthquake of 13 December 1910 in East Africa||#TRN:3:2:1991:202-211|1910+Earthquake+East Africa+Isoseismal map
J|0279|Muir-Wood,R.|Editorial||#TRN:3:3:1991:232|History+Earthquake catalogue
J|0280|Ruffet,C.+Gueguen,Y.+Darot,M.|Rock conductivity and fractal nature of porosity||#TRN:3:3:1991:265-275|Electrical conductivity+Rock+Fractal+Porosity
J|0281|Nava,F.A.|Assessment of possible peak accelerations through stochastic variations||#TRN:3:3:1991:289-293|Maximum acceleration+Statistical method+Accelerogram
J|0282|Perissoratis,C.+Van Andel,T.H.|Sea-level changes and tectonics in the Quaternary extensional basin of the South Evvoikos Gulf, Greece||#TRN:3:3:1991:294-302|Sea level+Tectonics+Greece+Reflexion study
J|0283|Zhu,Y-Q.+Shi,Y-L.|Nonlinear dynamic modelling in seismicity analysis|In Chinese with English abstract|#AGS:34:1:1991:20-31|Nonlinearity+Modelling+Seismicity+Fault
J|0284|Teng,C-K.+Bai,W-M.+Wang,X-H.|Energy accumulation of seismogenic process before subcritical spreading in rheological medium|In Chinese with English abstract|#AGS:34:1:1991:32-41|Seismogenesis+Energy+Rheology+1975
J|0285|Wang,S-Y.+Ni,J.+Ma,Z-J.+|The characteristics of fault plane solutions and focal depths of strong earthquakes in North China|In Chinese with English abstract|#AGS:34:1:1991:42-54|Fault plane solution+Depth+Strong earthquake+North China||#*HEZE|#*WUYUAN|#*LIYANG
J|0286|Xiong,S-B.+Jin,D-M.+Sun,K-Z.+|Some characteristics of deep structure of the Zhangzhou geothermal field and its neighbourhood in the Fujian Province|In Chinese with English abstract|#AGS:34:1:1991:55-63|Refraction study+Crustal structure+Fujian+Low-velocity layer
J|0287|Wu,Z-M.+Cao,Z-Q.|Review on intensity of Damxung earthquake (MS=7.5) in 1952, Tibet|In Chinese with English abstract|#AGS:34:1:1991:64-72|Earthquake+1952+Intensity+Tibet
J|0288|Huang,L-J.+Yang,W-C.|Inversion of the acoustic wave equation by inverse scattering in a medium of linear reference velocity|In Chinese with English abstract|#AGS:34:1:1991:89-98|Inversion+Acoustic wave+Born approximation+Scattering
J|0289|Sun,S-H.+Niu,Y-L.|The application of AVO technique under the condition of thin interbed series|In Chinese with English abstract|#AGS:34:1:1991:99-106|Common depth point+Gas sand+Reflexion
J|0290|Gu,G-X.|On the present status of the progress of researches for exploring the possibility of direct detection of hydrocarbon by geophysics|In Chinese with English abstract|#AGS:34:1:1991:107-114|Hydrocarbon+Reflexion coefficient+Exploration+Poisson's ratio
J|0291|Tang,X-M.+Cheng,C.H.|On the "resonant compressional and shear waves" in a fluid-filled borehole|In Chinese with English abstract|#AGS:34:1:1991:125-128|Borehole+Fluid+Shear wave+Compressional wave
J|0292|Zhu,J-S.+Chun,K-Y.+Luo,X.+|Imaging three dimensional crustal velocity structure along the Adirondack-western Quebec seismic zone|In Chinese with English abstract|#AGS:34:2:1991:161-171|Velocity structure+Tomography+Adirondack Mts+Quebec
J|0293|Chen,G-Y.+Song,Z-H.+An,C-Q.+|Three-dimensional crust and upper mantle structure of the North China region|In Chinese with English abstract|#AGS:34:2:1991:172-181|North China+Crust+Upper mantle+Velocity structure
J|0294|Dong,Q-D.+Wang,K-X.+Luo,C-S.+|Resonance and attenuation of the head wave in a fluid-filled borehole|In Chinese with English abstract|#AGS:34:2:1991:228-239|Resonance+Attenuation+Head wave+Borehole
J|0295|Tian,G.+Chang,H-M.+He,J-D.|Application of wave equation tomography to seismic data processing|In Chinese with English abstract|#AGS:34:2:1991:240-247|Wave equation+Tomography+Data processing+Radon transform
J|0296|Dong,M-Y.+Wang,Z-H.|Adaptive time-variable deconvolution for seismic data using Kalman predictor model|In Chinese with English abstract|#AGS:34:2:1991:248-258|Deconvolution+Kalman filter+Reflexion study+Temporal variation
J|0297|Zeng,R-S.+Zhu,L-P.+He,Z-Q.+|A seismic source model of the large earthquakes in North China extensional basin and discussions on the genetic processes of the extensional basin and earthquakes|In Chinese with English abstract|#AGS:34:3:1991:288-301|North China Basin+Large earthquake+Source model+Seismic process
J|0298|Ye,Z-R.+Teng,C-K.+Xie,X-B.|Shear heating instability and its application to the study of mechanism of deep focus earthquakes|In Chinese with English abstract|#AGS:34:3:1991:302-308|Deep-focus earthquake+Mechanism+Instability+Heating
J|0299|Wang,K.+Yao,Z-X.|Upper mantle P velocity structure of southern China|In Chinese with English abstract|#AGS:34:3:1991:309-317|Upper mantle+Velocity structure+China+P-wave
J|0300|Sun,W-K.|Love functions and their derivatives and tidal deformation in the interior of the Earth|In Chinese with English abstract|#AGS:34:3:1991:318-328|Triggering+Earth tide+Deformation+Love function
J|0301|Chen,G-L.+Zhou,R-D.|An experimental study concerning the macroscopic effect of water on the deformation and failure of loaded rocks|In Chinese with English abstract|#AGS:34:3:1991:335-342|Deformation+Water+Rock mechanics+Rupture
J|0302|Gan,Y-Z.+Xiong,W-G.|Wave equation migration after common receiving point slant stacks|In Chinese with English abstract|#AGS:34:3:1991:361-368|Wave equation+Migration+Slant stack+Common midpoint
J|0303|Meng,J-C.+Cai,X-M.|Approach on satellite gravity gradiometry and its vistas of applications|In Chinese with English abstract|#AGS:34:3:1991:369-376|Gravity+Satellite+Field
J|0304|Song,X-L.+Mao,H-Q.|Study of the tidal gravity standard in Wuchang|In Chinese with English abstract|#AGS:34:3:1991:381-385|Earth tide+Wuchang
J|0305|Lin,H.|High pressure state parameters of fluid-saturated sandstones|In Chinese with English abstract|#AGS:34:3:1991:386-389|High pressure+Sandstone+Saturation+Wave velocity
J|0306|Cong,W-X.+Feng,Y-J.|Fourier transform method of simulating seismic wave in heterogeneous elastic media|In Chinese with English abstract|#AGS:34:3:1991:390-394|Fourier transform+Seismic waves+Elastic medium+Simulation
J|0307|Takeda,T.+Yamanobe,S.+Ichinomiya,T.|A seismic damage assessment of RC bridges|In Japanese with English abstract on p8|#AKR:39:10:1991:73-80|Damage+Bridge+Reinforced concrete
J|0308|Kobori,T.+Takahashi,M.+Nasu,T.+|Development of active variable stiffness (AVS) system for seismic-response controlled structure|In Japanese with English abstract on p8-9|#AKR:39:10:1991:81-90|Earthquake-resistant design+Building+Stiffness+Shake table
J|0309|Yamada,T.+Kanda,T.|A simple method for evaluation of damage concentration coefficient on seismic PSA of reactor buildings|In Japanese with English abstract on p13|#AKR:39:10:1991:113-116|Safety+Nuclear power plant+Damage
J|0310|Niwa,M.+Ohta,T.+Ikeura,T.+|Strong ground-motion evaluation for aseismatic design (part 2)|In Japanese with English abstract on p13-14|#AKR:39:10:1991:117-124|Aseismic design+Ground motion+Building
J|0311|Ohta,T.+Niwa,M.+Kiyota,Y.+|Advanced seismic design of highrise buildings on soft alluvial soils|In Japanese with English abstract on p14-15|#AKR:39:10:1991:125-132|Building+Aseismic design+Soil
J|0312|Koshida,H.+Yasaka,A.+Yamaya,H.|Base isolation system for earthquake protection and vibration isolation of structures (Part 9) - vibration tests and earthquake observation results from a 9-story base-isolated building|In Japanese with English abstract on p15-16|#AKR:39:10:1991:133-140|Base isolation system+Building+Vibration
J|0313|Andow,K.|Base isolation system for earthquake protection and vibration isolation of structures (part 10) - Vibration isolation characteristics of Toshin 24 Ohmori building|In Japanese with English abstract on p16-17|#AKR:39:10:1991:141-147|Base isolation system+Building+Vibration
J|0314|Kobayashi,T.+Igarashi,K.+Nakayama,T.|Dynamic characteristics of floating foundation for a shaking table|In Japanese with English abstract on p17|#AKR:39:10:1991:149-154|Structural dynamics+Foundation+Shake table
J|0315|Naitou,Y.+Iizuka,M.+Honda,M.+|Methods of adjusting damping factor using visco-elastic material|In Japanese with English abstract on p18|#AKR:39:10:1991:157-162|Damper+Building
J|0316|Sugahara,T.+Hayashi,H.+Yamada,T.|Modeling the nonlinear shear stress-strain behavior of soils (part 2)|In Japanese with English abstract on p20-21|#AKR:39:10:1991:183-188|Modelling+Soil+Shear stress
J|0317|Aoki,K.+Toida,M.+Shiogama,Y.+|Determination of hydraulic conductivities of jointed rock mass by crosshole permeability test (part 2)|In Japanese with English abstract on p22-23|#AKR:39:10:1991:201-206|Hydraulics+Rock+Cross-hole+Joint
J|0318|Kiyota,Y.+Tamura,H.|Dynamic deformation characteristics of sandy soil under cyclic shear stresses|In Japanese with English abstract on p23|#AKR:39:10:1991:207-214|Dynamics+Deformation+Soil
J|0319|Kinoshita,F.+Mochida,S.+Takesue,K.|Application of seismic exploration techniques to measurement of position of slanted bore hole|In Japanese with English abstract on p24|#AKR:39:10:1991:215-222|Borehole+Technique+Seismic waves
J|0320|Xiao,W-W.|Source parameters of small earthquakes before and after the 1982 Lulong earthquake||#ASS:4:1:1991:1-14|Source parameter+Small earthquake+1982+Lulong
J|0321|Zhang,T-Z.+Gao,L-S.+Zhang,W-P.|The Q-factor and its time window dependence in the area of western-Yunnan seismological experiment site||#ASS:4:1:1991:15-28|Q+Time dependence+Yunnan+Data processing
J|0322|Qian,H.+Luo,Z-L.+Wen,X-Z.|Preliminary study of characteristic earthquakes of the Xianshuihe fault zone||#ASS:4:1:1991:29-42|Xianshuihe+Recurrence+Segmentation+Characteristic earthquake||#*LUHUO|#*DAOFU
J|0323|Lei,X-L.+Shao,X-Z.+Zhang,J-R.|Digital filtering of converted seismic waves||#ASS:4:1:1991:43-53|Digital processing+Filtering+Converted wave
J|0324|Wang,P-D.+Wu,F.T.+Chen,Y-T.|Temporal and spatial distribution of two consecutive earthquake ruptures||#ASS:4:1:1991:55-61|Rupture+Temporal distribution+Spatial distribution+Doublet
J|0325|Niu,Z-R.+Chen,D-M.+Li,B-Q.|Effects of barriers and asperities on seismic moment||#ASS:4:1:1991:63-76|Asperity+Moment+Barrier+Source
J|0326|Chen,Y.+Yang,X-W.+Han,B.|Spatial variations of P wave velocity field in the process of rock deformation||#ASS:4:1:1991:77-85|P-wave+Spatial variation+Deformation+Travel-times
J|0327|Zhang,Z-D.+Zheng,J-H.+Feng,C-G.|Adjustment variation of stress field in China with the M7.7 Akita earthquake, Japan of 1983||#ASS:4:1:1991:87-100|Earthquake+1983+Akita+Water level+China||#*SEAOFJAPAN
J|0328|Zheng,L-D.|The mechanism of electromagnetic wave radiation during earthquakes||#ASS:4:1:1991:113-125|Mechanism+Electromagnetic wave+Emission+Fracture
J|0329|Zhao,Y-L.+Qian,F-Y.+Xu,T-C.|The relationship between resistivity variation and strain in a load-bearing rock-soil layer||#ASS:4:1:1991:127-137|Resistivity+Strain+Precursor+China||#*TANGSHAN|#*SONGPAN|#*SONGPAN2
J|0330|Jiang,C-S.+Peng,W-L.+Wang,S-J.+|Conditions and genesis of induced earthquakes in the Wujiangdu Reservoir area||#ASS:4:1:1991:139-152|Induced seismicity+Karst+Wujiang reservoir
J|0331|Ye,M-Q.|A typical case for the relationship between drought and strong seismic activity||#ASS:4:1:1991:153-164|Drought+Seismicity+Precursor+Correlation
J|0332|Chen,P-S.|Catalogue of earthquakes (March-May 1990)||#ASS:4:1:1991:165-169|Earthquake catalogue+1990
J|0333|Yu,S-J.|Precursor for earthquakes of ML>=5.0 in North China, concentrated and continuous activity of moderate earthquakes||#ASS:4:2:1991:171-180|Precursor+North China+Moderate earthquake+Foreshock||#*YELLOWSEA|#*HEZE
J|0334|Wu,M-X.+Wang,M.+Sun,C-C.+|Accurate hypocenter determination of aftershocks of the 1985 Luquan, Yunnan earthquake||#ASS:4:2:1991:181-191|Aftershock+1985+Earthquake+Hypocentre+Luquan||#*LUQUAN
J|0335|Yang,M-Z.|Amplitude envelope shape of S-waves in three-component seismograms of small local earthquakes and determination of Q-value||#ASS:4:2:1991:193-207|S-wave+Q+Envelope+Local earthquake
J|0336|Gao,A-J.+Xu,Z-H.+Chen,J-G.|Horizontal principal stress axes in Sichuan Basin inferred from oil-well breakouts||#ASS:4:2:1991:209-217|Stress+Sichuan+Oil well+Logging
J|0337|Gao,X-M.+Zhong,X-X.+Wang,W-Z.|Source parameter inversion in the presence of the geoidal deformation resulting from earthquake dislocation||#ASS:4:2:1991:219-234|Source parameter+Inversion+Dislocation+Geoid||#*TANGSHAN
J|0338|Lin,C-Y.+Liu,X-L.+Wu,Y-X.|Further application of magnetotelluric sounding in the probe of earthquake precursor||#ASS:4:2:1991:245-257|Precursor+Magnetotellurics+Resistivity
J|0339|Liang,G-P.+Li,W-J.|The characteristics of deep structure of the north segment of the north-south seismic belt||#ASS:4:2:1991:259-273|Deep structure+China+Seismic zone+Map
J|0340|Shang-guan,Z-G.+Gao,S-S.|CO2 discharges and earthquakes in western Yunnan||#ASS:4:2:1991:275-286|Yunnan+Carbon dioxide+Precursor+Spring water
J|0341|Wu,T-Y.+Zhuang,Y.|Assessment of seismic intensity by using grey cluster method||#ASS:4:2:1991:287-298|Intensity+Cluster analysis+Destruction||#*TANGSHAN|#*HAICHENG
J|0342|Wang,J-H.+Song,J-L.+Feng,D-Y.+|Photoelastic study of closed cracks under compression-shear stress||#ASS:4:2:1991:299-309|Crack+Shear stress+Rock mechanics
J|0343|Yao,X-X.+Lai,D-L.+Zhang,L-F.|Experimental research on rock failure||#ASS:4:2:1991:311-318|Rock+Failure+Laboratory
J|0344|Qin,X-L.|A brief account of China's first seismic station the Chiufeng (Jiufeng) Seismic Station||#ASS:4:2:1991:319-324|Seismograph station+History+China
J|0345|Chen,P-S.|Catalogue of earthquakes (June-August 1990)||#ASS:4:2:1991:325-328|Earthquake catalogue+1990
J|0346|Makarenko,V.N.+Groza,A.A.|Earthquake precursors and acoustic fields|In Russian with English abstract|#GFZ:13:1:1991:3-14|Precursor+Hydrogeology+Acoustics
J|0347|Pustovitenko,B.G.+Kulchitsky,V.E.|The Black Sea trough seismicity|In Russian with English abstract|#GFZ:13:1:1991:14-19|Seismicity+Black Sea+Block
J|0348|Rusakov,O.M.+Karabovich,S.V.+Kozlenko,Yu.V.+|Structure of the Guinea edge plateau crust by geophysical data|In Russian with English abstract|#GFZ:13:1:1991:20-30|Crust+Inhomogeneity+Guinea+Geophysical data
J|0349|Lebedev,T.S.|Problems of creation the lithosphere petrophysical models|In Russian with English abstract|#GFZ:13:1:1991:30-36|Petrophysics+Model+Lithosphere
J|0350|Burov,B.A.|Seismoelectric effects on the ocean bottom|In Russian with English abstract|#GFZ:13:1:1991:36-42|Seismoelectric effect+Sea floor
J|0351|Madatov,A.G.|On optimization of the basis of sign space of the models of real media under seismoprospecting|In Russian with English abstract|#GFZ:13:1:1991:43-51|Modelling+Prospecting+Inversion
J|0352|Devitsyn,V.M.+Pokataev,A.A.|Determination of density of gradient laminal media from the data of the ground and hole gravisurvey and seismic survey|In Russian with English abstract|#GFZ:13:1:1991:52-58|Layered medium+Density+Seismic survey
J|0353|Tyapkin,Yu.K.|Optimal range of frequencies of the correcting filtration of seismic records|In Russian with English abstract|#GFZ:13:1:1991:62-69|Frequency+Seismic record+Filtering+Deconvolution
J|0354|Seifullin,R.S.+Lyashchuk,D.N.+Oleinik,O.T.|Study of stimulated seismoelectric phenomena on the samples of the mountain rocks|In Russian with English abstract|#GFZ:13:1:1991:75-79|Seismoelectric effect+Rock+Stress
J|0355|Chekunov,A.V.+Sollogub,V.B.+Garetskii,R.G.+|The Baltic Sea-the Black Sea geotransect|In Russian with English abstract|#GFZ:13:2:1991:3-14|Baltic Sea+Black Sea+Geotransect+Structure
J|0356|Kunin,N.Ya.+Sheikh-Zade,E.R.|Structure of the upper mantle of Eurasia|In Russian with English abstract|#GFZ:13:2:1991:14-25|Structure+Upper mantle+Eurasia+Wave guide
J|0357|Gintov,O.B.+Isai,V.M.+Kobylyansky,V.B.|Mechanism of fracture formation in the Ukrainian Shield crust. 1|In Russian with English abstract|#GFZ:13:2:1991:35-41|Mechanism+Fracture+Crust+Ukrainian Shield
J|0358|Belichenko,P.V.+Gintov,O.B.+Isai,V.M.+|Dilational processes in the consolidated crust. 2|In Russian with English abstract|#GFZ:13:2:1991:48-54|Dilatancy+Crust+Fracture+Tectonics
J|0359|Lebedev,T.S.|New tendencies in CAPG activity and investigation in the field of PT-petrophysics|In Russian with English abstract|#GFZ:13:2:1991:91-96|Petrophysics+Earth structure|International scientific co-operation
J|0360|Gintov,O.B.+Isai,V.M.+Kobylyansky,V.B.|Mechanism of fracture formation in the Ukrainian Shield crust. 2|In Russian with English abstract|#GFZ:13:3:1991:3-11|Mechanics+Fracture+Ukrainian Shield+Crust
J|0361|Aizberg,R.E.+Shishkin,E.I.+Shishkina,T.Yu.+|Geodynamic model of the Pripyat paleorift basin|In Russian with English abstract|#GFZ:13:3:1991:17-29|Geodynamic model+Pripyat
J|0362|Proskuryakova,T.A.+Dmitrieva,O.V.+Shilov,A.V.|Depth inhomogeneities of the crust and upper mantle (region of seismic station "Minsk")|In Russian with English abstract|#GFZ:13:3:1991:29-34|Inhomogeneity+Crust+Upper mantle+Surface wave+Minsk
J|0363|Gerasimov,M.E.|Overthrust character of meganticlinorium of the mountaneous Crimea and seismicity of the Kerch Peninsula|In Russian with English abstract|#GFZ:13:3:1991:34-41|Overthrust+Seismicity+Crimea
J|0364|Kobrunov,A.I.|Geometrical principles of characteristic of the locally inhomogeneous media|In Russian with English abstract|#GFZ:13:3:1991:49-58|Inhomogeneous medium+Longitudinal wave+Propagation
J|0365|Verbitsky,T.Z.+Khudobyak,O.B.+Pochinaiko,R.S.|Prediction of collector's parameters of sedimentary deposits on the basis of mathematical simulation|In Russian with English abstract|#GFZ:13:3:1991:58-65|Porosity+Mathematical model+Sediment+Prospecting
J|0366|Chekunov,A.V.+Tripol'skii,A.A.|Seismic studies of lithosphere abroad (short review)|In Russian with English abstract|#GFZ:13:3:1991:66-86|Lithosphere+Reflexion study+Refraction study+Accuracy|International information
J|0367|Tripol'skii,A.A.|The 15th General Assembly of the European Geophysical Society|In Russian with English abstract|#GFZ:13:3:1991:87-92|Structure+Transect+Europe|International scientific co-operation
J|0368|Zaporozhtseva,I.V.+Pystin,A.M.|A stratified-block model of Prephanerozoic lithosphere of the European North of the USSR|In Russian|#SVG:-:2:1991:45-50|Block+Lithosphere+Europe+USSR
J|0369|Popkov,V.I.|Folded-nappe dislocations of Buzachi Peninsula|In Russian|#SVG:-:2:1991:50-57|Dislocation+Seismic survey+Kazakhstan+Nappe
J|0370|Parasyna,V.S.+Vasil'ev,V.V.+Stepina,V.A.+|Seismostratigraphic studies in the central Khorezmskaya zone|In Russian|#SVG:-:2:1991:65-72|Seismostratigraphy+Uzbekistan+Seismic survey+Geology
J|0371|Gramberg,I.S.+Kiselev,Yu.G.+Konovalov,V.V.|Seismic measurements from drifting stations "North Pole"|In Russian|#SVG:-:3:1991:45-54|North Pole+Seismic recording+Station+Arctic
J|0372|Babadzhanov,T.L.+Rzaeva,V.A.+Rzaev,M.M.+|A method of depth reflected waves applied to studying the Earth's crust of the East Ustyurt|In Russian|#SVG:-:3:1991:56-63|Depth+Reflected wave+Crust+Kazakhstan
J|0373|Avetisov,G.P.+Guseva,Yu.B.|Depth structure of the Lena delta region base on seismic records|In Russian|#SVG:-:4:1991:73-81|Structure+Crust+Seismic survey+Arctic Ocean+Yakutiya
J|0374||In commemoration of Vladimir Vladimirovich Belousov|In Russian|#SVG:-:5:1991:94|Geology+Tectonics
J|0375|Milanovsky,Ye.Ye.|Riftogenesis and its role in the tectonic structure of the Earth and its Mesozoic-Cenozoic geodynamics|In Russian|#GTK:-:1:1991:3-20|Rift+Tectonics+Earth+Tomography
J|0376|Chekunov,A.V.+Kalyuzhnaya,L.T.+Pashkevich,I.K.+|Deep structure, evolution model and oil-gas potential of the Dnepr-Donets paleorift|In Russian|#GTK:-:1:1991:37-47|Deep structure+Dnepr Basin+Oil+Deep seismic sounding
J|0377|Pilipenko,A.I.+Sivukha,N.M.|Geological structure and geodynamics of the West Australian depression|In Russian|#GTK:-:1:1991:109-123|West Australian Basin+Marine geophysical investigation+Geologic structure
J|0378|Belousov,V.V.|Plate tectonics and tectonic generalizations|In Russian|#GTK:-:2:1991:3-12|Plate tectonics+Tectonics+Geology
J|0379|Popkov,V.I.|Intraplate structures of lateral compression|In Russian|#GTK:-:2:1991:13-27|Intraplate structure+Lateral force+Compression+Seismic survey
J|0380|Kuprin,P.N.+Roslyakov,A.G.|Geologic structure of the Mangyshlak threshold|In Russian|#GTK:-:2:1991:28-40|Geologic structure+Profile+Caspian Sea
J|0381|Trifonov,V.G.+Trubikhin,V.M.+Adjamian,J.+|The Levant fault zone in northwestern Syria|In Russian|#GTK:-:2:1991:63-75|Fault+Syria+Geologic structure
J|0382|Kovachev,S.A.+Kuzin,I.P.+Solov'ev,S.L.|Spatial distribution of microearthquakes at the Hellenic arc front based on seismographic data|In Russian|#GTK:-:2:1991:76-83|Spatial distribution+Microearthquake+Hellenic arc+Depth
J|0383|Chekunov,A.V.|Tectogenesis at large depth|In Russian with English abstract|#GTK:-:3:1991:3-15|Tectonics+Depth+Asthenosphere+Seismicity
J|0384|Sobornov,K.O.|The formation of fold-nappe structure of the Dagestan wedge|In Russian with English abstract|#GTK:-:3:1991:34-46|Dagestan+Wedge+Profile+Geologic structure
J|0385|Yegorkin,A.V.+Kostyuchenko,S.L.+Zolotov,Ye.Ye.+|Deep structure of the convergence zone of the Kazakh fold belt with the West-Siberian plate|In Russian with English abstract|#GTK:-:3:1991:59-67|Deep structure+Deep seismic sounding+West Siberia+Kazakhstan
J|0386||Vladimir Vladimirovich Belousov|In Russian|#GTK:-:3:1991:125-127|Geology+Tectonics
J|0387|Solonenko,V.P.|Problems of seismic geology of eastern Asia|In Russian with English abstract|#GGS:-:1:1991:132-137|Seismicity+Geology+East Asia+Tectonics
J|0388|Druzhinin,A.B.|Scalar and vector invariants of rays and wave edges in three-dimensional heterogeneous anisotropic media|In Russian with English abstract|#GGS:-:2:1991:94-101|Body wave+Heterogeneous medium+Anisotropy+Edge wave
J|0389|Zhernyak,G.F.+Neklyudov,V.V.|Fast migration-focusing of seismic fields|In Russian with English abstract|#GGS:-:2:1991:101-110|Wave field+Migration+Profiling+Acoustics
J|0390|Vingalov,V.M.|Transformation of seismograms of head waves into depth sections|In Russian with English abstract|#GGS:-:2:1991:111-117|Transformation+Seismogram+Head wave+Interface+Depth
J|0391|Bobrovnik,I.I.+Derevyankina,I.P.|Method of spectral interferometry for forecasting geological sections|In Russian with English abstract|#GGS:-:2:1991:117-122|Interferometry+Reflected wave+Geologic structure+Spectral analysis
J|0392|Gerashchenko,O.A.+Gerashchenko,M.A.|Anomalies of horizontal spectra of velocity and technique of their interpretation|In Russian with English abstract|#GGS:-:2:1991:123-127|Splitting+Velocity+Spectrum+Heterogeneity
J|0393|Stovas,A.M.|CDP transformation in terms of reversed wave continuation of seismograms|In Russian with English abstract|#GGS:-:2:1991:135-141|Common depth point+Migration+Depth+Seismogram
J|0394|Popov,A.M.+Kiselyov,A.I.+Lepina,S.V.|Magnetotelluric investigations in the Baikal region: deep structure and rifting mechanism|In Russian with English abstract|#GGS:-:4:1991:106-117|Magnetotellurics+Baikal+Deep structure+Rifting
J|0395|Vertlib,M.B.|On determination of foci depths in the Udokan region by the group method|In Russian with English abstract|#GGS:-:4:1991:117-121|Propagation+Deep-focus earthquake+Chitinskaya+Group analysis
J|0396|Kiselyov,A.P.+Roslov,Yu.V.|The use of additional components for numerical modelling of polarization anomalies of elastic body waves|In Russian with English abstract|#GGS:-:4:1991:121-131|Numerical modelling+Polarization+Elastic wave+Body wave
J|0397|Pavlenkova,N.I.+Romanyuk,T.V.|Geophysical models of Siberian lithosphere|In Russian with English abstract|#GGS:-:5:1991:98-109|Deep seismic sounding+Siberian platform+Lithosphere+West Siberia
J|0398|Bogachov,S.F.+Shlyakhter,S.Ye.|Seismodensity model of the Nyurol Depression sedimentary cover based on data of the CDP seismic and gravity prospecting|In Russian with English abstract|#GGS:-:5:1991:109-113|Common depth point+Prospecting+Sedimentary cover+Nyurol'skii
J|0399|Fedyanin,A.P.+Fateev,A.V.|Method of estimation of seismic waves and density of sedimentary rocks|In Russian with English abstract|#GGS:-:5:1991:117-121|Velocity+Density+Sedimentary rock+Siberian platform
J|0400|Tyapkin,Yu.K.|Stable iteration algorithm of adaptive optimum diversity stacking of seismic records|In Russian with English abstract|#GGS:-:5:1991:122-125|Stacking+Seismic record+Noise+Iterative method
J|0401|Seminsky,K.Zh.+Gladkov,A.S.|A new approach to the study of tectonic fracturing in zones of disruption|In Russian with English abstract|#GGS:-:5:1991:130-140|Sayan+Baikal+Fracturing+Tectonics
J|0402|Bobylev,S.I.+Pashkov,V.G.|Interpretation of reflection and refraction seismology data under conditions of the Nepskii arch of the Siberian platform|In Russian with English abstract|#GGS:-:6:1991:120-127|Nepskii+Siberian platform+Reflexion study+Refraction study
J|0403|Kochnev,V.A.+Ivankina,I.V.|Investigation of the adaptive approach to the estimation of parametric wavelet|In Russian with English abstract|#GGS:-:6:1991:135-143|Wavelet+Attenuation+Inverse problem+Noise
J|0404|Samardjiev,T.+Fatkullin,M.N.+Depuev,V.K.|Height manifestation in the ionosphere F-region as short-term precursor of the 31 August 1986 Vrancea earthquake on data from station Sofia|In Russian with English abstract|#BGS:17:1:1991:10-14|Ionosphere+Precursor+Vrancea+Earthquake+1986||#*VRANCEA86
J|0405|Samardjieva,E.|On the magnitude classification of earthquakes by seismic oscillations duration|In Bulgarian with Russian and English abstracts|#BGS:17:1:1991:46-54|Magnitude+Classification+Duration
J|0406|Zelenova,T.I.+Fatkullin,M.N.+Depuev,V.K.+|Regional manifestation in the ionospheric F2-region by short-term precursors of the Spitak earthquake on 7 December 1988||#BGS:17:1:1991:55-60|Ionosphere+Precursor+Spitak+Earthquake+1988||#*ARMENIA88
J|0407|Fatkullin,M.N.+Zelenova,T.I.+Ralchovsky,Tz.+|Short-term ionospheric precursors of earthquakes in different regions of F-ionosphere at middle latitudes||#BGS:17:1:1991:61-71|Ionosphere+Precursor||#*VRANCEA86|#*GAZLI3
J|0408|Tyupkin,Yu.S.|The International Decade for Natural Disaster Reduction and KAPG||#BGS:17:1:1991:72-76|IDNDR+Hazard
J|0409|Christoskov,L.|Considerations on the determination of the station magnitude corrections|In Bulgarian with Russian and English abstracts|#BGS:17:2:1991:3-9|Station correction+Magnitude
J|0410|Solakov,D.|Evaluation of the detection ability of the National Operative Telemetric System for Seismological Information (NOTSSI)|In Bulgarian with Russian and English abstracts|#BGS:17:2:1991:10-15|Detectability+Network+Bulgaria
J|0411|Rizhikova,S.|Dr. St. Staikov's work: "On earthquake focus depth"|In Bulgarian with Russian and English abstracts|#BGS:17:2:1991:63-68|Focus+Depth
J|0412|a-Japanese DELP Research Group on Back-Arc Basins|Report on DELP 1988 cruises in the Okinawa Trough Part 1. General outline||#BER:66:1:1991:1-15|Okinawa Trough+DELP+1988+Marine geophysical investigation
J|0413|Furukawa,M.+Tokuyama,H.+Abe,S.+|Report on DELP 1988 cruises in the Okinawa Trough Part 2. Seismic reflection studies in the southwestern part of the Okinawa Trough||#BER:66:1:1991:17-36|Okinawa Trough+DELP+1988+Marine seismic investigation
J|0414|Hirata,N.+Kinoshita,H.+Katao,H.+|Report on DELP 1988 cruises in the Okinawa Trough Part 3. Crustal structure of the southern Okinawa Trough||#BER:66:2:1991:37-70|Okinawa Trough+DELP+1988+Crustal structure+Refraction study
J|0415|Kayano,I.+Sakai,K.+Kobayashi,M.+|Questionnaire survey of the effects and seismic intensity of the earthquake (M 5.9) which occurred on December 30, 1986, in the northwestern part of Nagano Prefecture, central Honshu, Japan|In Japanese with English abstract|#BER:66:2:1991:229-257|Intensity+Earthquake+1986+Nagano||#*OMACHI86
J|0416|Iidaka,T.+Mizoue,M.+Nakamura,I.+|The upper boundary of the Philippine Sea plate beneath the western Kanto region estimated from S-P and P-S converted waves||#BER:66:2:1991:333-349|Converted wave+Kanto+Subduction+Plate boundary
J|0417|Tsukuda,T.+Sakai,K.+Hashimoto,S.+|Aftershock distribution of the 1990 Rudbar, northwest Iran, earthquake of M 7.3 and its tectonic implications||#BER:66:2:1991:351-381|Aftershock+Earthquake+Iran+1990||#*MANJIL90
J|0418|Kamiya,S.|Three-dimensional P-wave velocity structure beneath the Japanese Islands estimated from Japan University Network Earthquake Catalog data|In Japanese with English abstract|#BER:66:2:1991:383-417|Velocity structure+Japan+P-wave
J|0419|Tsukuda,T.+Sakai,K.+Hashimoto,S.+|A field study on various phenomena associated with the 1990 Rudbar, northwest Iran, earthquake of M 7.3|In Japanese with English abstract|#BER:66:2:1991:419-454|Field work+Earthquake+Iran+1990||#*MANJIL90
J|0420|Dent,V.F.|Hypocentre locations from a microearthquake survey, Cadoux, Western Australia, 1983||#BMR:12:1:1991:1-4|Microearthquake+Survey+Hypocentre+Western Australia
J|0421|Lavering,I.H.|Observations on the geological origin of the `C' horizon seismic reflection, Eromanga Basin||#BMR:12:1:1991:5-12|Reflexion+Eromanga Basin+Geology+Interval velocity
J|0422|Gregson,P.J.+Everingham,I.B.|Indian Ocean earthquake felt in Australia 19 November 1906||#BMR:12:2:1991:191-193|Earthquake+Australia+1906+Indian Ocean
J|0423|Lees,J.M.+VanDecar,J.C.|Seismic tomography constrained by Bouguer gravity anomalies: applications in western Washington||#PAG:135:1:1991:31-52|Tomography+Bouguer anomaly+Washington State+Inversion
J|0424|Bhattacharya,S.N.|Surface wave and lithospheric structure across the northwestern part of the Indian peninsula||#PAG:135:1:1991:53-59|Surface wave+Lithosphere+India+Structure
J|0425|Chiaruttini,C.|Focus-of-attention techniques in the automatic interpretation of seismograms||#PAG:135:1:1991:61-75|Interpretation+Seismogram+Automatic processing+Artificial intelligence
J|0426|Novelo-Casanova,D.A.+Lee,W.H.K.|Comparison of techniques that use the single scattering model to compute the quality factor Q from coda waves||#PAG:135:1:1991:77-89|Q+Coda wave+Technique+Scattering
J|0427|Del Pezzo,E.+De Martino,S.+De Miguel,F.+|Characteristics of the seismic attenuation in two tectonically active zones of southern Europe||#PAG:135:1:1991:92-106|Attenuation+Seismotectonics+Italy+Spain+Q
J|0428|Cadek,O.+Matyska,C.|Mass heterogeneities and convection in the Earth's mantle inferred from gravity and core-mantle boundary irregularities||#PAG:135:1:1991:107-123|Core-mantle boundary+Mantle convection+Heterogeneity+Gravity
J|0429|Rybicki,K.R.|Review of `The mechanics of earthquakes and faulting' by C. H. Scholz||#PAG:135:1:1991:137-141|Review+Faulting+Mechanics
J|0430|Tango,G.G.|Review of `Geophysical framework of the continental United States' edited by L. C. Pakiser and W. D. Mooney||#PAG:135:1:1991:142-144|Review+United States+Geophysics
J|0431|Tango,G.G.|Review of `Acquiring better seismic data' by W. C. Pritchett||#PAG:135:1:1991:145-146|Review+Prospecting+Data acquisition+Exploration
J|0432|Zuberek,W.M.|Review of `Introduction to rock mechanics' by R. E. Goodman||#PAG:135:1:1991:148-149|Review+Rock mechanics
J|0433|Zhou,H-W.|Review of `The dynamic Earth. An introduction to physical geology' by B. J. Skinner and S. C. Porter||#PAG:135:1:1991:152-153|Review+Geology+Dynamics+Earth structure
J|0434|Nishenko,S.P.|Circum-Pacific seismic potential: 1989-1999||#PAG:135:2:1991:169-259|Seismic potential+1989-1999+Circum-Pacific Belt+Interplate earthquake
J|0435|Wysession,M.E.+Okal,E.A.+Miller,K.L.|Intraplate seismicity of the Pacific Basin, 1913-1988||#PAG:135:2:1991:261-359|Pacific Basin+1913-1988+Intraplate seismicity+Historical earthquake
J|0436|Reymond,D.+Hyvernaud,O.+Talandier,J.|Automatic detection, location and quantification of earthquakes: application to tsunami warning||#PAG:135:3:1991:361-382|Tsunami+Automatic event detector+Polynesia+Network
J|0437|Sharma,M.D.+Gogna,M.L.|Seismic wave propagation in a viscoelastic porous solid saturated by viscous liquid||#PAG:135:3:1991:383-400|Seismic waves+Propagation+Viscoelastic solid+Reflexion coefficient
J|0438|Drakatos,G.+Drakopoulos,J.|3-D velocity structure beneath the crust and upper mantle of Aegean Sea region||#PAG:135:3:1991:401-420|Velocity structure+Crust+Upper mantle+AEgean Sea
J|0439|Dragoni,M.+Pondrelli,S.|Depth of the brittle-ductile transition in a transcurrent boundary zone||#PAG:135:3:1991:447-461|Transition zone+Depth+Plate boundary+Fault
J|0440|Gibowicz,S.J.|Review of `Observatory seismology' edited by J. J. Litehiser||#PAG:135:3:1991:493-495|Review+Seismology+Observatory|Papers presented at a symposium held at Berkeley, May 1987
J|0441|Bloxham,J.|Review of `Seismic tomography and mantle circulation' edited by R. K. O'Nions and B. Parsons||#PAG:135:3:1991:496-497|Review+Tomography+Mantle+Earth structure|Papers presented at a Meeting held in London, April 1988
J|0442|Tango,G.G.|Review of `Anatomy of seismograms' by O. Kulhanek||#PAG:135:3:1991:500-501|Review+Seismogram+Seismology
J|0443|Tango,G.G.|Review of `The solid Earth: an introduction to global geophysics' by C. M. R. Fowler||#PAG:135:3:1991:502-504|Review+Solid-earth geophysics+Plate tectonics+Seismology
J|0444|Kiratzi,A.A.+Wagner,G.S.+Langston,C.A.|Source parameters of some large earthquakes in northern Aegean determined by body waveform inversions||#PAG:135:4:1991:515-527|Source parameter+Large earthquake+AEgean Sea+Inversion||#*AEGEAN2|#*NAEGEAN
J|0445|Brantley,B.J.+Chung,W-Y.|Body-wave waveform constraints on the source parameters of the Yangjiang, China, earthquake of July 25, 1969: a devastating earthquake in a stable continental region||#PAG:135:4:1991:529-543|Earthquake+1969+Source parameter+China
J|0446|Singh,D.D.|Anelasticity of the crust and upper mantle beneath north and central India from the inversion of observed Love and Rayleigh wave attenuation data||#PAG:135:4:1991:545-558|India+Love wave+Rayleigh wave+Lithosphere+Anelasticity
J|0447|Zheng,X-G.+Vere-Jones,D.|Application of stress release models to historical earthquakes from North China||#PAG:135:4:1991:559-576|Historical seismicity+North China+Stress+Model
J|0448|Borchiellini,S.+Bernat,M.+Campredon,R.|Ground variation of radon 222 for location of hidden structural features. Example of the south of France (Alpes Maritime)||#PAG:135:4:1991:625-638|Radon+Alps+Spatial variation+Temporal variation
J|0449|Bevis,M.|Review of `Geophysical theory' by W. Menke and D. Abbott||#PAG:135:4:1991:641-642|Review+Mathematical geophysics
J|0450|Gable,C.W.|Review of `Rheology of solids and of the Earth' edited by S. Karato and M. Toriumi||#PAG:135:4:1991:643-644|Review+Rheology
J|0451|Zhou,H-W.|Review of `Seismology and plate tectonics' by D. Gubbins||#PAG:135:4:1991:645|Review+Seismology+Plate tectonics
J|0452|Barakat,R.|Review of `Acoustics of layered media. I. Plane and quasi-plane waves' by L. M. Brekhovskikh and O. A. Godin||#PAG:135:4:1991:646|Review+Layered medium+Acoustic wave
J|0453|Tango,G.G.|Review of `The potential of deep crustal seismic profiling for hydro-carbon exploration' edited by B. Pinet and C. Bois||#PAG:135:4:1991:647-650|Review+Deep seismic sounding+Seismic exploration+Hydrocarbon
J|0454|Tango,G.G.|Review of `Applied subsurface geological mapping' by D. J. Tearpock and R. E. Bischke||#PAG:135:4:1991:651-654|Review+Mapping+Subsurface+Seismic survey
J|0455|Stopinski,W.+Ponomaryov,A.V.+Los',V.|The dynamics of rupture in porous media||#PAG:136:1:1991:29-47|Porous medium+Dynamics+Rupture+Laboratory
J|0456|Stopinski,W.+Sobolev,G.A.+Ponomaryov,A.W.+|Fast-changing processes in a medium subject to loading as detected by resistivity measurements||#PAG:136:1:1991:49-58|Laboratory+Resistivity+Fracture+Temporal variation
J|0457|Okal,E.A.+Talandier,J.|Single-station estimates of the seismic moment of the 1960 Chilean and 1964 Alaskan earthquakes, using the mantle magnitude Mm||#PAG:136:1:1991:103-126|Single-station recording+Large earthquake+1960+1964+Mantle magnitude
J|0458|Del Pezzo,E.+Martini,M.+Milana,G.|Site response using coda-wave techniques: applications to short period data from central and southern Italy||#PAG:136:1:1991:127-141|Coda wave+Italy+Response+Site
J|0459|Marza,V.I.+Kijko,A.+Mantyniemi,P.|Estimate of earthquake hazard in the Vrancea (Romania) region||#PAG:136:1:1991:143-154|Hazard+Vrancea+Recurrence+Maximum likelihood
J|0460|Gibowicz,S.J.|Review of `Vincit veritas. A portrait of the life and work of Norman Abraham Haskell, 1905-1970' by A. Ben-Menahem||#PAG:136:1:1991:155-157|Review+History+Seismology
J|0461|Rudnicki,J.W.|Review of `Dynamic fracture mechanics' by L. B. Freund||#PAG:136:1:1991:157-159|Review+Crack+Rupture+Dynamics
J|0462|Pinsky,V.|Review of `Seismic noise attenuation' by E. R. Kanasewich||#PAG:136:1:1991:159-162|Review+Noise+Exploration+Filtering
J|0463|Mavko,G.|Review of `Applied geophysics, second edition' by W. M. Telford, L. P. Geldart and R. E. Sheriff||#PAG:136:1:1991:162-163|Review+Applied geophysics+Exploration
J|0464|Power,W.L.|Review of `Analysis of geological structures' by N. J. Price and J. W. Cosgrove||#PAG:136:1:1991:163-165|Review+Geologic structure
J|0465|Katsumata,K.|Review of `History of geophysics, vol. 4' edited by C. S. Gillmor||#PAG:136:1:1991:171-172|Review+History+Geophysics
A|0466|Lilwall,R.C.|The detection and location of near-regional seismic disturbances by the Eskdalemuir array: a study using noise and signal correlations|Report No. O 20/90|1991:Aldermaston, Berks:AWE|Array+Eskdalemuir+Noise+Detection|40p
A|0467|Marshall,P.D.+Lilwall,R.C.+Stewart,R.C.+|Seismometer array recordings of P waves from explosions in the north Caspian USSR area|Report No. O 4/91|1991:Aldermaston, Berks:AWE|Array+Nuclear explosion+Caspian Sea+P-wave|192p
J|0468|Tonn,R.|The determination of the seismic quality factor Q from VSP data: a comparison of different computational methods||#GPP:39:1:1991:1-27|Vertical seismic profiling+Q+Method+Attenuation
J|0469|McGee,T.M.|Modelling 1D wave propagation in a system of absorbing layers||#GPP:39:1:1991:29-49|Propagation+Modelling+Layered medium+Absorption
J|0470|Gelius,L.J.+Stamnes,J.J.+Heier,H.|Pulse distortion in caustic regions||#GPP:39:1:1991:51-59|Caustic+Distortion+Pulse+Wave field
J|0471|Van Rijssen,E.P.F.+Herman,G.C.|Resolution analysis of band-limited and offset-limited seismic data for plane-layered subsurface models||#GPP:39:1:1991:61-76|Layered medium+Resolution+Reflexion data+Decomposition
J|0472|Al-Yahya,K.M.|Application of the partial Karhunen-Loeve transform to suppress random noise in seismic sections||#GPP:39:1:1991:77-93|Karhunen-Loeve transform+Noise+Seismic processing+Filtering
J|0473|Sri Niwas|Transformation of line-source resistivity data to point-source data and vice versa using the matrix method||#GPP:39:1:1991:95-104|Matrix method+Line source+Point source+Resistivity
J|0474|Russell,R.D.+Barker,A.S.|Seismo-electric exploration: expected signal amplitudes||#GPP:39:1:1991:105-118|Seismoelectric effect+Exploration+Amplitude+Signal
J|0475|Martinez,R.D.+McMechan,G.A.|tau-p seismic data for viscoelastic media - part 1: modelling||#GPP:39:2:1991:141-156|Viscoelastic medium+Modelling+Reflexion+Synthetic seismogram
J|0476|Martinez,R.D.+McMechan,G.A.|tau-p seismic data for viscoelastic media - part 2: linearized inversion||#GPP:39:2:1991:157-181|Viscoelastic medium+Inversion+Reflexion+Synthetic seismogram
J|0477|Ferber,R-G.+Koitka,H.|Sequential Wiener deconvolution to improve seismic resolution||#GPP:39:2:1991:183-191|Deconvolution+Resolution+Wiener filter
J|0478|Klimentos,T.|Geometric corrections in attenuation measurements||#GPP:39:2:1991:193-218|Attenuation+Geometry+Correction+Laboratory
J|0479|Schoenberg,M.|Layered permeable systems||#GPP:39:2:1991:219-240|Permeability+Layered medium+Channel+Barrier
J|0480|Reshef,M.+Landa,E.+Ravid,T.|Elastic parameter estimation by coherency optimization||#GPP:39:2:1991:241-252|Coherency+Velocity+Inversion+Seismic processing
J|0481|Reilly,J.M.|Integrated interpretation, 3D map migration and VSP modelling project, northern U.K. southern gas basin||#GPP:39:2:1991:253-278|Vertical seismic profiling+Migration+Interpretation+North Sea
J|0482|Schimschal,U.|Integrated exploration for low-temperature geothermal resources in the Honey Lake basin, California||#GPP:39:2:1991:279-291|Exploration+California+Survey+Thermal spring
J|0483|Spagnolini,U.|Adaptive picking of refracted first arrivals||#GPP:39:3:1991:293-312|First arrival+Pick+Algorithm+Filtering
J|0484|Helgesen,J.|Prestack inversion of group-filtered seismic data||#GPP:39:3:1991:313-336|Inverse problem+Filter+Least squares solution
J|0485|Yardley,G.S.+Crampin,S.|Extensive-dilatancy anisotropy: relative information in VSPs and reflection surveys||#GPP:39:3:1991:337-355|Vertical seismic profiling+Seismic survey+Anisotropy+Reflexion study+Shear wave splitting
J|0486|MacBeth,C.D.+Crampin,S.|Comparison of signal processing techniques for estimating the effects of anisotropy||#GPP:39:3:1991:357-385|Vertical seismic profiling+Anisotropy+Shear wave splitting+Data processing
J|0487|Tessmer,G.+Behle,A.|Conversion points and traveltimes of converted waves in parallel dipping layers||#GPP:39:3:1991:387-405|Converted wave+Dipping layer+Travel-times+Reflexion
J|0488||Review of `A geophysical handbook for geologists' edited by M. E. Best and J. B. Boniwell||#GPP:39:3:1991:452|Review+Down-hole recording+Technique+Exploration
J|0489|Thore,P.+De Bazelaire,E.|Analysis of the common midpoint gather by decomposition into elementary wavefronts||#GPP:39:4:1991:453-471|Common midpoint+Decomposition+Wavefront+Ray tracing
J|0490|Gibson,R.L.+Sena,A.G.+Toksoz,M.N.|Paraxial ray tracing in 3D inhomogeneous, anisotropic media||#GPP:39:4:1991:473-504|Ray tracing+Inhomogeneous medium+Anisotropy+Synthetic seismogram
J|0491|McGee,T.M.|Errata to `Modelling 1D wave propagation in a system of absorbing layers'||#GPP:39:4:1991:583|Errata+Modelling+Propagation+Absorption
J|0492|Gibowicz,S.J.|Seismicity induced by mining||Adv. Geophys.:32:-:1990:1-74|Mining+Induced seismicity+Mine tremor+Focal mechanism
J|0493|Jarvis,G.T.|Two-dimensional numerical models of mantle convection||Adv. Geophys.:33:-:1991:1-80|Mantle convection+Tomography+Numerical modelling
J|0494|Udias,A.|Source mechanism of earthquakes||Adv. Geophys.:33:-:1991:81-140|Mechanism+Source+Model+Seismic waves||#*AZORES
A|0495|Pappin,J.W.+Chandler,A.M.+Coburn,A.W.|The 1989 Newcastle Australian earthquake. A field report by EEFIT||1991:London:Institution of Structural Engineers|Earthquake+1989+Newcastle, Australia+Field work||#*NEWCASTLE89
A|0496|Booth,E.D.+Chandler,A.M.+Wong,P.K.C.+|The Luzon, Philippines earthquake of 16 July 1990. A field report by EEFIT||1991:London:Institution of Structural Engineers|Earthquake+1990+Field work+Luzon||#*LUZON90A|#*LUZON90B|#*LUZON90C
J|0497|Somerville,P.G.+Sen,M.K.+Cohee,B.P.|Simulation of strong ground motions recorded during the 1985 Michoacan, Mexico and Valparaiso, Chile earthquakes||#BSA:81:1:1991:1-27|Simulation+Ground motion+Large earthquake+Accelerogram||#*MEXICOCITY|#*SANANTONIO
J|0498|Cohee,B.P.+Somerville,P.G.+Abrahamson,N.A.|Simulated ground motions for hypothesized Mw = 8 subduction earthquakes in Washington and Oregon||#BSA:81:1:1991:28-56|Simulation+Ground motion+Cascadia subduction zone+Accelerogram
J|0499|Rovelli,A.+Cocco,M.+Console,R.+|Ground motion waveforms and source spectral scaling from close-distance accelerograms in a compressional regime area (Friuli, northeastern Italy)||#BSA:81:1:1991:57-80|Friuli+Waveform+Ground motion+Source parameter||#*FRIULI
J|0500|Hauksson,E.+Gross,S.|Source parameters of the 1933 Long Beach earthquake||#BSA:81:1:1991:81-98|Source parameter+Earthquake+1933+California
J|0501|Rebollar,C.J.+Munguia,L.+Reyes,A.+|Estimates of shallow attenuation and apparent stresses from aftershocks of the Oaxaca earthquake of 1978||#BSA:81:1:1991:99-108|Aftershock+1978+Stress+Oaxaca||#*OAXACA
J|0502|Yelin,T.S.+Patton,H.J.|Seismotectonics of the Portland, Oregon, region||#BSA:81:1:1991:109-130|Oregon+Seismotectonics+Microseismicity+Focal mechanism+1962
J|0503|Kayal,J.R.+De,R.|Microseismicity and tectonics in northeast India||#BSA:81:1:1991:131-138|Microseismicity+Tectonics+India
J|0504|McCalpin,J.P.+Forman,S.L.|Late Quaternary faulting and thermoluminescence dating of the East Cache fault zone, north-central Utah||#BSA:81:1:1991:139-161|Palaeoseismicity+Dating+Utah+Faulting
J|0505|Su,F.+Aki,K.+Biswas,N.N.|Discriminating quarry blasts from earthquakes using coda waves||#BSA:81:1:1991:162-178|Coda wave+Discrimination+Quarry blast
J|0506|Prasad,G.+Bock,G.|P-wave residuals at Fiji from deep earthquakes in the Tonga subduction zone||#BSA:81:1:1991:179-190|Deep earthquake+Tonga+P-wave+Fiji+Station correction
J|0507|Day,S.M.+McLaughlin,K.L.|Seismic source representations for spall||#BSA:81:1:1991:191-201|Spall+Source+Underground nuclear explosion+Crack
J|0508|Hawman,R.B.+Phinney,R.A.|Analysis of sparse wide-angle reflection data in the tau(p) domain||#BSA:81:1:1991:202-221|P-tau plane+Reflexion data+Slant stack+Incidence, Angle of
J|0509|Bourgeois,A.+Gutowski,P.|The reflectivity method with polar sampling||#BSA:81:1:1991:222-231|Reflectivity+Theoretical seismogram+Mathematical method
J|0510|Menke,W.+Shengold,L.+Guo,H-S.+|Performance of the short-period geophones of the IRIS/PASSCAL array||#BSA:81:1:1991:232-242|Geophone+Array+IRIS+Performance||#*LOMAPRIETA89
J|0511|Romanowicz,B.+Karczewski,J.F.+Cara,M.+|The GEOSCOPE program: present status and perspectives||#BSA:81:1:1991:243-264|GEOSCOPE+Global Seismic Network+Instrumentation+Station location
J|0512|Loh,C-H.+Yeh,Y.T.+Jean,W-Y.+|Seismic hazard analysis in the Taiwan area using a bounded fault-rupture model||#BSA:81:1:1991:265-272|Taiwan+Hazard+Mathematical method+Fault|Short note
J|0513|Lomnitz,C.|On the transition between Rayleigh waves and gravity waves||#BSA:81:1:1991:273-275|Rayleigh wave+Gravity wave+Transition|Short note
J|0514|Bernard,P.+Zollo,A.|Comment on `Source complexity of the 1980 southern Italian earthquake from the analysis of strong-motion S-wave polarization' by L. Siro and C. Chiaruttini||#BSA:81:1:1991:276-288|Comments+1980+Earthquake+Southern Italy|With a reply by the authors|#*CAMPANIA
J|0515|Hartzell,S.H.+Mendoza,C.|Application of an iterative least-squares waveform inversion of strong-motion and teleseismic records to the 1978 Tabas, Iran, earthquake||#BSA:81:2:1991:305-331|1978+Earthquake+Tabas+Inversion||#*TABAS
J|0516|Blakeslee,S.N.+Malin,P.E.|High-frequency site effects at two Parkfield downhole and surface stations||#BSA:81:2:1991:332-345|Site+Parkfield+Down-hole recording+High frequency
J|0517|Khair,K.R.+Datta,S.K.+Shah,A.H.|Amplification of obliquely incident seismic waves by cylindrical alluvial valley of arbitrary cross-sectional shape. Part II. Incident SH and Rayleigh waves||#BSA:81:2:1991:346-357|Amplification+Alluvium+Valley+Numerical method
J|0518|Bungum,H.+Alsaker,A.|Source spectral scaling inversion for two earthquake sequences offshore western Norway||#BSA:81:2:1991:358-378|Sequence+Offshore+Norway+Inversion
J|0519|Alsaker,A.+Kvamme,L.B.+Hansen,R.A.+|The ML scale in Norway||#BSA:81:2:1991:379-398|Norway+Magnitude scale+Local magnitude+Formula
J|0520|Bent,A.L.+Helmberger,D.V.|Seismic characteristics of earthquakes along the offshore extension of the western Transverse Ranges, California||#BSA:81:2:1991:399-422|Transverse Ranges+Offshore+Source parameter+1969-1981||#*SBARBARA|#*SANTABARBARA
J|0521|Langer,C.J.+Bollinger,G.A.|The southeastern Illinois earthquake of 10 June 1987: the later aftershocks||#BSA:81:2:1991:423-445|Illinois+1987+Intraplate earthquake+Aftershock||#*ILLINOIS87
J|0522|Dewey,J.W.|The 1954 and 1980 Algerian earthquakes: implications for the characteristic-displacement model of fault behavior||#BSA:81:2:1991:446-467|Algeria+1954-1987+Joint hypocentre determination+Earthquake||#*ELASNAM
J|0523|Bellier,O.+Dumont,J.F.+Sebrier,M.+|Geological constraints on the kinematics and fault-plane solution of the Quiches fault zone reactivated during the 10 November 1946 Ancash earthquake, northern Peru||#BSA:81:2:1991:468-490|Peru+Fault plane solution+Earthquake+1946
J|0524|Bryan,C.J.+Johnson,C.E.|Block tectonics of the island of Hawaii from a focal mechanism analysis of basal slip||#BSA:81:2:1991:491-507|Hawaii+Focal mechanism+1986-1989+Tectonics
J|0525|Mori,J.|Estimates of velocity structure and source depth using multiple P waves from aftershocks of the 1987 Elmore Ranch and Superstition Hills, California, earthquakes||#BSA:81:2:1991:508-523|Velocity structure+Depth+Multiple wave+Aftershock+California||#*ELMORE87|#*SUPERSTITION87
J|0526|Michelini,A.+McEvilly,T.V.|Seismological studies at Parkfield. I. Simultaneous inversion for velocity structure and hypocenters using cubic B-splines parameterization||#BSA:81:2:1991:524-552|Parkfield+Cubic splines+Inversion+Velocity structure
J|0527|Fehler,M.+Phillips,W.S.|Simultaneous inversion for Q and source parameters of microearthquakes accompanying hydraulic fracturing in granitic rock||#BSA:81:2:1991:553-575|Microearthquake+Inversion+Granodiorite+Hydrofracturing
J|0528|Langston,C.A.+Ammon,C.J.|Scattering of teleseismic body waves along the Hayward-Calaveras fault system||#BSA:81:2:1991:576-591|Scattering+Teleseism+California+Fault
J|0529|Bowman,J.R.+Kennett,B.L.N.|Propagation of Lg waves in the north Australian craton: influence of crustal velocity gradients||#BSA:81:2:1991:592-610|Craton+Propagation+Lg-wave+Australia
J|0530|Menke,W.+Lerner-Lam,A.L.|Observations of the transition from linear polarization to complex polarization in short-period compressional waves||#BSA:81:2:1991:611-621|Compressional wave+Polarization+Refraction study+Distance
J|0531|Bataille,K.+Chiu,J.M.|Polarization analysis of high-frequency, three-component seismic data||#BSA:81:2:1991:622-642|Polarization+High frequency+Body wave+Signal
J|0532|Walck,M.C.+Chael,E.P.|Optimal backazimuth estimation for three-component recordings of regional seismic events||#BSA:81:2:1991:643-666|Regional study+Accuracy+Azimuth
J|0533|Krebes,E.S.+Slawinski,M.A.|On raytracing in an elastic-anelastic medium||#BSA:81:2:1991:667-686|Ray tracing+Elastic medium+Half-space+Plane wave
J|0534|Morales,J.+Vidal,F.+Pena,J.A.+|Microtremor study in the sediment-filled basin of Zafarraya, Granada (southern Spain)||#BSA:81:2:1991:687-693|Sedimentary basin+Granada+Microearthquake+Site|Short note
J|0535|Stacey,R.|An explicit unstable mode in the Clayton and Engquist transparent boundary prescription||#BSA:81:2:1991:694-698|Modelling+Wave+Boundary+Mathematical analysis|Short note
J|0536|Adams,R.D.|Crustal phases, HYPO71, and other programs||#BSA:81:2:1991:699-700|Computer program+Location+Crustal structure|Short note
J|0537|Niazi,M.+Bozorgnia,Y.|Behavior of near-source peak horizontal and vertical ground motions over SMART-1 array, Taiwan||#BSA:81:3:1991:715-732|Ground motion+Taiwan+SMART 1 array+Near earthquake
J|0538|Clouser,R.H.+Langston,C.A.|QP-QS relations in a sedimentary basin using converted phases||#BSA:81:3:1991:733-750|Q+Sedimentary basin+Gazli+Spectral ratio||#*GAZLI3
J|0539|Sen,M.K.|Modeling of wave propagation in northern Los Angeles basin||#BSA:81:3:1991:751-768|Modelling+Los Angeles+Propagation+Basin||#*SANTAMONICA89
J|0540|Dong,Z-X.+McMechan,G.A.|Numerical modeling of seismic waves with a 3-D, anisotropic scalar-wave equation||#BSA:81:3:1991:769-780|Numerical modelling+Seismic waves+Scalar-wave equation+Anisotropy
J|0541|Suzuki,S.+Kiremidjian,A.S.|A random slip rate model for earthquake occurrences with Bayesian parameters||#BSA:81:3:1991:781-795|Bayesian method+Model+Slip+Mexico
J|0542|Rabinowitz,N.+Steinberg,D.M.|Seismic hazard sensitivity analysis: a multi-parameter approach||#BSA:81:3:1991:796-817|Hazard+Sensitivity+Israel
J|0543|Xie,J-K.+Liu,Z-Y.+Herrmann,R.B.+|Source processes of three aftershocks of the 1983 Goodnow, New York, earthquake: high-resolution images of small symmetric ruptures||#BSA:81:3:1991:818-843|Aftershock+1983+New York+Process
J|0544|Mendez,A.J.+Anderson,J.G.|The temporal and spatial evolution of the 19 September 1985 Michoacan earthquake as inferred from near-source ground-motion records||#BSA:81:3:1991:844-861|Earthquake+1985+Mexico+Evolution||#*MEXICOCITY
J|0545|Savage,J.C.|Criticism of some forecasts of the National Earthquake Prediction Evaluation Council||#BSA:81:3:1991:862-881|Prediction+San Andreas Fault+Recurrence+Probability
J|0546|Zhu,T-F.+Chun,K-Y.+West,G.F.|Geometrical spreading and Q of Pn waves: an investigative study in eastern Canada||#BSA:81:3:1991:882-896|Canada+Pn-wave+Spreading+Q
J|0547|Cormier,V.F.+Mandal,B.+Harvey,D.|Incorporation of velocity gradients in the synthesis of complete seismograms by the locked mode method||#BSA:81:3:1991:897-930|Synthetic seismogram+Velocity-depth function+Regional phase+Mathematical method
J|0548|Dean,E.A.+Keller,G.R.|Interactive processing to obtain interstation surface-wave dispersion||#BSA:81:3:1991:931-947|Interactive system+Surface wave+Dispersion+Data processing
J|0549|McGarr,A.|On a possible connection between three major earthquakes in California and oil production||#BSA:81:3:1991:948-970|California+Major earthquake+Oil field+Response||#*COALINGA|#*WHITTIER|#*KETTLEMAN85
J|0550|Doser,D.I.+Baker,M.R.+Mason,D.B.|Seismicity in the War-Wink gas field, Delaware basin, west Texas, and its relationship to petroleum production||#BSA:81:3:1991:971-986|Seismicity+Texas+Gas field+1976-1979
J|0551|Jarpe,S.P.+Dowla,F.U.|Performance of high-frequency three-component stations for azimuth estimation from regional seismic phases||#BSA:81:3:1991:987-999|High frequency+Azimuth+Performance+Single-station recording
J|0552|Chiu,J.M.+Steiner,G.+Smalley,R.+|PANDA: a simple, portable array for local- to regional-scale seismic experiments||#BSA:81:3:1991:1000-1014|Portable station+Array+Instrument+Digital recording
J|0553|Muco,B.|The swarm of Nikaj-Merturi, Albania||#BSA:81:3:1991:1015-1021|Swarm+Albania+Seismicity+1976-1986|Short note
J|0554|Zeng,Y-H.|Compact solutions for multiple scattered wave energy in the time domain||#BSA:81:3:1991:1022-1029|Time domain+Multiple scattering+Energy+Coda wave|Short note
J|0555|Thurber,C.H.+Li,Y.|Comment on `A search for seismic reflections from the top of the oceanic crust beneath Hawaii' by D. E. James and M. K. Savage||#BSA:81:3:1991:1030-1041|Comments+Oceanic crust+Hawaii+Reflexion|With a reply by the authors
J|0556|Talwani,P.|Review of `The mechanisms of earthquakes and faulting' by C. H. Scholz||#BSA:81:3:1991:1042-1043|Review+Faulting+Mechanics
J|0557|Ezen,U.|Crustal structure of western Turkey from Rayleigh wave dispersion||#IIS:25:-:1991:1-21|Crustal structure+Turkey+Rayleigh wave+Dispersion
J|0558|Kim,S.G.|An application of a semi-Markov model to seismic risk analysis||#IIS:25:-:1991:23-38|Markov model+Risk+Far East+Chile+Circum-Pacific Belt
J|0559|Ezen,U.|Surface wave dispersion and upper crustal structure along N-S direction in western Turkey from Burdur earthquake of 12 May 1971||#IIS:25:-:1991:39-59|Turkey+Earthquake+1971+Group velocity
J|0560|Myslimaj,B.|General characteristics of the seismicity of Albania and principal concepts and requirements for building constructions, established in the recent Albanian aseismic design code||#IIS:25:-:1991:61-71|Albania+Seismicity+Building code
J|0561|Nakata,S.|Outline of damage on the earthquake in Philippine of July 16, 1990||#IIS:25:-:1991:73-93|1990+Earthquake+Damage+Philippines||#*LUZON90A
J|0562|Ruiz,S.E.|Influence of intensity of motion on the seismic response of structures with asymmetric force-deformation curves||#EES:20:1:1991:1-9|Structural response+Ductility+Asymmetry+Motion
J|0563|Wolf,J.P.|Consistent lumped-parameter models for unbounded soil: physical representation||#EES:20:1:1991:11-32|Soil-structure interaction+Model+Soil dynamics
J|0564|Wolf,J.P.|Consistent lumped-parameter models for unbounded soil: frequency-independent stiffness, damping and mass matrices||#EES:20:1:1991:33-41|Soil dynamics+Model+Soil-structure interaction+Damping
J|0565|Egozcue,J.J.+Barbat,A.+Canas,J.A.+|A method to estimate intensity occurrence probabilities in low seismic activity regions||#EES:20:1:1991:43-60|Iberian Peninsula+Probability+Bayesian method+Intensity
J|0566|Maheri,M.R.+Chandler,A.M.+Bassett,R.H.|Coupled lateral-torsional behaviour of frame structures under earthquake loading||#EES:20:1:1991:61-85|Frame+Structural dynamics+Torsion+Earthquake engineering
J|0567|Chandler,A.M.+Duan,X.N.|Evaluation of factors influencing the inelastic seismic performance of torsionally asymmetric buildings||#EES:20:1:1991:87-95|Torsion+Building code+Structural response+Asymmetry
J|0568|Elnashai,A.S.+Chryssanthopoulos,M.|Effect of random material variability on seismic design parameters of steel frames||#EES:20:2:1991:101-114|Steel frame+Aseismic design+Structural response+Earthquake engineering
J|0569|Gazetas,G.+Makris,N.|Dynamic pile-soil-pile interaction. Part I: analysis of axial vibration||#EES:20:2:1991:115-132|Pile+Soil-structure interaction+Structural dynamics+Wave field
J|0570|Kobori,T.+Koshika,N.+Yamada,K.+|Seismic-response-controlled structure with active mass driver system. Part 1: design||#EES:20:2:1991:133-149|Structural response+Building+AMD system+Earthquake-resistant design
J|0571|Kobori,T.+Koshika,N.+Yamada,K.+|Seismic-response-controlled structure with active mass driver system. Part 2: verification||#EES:20:2:1991:151-166|Structural response+Building+Earthquake-resistant design+AMD system
J|0572|Kappos,A.J.|Analytical prediction of the collapse earthquake for R/C buildings: suggested methodology||#EES:20:2:1991:167-176|Reinforced concrete+Building+Collapse+Earthquake engineering
J|0573|Kappos,A.J.|Analytical prediction of the collapse earthquake for R/C buildings: case studies||#EES:20:2:1991:177-190|Reinforced concrete+Building+Collapse+Earthquake engineering
J|0574|Hulbert,G.M.|Limitations on linear multistep methods for structural dynamics||#EES:20:2:1991:191-196|Structural dynamics+Mathematical method+Algorithm|Short communication
J|0575|Goel,R.K.+Chopra,A.K.|Inelastic seismic response of one-storey, asymmetric-plan systems: effects of system parameters and yielding||#EES:20:3:1991:201-222|Structural response+Building+Asymmetry+Inelasticity
J|0576|Villaverde,R.|Explanation for the numerous upper floor collapses during the 1985 Mexico City earthquake||#EES:20:3:1991:223-241|Collapse+Damage+Mexico City+1985+Earthquake||#*MEXICOCITY
J|0577|Rao,G.V.+Iyengar,R.N.|Seismic response of a long span cable||#EES:20:3:1991:243-258|Dynamic analysis+Response+Cable+Earthquake engineering
J|0578|Weissman,K.+Prevost,J.H.|Results and analysis of soil-structure interaction experiments performed in the centrifuge||#EES:20:3:1991:259-274|Soil-structure interaction+Centrifuge+Foundation
J|0579|McLellan,A.+Filiatrault,A.|Discussion on `Dynamic parameter identification for non-linear isolation systems in response spectrum analysis' by H. C. Tsai and J. M. Kelly||#EES:20:3:1991:293-298|Comments+Base isolation system+Response+Spectral analysis+Shake table|With a reply by the authors
J|0580|Claret,A.M.+Venancio-Filho,F.|A modal superposition pseudo-force method for dynamic analysis of structural systems with non-proportional damping||#EES:20:4:1991:303-315|Dynamic analysis+Damping+Structural dynamics
J|0581|Benedetti,D.+Benzoni,G.M.|Identification of equivalent structural schemes for coupled systems||#EES:20:4:1991:317-333|Building+Structural response+Acceleration
J|0582|Pekau,O.A.+Zhang,C-H.+Feng,L-M.|Seismic fracture analysis of concrete gravity dams||#EES:20:4:1991:335-354|Gravity dam+Concrete+Fracture+Boundary element method
J|0583|Yokoyama,T.|Vibrations of Timoshenko beam-columns on two-parameter elastic foundations||#EES:20:4:1991:355-370|Beam+Vibration+Foundation+Finite element method
J|0584|Elgamal,A-W.|Shear hysteretic elasto-plastic earthquake response of soil systems||#EES:20:4:1991:371-387|Hysteresis+Soil dynamics+Response
J|0585|Uang,C-M.|Comparison of seismic force reduction factors used in U.S.A. and Japan||#EES:20:4:1991:389-397|Force+Building code+Japan+United States
J|0586|Midorikawa,S.+Riddell,R.+Cruz,E.|Strong-motion accelerograph array in Santiago, Chile, and preliminary evaluation of site effects||#EES:20:5:1991:403-407|Strong-motion instrument+Array+Site+Chile
J|0587|Perotti,F.+Scarlassara,G.P.|Concentrically braced steel frames under seismic actions: non-linear behaviour and design coefficients||#EES:20:5:1991:409-427|Steel frame+Dynamic analysis+Nonlinear response+Earthquake engineering
J|0588|Sun,K.+Nogami,T.|Earthquake induced hydrodynamic pressure on axisymmetric offshore structures||#EES:20:5:1991:429-440|Offshore+Structural response+Hydrodynamics+Pressure
J|0589|Wang,Y.+Rajapakse,R.K.N.D.+Shah,A.H.|Dynamic interaction between flexible strip foundations||#EES:20:5:1991:441-454|Dynamic analysis+Foundation+Soil-structure interaction+Green's function
J|0590|Dowrick,D.J.|Damage costs for houses and farms as a function of intensity in the 1987 Edgecumbe earthquake||#EES:20:5:1991:455-469|Damage+Earthquake+1987+Edgecumbe||#*EDGECUMBE
J|0591|Mohraz,B.+Elghadamsi,F.E.+Chang,C-J.|An incremental mode-superposition for non-linear dynamic analysis||#EES:20:5:1991:471-481|Dynamic analysis+Nonlinear response+Damping+Building
J|0592|Takewaki,I.+Conte,J.P.+Mahin,S.A.+|A unified earthquake-resistant design method for steel frames using ARMA models||#EES:20:5:1991:483-501|Earthquake-resistant design+Steel frame+Model+Building
J|0593|Pekau,O.A.+Guimond,R.|Controlling seismic response of eccentric structures by friction dampers||#EES:20:6:1991:505-521|Damper+Structural response+Earthquake engineering+Building
J|0594|Mostaghel,N.+Mortazavi,A.R.|An assessment of SEAONC draft code for resilient sliding isolators||#EES:20:6:1991:523-533|Base isolation system+Code+Displacement+Earthquake engineering
J|0595|Saadeghvaziri,M.A.+Foutch,D.A.|Dynamic behaviour of R/C highway bridges under the combined effect of vertical and horizontal earthquake motions||#EES:20:6:1991:535-549|Reinforced concrete+Bridge+Structural dynamics+Earthquake engineering
J|0596|Shing,P-S.B.+Vannan,M.T.+Cater,E.|Implicit time integration for pseudodynamic tests||#EES:20:6:1991:551-576|Pseudodynamic test+Algorithm+Time integration technique
J|0597|Dowrick,D.J.|Magnitude reassessment of New Zealand earthquakes||#EES:20:6:1991:577-596|New Zealand+Magnitude+Earthquake+1901-1988
J|0598|Wolf,J.P.+Paronesso,A.|Errata to `Consistent lumped-parameter models for unbounded soil'||#EES:20:6:1991:597-599|Errata+Soil-structure interaction+Model+Soil dynamics
J|0599|Hammoutene,M.+Bard,P-Y.+Tiliouine,B.|A two-dimensional nonstationary model for characterization and simulation of seismic accelerations||#EEE:5:1:1991:3-9|Simulation+Accelerogram+Model+Ground motion||#*ALGERIA89
J|0600|Kappos,A.J.+Stylianidis,K.C.+Penelis,G.G.|Analytical prediction of the response of structures to future earthquakes||#EEE:5:1:1991:10-21|Structural response+Thessaloniki+Damage+Prediction
J|0601|Trifunac,M.D.+Zivcic,M.|A note on instrumental comparison of the Modified Mercalli Intensity (MMI) in the western United States and the Mercalli-Cancani-Sieberg (MCS) intensity in Yugoslavia||#EEE:5:1:1991:22-26|Modified Mercalli scale+Yugoslavia+Western United States+Intensity
J|0602|Trifunac,M.D.+Lee,V.W.+Zivcic,M.+|On the correlation of Mercalli-Cancani-Sieberg intensity scale in Yugoslavia with the peaks of recorded strong earthquake ground motion||#EEE:5:1:1991:27-33|Modified Mercalli scale+Intensity+Yugoslavia+Strong motion
J|0603|Moroianu,A.+Mihalcea,A.+Dimache,G.|Liquefaction damages associated with the Vrancea earthquake on August 30, 1986 in Romania||#EEE:5:1:1991:34-46|Liquefaction+1986+Vrancea+Earthquake||#*VRANCEA86
J|0604|Perotti,F.|Review of `Civil engineering dynamics. Design, analysis, testing and performance'||#EEE:5:1:1991:47|Review+Structural dynamics+Earthquake engineering|Proceedings of a conference held in Bristol, March 1988
J|0605|Mohammadioun,G.|The determination of recording-site intensities for European strong-motion data: general considerations, method, and difficulties encountered||#EEE:5:2:1991:4-7|Intensity+Strong motion+Europe+Data bank||#*CAMPANIA
J|0606|Mohammadioun,G.|The prediction of response spectra for the anti-seismic design of structures specificity of data from intracontinental environments||#EEE:5:2:1991:8-17|Antiseismic design+Spectrum+Strong motion+Europe
J|0607|Ambraseys,N.N.+Bommer,J.J.|Database of European strong ground-motion records||#EEE:5:2:1991:18-37|Europe+Strong motion+Earthquake catalogue+1967-1990
J|0608|Berardi,R.+Longhi,G.+Rinaldis,D.|Qualification of the European strong-motion databank: influence of the accelerometric station response and pre-processing techniques||#EEE:5:2:1991:38-53|Europe+Data bank+Site+Data processing
J|0609|Mohammadi,J.+Suen,S-J.|Seismic source parameters and their impact on seismic hazard analysis||#EEE:5:2:1991:54-61|Source parameter+Hazard+Risk+Recurrence
J|0610||Review of `Seismic design and retrofitting of reinforced concrete bridges' edited by G. M. Calvi and M. J. N. Priestley||#EEE:5:2:1991:63|Review+Bridge+Reinforced concrete+Aseismic design|Proceedings of a workshop held in Bormio, April 1991
J|0611|Posgay,K.+Albu,I.+Mayerova,M.+|Contour map of the Mohorovicic discontinuity beneath central Europe|With Hungarian and Russian abstracts|#GEK:36:1-2:1991:7-13|Deep seismic sounding+Mohorovicic discontinuity+Central Europe+Map
J|0612|Kilenyi,E.+Kroll,A.+Obernauer,D.+|Pre-Tertiary basement contour map of the Carpathian basin beneath Austria, Czechoslovakia and Hungary|With Hungarian and Russian abstracts|#GEK:36:1-2:1991:15-36|Basement depth map+Basin+Austria+Czechoslovakia+Hungary
J|0613|Farkas,I.+Kardevan,P.+Rezessy,G.+|EM soundings in water- and brown-coal prospecting. Case histories|With Hungarian and Russian abstracts|#GEK:36:1-2:1991:103-111|Prospecting+Water+Coal+Austria
J|0614|Novelo-Casanova,D.A.|Stress drops for foreshocks and aftershocks of the 1979 Petatlan, Mexico, earthquake||#GFN:30:1:1991:43-54|Stress-drop+Earthquake+1979+Mexico||#*PETATLAN
J|0615|Hernandez-Reyes,N.F.+Fernandez,R.|A variable velocity selective filter for seismic reflection exploration|In Spanish with English abstract|#GFN:30:2:1991:71-85|Filter+Reflexion study+Data processing
J|0616|Woods,M.T.+Leveque,J.J.+Okal,E.A.+|Two-station measurements of Rayleigh wave group velocity along the Hawai`ian swell||#GRL:18:1:1991:105-108|Group velocity+Rayleigh wave+Hawaii+Oceanic lithosphere
J|0617|Notsu,K.+Wakita,H.+Igarashi,G.|Precursory changes in fumarolic gas temperature associated with a recent submarine eruption near Izu-Oshima volcano, Japan||#GRL:18:2:1991:191-193|Submarine eruption+Izu-Oshima+Precursor+Fumarole
J|0618|Morrow,C.A.+Byerlee,J.D.|A note on the frictional strength of laumontite from Cajon Pass, California||#GRL:18:2:1991:211-214|Friction+Cajon Pass+Gouge+Mineral
J|0619|Brown,S.R.+Scholz,C.H.+Rundle,J.B.|A simplified spring-block model of earthquakes||#GRL:18:2:1991:215-218|Model+Recurrence+Earthquake+Simulation
J|0620|Rubin,A.M.+Ahrens,T.J.|Dynamic tensile-failure-induced velocity deficits in rock||#GRL:18:2:1991:219-222|Rock mechanics+Velocity+Microcrack
J|0621|Nakanishi,I.+Hanakago,Y.+Moriya,T.+|Performance test on long-period moment tensor determination for near earthquakes by a sparse local network||#GRL:18:2:1991:223-226|Near earthquake+Seismic moment tensor+1989+Japan||#*HOKKAIDO89
J|0622|Menke,W.|Applications of the POCS inversion method to interpolating topography and other geophysical fields||#GRL:18:3:1991:435-438|Inversion+Iterative method+Topography+Well-log
J|0623|Oikawa,J.+Ida,Y.+Yamaoka,K.+|Ground deformation associated with volcanic tremor at Izu-Oshima volcano||#GRL:18:3:1991:443-446|Surface deformation+Volcanic tremor+Izu-Oshima+1988-1989
J|0624|Budding,K.E.+Schwartz,D.P.+Oppenheimer,D.H.|Slip rate, earthquake recurrence, and seismogenic potential of the Rodgers Creek fault zone, northern California: initial results||#GRL:18:3:1991:447-450|Recurrence+Northern California+Seismic gap+Slip
J|0625|Wu,P.|Flexure of lithosphere beneath the Alberta foreland basin: evidence of an eastward stiffening continental lithosphere||#GRL:18:3:1991:451-454|Continental lithosphere+Stiffness+Flexure+Alberta
J|0626|Larue,D.K.|The Toa Baja drilling project, Puerto Rico: scientific drilling into a non-volcanic island arc massif||#GRL:18:3:1991:489-492|Puerto Rico+Drilling+Island arc+Exploration
J|0627|Larue,D.K.|The Toa Baja drilling project and current studies in Puerto Rican geology: introduction and summary||#GRL:18:3:1991:493-496|Puerto Rico+Drilling+Geology+Reflexion study
J|0628|Anderson,R.N.|Geophysical logs from the Toa Baja scientific drillhole, Puerto Rico||#GRL:18:3:1991:497-500|Puerto Rico+Well-log+Synthetic seismogram
J|0629|Larue,D.K.+Anderson,R.N.+Goldberg,D.+|Origin of reflectors in seismic line 2, Toa Baja, small gas horizons associated with enhanced reflector amplitudes, and recognizing leaky and sealing faults using gas chromatography data||#GRL:18:3:1991:541-544|Reflector+Puerto Rico+Vibroseis
J|0630|Larue,D.K.+Berrong,B.|Cross section through the Toa Baja drillsite: evidence for northward change in Late Eocene deformation intensity||#GRL:18:3:1991:561-564|Puerto Rico+Reflexion study+Geology
J|0631|Erikson,J.P.+Pindell,J.L.+Larue,D.K.|Fault zone deformational constraints on Paleogene tectonic evolution in southern Puerto Rico||#GRL:18:3:1991:569-572|Puerto Rico+Fault+Evolution
J|0632|Speed,R.C.+Larue,D.K.|Extension and transtension in the plate boundary zone of the northeastern Caribbean||#GRL:18:3:1991:573-576|Extension+Caribbean+Plate boundary+Dipping layer
J|0633|Gurnis,M.+Zhong,S.|Generation of long wavelength heterogeneity in the mantle by the dynamic interaction between plates and convection||#GRL:18:4:1991:581-584|Heterogeneity+Mantle+Convection+Plate interaction
J|0634|Blanpied,M.L.+Lockner,D.A.+Byerlee,J.D.|Fault stability inferred from granite sliding experiments at hydrothermal conditions||#GRL:18:4:1991:609-612|Fault+Granite+Seismicity+Sliding
J|0635|De Natale,G.+Ferraro,A.+Virieux,J.|A probability method for local earthquake focal mechanisms||#GRL:18:4:1991:613-616|Local earthquake+Focal mechanism+Probability+Campi Flegrei
J|0636|Wyss,M.|Increased mean depth of earthquakes at Parkfield||#GRL:18:4:1991:617-620|Depth+Parkfield+Precursor||#*STONECAN
J|0637|Mitchell,B.J.|Frequency dependence of QLg and its relation to crustal anelasticity in the Basin and Range province||#GRL:18:4:1991:621-624|Q+Basin & Range+Anelasticity+Crust
J|0638|Trehu,A.M.+Morel-a-l'Huissier,P.+Meyer,R.P.+|Imaging the midcontinent rift beneath Lake Superior using large aperture seismic data||#GRL:18:4:1991:625-628|Lake Superior+Velocity structure+Imaging+Reflexion study
J|0639|Wakita,H.+Igarashi,G.+Notsu,K.|An anomalous radon decrease in groundwater prior to an M6.0 earthquake: a possible precursor?||#GRL:18:4:1991:629-632|Precursor+Radon+Groundwater+Japan||#*CHOSHI90
J|0640|Ma,K-F.+Satake,K.+Kanamori,H.|The origin of the tsunami excited by the 1989 Loma Prieta earthquake -faulting or slumping-||#GRL:18:4:1991:637-640|Tsunami+Loma Prieta+1989+Earthquake||#*LOMAPRIETA89
J|0641|Fukuyama,E.+Kinoshita,S.+Yamamizu,F.|Unusual high-stress drop subevent during the M5.5 earthquake, the largest event of the 1989 Ito-Oki swarm activity||#GRL:18:4:1991:641-644|Stress-drop+1989+Japan+Earthquake||#*OFFIZUPEN89B|#*OFFIZUPEN89C
J|0642|a-BABEL Working Group|Recording marine airgun shots at offsets between 300 and 700km||#GRL:18:4:1991:645-648|Offset+Airgun+BABEL+Reflexion study+Refraction study
J|0643|Caress,D.W.|Structural trends and back-arc extension in the Havre trough||#GRL:18:5:1991:853-856|GLORIA+Bathymetry+Profile+Kermadec Islands
J|0644|Tanaka,A.+Fujii,N.|Energy dissipation rates at ridge and transform fault segments - a model of oblique spreading -||#GRL:18:5:1991:857-860|Spreading+Energy+Transform fault+Model
J|0645|Dixon,T.H.+Gonzalez,G.+Lichten,S.M.+|Preliminary determination of Pacific-North America relative motion in the southern Gulf of California using the Global Positioning System||#GRL:18:5:1991:861-864|Plate motion+Gulf of California+Global Positioning System
J|0646|Kellogg,L.H.|Interaction of plumes with a compositional boundary at 670km||#GRL:18:5:1991:865-868|670km discontinuity+Composition+Mantle plume+Convection
J|0647|Ukawa,M.+Obara,K.+Fukuyama,E.|Seismic pulses suggesting an implosive source at the 1989 Ito-Oki submarine eruption, central Japan||#GRL:18:5:1991:873-876|Implosion+Submarine eruption+Japan+1989
J|0648|Khalatbari,A.+Vo-Thanh,D.+Poirier,J.P.|Effect of fluid viscosity and saturation on the ultrasonic velocities in a Fontainebleau sandstone||#GRL:18:5:1991:885-888|Velocity+Sandstone+Ultrasonic wave
J|0649|O'Keefe,S.G.+Thiel,D.V.|Electromagnetic emissions during rock blasting||#GRL:18:5:1991:889-892|Radio emission+Quarry blast
J|0650|Harris,R.A.+Archuleta,R.J.|Fault steps and the dynamic rupture process: 2-D numerical simulations of a spontaneously propagating shear fracture||#GRL:18:5:1991:893-896|Rupture+Fault+Dynamics
J|0651|Sornette,D.+Vanneste,C.+Sornette,A.|Dispersion of b-values in Gutenberg-Richter law as a consequence of a proposed fractal nature of continental faulting||#GRL:18:5:1991:897-900|b-Value+Fractal+Faulting
J|0652|Bonamassa,O.+Vidale,J.E.+Houston,H.+|Directional site resonances and the influence of near-surface geology on ground motion||#GRL:18:5:1991:901-904|Ground motion+Geologic structure+Aftershock+Polarization||#*LOMAPRIETA89|#*WHITTIER
J|0653|Shibata,N.+Suda,N.+Fukao,Y.|Use of apparent complex frequencies of free oscillations to estimate aspherical structure of the Earth||#GRL:18:5:1991:905-908|Free oscillation+Aspherical Earth structure+Multiplet+Theoretical seismogram
J|0654|Forster,C.B.+Evans,J.P.|Hydrogeology of thrust faults and crystalline thrust sheets: results of combined field and modelling studies||#GRL:18:5:1991:979-982|Thrust fault+Hydrogeology
J|0655|Sornette,D.+Davy,P.|Fault growth model and the universal fault length distribution||#GRL:18:6:1991:1079-1081|Fault+Model
J|0656|Sylvester,A.G.+Byrd,J.O.D.+Smith,R.B.|Geodetic evidence for aseismic reverse creep across the Teton fault, Teton Range, Wyoming||#GRL:18:6:1991:1083-1086|Wyoming+Fault+Creep+Geodetic survey
J|0657|Hadiouche,O.+Kruger,F.+Kind,R.|Mapping the crust in southeastern Germany using Rayleigh waves in the period range 6-16s||#GRL:18:6:1991:1087-1090|Mapping+Crust+Germany+Rayleigh wave
J|0658|a-BABEL Working Group|Deep seismic survey images crustal structure of Tornquist zone beneath southern Baltic Sea||#GRL:18:6:1991:1091-1094|Deep seismic sounding+Baltic Sea+Crustal structure+BABEL
J|0659|Deverchere,J.+Houdry,F.+Diament,M.|Evidence for a seismogenic upper mantle and lower crust in the Baikal rift||#GRL:18:6:1991:1099-1102|Baikalian Rift+Swarm+Fault plane solution+Seismicity
J|0660|Kawakatsu,H.|Enigma of earthquakes at ridge-transform-fault plate boundaries - distribution of non-double couple parameter of Harvard CMT solutions||#GRL:18:6:1991:1103-1106|Double couple+Plate boundary+Shallow earthquake
J|0661|Kennett,B.L.N.|Seismic velocity gradients in the upper mantle||#GRL:18:6:1991:1115-1118|Upper mantle+Velocity structure+Model+Lateral heterogeneity
J|0662|Suda,N.+Shibata,N.+Fukao,Y.|Degree-2 pattern of attenuation structure in the upper mantle from apparent complex frequency measurements of fundamental spheroidal modes||#GRL:18:6:1991:1119-1122|Map+Spheroidal mode+Attenuation+Upper mantle
J|0663|Willemann,R.J.|A simple explanation for the depth distribution of deep earthquakes||#GRL:18:6:1991:1123-1126|Depth+Deep earthquake+Model
J|0664|Draganov,A.B.+Inan,U.S.+Taranenko,Yu.N.|ULF magnetic signatures at the Earth surface due to ground water flow: a possible precursor to earthquakes||#GRL:18:6:1991:1127-1130|Signature+Groundwater+Precursor+Geomagnetic field
J|0665|Shentu,B-M.+Song,F-M.+Cao,Z-Q.+|Preliminary study on late Quaternary fault scarps on the northern piedmont of Qinling Mountain|In Chinese with English abstract|#SMG:13:1:1991:15-25|Weihe Basin+Fault+Scarp+Palaeoearthquake
J|0666|Wang,T-M.+Li,X-Y.+Zheng,B-H.+|Newly discovered geological evidence for the seismogenic structure of 1695 strong earthquake in Linfen, Shanxi Province, China|In Chinese|#SMG:13:1:1991:26-27|Strong earthquake+1695+Shanxi+Seismogenesis
J|0667|Huang,X-M.+Wang,L-M.+Xu,J.+|Characteristics of neotectonic movement in the Beijing area|In Chinese with English abstract|#SMG:13:1:1991:43-51|Seismic risk+Beijing+Neotectonics+Movement
J|0668|Jiao,W-J.+Ma,J.+Wu,X-Q.+|Experimental research on a new AE experimental system for measuring failure in rocks under confining pressure and the magnitude-frequency relation|In Chinese with English abstract|#SMG:13:1:1991:54-60|Acoustic emission+b-Value+Magnitude+Recurrence
J|0669|Wang,J-C.+Huang,Q-Y.+Xu,C-R.+|Numerical simulation of tectonic stress field in Sichuan-Yunnan rhombic block|In Chinese with English abstract|#SMG:13:1:1991:67-72|Zone+Stress+Yunnan+Sichuan
J|0670|Li,X-T.+Yuan,D-W.+Zhou,J-Y.|Dating and engineering evaluation of recent fault activity in Shizhikou area of the Three Gorges section of the Changjiang River|In Chinese with English abstract|#SMG:13:1:1991:78-86|Hubei+Fault+Seismicity+Dam
J|0671|Lei,X-L.+Ma,J.+Kusunose,K.+|Spatial distribution and fractal structure of AE foci of Inada granite under triaxial compression|In Chinese and English|#SMG:13:2:1991:97-114|Acoustic emission+Microfracture+Location+Fractal
J|0672|Li,J-H.+Li,W-Z.|Indications of tectonic movement in north China before the 1976 Tangshan earthquake|In Chinese with English abstract|#SMG:13:2:1991:152-160|T'ang-shan+1976+Landsat+Tectonics||#*TANGSHAN
J|0673|Deng,Z-H.+Ma,J.|The spatial relationships of three strong sequentially occurring earthquakes|In Chinese with English abstract|#SMG:13:2:1991:173-178|Strong earthquake+Spatial analysis+Prediction+Probability
J|0674|Zhang,Z-D.+Jing,J-C.+Zheng,J-H.+|Analysis of the response of water level in well Lu-15 to the process of mine collapse|In Chinese with English abstract|#SMG:13:2:1991:187-192|Well+Water level+Mine+Precursor+Collapse
J|0675|Balakina,L.M.|The structure of the south Kuriles seismic zone and the sequence of earthquake generation in it|In Russian|#IFZ:-:1:1991:35-48|Kuril Islands+Structure+Seismogenesis+Sequence
J|0676|Zednik,Ya.+Korchagina,O.A.+Moskvina,A.G.+|Source parameters determined for deep Hindukush earthquakes from wide-band digital records|In Russian|#IFZ:-:1:1991:49-62|Source+Hindu Kush+Deep-focus earthquake+Digital recording
J|0677|Drumya,A.V.+Poyata,I.A.+Stepanenko,N.Ya.|Comparative analysis of seismicity in local seismically active areas with intermediate sources|In Russian|#IFZ:-:1:1991:63-71|Seismicity+Intermediate-focus earthquake+Focal mechanism+Geodynamics
J|0678|Grayzer,V.M.|Methods of inertial seismometry|In Russian|#IFZ:-:1:1991:72-87|Seismometry+Strong motion+Inertia+Torsion
J|0679|Krylov,S.V.+Seleznev,V.S.+Solovyov,V.M.+|S waves and seismic anisotropy of the Earth's crust in West Yakutiya|In Russian|#IFZ:-:2:1991:26-33|S-wave+Anisotropy+Crust+Yakutiya
J|0680|Zvolinskii,N.V.+Nikitin,I.S.+Sekerzh-Zenkovich,S.Ya.|Generation of tsunami and Rayleigh waves by a harmonic extension source|In Russian|#IFZ:-:2:1991:34-44|Tsunami+Rayleigh wave+Harmonic+Extension
J|0681|Yanovskaya,T.B.+Dmitriyeva,L.A.|Effect of non-rigid contact between elastic media on coefficients of reflection, refraction, and transfer|In Russian|#IFZ:-:2:1991:45-52|Elastic medium+Reflexion coefficient+Refraction coefficient+Transfer function
J|0682|Kovachev,S.A.+Kuzin,I.P.+Solov'ev,S.L.|On seismicity of the deep basin of the Tyrrhenian Sea at the Vavilov's Mountain from sea-bottom seismograph records|In Russian|#IFZ:-:2:1991:60-67|Seismicity+Tyrrhenian Sea+Ocean-bottom seismograph+Basin|Scientific communication
J|0683|Kalinnikov,I.I.|On development of torsional seismometer for measuring low-frequency induced torsional vibrations of the Earth|In Russian|#IFZ:-:2:1991:67-79|Torsion+Seismometer+Low frequency+Free oscillation|Scientific communication
J|0684|Engler,R.|Effect of three-axial stress state on elastic wave velocities in rocks prior to fracturing|In Russian|#IFZ:-:2:1991:79-84|Stress+Elastic wave+Velocity+Fracture|Scientific communication
J|0685|Dyakonov,S.V.|Calculating the influence of the rigid inner core on the Earth's nutation|In Russian|#IFZ:-:3:1991:3-7|Inner core+Earth+Nutation
J|0686|Bykova,V.V.|On the relief effect of the core-mantle interface on the Earth's nutation|In Russian|#IFZ:-:3:1991:8-17|Core-mantle boundary+Earth+Nutation
J|0687|Volkov,Yu.V.|Statistical study of temporal sequence of strong earthquakes|In Russian|#IFZ:-:3:1991:18-25|Statistics+Strong earthquake+Temporal distribution+Sequence
J|0688|Liperovsky,V.A.+Gladyshev,V.A.+Shalimov,S.L.|Concepts of the lithosphere-asthenosphere interaction|In Russian|#IFZ:-:3:1991:26-35|Lithosphere+Asthenosphere+Interactive system+Earthquake lights
J|0689|Kissin,I.G.+Orolbayev,E.E.+Ivanov,V.V.|Anomalous variations of the groundwater table at the Frunze test site and their implications for seismicity|In Russian|#IFZ:-:3:1991:63-67|Groundwater+Seismicity+Frunze+Kirgiziya|Scientific communication
J|0690|Galperina,R.M.+Galperin,E.I.+Erenburg,M.S.|Influence of the upper part of structure on heading part of seismograms obtained from remote earthquakes|In Russian|#IFZ:-:3:1991:67-80|Teleseism+Seismogram+Structure+Upper crust+Upper mantle|Scientific communication
J|0691|Lokshin,A.A.+Lopatnikov,S.L.+Sagomonyan,E.A.|On refraction and reflection of a plane wave by an interface between elastic and inherited-elastic half-spaces|In Russian|#IFZ:-:3:1991:80-86|Refraction+Reflexion+Plane wave+Half-space|Scientific communication
J|0692|Kosobokov,V.G.|On the article by A. D. Sytinsky `On the relation of earthquakes with solar activity'|In Russian|#IFZ:-:3:1991:110-112|Earthquake+Solar activity|Letter to the editor
J|0693||An obituary of E. I. Galperin|In Russian|#IFZ:-:3:1991:116-117|Seismology
J|0694|Pavlenkova,N.I.+Yegorova,T.P.+Starostenko,V.I.+|Three-dimensional density structure of the lithosphere in Europe: I.|In Russian|#IFZ:-:4:1991:3-13|Density+Structure+Lithosphere+Europe
J|0695|Pavlenkova,N.I.+Yegorova,T.P.+Starostenko,V.I.+|Three-dimensional density structure of the lithosphere in Europe: II.|In Russian|#IFZ:-:4:1991:14-23|Density+Structure+Lithosphere+Europe
J|0696|Sobolev,G.A.+Vasil'ev,V.Yu.|Clustering features of the epicentres of weak tremors prior to strong earthquakes in Caucasus|In Russian|#IFZ:-:4:1991:24-36|Caucasus+Strong earthquake+Foreshock+Clustering||#*ARMENIA88
J|0697|Petersen,N.V.+Vinnik,L.P.|Determination of converted waves as a problem of multichannel filtration|In Russian|#IFZ:-:4:1991:37-44|Converted wave+Filtration+Digital recording
J|0698|Gulyelmi,A.V.|Magnetic structure of an elastic wave front in a conducting medium|In Russian|#IFZ:-:4:1991:53-58|Elastic wave+Magnetism+Conductivity
J|0699|Erteleva,O.O.+Grayzer,V.M.+Afimyina,T.V.|Residual displacements near a dislocation rupture|In Russian|#IFZ:-:4:1991:80-87|Displacement+Dislocation+Rupture+Ground motion|Scientific communication
J|0700|Vasil'ev,V.Yu.|The XXII General Assembly of the European Seismological Commission, Barcelona, 1990|In Russian|#IFZ:-:4:1991:99-104|European Seismological Commission+1990+Europe+Seismology|Chronicle
J|0701|Nabati,A.M.+Yanovskaya,T.B.|On seismicity of Afghanistan|In Russian|#IFZ:-:5:1991:39-46|Seismicity+Afghanistan+Intensity+Acceleration
J|0702|Erteleva,O.O.+Grayzer,V.M.|Displacements due to a dislocational rupture in a half-space|In Russian|#IFZ:-:5:1991:71-78|Dislocation+Displacement+Rupture+Half-space|Scientific communication
J|0703|Bdoyan,A.A.+Yukhanyan,A.K.+Genshaft,Yu.S.|An ultrasonic method of pressure determination in a hot cell|In Russian|#IFZ:-:5:1991:79-83|Ultrasonics+Pressure+Temperature|Scientific communication
J|0704|Kozyreva,L.I.+Lukk,A.A.+Sidorin,A.Ya.|The first Soviet-Chinese symposium on earthquake prediction|In Russian|#IFZ:-:5:1991:101-109|Prediction+Garm+1990+Symposium|Chronicle
J|0705||An obituary of V. V. Belousov|In Russian|#IFZ:-:5:1991:110-111|Geology+Tectonics
J|0706|Gorshkov,A.I.+Zhidkov,M.P.+Rantsman,E.Ya.+|Morphostructure of the Minor Caucasus and sites of possible earthquakes (M>=5.5)|In Russian|#IFZ:-:6:1991:30-38|Major earthquake+Caucasus+Site+Morphostructure||#*ARMENIA88
J|0707|Pavlenkova,N.I.+Pshenchik,I.|Use of amplitude curves of first waves in investigations of the Earth's crust|In Russian|#IFZ:-:6:1991:39-49|Crustal structure+First arrival+Amplitude
J|0708|Davydov,A.V.+Dolgikh,G.I.|Impulsive-input response of a system of regional geoblocks|In Russian|#IFZ:-:6:1991:84-87|Impulse+Block+Response|Scientific communication
J|0709|Dubrovina,G.V.|Study of horizontal inhomogeneities from amplitudes of refracted waves|In Russian|#IFZ:-:6:1991:93-99|Refracted wave+Amplitude+Lateral heterogeneity|Scientific communication
J|0710|Kondorskaya,N.V.|The international seismological period|In Russian|#IFZ:-:6:1991:108-110|ISOP|Chronicle
J|0711|Gurevich,B.Ya.+Ivanov,V.V.+Pelinovsky,E.N.|International seminar on long waves propagation|In Russian|#IFZ:-:6:1991:111-112|Long wave+Propagation+Seminar+1990|Chronicle
J|0712|Shainurov,R.V.+Terekhov,A.A.|Investigations on the sediments structure in the central part of the Arabian Sea|In Russian with English abstract|#OKN:31:2:1991:290-295|Arabian Sea+Sediment+Structure+Marine seismic investigation
J|0713|Semenov,G.A.+Holopov,B.V.|The seismic research of sedimentary thickness on the two study regions of the north-eastern hollow of the Pacific Ocean|In Russian with English abstract|#OKN:31:3:1991:463-468|Northeastern Pacific Ocean+Marine seismic investigation+Sediment+Thickness
J|0714|Neprochnov,Yu.P.+Levchenko,O.V.+Grinko,B.N.|On the methods of three-dimensional picturing of sediment basement based on the detailed seismic profiling in the ocean|In Russian with English abstract|#OKN:31:3:1991:493-498|Bering Sea+Profiling+Sediment+Marine seismic investigation
J|0715|Dozorov,T.A.+Solov'ev,S.L.|On correlation between low-frequency noises in ocean with seismic oscillations of the bottom|In Russian with English abstract|#OKN:31:3:1991:514-519|Noise+Low frequency+Ocean+Hydroacoustic
J|0716|Maksimov,A.P.+Firstov,P.P.+Girina,O.A.+|The Bezymianny volcano eruption in June 1986|In Russian with English abstract|#VSM:-:1:1991:3-20|Eruption+Bezymyannaya+1986+Seismoacoustics
J|0717|Zobin,V.M.+Matvienko,Yu.D.|January 21 (22), 1976 Karaginsky earthquake|In Russian with English abstract|#VSM:-:1:1991:93-103|Earthquake+1976+Bering Sea+Seismotectonics
J|0718|Gordeev,E.I.+Saltykov,V.A.+Sinitsyn,V.I.+|The first results of high-frequency seismic noise investigation in Kamchatka|In Russian with English abstract|#VSM:-:1:1991:104-111|High frequency+Noise+Kamchatka+Earth tide
J|0719|Diakonov,B.P.+Troyanov,A.K.+Kusonsky,O.A.+|Geological information from borehole investigations on high-frequency seismic noise|In Russian with English abstract|#VSM:-:1:1991:112-116|Borehole+High frequency+Noise+Acoustic emission|Brief communication
J|0720|Gordeev,E.I.|Modeling of the volcanic tremor wave fields|In Russian with English abstract|#VSM:-:2:1991:66-82|Volcanic tremor+Wave field+Eruption+Kamchatka
J|0721|Balesta,S.T.+Gontovaya,L.I.+Kargopol'tsev,A.A.+|Results of seismic studies of the Earth's crust in the region of Klyuchevskoy volcano|In Russian with English abstract|#VSM:-:3:1991:3-18|Klyuchevskoy+Volcano+Refraction study+Crustal structure
J|0722|Kopnichev,Yu.F.+Pavlova,O.V.|Mapping of the Ukrainian Shield upper mantle using short-period shear wave attenuation|In Russian with English abstract|#VSM:-:3:1991:49-58|Ukrainian Shield+Upper mantle+Shear wave+Attenuation
J|0723|Gordeev,E.I.+Kugaenko,Yu.A.+Chebrov,V.N.|Seismicity in the Kronotsky peninsula|In Russian with English abstract|#VSM:-:3:1991:68-78|Kronotskiy Peninsula+Seismicity+1987+Fault
J|0724|Bakhtiarov,V.F.+Levin,V.E.|Geodimeter measurements from the Mishennaya Observatory. Analysis of results|In Russian with English abstract|#VSM:-:3:1991:85-89|Geodetic measurement+Petropavlovsk-Kamchatskii+Deformation+Precursor|Brief communication
J|0725|Beresnev,I.A.+Nikoleev,A.V.|Experience in studying long-time vibrosignal propagation through geophysical medium|In Russian with English abstract|#VSM:-:3:1991:95-98|Vibroseis+Propagation+Microseism+Noise|Brief communication
J|0726|Solov'ev,S.L.|In commemoration of V.I.Bune|In Russian|#VSM:-:3:1991:102-111|Seismology+Hazard|Chronicle
J|0727|Pritchett,W.C.|An example of simultaneous recording where necessary signal separation is easily achieved||#GPS:56:1:1991:9-17|Multiple reflexion+Signal+Recording+Technique
J|0728|Hubral,P.+Tygel,M.+Zien,H.|Three-dimensional true-amplitude zero-offset migration||#GPS:56:1:1991:18-26|Migration+Reflexion coefficient+Zero offset+Amplitude
J|0729|Li,Z.+Lynn,W.+Chambers,R.+|Enhancements to prestack frequency-wavenumber (f-k) migration||#GPS:56:1:1991:27-40|Migration+Stacking+Frequency+Wavenumber
J|0730|Swan,H.W.|Amplitude-versus-offset measurement errors in a finely layered medium||#GPS:56:1:1991:41-49|Amplitude+Offset+Error+Layered medium
J|0731|Hsu,K.+Burridge,R.|Effects of averaging and sampling on the statistics of reflection coefficients||#GPS:56:1:1991:50-58|Reflexion coefficient+Autocorrelation+Statistics
J|0732|Moser,T.J.|Shortest path calculation of seismic rays||#GPS:56:1:1991:59-67|Reflexion+Path+Ray
J|0733|Vasco,D.W.+Taylor,C.|Inversion of airborne gravity gradient data southwestern Oklahoma||#GPS:56:1:1991:90-101|Oklahoma+Gravimetric data+Basement
J|0734|Reshef,M.|Depth migration from irregular surfaces with depth extrapolation methods||#GPS:56:1:1991:119-122|Migration+Technique+Correction+Depth|Short note
J|0735|Lawton,D.C.+Lyatsky,H.V.|Density-based reflectivity in seismic exploration for coal in Alberta, Canada||#GPS:56:1:1991:139-141|Reflectivity+Exploration+Coal+Alberta
J|0736|Anderson,N.L.+Franseen,E.K.|Differential compaction of Winnipegosis reefs: a seismic perspective||#GPS:56:1:1991:142-147|Reef+Salt+Saskatchewan+Profile
J|0737|Aldridge,D.F.|Discussion on `Analysis of the Rayleigh pulse' by P. Hubral and M. Tygel||#GPS:56:1:1991:148-149|Comments+Rayleigh wave+Wavelet+Wave theory|With a reply by the authors
J|0738|Sheriff,R.E.|Review of `The concise Oxford dictionary of Earth sciences' edited by A. Allaby and M. Allaby||#GPS:56:1:1991:151|Review+Earth sciences+Dictionary
J|0739|McMechan,G.A.|Review of `Tau-P, a plane wave approach to the analysis of seismic data' edited by P. L. Stoffa||#GPS:56:1:1991:154-155|Review+Plane wave+P-tau plane+Reflexion study
J|0740|Pilant,W.L.|Review of `Geophysical data analysis: discrete inverse theory' by W. Menke||#GPS:56:1:1991:155|Review+Geophysical data+Inversion+Theory
J|0741|Taylor,G.G.|Errata to `The point of P-S mode-converted reflection: an exact determination'||#GPS:56:1:1991:159|Errata+Converted wave+Reflexion+Stacking
J|0742|Sochacki,J.S.+George,J.H.+Ewing,R.E.+|Interface conditions for acoustic and elastic wave propagation||#GPS:56:2:1991:168-181|Interface+Acoustic wave+Propagation+Elastic wave
J|0743|Liner,C.L.|Born theory of wave-equation dip moveout||#GPS:56:2:1991:182-189|Wave equation+Moveout+Dip+Born theory
J|0744|Ziolkowski,A.|Why don't we measure seismic signatures?||#GPS:56:2:1991:190-201|Signature+Deconvolution+Wavelet+Seismogram
J|0745|Williamson,P.R.|A guide to the limits of resolution imposed by scattering in ray tomography||#GPS:56:2:1991:202-207|Resolution+Scattering+Tomography+Ray
J|0746|Pratt,R.G.+Goulty,N.R.|Combining wave-equation imaging with traveltime tomography to form high-resolution images from crosshole data||#GPS:56:2:1991:208-224|High resolution+Imaging+Cross-hole+Tomography
J|0747|Marion,D.+Nur,A.|Pore-filling material and its effect on velocity in rocks||#GPS:56:2:1991:225-230|Pore fluid+Rock+Velocity+Porosity
J|0748|Higdon,R.L.|Absorbing boundary conditions for elastic waves||#GPS:56:2:1991:231-241|Elastic wave+Boundary condition+Reflexion coefficient+Absorption
J|0749|Szulyovszky,I.|Resolution comparison of conventional and recursively inverted signals||#GPS:56:2:1991:242-244|Resolution+Signal+Inversion+Ricker wavelet
J|0750|Carcione,J.M.+Kosloff,D.+Behle,A.|Long-wave anisotropy in stratified media: a numerical test||#GPS:56:2:1991:245-254|Anisotropy+Layered medium+Equation of motion+Long wave
J|0751|Saatcilar,R.+Ergintav,S.|Solving elastic wave equations with the Hartley method||#GPS:56:2:1991:274-278|Elastic wave+Hartley transform+Wave equation+Fourier transform|Short note
J|0752|Tsingas,C.+Kanasewich,E.R.|Seismic reflection amplitude versus angle variations over a thermally enhanced oil recovery site||#GPS:56:2:1991:292-301|Oil sand+Incidence, Angle of+Amplitude+Reflexion
J|0753|Sarkar,D.+Tewari,H.C.+Dixit,M.M.+|A solution to the blind-zone problem by modeling of postcritical reflections||#GPS:56:2:1991:302-307|Hidden layer+Reflexion+Modelling+Seismogram
J|0754|Geyer,R.L.|Review of `Acquiring better seismic data' by W. C. Pritchett||#GPS:56:2:1991:309|Review+Data acquisition+Exploration+Prospecting
J|0755|Tango,G.G.|Review of `An introduction to digital signal processing' by J. H. Karl||#GPS:56:2:1991:309-310|Review+Digital processing+Signal
J|0756|Tango,G.G.|Review of `Wave theory and applications' by D. R. Bland||#GPS:56:2:1991:310-312|Review+Wave theory+Propagation
J|0757|Tango,G.G.|Review of `Wave propagation in solids and fluids' by J. L. Davis||#GPS:56:2:1991:310-312|Review+Propagation+Solid medium+Fluid
J|0758|Tango,G.G.|Review of `Elastic plates: theory and applications' by H. Reismann||#GPS:56:2:1991:310-312|Review+Plate+Theory+Elasticity
J|0759|Tango,G.G.|Review of `Acoustic fields and waves in solids' edited by B. A. Auld||#GPS:56:2:1991:310-312|Review+Acoustic wave+Solid medium|Two volumes
J|0760|Tango,G.G.|Review of `Array signal processing' by S. V. Pillai and C. S. Burns||#GPS:56:2:1991:312|Review+Array+Signal+Data processing
J|0761|Tango,G.G.|Review of `Underwater signal and data processing' by J. C. Hassab||#GPS:56:2:1991:312-313|Review+Data processing+Signal+Oceanographic method
J|0762|Iverson,W.P.|Review of `Log evaluation of shaly sandstones: a practical guide' by G. B. Asquith||#GPS:56:2:1991:314|Review+Logging+Sandstone
J|0763|Kendall,C.|Review of `Exploration stratigraphy' by G. S. Visher||#GPS:56:2:1991:314-315|Review+Exploration+Stratigraphy+Sedimentation
J|0764|Aldridge,D.F.|Errata to `The Berlage wavelet'||#GPS:56:2:1991:323|Errata+Modelling+Wavelet+Waveform
J|0765|Zhu,X.+McMechan,G.A.|Numerical simulation of seismic responses of poroelastic reservoirs using Biot theory||#GPS:56:3:1991:328-339|Biot theory+Simulation+Response+Reservoir
J|0766|Biehler,S.+Ferguson,J.+Baldridge,W.S.+|A geophysical model of the Espanola Basin, Rio Grande rift, New Mexico||#GPS:56:3:1991:340-353|Rio Grande Rift+Geophysical investigation+Field work+Survey
J|0767|Knapp,R.W.|Fresnel zones in the light of broadband data||#GPS:56:3:1991:354-359|Fresnel zone+Broadband seismology+Response+Reflector
J|0768|Eaton,D.W.S.+Stewart,R.R.+Harrison,M.P.|The Fresnel zone for P-SV waves||#GPS:56:3:1991:360-364|Fresnel zone+P-SV wave+Offset
J|0769|Kim,Y.C.+Gonzalez,R.|Migration velocity analysis with the Kirchhoff integral||#GPS:56:3:1991:365-370|Migration+Velocity+Kirchhoff integral+Wavefront
J|0770|Ulrych,T.J.+Matsuoka,T.|The output of predictive deconvolution||#GPS:56:3:1991:371-377|Deconvolution+Wavelet+Phase+Reflexion data
J|0771|Loewenthal,D.+Hu,L-Z.|Two methods for computing the imaging condition for common-shot prestack migration||#GPS:56:3:1991:378-381|Imaging+Migration+Finite difference method+Common-shot data|Short note
J|0772|Kamel,A.H.|Time-domain behavior of wide-angle one-way wave equations||#GPS:56:3:1991:382-384|Time domain+Wave equation+Incidence, Angle of+Error|Short note
J|0773|Peterson,J.E.+Davey,A.|Crossvalidation method for crosswell seismic tomography||#GPS:56:3:1991:385-389|Tomography+Cross-hole+Iterative method
J|0774|McMechan,G.A.+Sun,R.|Depth filtering of first breaks and ground roll||#GPS:56:3:1991:390-396|Filtering+Depth+Reflexion data
J|0775|Chouzenoux,C.|Measurement of borehole seismic noise with hydrophones||#GPS:56:3:1991:397-401|Borehole+Noise+Hydrophone
J|0776|Fontana,P.M.+Haugland,T-A.|Compact sleeve-gun source array||#GPS:56:3:1991:402-407|Airgun+Array+Marine seismic source
J|0777|Tango,G.G.|Review of `Waves and fields in inhomogeneous media' by W. C. Chew||#GPS:56:3:1991:411-412|Review+Wave+Field+Inhomogeneous medium
J|0778|Tango,G.G.|Review of `Observational seismology' edited by J. J. Litehiser||#GPS:56:3:1991:414|Review+Observational seismology+Proceedings|Proceedings of a symposium held in Berkeley, May 1987
J|0779|Hassanzadeh,S.|Acoustic modeling in fluid-saturated porous media||#GPS:56:4:1991:424-435|Acoustic wave+Modelling+Synthetic seismogram+Saturation
J|0780|Tang,X-M.+Cheng,C.H.+Toksoz,M.N.|Stoneley-wave propagation in a fluid-filled borehole with a vertical fracture||#GPS:56:4:1991:447-460|Stoneley wave+Borehole+Fluid+Propagation+Fracture
J|0781|Vasco,D.W.|Bounding seismic velocities using a tomographic method||#GPS:56:4:1991:472-482|Velocity+Tomography+Iterative method+Travel-times
J|0782|Stork,C.+Clayton,R.W.|Linear aspects of tomographic velocity analysis||#GPS:56:4:1991:483-495|Velocity+Tomography+Ray tracing+Linearization
J|0783|Hargreaves,N.D.+Calvert,A.J.|Inverse Q filtering by Fourier transform||#GPS:56:4:1991:519-527|Fourier transform+Filtering+Migration+Q
J|0784|Jackson,G.M.+Mason,I.M.+Greenhalgh,S.A.|Principal component transforms of triaxial recordings by singular value decomposition||#GPS:56:4:1991:528-533|Principal component analysis+Decomposition+Polarization+Transform
J|0785|Cardimona,S.|Waveform inversion and digital filter theory||#GPS:56:4:1991:534-536|Nonlinear inversion+Waveform+Filter+Theory|Short note
J|0786|Chen,S.T.+Eriksen,E.A.|Compressional and shear-wave logging in open and cased holes using a multipole tool||#GPS:56:4:1991:550-557|Acoustic logging+Down-hole source+Casing
J|0787|Louie,J.N.+Vidale,J.E.|Array analysis of reflector heterogeneity||#GPS:56:4:1991:565-571|Lateral heterogeneity+Reflector+Array+Deep crust
J|0788|Hudson,J.A.+Crampin,S.|Discussion on `A calculus for finely layered anisotropic media' by M. Schoenberg and F. Muir||#GPS:56:4:1991:572-576|Comments+Anisotropy+Layered medium+Group analysis|With a reply by the authors
J|0789|Geyer,R.L.|Review of `Vibroseis' by N. A. Anstey||#GPS:56:4:1991:581|Review+Vibroseis+Seismic exploration
J|0790|Tango,G.G.|Review of `Engineering applications of ultrasonic time-of-flight diffraction' by J. P. Charlesworthy and J. A. G. Temple||#GPS:56:4:1991:581-582|Review+Ultrasonics+Diffraction+Seismic exploration
J|0791|Tango,G.G.|Review of `Sediment acoustics' by R. D. Stoll||#GPS:56:4:1991:582-588|Review+Sediment+Acoustics
J|0792|Anderson,N.L.+Brown,R.J.|A seismic analysis of Black Creek and Wabumun salt collapse features, western Canadian sedimentary basin||#GPS:56:5:1991:618-627|Sedimentary basin+Alberta+Salt+Seismic survey
J|0793|Rector,J.W.+Marion,B.P.|The use of drill-bit energy as a downhole seismic source||#GPS:56:5:1991:628-634|Down-hole source+Drilling+Borehole
J|0794|Michelena,R.J.+Harris,J.M.|Tomographic traveltime inversion using natural pixels||#GPS:56:5:1991:635-644|Tomography+Travel-times+Inversion
J|0795|Luo,Y.+Schuster,G.T.|Wave-equation traveltime inversion||#GPS:56:5:1991:645-653|Wave equation+Travel-times+Inversion
J|0796|Symes,W.W.+Carazzone,J.J.|Velocity inversion by differential semblance optimization||#GPS:56:5:1991:654-663|Inversion+Plane wave+Reflexion data+Statistical method
J|0797|Kormendi,F.+Dietrich,M.|Nonlinear waveform inversion of plane-wave seismograms in stratified elastic media||#GPS:56:5:1991:664-674|Inversion+Plane wave+Layered medium+Nonlinear wave
J|0798|Wang,C-S.+Tang,J.+Zhao,B.|An improvement on D norm deconvolution: a fast algorithm and the related procedure||#GPS:56:5:1991:675-680|Deconvolution+Algorithm
J|0799|Neidell,N.S.|Could the processed seismic wavelet be simpler than we think?||#GPS:56:5:1991:681-690|Wavelet+Z-transformation+Waveform
J|0800|Maeland,E.|Migration analysis with an extreme time shift||#GPS:56:5:1991:691-696|Migration+Error+Caustic+Reflector
J|0801|Gray,S.H.+Jacewitz,C.A.+Epton,M.E.|Analytic synthetic seismograms for depth migration testing||#GPS:56:5:1991:697-700|Migration+Synthetic seismogram+Dipping layer+Depth
J|0802|Mareschal,J-C.|Review of `The solid Earth: an introduction to global geophysics' by C. M. R. Fowler||#GPS:56:5:1991:731|Review+Solid-earth geophysics+Plate tectonics+Seismology
J|0803|Gochioco,L.M.|Review of `Advances in coal geophysics' edited by R. K. Verma||#GPS:56:5:1991:732|Review+Coal+Geophysics
J|0804|Watt,J.P.|Review of `The mechanics of earthquakes and faulting' by C. H. Scholz||#GPS:56:5:1991:733|Review+Faulting+Mechanics
J|0805|Carrion,P.M.+Sato,H.K.+Buono,A.V.D.|Wavefront sets analysis of limited aperture migration sections||#GPS:56:6:1991:778-784|Migration+Wavefront+Aperture+Distortion
J|0806|Spitz,S.|Seismic trace interpolation in the F-X domain||#GPS:56:6:1991:785-794|Trace interpolation+Frequency domain+Migration
J|0807|Hale,D.|A nonaliased integral method for dip moveout||#GPS:56:6:1991:795-805|Dip+Moveout+Kirchhoff method+Common midpoint
J|0808|Bortfeld,R.+Kemper,M.|Geometrical ray theory: line foci and point foci in the anterior surface of seismic systems (second-order approximation of the traveltimes)||#GPS:56:6:1991:806-811|Ray theory+Geometry+Travel-times+Focus
J|0809|Van Trier,J.+Symes,W.W.|Upwind finite-difference calculation of traveltimes||#GPS:56:6:1991:812-821|Finite difference method+Travel-times+First arrival+Viscosity
J|0810|Lynn,H.B.|Field measurements of azimuthal anisotropy: first 60 metres, San Francisco Bay area, CA, and estimation of the horizontal stresses' ratio from VS1/VS2||#GPS:56:6:1991:822-832|Shear wave+Azimuth+Anisotropy+Down-hole recording+San Francisco Bay
J|0811|Spencer,T.W.+Chi,H.C.|Thin-layer fracture density||#GPS:56:6:1991:833-843|Reservoir+Fracture+Polarization+Hodogram
J|0812|Stewart,R.R.|Rapid map and inversion of P-SV waves||#GPS:56:6:1991:859-862|P-SV wave+Inversion+Map|Short note
J|0813|Tango,G.G.|Review of `Sea surface sound: natural mechanisms of surface generated noise in the ocean' edited by B. R. Kerman||#GPS:56:6:1991:886-887|Review+Sound+Ocean+Noise
J|0814|Kendall,C.|Review of `Treatise of petroleum geology, atlas of oil and gas fields, stratigraphic traps I' edited by E. A. Beaumont and N. H. Foster||#GPS:56:6:1991:888-889|Review+Trap+Petroleum+Geology
J|0815|Kendall,C.|Review of `Treatise of petroleum geology, atlas of oil and gas fields, structural traps III: tectonic fold and fault traps; & IV: tectonic and nontectonic fold traps' edited by E. A. Beaumont and N. H. Foster||#GPS:56:6:1991:889-890|Review+Trap+Petroleum+Geology
J|0816|Wuenschel,P.C.|Review of `Geophysical methods' by R. E. Sheriff||#GPS:56:6:1991:890-891|Review+Applied geophysics+Seismic exploration
J|0817|Dziewonski,A.M.+Ekstrom,G.+Woodhouse,J.H.+|Centroid-moment tensor solutions for January-March, 1990||#PEP:65:3-4:1991:197-206||Letter section
J|0818|Jun,M-S.+Kulhanek,O.|Source parameters of earthquakes in and around the Korean Peninsula deduced from spectral analysis||#PEP:65:3-4:1991:255-266|Source parameter+Korea+Moment
J|0819|Rani,S.+Singh,S.J.+Garg,N.R.|Displacements and stresses at any point of a uniform half-space due to two-dimensional buried sources||#PEP:65:3-4:1991:276-282|Displacement+Stress+Source
J|0820|Turcotte,D.L.|Review of `Mantle convection' edited by W. R. Peltier||#PEP:65:3-4:1991:339-341|Review+Mantle convection+Chemistry+Core
J|0821|Kearey,P.|Review of `Foundations of exploration geophysics' by J. C. d'A. Gerkins||#PEP:65:3-4:1991:341-342|Exploration+Reflexion study
J|0822|Galanopoulos,D.+Hutton,V.R.S.+Dawes,G.J.K.|The Milos geothermal field: modelling and interpretation of electromagnetic induction studies||#PEP:66:1-2:1991:76-91|Greece+Geothermy+Electromagnetic field+Profile
J|0823|Balia,R.+Bozzo,E.+De Santis,A.+|A magnetovariational study in Sardinia||#PEP:66:1-2:1991:92-100|Geomagnetic field+European Geotraverse Project+Crustal thickness
J|0824|Hermance,J.F.+Neumann,G.A.|The Rio Grande rift: new electromagnetic constraints on the Socorro magma body||#PEP:66:1-2:1991:101-117|Electromagnetism+Seismicity+Rio Grande Rift
J|0825|Arora,B.R.+Reddy,C.D.|Magnetovariational study over a seismically active area in the Deccan Trap province of western India||#PEP:66:1-2:1991:118-131|Seismicity+Magnetism
J|0826|Dziewonski,A.M.+Ekstrom,G.+Woodhouse,J.H.+|Centroid-moment tensor solutions for April-June 1990||#PEP:66:3-4:1991:133-143||Letter section
J|0827|Jech,J.|Computation of elastic parameters of anisotropic medium from travel times of quasi-compressional waves||#PEP:66:3-4:1991:153-159|Anisotropy+Travel-times+Compressional wave+Elasticity
J|0828|Zhang,Y-S.+Tanimoto,T.|Global Love wave phase velocity variation and its significance to plate tectonics||#PEP:66:3-4:1991:160-202|Lithosphere
J|0829|Iidaka,T.+Mizoue,M.|P-wave velocity structure inside the subducting Pacific plate beneath the Japan region||#PEP:66:3-4:1991:203-213|Subduction
J|0830|Yoshioka,S.|The interplate coupling and stress accumulation process of large earthquakes along the Nankai trough, southwest Japan, derived from geodetic and seismic data||#PEP:66:3-4:1991:214-243
J|0831|Ibanez,J.M.+Morales,J.+De Miguel,F.+|Effect of a sedimentary basin on estimations of Qc and QLg||#PEP:66:3-4:1991:244-252|Q+Granada+Attenuation
J|0832|Cruces,F.J.+Rebollar,C.J.|Source parameters of the 22 December 1964 (mb=5.4, MS=6.2) offshore Ensenada earthquake||#PEP:66:3-4:1991:253-258|Earthquake+Source parameter+Ensenada Bay
J|0833|Xie,X-B.+Yao,Z-X.|The faulting process of Tangshan earthquake inverted simultaneously from the teleseismic waveforms and geodesic deformation data||#PEP:66:3-4:1991:265-277|T'ang-shan+Inversion+Waveform||#*TANGSHAN
J|0834|Mochizuki,E.|Effects of a transition zone on free oscillations of the Earth||#PEP:66:3-4:1991:290-293|Frequency
J|0835|Spada,G.+Sabadini,R.|Stress fields and tectonic motions induced by time-varying density anomalies in the lithosphere||#PEP:66:3-4:1991:294-306|Stress field+Tectonics+Rheology
J|0836|Lebedev,E.B.+Dorfman,A.M.+Zebrin,S.R.|Study of the mechanism of the influence of water on elastic wave propagation in amphibolites and some metamorphic rocks at high pressures and temperatures||#PEP:66:3-4:1991:313-319|Rock
J|0837|Aki,K.|Summary of discussions on coda waves at the Istanbul IASPEI meeting||#PEP:67:1-2:1991:1-3|Coda wave+1989
J|0838|Sato,H.|Study of seismogram envelopes based on scattering by random inhomogeneities in the lithosphere: a review||#PEP:67:1-2:1991:4-19|Inhomogeneity
J|0839|Craig,M.S.+Long,L.T.+Tie,A.|Modeling the seismic P coda as the response of a discrete-scatterer medium||#PEP:67:1-2:1991:20-35|P-wave+Scattering+Modelling
J|0840|Matsunami,K.|Laboratory tests of excitation and attenuation of coda waves using 2-D models of scattering media||#PEP:67:1-2:1991:36-47|Coda wave
J|0841|Campillo,M.+Plantet,J.L.|Frequency dependence and spatial distribution of seismic attenuation in France: experimental results and possible interpretations||#PEP:67:1-2:1991:48-64
J|0842|Akamatsu,J.|Coda attenuation in the Lutzow-Holm Bay region, East Antarctica||#PEP:67:1-2:1991:65-75|Scattering
J|0843|Eva,C.+Cattaneo,M.+Augliera,P.+|Regional coda Q variations in the western Alps (northern Italy)||#PEP:67:1-2:1991:76-86|Q+Attenuation+Coda wave
J|0844|Oancea,V.+Bazacliu,O.+Milhalache,G.|Estimation of the coda quality factor for the Romanian territory||#PEP:67:1-2:1991:87-94|Q+Romania+Shallow-focus earthquake+Intermediate-depth earthquake
J|0845|Matsumoto,S.+Hasegawa,A.|Estimation of relative site effect, coda Q and scattering strength from the records obtained by a large airgun experiment||#PEP:67:1-2:1991:95-103|Q+Tohoku
J|0846|Mayeda,K.+Su,F.+Aki,K.|Seismic albedo from the total seismic energy dependence on hypocentral distance in southern California||#PEP:67:1-2:1991:104-114|Q+S-wave+Scattering
J|0847|McSweeney,T.J.+Biswas,N.N.+Mayeda,K.+|Scattering and anelastic attenuation of seismic energy in central and south-central Alaska||#PEP:67:1-2:1991:115-122
J|0848|Hoshiba,M.|Simulation of multiple-scattered coda wave excitation based on the energy conservation law||#PEP:67:1-2:1991:123-136|Scattering
J|0849|Scherbaum,F.+Gillard,D.+Deichmann,N.|Slowness power spectrum analysis of the coda composition of two microearthquake clusters in northern Switzerland||#PEP:67:1-2:1991:137-161|S-wave
J|0850|Toksoz,M.N.+Dainty,A.M.+Charrette,E.E.|Coherency of ground motion at regional distances and scattering||#PEP:67:1-2:1991:162-179|Coherence+Array
J|0851|Wu,R-S.+Xie,X-B.|Numerical tests of stochastic tomography||#PEP:67:1-2:1991:180-193|Numerical analysis+Array+Power spectrum
J|0852|Kusunose,K.+Lei,X-L.+Nishizawa,O.+|Effect of grain size on fractal structure of acoustic emission hypocenter distribution on granitic rock||#PEP:67:1-2:1991:194-199|Granite+Microcrack
J|0853|Rabbel,W.+Bittner,R.+Gelchinsky,B.|Seismic mapping of complex reflectors with the common-reflecting-element method (CRE method)||#PEP:67:1-2:1991:200-210|Reflector+Stacking+Wavefront
J|0854|Takanami,T.|A study of detection and extraction methods for microearthquake waves by autoregressive models||#JFH:9:1:1991:67-196|Microearthquake+Detection+Autoregression+Data analysis
J|0855|Maeda,I.|Triboluminescence from marble under uniaxial and biaxial stresses||#JFH:9:1:1991:197-209|Triboluminescence+Marble+Stress+Laboratory
J|0856|Oshima,S.+Tsuchide,M.+Kato,S.+|Birth of a submarine volcano "Teisi Knoll"||#JPE:39:1:1991:1-19|Submarine eruption+Volcano+1989+Sagami Bay
J|0857|Kudo,K.+Sawada,M.+Sakaue,M.+|Volcanic tremor associated with the 1989 submarine eruption off Ito, Japan||#JPE:39:1:1991:27-45|Volcanic tremor+1989+Submarine eruption+Izu Peninsula
J|0858|Goto,K.+Mori,S.+Fukui,K.|Volcanic tremor accompanying the 1989 submarine eruption off the east coast of Izu Peninsula, Japan||#JPE:39:1:1991:47-63|Volcanic tremor+1989+Submarine eruption+Izu Peninsula
J|0859|Hashimoto,T.+Maeda,K.+Odaka,T.+|Waveform analysis of volcanic tremors associated with the July 1989 volcanic activity off the east coast of Izu Peninsula||#JPE:39:1:1991:65-78|Volcanic tremor+1989+Izu Peninsula+Waveform
J|0860|Yamasato,H.+Yokota,T.+Kashiwabara,S.|Earthquake swarm and volcanic tremors off eastern Izu Peninsula in 1989 -spectral investigation and characteristics of waveforms-||#JPE:39:1:1991:79-92|Swarm+Volcanic tremor+Izu Peninsula+1989+Waveform||#*OFFIZUPEN89A|#*OFFIZUPEN89B
J|0861|Matsumura,S.+Ohkubo,T.+Imoto,M.|Seismic swarm activity in and around the Izu Peninsula preceding the volcanic eruption of July 13, 1989||#JPE:39:1:1991:93-106|Swarm+Izu Peninsula+1989+Eruption||#*OFFIZUPEN89A|#*OFFIZUPEN89B
J|0862|Kasahara,J.+Katao,H.+Koresawa,S.+|Undersea seismic observation of 1989 volcano-seismic activity, off Ito, Izu Peninsula, central Japan||#JPE:39:1:1991:107-130|Izu Peninsula+1989+Activity+Marine seismic investigation
J|0863|Tsuneishi,Y.|Continuous monitoring of crustal activity in east Izu Peninsula by automatic electronic distance measurement||#JPE:39:1:1991:131-139|Monitoring+Izu Peninsula+Crustal movement+Geodesy||#*OFFIZUPEN89B
J|0864|Fujinawa,Y.+Shimada,S.+Ohmi,S.+|Fixed-point GPS observation of crustal movement associated with the 1989 seismic swarm and submarine volcanic activities off Ito, central Japan||#JPE:39:1:1991:141-153|Crustal movement+Swarm+1989+Izu Peninsula+Global Positioning System||#*OFFIZUPEN89A|#*OFFIZUPEN89B
J|0865|Yabuki,T.+Kanazawa,T.+Wakita,H.|Anomalous movements in Oshima volcano associated with the off Ito submarine eruption revealed from GPS measurements||#JPE:39:1:1991:155-164|Submarine eruption+Global Positioning System+Izu Peninsula+Movement
J|0866|Yamamoto,E.+Okada,Y.+Ohkubo,T.|Ground tilt changes preceding the 1989 submarine eruption off Ito, Izu Peninsula||#JPE:39:1:1991:165-176|Tilt+Izu Peninsula+Submarine eruption+Swarm+1989||#*OFFIZUPEN89A
J|0867|Okada,Y.+Yamamoto,E.|A model for the 1989 seismo-volcanic activity off Ito, central Japan, derived from crustal movement data||#JPE:39:1:1991:177-195|Crustal movement+Activity+1989+Izu Peninsula||#*OFFIZUPEN89A|#*OFFIZUPEN89B
J|0868|Tada,T.+Hashimoto,M.|Anomalous crustal deformation in the northeastern Izu Peninsula and its tectonic significance -tension crack model-||#JPE:39:1:1991:197-218|Deformation+Izu Peninsula+Tectonics+Crack||#*OFFIZUPEN89B
J|0869|Okubo,S.+Hirata,Y.+Sawada,M.|Gravity change caused by the 1989 earthquake swarm and submarine eruption off Ito, Japan -test on the magma intrusion hypothesis-||#JPE:39:1:1991:219-230|Gravity+1989+Swarm+Submarine eruption+Izu Peninsula+Magma||#*OFFIZUPEN89A
J|0870|Umeda,Y.+Ito,K.+Asada,T.|Changes in crustal strain and hot spring temperature as related to volcanic eruptions||#JPE:39:1:1991:231-243|Temperature+Strain+Eruption+Izu Peninsula+Hot spring||#*OFFIZUPEN89B|#*OFFIZUPEN89D|#*OFFIZUPEN89E
J|0871|Notsu,K.+Wakita,H.+Igarashi,G.+|Hydrological and geochemical changes related to the 1989 seismic and volcanic activities off the Izu Peninsula||#JPE:39:1:1991:245-254|Activity+Izu Peninsula+1989+Hydrology+Geochemistry||#*OFFIZUPEN89A|#*OFFIZUPEN89B|#*OFFIZUPEN89D|#*OFFIZUPEN89E
J|0872|Fujioka,K.+Gamo,T.+Kinoshita,M.+|Seismo-volcanic catastrophe happened in western Sagami Bay, central Japan -results on R/V Tansei Maru KT 89-11 cruise-||#JPE:39:1:1991:267-297|Sagami Bay+Catastrophe+Bathymetry
J|0873|Sasai,Y.+Ishikawa,Y.|Tectonomagnetic signals related to the seismo-volcanic activity in the Izu Peninsula||#JPE:39:1:1991:299-319|Izu Peninsula+Activity+Tectonomagnetism||#*IZUOSHIMA|#*OFFIZU
J|0874|Oshiman,N.+Honkura,Y.+Sasai,Y.+|Magnetometer array observation in the north-eastern Izu region after the Teisi Knoll seafloor eruption in 1989||#JPE:39:1:1991:321-328|Izu Peninsula+Submarine eruption+1989+Magnetometer||#*OFFIZUPEN89B
J|0875|Yoshida,A.+Hamada,N.|Redetermination of hypocenters of foreshocks, main shock, and aftershocks of the Kita-Izu earthquake and the Ito earthquake swarm of 1930||#JPE:39:1:1991:329-344|Hypocentre+1930+Swarm+Izu Peninsula+Earthquake
J|0876|Tsukuda,T.|Seismic ray focusing around the magma reservoir beneath the eastern part of Izu Peninsula, Honshu, Japan||#JPE:39:1:1991:345-360|Ray tracing+Magma+Izu Peninsula+Low-velocity layer
J|0877|Kasahara,K.+Yamamizu,F.+Takahashi,A.+|Reflection profiles of the active seismic and volcanic region off the east coast of the Izu Peninsula||#JPE:39:1:1991:361-370|Profile+Izu Peninsula+Reflector+Crustal structure||#*OFFIZUPEN89B
J|0878|Koyama,M.+Umino,S.|Why does the Higashi-Izu monogenetic volcano group exist in the Izu Peninsula?: relationships between late Quaternary volcanism and tectonics in the northern tip of the Izu-Bonin arc||#JPE:39:1:1991:391-420|Tectonics+Izu Peninsula+Volcanism+Block
J|0879|Ida,Y.|Interpretation of seismic and volcanic activities in the Izu block in relation to collision tectonics||#JPE:39:1:1991:421-440|Tectonics+Block+Izu Peninsula+Interpretation
J|0880|Kato,N.+Kusunose,K.+Yamamoto,K.+|Slowly propagating slip events in a composite sample of granite and marble||#JPE:39:2:1991:461-476|Slip+Granite+Marble
J|0881|Abe,K.|Tsunami reflected waves from the coasts near the sources||#JPE:39:2:1991:477-488|Tsunami+Reflected wave+Coast
J|0882|Tsuboi,S.|Observation of local large earthquakes by broadband seismographs: implications for the initial rupture mechanism of the 1989 November 1 Sanriku-Oki earthquake||#JPE:39:2:1991:489-498|Large earthquake+Broadband seismograph+Mechanism+1989+Sanriku||#*SANRIKU89A|#*SANRIKU89C
J|0883|Chung,T.W.+Kanazawa,T.|Sn velocity under the Yamato Basin, southeastern Japan Sea||#JPE:39:2:1991:505-514|Yamato Basin+Velocity structure+DELP+Upper mantle|Letter
J|0884|Kong,L.S.L.+Kasahara,J.+Katao,H.|Crustal structure of the Yamato Basin, Japan sea, from P-wave travel time tomography||#JPE:39:3:1991:515-536|Crustal structure+Yamato Basin+Tomography+P-wave
J|0885|Takemura,M.+Kato,K.+Ikeura,T.+|Site amplification of S-waves from strong motion records in special relation to surface geology||#JPE:39:3:1991:537-552|Amplification+Surface+Strong-motion record+S-wave
J|0886|Harjono,H.+Diament,M.+Dubois,J.|Seismicity of the Sunda Strait: evidence for crustal extension and volcanological implications||Tectonics:10:1:1991:17-30|Crust
J|0887|Coakley,B.J.+Watts,A.B.|Tectonic controls on the development of unconformities: the North Slope, Alaska||Tectonics:10:1:1991:101-130|Tectonics+Reflexion study+Flexural modelling
J|0888|Hubbard,S.S.+Coruh,C.+Costain,J.K.|Paleozoic and Grenvillian structures in the Southern Appalachians: extended interpretation of seismic reflection data||Tectonics:10:1:1991:141-170|Reflexion study
J|0889|Lefort,J-P.+Max,M.D.|Is there an Archaean crust beneath Chesapeake Bay?||Tectonics:10:1:1991:213-226|Refraction study
J|0890|Menard,G.+Molnar,P.+Platt,J.P.|Budget of crustal shortening and subduction of continental crust in the Alps||Tectonics:10:2:1991:231-244|Refraction study
J|0891|Cizek,P.+Tomek,C.|Large-scale thin-skinned tectonics in the eastern boundary of the Bohemian Massif||Tectonics:10:2:1991:273-286|Reflexion study+Borehole
J|0892|Humayon,M.+Lillie,R.J.+Lawrence,R.D.|Structural interpretation of the eastern Sulaiman foldbelt and foredeep, Pakistan||Tectonics:10:2:1991:299-324|Structure+Profile+Fold
J|0893|Saltus,R.W.+Lachenbruch,A.H.|Thermal evolution of the Sierra Nevada: tectonic implications of new heat flow data||Tectonics:10:2:1991:325-344|Tectonics+Seismicity
J|0894|Planke,S.+Smith,R.B.|Cenozoic extension and evolution of the Sevier Desert Basin, Utah, from seismic reflection, gravity, and well log data||Tectonics:10:2:1991:345-365|Reflexion study+Well-log
J|0895|Janecke,S.U.+Geissman,J.W.+Bruhn,R.L.|Localized rotation during Paleogene extension in east central Idaho: paleomagnetic and geologic evidence||Tectonics:10:2:1991:403-432|Palaeomagnetism+Geology+Slip||#*BORAH
J|0896|McCaffrey,R.|Earthquakes and ophiolite emplacement in the Molucca Sea collision zone, Indonesia||Tectonics:10:2:1991:433-453
J|0897|Acton,G.D.+Stein,S.+Engeln,J.F.|Block rotation and continental extension in Afar: a comparison to oceanic microplate systems||Tectonics:10:3:1991:501-526|Seismicity
J|0898|Chen,Y.+Minster,J.B.|Slip line model for southern California crustal kinematics||Tectonics:10:3:1991:577-586|Seismicity
J|0899|Meier,L.+Eisbacher,G.H.|Crustal kinematics and deep structure of the northern Rhine-Graben, Germany||Tectonics:10:3:1991:621-630|Reflexion study+Crust
J|0900|Fratto,E.S.+Ebel,J.E.+Kadinsky-Cade,K.|Earthquake history of New England||#EQV:22:6:1990:242-244|New England+History+Network
J|0901|Boulay,R.J.+Horak,K.+Ebel,J.E.+|Preparing for earthquakes in Boston||#EQV:22:6:1990:250-251|Massachusetts+Preparedness
J|0902|Brown,R.D.|Geology and land use||#EQV:22:6:1990:252-253|Land use+Geology+Building
J|0903|Dvorak,J.J.+Gasparini,P.|Historical activity at Campi Flegrei caldera, southern Italy||#EQV:22:6:1990:256-267|Campi Flegrei+History+Activity+Eruption
J|0904|Vergara Munoz,A.|Probabilistic seismic hazard maps for Panama||#NHZ:4:1:1991:1-6|Hazard+Map+Panama+Probability
J|0905|Fujinawa,Y.|A method for estimating earthquake occurrence probability using first- and multiple-order Markov chain models||#NHZ:4:1:1991:7-22|Probability+Markov model+Precursor+Radon
J|0906|Comte,D.+Pardo,M.|Reappraisal of great historical earthquakes in the northern Chile and southern Peru seismic gaps||#NHZ:4:1:1991:23-44|Historical earthquake+Great earthquake+Seismic gap+Chile+Peru
J|0907|Alexander,D.|Applied geomorphology and the impact of natural hazards on the built environment||#NHZ:4:1:1991:57-80|Hazard+Geomorphology+Landslide+Urban planning
J|0908|Murty,T.S.+Rafiq,M.|A tentative list of tsunamis in the marginal seas of the north Indian Ocean||#NHZ:4:1:1991:81-83|Tsunami+Catalogue+Indian Ocean|Research note
J|0909|Bernard,E.N.+Hebenstreit,G.T.|Fourteenth International Tsunami Symposium, Novosibirsk, U.S.S.R., 31 July-3 August 1989||#NHZ:4:1:1991:87-97|Report+Tsunami+Symposium|Meeting report
J|0910|Lawson,J.E.|New Madrid region earthquake recorded by the OGS digital seismic system||Okla. Geol. Notes:51:1:1991:2-14|New Madrid+Earthquake+1990+Digital recording||#*NEWMADRID90
J|0911|Lawson,J.E.|Effect of future New Madrid region earthquakes on Oklahoma||Okla. Geol. Notes:51:1:1991:4-14|New Madrid+Oklahoma+Seismicity+Modified Mercalli scale+Prediction
J|0912|Lawson,J.E.+Luza,K.V.+Moss,D.|Oklahoma earthquakes, 1990||Okla. Geol. Notes:51:1:1991:50-61|Earthquake catalogue+Oklahoma+1990+Network
J|0913|McKeown,F.A.+Hamilton,R.M.+Diehl,S.F.+|Diapiric origin of the Blytheville and Pascola arches in the Reelfoot rift, east-central United States: relation to New Madrid seismicity||Okla. Geol. Notes:51:2:1991:72|New Madrid+Seismicity+Diapirism+Arch|Abstract only
J|0914|Chiu,H-C.+Teng,T-L.+Wong,H-L.|Scattering effects of SH waves due to an irregular structure: a case at the SMART1 array site|With Chinese abstract|Proc. Geol. Soc. China:34:2:1991:91-110|Scattering+SH-wave+SMART 1 array+Irregularity
J|0915|Wang,C-Y.+Hsieh,C-H.+Tsai,D-T.+|Experience with shallow reflection seismics as applied to the shallow structure study|With Chinese abstract|Proc. Geol. Soc. China:34:2:1991:111-130|Reflexion study+Seismics+Field work+Data processing
J|0916|Hutchison,R.|Comments on `The use of seismometers to detect the impact of meteorites' by R. Matthews||#QJR:32:1:1991:49|Comments+Seismometer+Meteorite
J|0917|Gubbins,D.|Harold Jeffreys Lecture 1990: convection in the Earth's core and mantle||#QJR:32:2:1991:69-84|Convection+Fluid core+Mantle+Geomagnetic field
J|0918|Bilham,R.|Earthquakes and sea level: space and terrestrial metrology on a changing planet||#RGS:29:1:1991:1-29|Sea level+Geodesy+Earthquake+Prediction
J|0919|Duncan,R.A.+Richards,M.A.|Hotspots, mantle plumes, flood basalts, and true polar wander||#RGS:29:1:1991:31-50|Hot spot+Mantle plume+Basalt+Geomagnetism+Volcanism
J|0920|Bloxham,J.+Jackson,A.|Fluid flow near the surface of Earth's outer core||#RGS:29:1:1991:97-120|Core-mantle boundary+Outer core+Flow
J|0921|Dixon,T.H.|An introduction to the global positioning system and some geological applications||#RGS:29:2:1991:249-276|Global Positioning System+Geodesy+Plate motion+Surface deformation
B|0922||#UNR1||Heaton,T.H.|Seismology in the U.S., 1986-1990||1991:Washington, D.C.:American Geophysical Union|Seismology+United States+1986-1990+Loma Prieta|p659-661|#*LOMAPRIETA89
B|0923||#UNR1||Langston,C.A.|Wave propagation theory and synthetic seismograms||1991:Washington, D.C.:American Geophysical Union|Propagation+Synthetic seismogram+Seismic waves+Theory|p662-670
B|0924||#UNR1||Masters,T.G.|Structure of the Earth: mantle and core||1991:Washington, D.C.:American Geophysical Union|Earth structure+Core+Mantle|p671-679
B|0925||#UNR1||Braile,L.W.|Seismic studies of the Earth's crust||1991:Washington, D.C.:American Geophysical Union|Crust+Reflexion study+Refraction study+Seismic survey|p680-687
B|0926||#UNR1||Brune,J.N.|Seismic source dynamics, radiation and stress||1991:Washington, D.C.:American Geophysical Union|Source+Dynamics+Stress+Earthquake|p688-699
B|0927||#UNR1||Anderson,J.G.|Strong motion seismology||1991:Washington, D.C.:American Geophysical Union|Strong motion+Data acquisition+Data processing+Earthquake+Hazard|p700-720|#*MEXICOCITY|#*WHITTIER|#*ARMENIA88|#*LOMAPRIETA89
B|0928||#UNR1||Hauksson,E.|Seismotectonics||1991:Washington, D.C.:American Geophysical Union|Seismotectonics+Subduction+Volcano+Fault|p721-733|#*LOMAPRIETA89
B|0929||#UNR1||Stump,B.W.|Nuclear explosion seismology: verification, source theory, wave propagation and politics||1991:Washington, D.C.:American Geophysical Union|Nuclear explosion+Verification|p734-741
J|0930|Mehrain,M.|A reconnaissance report on the Iran earthquake||#NCE:5:1:1991:1-4|Iran+Destructive earthquake+1990+Damage||#*MANJIL90
J|0931|Durrani,A.J.|Flat-slab buildings in seismic zones||#NCE:5:1:1991:5-8|Building+Reinforced concrete+Earthquake-resistant design
J|0932||Earthquake education: science and safety||#NCE:5:1:1991:11|Education+Safety+School
J|0933||A probabilistic method to evaluate site performance of HLW repositories||#NCE:5:1:1991:12|Probability+Site+Nuclear waste+Risk|Report of a seminar given by Dr. M. Sheridan
J|0934||Lessons learned from the July 16, 1990 Philippines earthquake||#NCE:5:1:1991:13|1990+Earthquake+Philippines+Seminar|Report of a seminar given by Mr. P. I. Yanev|#*LUZON90A
J|0935||Earthquake aftermath and water supply systems: is there an answer?||#NCE:5:1:1991:13-14|Water+Fire+Urban planning+Seminar|Report of a seminar given by Mr. F. Blackburn
J|0936||The future of earthquake engineering||#NCE:5:1:1991:14|Earthquake engineering+Seminar|Report of a seminar given by Dr. E. Rosenbluth
J|0937|Paul,T.|The Sicilian earthquake of December 13, 1990||#NCE:5:1:1991:17|Earthquake+1990+Sicily+Field work||#*SICILY90
J|0938|Santana,G.|Report on strong motion records from the Barbacoas, Costa Rica earthquake||#NCE:5:1:1991:18|Earthquake+Costa Rica+1990+Strong-motion record||#*BARBACOAS90
J|0939|Soong,T.T.+Reinhorn,A.|Full-scale structural applications of active control systems||#NCE:5:2:1991:1-7|Damping+Building+Structural response+Earthquake-resistant design
J|0940|Kunnath,S.|IDARC: a computer program for seismic damage evaluation of structures||#NCE:5:2:1991:8-13|Damage+Computer program+Building+Reinforced concrete
J|0941||Putting the pieces together: the Loma Prieta earthquake one year later||#NCE:5:2:1991:14-15|Loma Prieta+Damage+Vulnerability+Conference|Report of a conference held in Burlingame, October 1990|#*LOMAPRIETA89
J|0942||Third Japan-U.S. workshop on earthquake resistant design of lifeline facilities and countermeasures for soil liquefaction||#NCE:5:2:1991:15-16|Workshop+Earthquake-resistant design+Liquefaction+Case history|Report of a workshop held in San Francisco, December 1990
J|0943||School earthquake preparedness: a statewide conference for school policymakers||#NCE:5:2:1991:17|Preparedness+School+California+Conference|Report of a conference held in Los Angeles, January 1991
J|0944||School earthquake preparedness and education conference||#NCE:5:2:1991:18|Preparedness+School+Southeastern United States+Workshop|Report of a workshop held in Summerville, February 1991
J|0945||Electronic data base of earthquake experience||#NCE:5:2:1991:18-19|Data base+Seminar|Report of a seminar given by Mr. S. W. Swan
J|0946|Ando,K.|On the volcanic activities of Izu-Oshima Island after 1987 -from April 1987 to the eruption of the summit crater of the volcano Mihara on November 16th-19th, 1987-|In Japanese with English abstract|#QJS:54:1-4:1991:25-46|1987+Izu-Oshima+Eruption+Volcano
J|0947|Jeng,Y.|Ghost interference and the airgun depth determination|With Chinese abstract|#TAO:2:1:1991:1-16|Airgun+Depth+Marine seismic investigation+Signature
J|0948|Huang,B-S.+Yeh,Y.T.|Finite element reverse time imaging for earthquake sources and scatterers|With Chinese abstract|#TAO:2:1:1991:17-33|Finite element method+Imaging+Inversion+Source
J|0949|Chen,K-J.+Yeh,Y-H.|Gravity and microearthquake studies in the Chinshan-Tanshui area, northern Taiwan|With Chinese abstract|#TAO:2:1:1991:35-50|Taiwan+Microearthquake+Gravity+Fault
J|0950|Yu,H-S.+Lin,S.J.|A preliminary study of seismic stratigraphy of the Late Cenozoic sequencies in the Tainan basin off southwestern Taiwan|With Chinese abstract|#TAO:2:2:1991:75-94|Seismostratigraphy+Taiwan+Cenozoic+Velocity
J|0951|Chadwick,R.A.+Holliday,D.W.|Deep crustal structure and Carboniferous basin development within the Iapetus convergence zone, northern England||#JGL:148:1:1991:41-53|Reflexion study+Deep crust+Iapetus suture+Basin
J|0952|Brock,A.+Ryan,P.D.+Shannon,P.M.|The deep geology and geophysics of Ireland and its continental margin||#JGL:148:1:1991:129-130|Ireland+Refraction study+Reflexion study+Geology+Geophysics|Report of a Meeting held in Ireland, October 1989
J|0953|Klemperer,S.L.+Ryan,P.D.+Snyder,D.B.|A deep seismic reflection transect across the Irish Caledonides||#JGL:148:1:1991:149-164|Transect+Caledonides+Deep seismic sounding+Mohorovicic discontinuity
J|0954|Ryan,P.D.+Dewey,J.F.|A geological and tectonic cross-section of the Caledonides of western Ireland||#JGL:148:1:1991:173-180|Deep seismic sounding+Caledonides+Tectonics+Geology
J|0955|Shannon,P.M.|The development of Irish offshore sedimentary basins||#JGL:148:1:1991:181-189|Ireland+Sedimentary basin+Offshore+Profile
J|0956|O'Reilly,B.M.+Shannon,P.M.+Vogt,U.|Seismic studies in the north Celtic Sea basin: implications for basin development||#JGL:148:1:1991:191-195|Refraction study+Velocity structure+Basin+Celtic Sea
J|0957|Trueblood,S.+Morton,N.|Comparative sequence stratigraphy and structural styles of the Slyne Trough and Hebrides Basin||#JGL:148:1:1991:197-201|Hebrides+Stratigraphy+Structure+Basin
J|0958|Pickering,K.T.+Soh,W.+Taira,A.|Scale of tsunami-generated sedimentary structures in deep water||#JGL:148:2:1991:211-214|Tsunami+Sediment+Water|Short paper
J|0959|Ali,J.W.+Hill,I.A.|Reflection seismics for shallow geological investigations: a case study from central England||#JGL:148:2:1991:219-222|Reflexion study+England+Common midpoint|Short paper
J|0960|Hospers,J.+Ediriweera,K.K.|Depth and configuration of the crystalline basement in the Viking Graben area, northern North Sea||#JGL:148:2:1991:261-265|Basement depth+Viking Graben+Configuration+Map
J|0961|Soh,W.+Pickering,K.T.+Taira,A.+|Basin evolution in the arc-arc Izu collision zone, Mio-Pliocene Miura Group, central Japan||#JGL:148:2:1991:317-330|Profile+Basin+Izu+Evolution
J|0962|Leeder,M.R.+Seger,M.J.+Stark,C.P.|Sedimentation and tectonic geomorphology adjacent to major active and inactive normal faults, southern Greece||#JGL:148:2:1991:331-343|Sedimentation+Geomorphology+Greece+Fault
J|0963|Price,S.P.+Scott,B.|Pliocene Burdur basin, SW Turkey: tectonics, seismicity and sedimentation||#JGL:148:2:1991:345-354|Turkey+Tectonics+Seismicity+Sedimentation
J|0964|Collier,R.E.Ll.|The Lower Carboniferous Stainmore Basin, N. England: extensional basin tectonics and sedimentation||#JGL:148:2:1991:379-390|Sedimentary basin+England+Carboniferous+Tectonics
J|0965|Stoker,M.S.+Holmes,R.|Submarine end-moraines as indicators of Pleistocene ice-limits off northwest Britain||#JGL:148:3:1991:431-434|Profile+Glacier+Hebrides+Shetland Islands|Short paper
J|0966|Blundell,D.J.+Hobbs,R.W.+Klemperer,S.L.+|Crustal structure of the central and southern North Sea from BIRPS deep seismic reflection profiling||#JGL:148:3:1991:445-457|North Sea+Crustal structure+BIRPS+Deep seismic sounding
J|0967|Marillier,F.+Dentith,M.C.+Michel,K.+|Coincident seismic-wave velocity and reflectivity properties of the lower crust beneath the Appalachian Front, west of Newfoundland||#CJS:28:1:1991:94-101|Lower crust+Reflexion study+Appalachian Mts.+Velocity structure|Communication
J|0968|Dentith,M.C.+Hall,J.|Application of section-balancing techniques to deep seismic reflection data from offshore eastern Canada: preliminary observations: addendum||#CJS:28:1:1991:154|Deep seismic sounding+Grand Banks+Model+Interpretation
J|0969|Sevigny,J.H.+Cook,F.A.+Clark,E.A.|Geochemical signature and seismic stratigraphic setting of Coppermine basalts drilled beneath the Anderson Plains in northwest Canada||#CJS:28:2:1991:184-194|Seismostratigraphy+Canada+Basalt+Signature
J|0970|Filion,L.+Quinty,F.+Begin,C.|A chronology of landslide activity in the valley of Riviere du Gouffre, Charlevoix, Quebec||#CJS:28:2:1991:250-256|Landslide+1663+Earthquake+Charlevoix
J|0971|Boland,A.V.+Ellis,R.M.|A geophysical model for the Kapuskasing uplift from seismic and gravity studies||#CJS:28:3:1991:342-354|Kapuskasing+Gravity+Geophysical investigation+Refraction study
J|0972|Calvert,A.J.+Clowes,R.M.|Seismic evidence for the migration of fluids within the accretionary complex of western Canada||#CJS:28:4:1991:542-556|Deep seismic sounding+Fluid+Canada+Accretionary prism
J|0973|Anderson,R.G.|Contributions to the geology and geophysics of northwestern British Columbia and southeastern Alaska||#CJS:28:6:1991:835-839|British Columbia+Alaska+Geology+Geophysics|Preface to Special Issue
J|0974|Brew,D.A.+Karl,S.M.+Barnes,D.F.+|A northern Cordilleran ocean-continent transect: Sitka Sound, Alaska, to Atlin Lake, British Columbia||#CJS:28:6:1991:840-853|Transect+Canadian Cordillera+Geophysics+Map
J|0975|Lewis,P.D.+Haggart,J.W.+Anderson,R.G.+|Triassic to Neogene geologic evolution of the Queen Charlotte region||#CJS:28:6:1991:854-869|Queen Charlotte Islands+Geology+Evolution+Reflexion study
J|0976|Crispi,G.+Jacovitti,G.+Neri,A.+|Improved minimum entropy deconvolution||#BGT:33:129:1991:3-15|Minimum entropy+Deconvolution+Marine seismic investigation
J|0977|Muco,B.+Minga,P.|Magnitude determination of near earthquakes for the Albanian network||#BGT:33:129:1991:17-24|Near earthquake+Magnitude+Albania+Network
J|0978|Peruzza,L.+Rebez,A.+Slejko,D.+|Weighted uncertainties used to detect seismogenic structures||#BGT:33:129:1991:25-45|Earthquake location+Friuli+Detection+Map
J|0979|Neri,G.+Caccamo,D.+Cocina,O.+|Shallow earthquake features in the southern Tyrrhenian region: geostructural and tectonic implications||#BGT:33:129:1991:47-60|Shallow earthquake+Tyrrhenian Sea+1988-1990+Source parameter||#*PATTI
J|0980|Mongelli,F.|Rethickening of the lithosphere after simple stretching in the Tuscan-Latial pre-Apenninic belt||#BGT:33:129:1991:61-67|Lithosphere+Thickness+Tuscany
J|0981||Italian project for deep crust (Crosta Profunda) seismic reflection exploration||#BGT:33:129:1991:75-81|CROP+Project+Profile+Exploration
B|0982||Proceedings of the First Bulgarian-Greek Symposium, 1987||Papaioannou,Ch.A.+Tsapanos,T.M.+Papazachos,B.C.|Seismicity and long term earthquake prediction in the Rhodope massif||1989:Sofia:Ohridskt University Press|Seismicity+Prediction+Rhodope+Symposium|p71-78
B|0983||Proceedings of the First Bulgarian-Greek Symposium, 1987||Scordilis,E.M.+Karakaisis,G.F.+Papadimitriou,E.E.+|Microseismicity study of the Serbomacedonian zone and the surrounding area||1989:Sofia:Ohridskt University Press|Microseismicity+Serbomacedonian massif+Symposium|p79-83
B|0984||Proceedings of the First Bulgarian-Greek Symposium, 1987||Scordilis,E.M.+Theodoulidis,N.+Hatzidimitriou,P.+|Microearthquake study and near-field seismic wave attenuation in the Mygdonian graben, north Greece||1989:Sofia:Ohridskt University Press|Microearthquake+Attenuation+Mygdonian graben+Symposium|p84-92
J|0985|Nedoma,J.|Plate tectonics and the analysis of fracture mechanics in a collision zone. I. Formulation of the problem|With Russian abstract|#CGS:20:-:1990:53-69|Geodynamic model+Plate tectonics+Crack+Collision
J|0986|Bielik,M.+Fusan,O.+Burda,M.+|Density models of the western Carpathians|With Russian abstract|#CGS:20:-:1990:103-113|Density+Carpathians+Profile+Crustal structure
A|0987|Pun,W.K.|Review of earthquake data for the Hong Kong region|GCO Publication No. 1/91. 115p|1991:Hong Kong:Government Publications Centre|Review+Hong Kong+Earthquake+1905-1987
A|0988|e*Boschi,E.+Giardini,D.+Morelli,A.|MedNet the broad-band seismic network for the Mediterranean||1991:Rome:Instituto Nazionale di Geofisica|Workshop+Mediterranean+Broadband seismology+Network|Proceedings of a workshop held in Erice, September 1990. 514p
A|0989|Browitt,C.W.A.+Turbitt,T.|UK earthquake monitoring 1990/91|Technical Report WL/91/26. 31p|1991:Edinburgh, Scotland:British Geological Survey|Monitoring+1990+Map+Britain||#*VRANCEA90|#*MANJIL90|#*LUZON90A|#*SICILY90
A|0990||Proceedings of the Fourth U.S. National Conference on Earthquake Engineering||1990:Oakland, California:Earthquake Engineering Research Institute|Proceedings+Earthquake engineering+Seismology+Public policy|Conference held in Palm Springs, May 1990. 2700p
J|0991|Halchuk,S.C.+Mereu,R.F.|A seismic investigation of the crust and Moho underlying the Peace River Arch, Canada||#TCT:185:1-2:1990:1-19|Alberta+Seismic survey+Crust+Mohorovicic discontinuity
J|0992|Bois,C.+Lefort,J-P.+Le Gall,B.+|Traces of Caledonian and Proterozoic crustal features in deep seismic profiles recorded between France and the British Isles||#TCT:185:1-2:1990:21-36|Deep seismic sounding+Crust+British Isles+Orogeny
J|0993|Masson,D.G.+Parson,L.M.+Milsom,J.+|Subduction of seamounts at the Java Trench: a view with long-range sidescan sonar||#TCT:185:1-2:1990:51-65|Subduction+Seamount+Java+GLORIA
J|0994|O'Reilly,S.Y.+Jackson,I.+Bezant,C.|Equilibration temperatures and elastic wave velocities for upper mantle rocks from eastern Australia: implications for the interpretation of seismological models||#TCT:185:1-2:1990:67-82|Upper mantle+Velocity+Temperature+Australia
J|0995|Zhao,Z.Y.+Windley,B.F.|Cenozoic tectonic extension and inversion of the Jizhong Basin, Hebei, northern China||#TCT:185:1-2:1990:83-89|Seismostratigraphy+North China+Basin+Tectonics
J|0996|Vauchez,A.+Nicolas,A.|Mountain building: strike-parallel motion and mantle anisotropy||#TCT:185:3-4:1991:183-201|Mountain+Motion+Mantle+Anisotropy
J|0997|Stavrakakis,G.N.+Blionas,S.V.+Goutis,C.E.|Dynamic source parameters of the 1981 Gulf of Corinth (central Greece) earthquake sequence based on FFT and iterative maximum entropy techniques||#TCT:185:3-4:1991:261-275|Source parameter+1981+Sequence+Corinth, G. of||#*ALKION|#*ALKION2|#*ALKION3
J|0998|Papadopoulos,G.A.+Kijko,A.|Maximum likelihood estimation of earthquake hazard parameters in the Aegean area from mixed data||#TCT:185:3-4:1991:277-294|AEgean+Hazard+Maximum likelihood+479 B.C.-1985 A.D.
J|0999|Skordas,E.+Meyer,K.+Olsson,R.+|Causality between interplate (North Atlantic) and intraplate (Fennoscandia) seismicities||#TCT:185:3-4:1991:295-307|Seismicity+North Atlantic+Fennoscandia+Correlation coefficient
J|1000|Badri,M.|Crustal structure of central Saudi Arabia determined from seismic refraction profiling||#TCT:185:3-4:1991:357-374|Velocity structure+Saudi Arabia+Profiling+Refraction study
J|1001|Mareschal,J-C.|Introduction to Special Issue||#TCT:186:1-2:1991:1-2|Intraplate seismicity+Eastern North America+Stress+Symposium
J|1002|Hasegawa,H.S.|Four seismogenic environments in eastern Canada||#TCT:186:1-2:1991:3-17|Canada+Seismotectonics+Fault plane solution+Stress||#*SAGUENAY88|#*NEWBRUNSWICK|#*NEWBRUNSWICK2
J|1003|Talwani,P.+Rajendran,K.|Some seismological and geometric features of intraplate earthquakes||#TCT:186:1-2:1991:19-41|Intraplate earthquake+Geometry+Faulting+Parameters||#*HAICHENG|#*GUINEA
J|1004|Zhu,P-D.|A tectonic implication of the seismicity in the central metasedimentary belt of the Grenville Province||#TCT:186:1-2:1991:43-58|Seismicity+Focal mechanism+Quebec+1970-1986
J|1005|Du Berger,R.+Roy,D.W.+Lamontagne,M.+|The Saguenay (Quebec) earthquake of November 25, 1988: seismologic data and geologic setting||#TCT:186:1-2:1991:59-74|1988+Earthquake+Quebec+Geology||#*SAGUENAY88
J|1006|Fujita,K.+Sleep,N.H.|A re-examination of the seismicity of Michigan||#TCT:186:1-2:1991:75-106|Michigan+Seismicity+Earthquake catalogue+Event
J|1007|Schweig,E.S.+Van Arsdale,R.B.+Burroughs,R.K.|Subsurface structure in the vicinity of an intraplate earthquake swarm, central Arkansas||#TCT:186:1-2:1991:107-114|Arkansas+Swarm+Intraplate earthquake+Reflexion study
J|1008|Dawers,N.H.+Seeber,L.|Intraplate faults revealed in crystalline bedrock in the 1983 Goodnow and 1985 Ardsley epicentral areas, New York||#TCT:186:1-2:1991:115-131|Fault+New York State+Geologic structure+1983+1985
J|1009|Pohn,H.A.+Coleman,J.L.|Fold patterns, lateral ramps and seismicity in central Pennsylvania||#TCT:186:1-2:1991:133-149|Pennsylvania+Seismicity+Fold+Reflexion study
J|1010|Meglis,I.L.+Engelder,T.+Graham,E.K.|The effect of stress-relief on ambient microcrack porosity in core samples from the Kent Cliffs (New York) and Moodos (Connecticut) scientific research boreholes||#TCT:186:1-2:1991:163-173|Velocity+Porosity+Borehole+New York+Connecticut
J|1011|Long,L.T.+Zelt,K-H.|A local weakening of the brittle-ductile transition can explain some intraplate seismic zones||#TCT:186:1-2:1991:175-192|Intraplate seismicity+Transition+Focal mechanism+Tennessee
J|1012|Costain,J.K.+Bollinger,G.A.|Correlations between streamflow and intraplate seismicity in the central Virginia, U.S.A., seismic zone: evidence for possible climatic controls||#TCT:186:1-2:1991:193-214|Intraplate seismicity+Virginia+Climate+Correlation
J|1013|Siegesmund,S.+Kern,H.+Vollbrecht,A.|The effect of oriented microcracks on seismic velocities in an ultramylonite||#TCT:186:3-4:1991:241-251|Velocity+Microcrack+Mylonite+Orientation
J|1014|Binard,N.+Hekinian,R.+Cheminee,J.L.+|Morphological and structural studies of the Society and Austral hotspot regions in the South Pacific||#TCT:186:3-4:1991:293-312|South Pacific+Hot spot+Volcano+Structure
J|1015|Calais,E.+Mercier de Lepinay,B.|From transtension to transpression along the northern Caribbean plate boundary off Cuba: implications for the recent motion of the Caribbean plate||#TCT:186:3-4:1991:329-350|Caribbean+Plate motion+Profile+Marine geophysical investigation
J|1016|Fairhead,J.D.+Okereke,C.S.+Nnange,J.M.|Crustal structure of the Mamfe basin, West Africa, based on gravity data||#TCT:186:3-4:1991:351-358|West Africa+Crustal structure+Gravity+Sedimentary basin
J|1017|Mukhopadhyay,M.+Krishna,M.R.|Gravity field and deep structure of the Bengal Fan and its surrounding continental margins, northeast Indian Ocean||#TCT:186:3-4:1991:365-386|Gravity+Deep structure+Indian Ocean+Continental margin
J|1018|Tango,G.G.|Review of `Geophysical framework of the continental United States' edited by L. C. Pakiser and W. D. Mooney||#TCT:186:3-4:1991:389-390|Review+United States+Geophysics
J|1019|Le Pichon,X.|Introduction to the publication of the extended outline of Jason Morgan's April 17, 1967 American Geophysical Union paper on "Rises, trenches, great faults and crustal blocks"||#TCT:187:1-3:1991:1-22|History+Plate tectonics+Block+Fault
J|1020|Heirtzler,J.R.|Magnetic anomalies and early plate tectonics at Lamont-Doherty Geological Observatory||#TCT:187:1-3:1991:27-36|Plate tectonics+History+Geomagnetism+Sea-floor spreading
J|1021|Oliver,J.E.|Seismology, the plate tectonics revolution, and making it happen again||#TCT:187:1-3:1991:37-49|Seismology+Plate tectonics+History+Continental crust
J|1022|Miyashiro,A.|Reorganization of geological sciences and particularly of metamorphic geology by the advent of plate tectonics: a personal view||#TCT:187:1-3:1991:51-60|Plate tectonics+Geology
J|1023|Wilson,J.T.|Currents in the mantle and the geology of continents||#TCT:187:1-3:1991:61-67|Mantle convection+Geology+Continent
J|1024|Bowin,C.|The Earth's gravity field and plate tectonics||#TCT:187:1-3:1991:69-89|Gravity+Plate tectonics+Geoid+Map
J|1025|Forte,A.M.+Peltier,W.R.|Mantle convection and core-mantle boundary topography: explanations and implications||#TCT:187:1-3:1991:91-116|Core-mantle boundary+Mantle convection+Dynamics
J|1026|Stoddard,P.R.|A comparison of brittle deformation models for the Gorda plate||#TCT:187:1-3:1991:205-214|Deformation+Model+Gorda Plate
J|1027|Harry,D.L.+Ferguson,J.F.|Bounding the state of stress at oceanic convergent zones||#TCT:187:1-3:1991:305-314|Trench+Stress+Bathymetry+Convergence
J|1028|Vigny,C.+Ricard,Y.+Froidevaux,C.|The driving mechanism of plate tectonics||#TCT:187:4:1991:345-360|Mechanism+Plate tectonics+Tomography+Mantle
J|1029|Loper,D.E.|Mantle plumes||#TCT:187:4:1991:373-384|Mantle plume+D"-layer+Viscosity+Convection
J|1030|Gubbins,D.|Core-mantle interactions||#TCT:187:4:1991:385-391|Core-mantle boundary+Wave velocity+Geomagnetic field
J|1031|Buchanan,P.G.+McClay,K.R.|Sandbox experiments of inverted listric and planar fault systems||#TCT:188:1-2:1991:97-115|Fault+Laboratory+Reflexion study+North Sea
J|1032|Cobbold,P.R.+Szatmari,P.|Radial gravitational gliding on passive margins||#TCT:188:3-4:1991:249-289|Passive margin+Sediment+Profile
J|1033|Smith,K.D.+Brune,J.N.+Priestley,K.F.|The seismic spectrum, radiated energy, and the Savage and Wood inequality for complex earthquakes||#TCT:188:3-4:1991:303-320|Complex earthquake+Spectrum+Energy||#*EDGECUMBE|#*MEXICOCITY|#*ROUNDVALLEY|#*MORGAN
J|1034|Varotsos,P.+Lazaridou,M.|Latest aspects of earthquake prediction in Greece based on seismic electric signals||#TCT:188:3-4:1991:321-347|Prediction+Greece+Electrotelluric field+Seismotelluric effect||#*KEFALLINIA88A
J|1035|Mantovani,E.+Boschi,E.+Albarello,D.+|Regularities in time and space distribution of seismicity in the Periadriatic regions: tectonic implications||#TCT:188:3-4:1991:349-356|Seismicity+Tectonics+Adriatic+Space-time distribution
J|1036|Dhaliwal,H.+Graham,E.K.|A comparison of theoretical rock models with laboratory data||#TCT:188:3-4:1991:373-383|Wave velocity+Laboratory+Rock+Porosity
J|1037|Mulargia,F.+Achilli,V.+Broccio,F.+|Is a destructive earthquake imminent in southeastern Sicily?||#TCT:188:3-4:1991:399-402|Destructive earthquake+Sicily+Pattern+Seismicity|Letter section
J|1038|Varotsos,P.+Alexopoulos,K.+Lazaridou,M.|On recent seismic electrical signal activity in northern Greece||#TCT:188:3-4:1991:403-405|Greece+Seismoelectric effect+Prediction|Letter section
J|1039|Morner,N-A.|Intense earthquakes and seismotectonics as a function of glacial isostasy||#TCT:188:3-4:1991:407-410|Seismotectonics+Glacier+Isostasy+Fennoscandia|Letter section
J|1040|Bjornsson,B.+Gregersen,S.+Husebye,E.S.+|Editorial to Special Issue||#TCT:189:1-4:1991:7-8|Crustal structure+Fennoscandia|Issue contains papers presented at a symposium held in Tanumstrand, October 1988
J|1041|Flovenz,O.G.+Gunnarsson,K.|Seismic crustal structure in Iceland and surrounding area||#TCT:189:1-4:1991:1-17|Crustal structure+Iceland+Velocity structure+Reflexion study
J|1042|Luosto,U.|Crustal structures of eastern Fennoscandia||#TCT:189:1-4:1991:19-27|Crustal structure+Fennoscandia+Reflexion study+Velocity structure
J|1043|Burmakov,Yu.A.+Kosminskaya,I.P.+Sharov,N.V.+|Tomographic study of crustal velocity structure in southern Finland||#TCT:189:1-4:1991:29-35|Finland+Tomography+Velocity structure+Crust
J|1044|Bannister,S.C.+Ruud,B.O.+Husebye,E.S.|Tomographic estimates of sub-Moho seismic velocities in Fennoscandia and structural implications||#TCT:189:1-4:1991:37-53|Fennoscandia+Tomography+Velocity+Structure
J|1045|Sellevoll,M.A.+Duda,S.J.+Guterch,A.+|Crustal structure in the Svalbard region from seismic measurements||#TCT:189:1-4:1991:55-71|Svalbard+Crustal structure+Deep seismic sounding+Profile
J|1046|Faleide,J.I.+Gudlaugsson,S.T.+Eldholm,O.+|Deep seismic transects across the sheared western Barents Sea-Svalbard continental margin||#TCT:189:1-4:1991:73-89|Deep seismic sounding+Transect+Barents Sea+Svalbard+Continental margin
J|1047|Planke,S.+Skogseid,J.+Eldholm,O.|Crustal structure off Norway, 62degrees to 70degrees north||#TCT:189:1-4:1991:91-107|Crustal structure+Norway+Offshore+Velocity structure
J|1048|Ruud,B.O.+Husebye,E.S.|Exploring the upper crystalline crust: a combined interpretation of 3D imaging and reflection profiling in the NORESS array||#TCT:189:1-4:1991:109-115|NORESS+Upper crust+Reflexion study+Slowness
J|1049|Kinck,J.J.+Husebye,E.S.+Lund,C-E.|The south Scandinavian crust: structural complexities from seismic reflection and refraction profiling||#TCT:189:1-4:1991:117-133|Scandinavia+Reflexion study+Refraction study+Crustal structure
J|1050|Larsson,F.R.+Husebye,E.S.|Crustal reflectivity in the Skagerrak area||#TCT:189:1-4:1991:135-148|Skagerrak+Reflectivity+Crust+Deep seismic sounding
J|1051|Gregersen,S.|Crustal structure across the Tornquist Zone (southwestern edge of the Baltic Shield): a review of the Eugeno-S geophysical results||#TCT:189:1-4:1991:165-182|EUGENO-S+Crustal structure+Baltic Shield+Velocity structure
J|1052|Egilson,T.+Husebye,E.S.|An Oslo Graben experiment: shooting at sea and recording on land||#TCT:189:1-4:1991:183-192|EUGENO-S+Marine seismic source+Velocity structure+Skagerrak
J|1053|Thybo,H.+Schonharting,G.|Geophysical evidence for Early Permian igneous activity in a transtensional environment, Denmark||#TCT:189:1-4:1991:193-208|High-velocity layer+Denmark+Geophysical investigation+Deep seismic sounding
J|1054|Knudsen,H.J.+Balling,N.+Jacobsen,B.H.|Seismic modelling of the Norwegian-Danish Basin along a refraction profile in northern Jutland||#TCT:189:1-4:1991:209-218|Jutland+Refraction study+Modelling+Basin
J|1055|Grad,M.+Guterch,A.+Lund,C-E.|Seismic models of the lower lithosphere beneath the southern Baltic Sea between Sweden and Poland||#TCT:189:1-4:1991:219-227|Baltic Sea+Model+Profile+Lithosphere
J|1056|Einarsson,P.|Earthquakes and present-day tectonism in Iceland||#TCT:189:1-4:1991:261-279|Iceland+Tectonics+Earthquake+Epicentre
J|1057|Schmeling,H.+Marquart,G.|The influence of second-scale convection on the thickness of continental lithosphere and crust||#TCT:189:1-4:1991:281-306|Convection+Thickness+Continental lithosphere+Heat flow
J|1058|Saari,J.|Automated phase picker and source location algorithm for local distances using a single three-component seismic station||#TCT:189:1-4:1991:307-315|Automatic location+Single-station recording+Phase+Algorithm
J|1059|Stephansson,O.+Ljunggren,C.+Jing,L.|Stress measurements and tectonic implications for Fennoscandia||#TCT:189:1-4:1991:317-322|Fennoscandia+Stress+Tectonics
J|1060|Slunga,R.S.|The Baltic Shield earthquakes||#TCT:189:1-4:1991:323-331|Baltic Shield+Earthquake+Fault plane solution+Seismicity
J|1061|Gregersen,S.+Korhonen,H.+Husebye,E.S.|Fennoscandian dynamics: present-day earthquake activity||#TCT:189:1-4:1991:333-344|Activity+Earthquake+Fennoscandia+Dynamics
J|1062|Mamaloukas-Frangoulis,V.+Auzende,J-M.+Bideau,D.+|In-situ study of the eastern ridge-transform intersection of the Vema fracture zone||#TCT:190:1:1991:55-71|Transform fault+Mid-Atlantic Ridge+Fracture zone
J|1063|Maia,M.+Diament,M.|An analysis of the altimetric geoid in various wavebands in the central Pacific Ocean: constraints on the origin of intraplate features||#TCT:190:1:1991:133-153|Geoid+SEASAT+Pacific Ocean+Plate interaction
J|1064|Jamison,W.R.|Kinematics of compressional fold development in convergent wrench terranes||#TCT:190:2-4:1991:209-232|Kinematics+Folding+Fault+Terrane
J|1065|Pilkington,M.|Mapping elastic lithospheric thickness variations in Canada||#TCT:190:2-4:1991:283-297|Mapping+Lithosphere+Thickness+Canada
J|1066|Cabrera,J.+Sebrier,M.+Mercier,J.L.|Plio-Quaternary geodynamic evolution of a segment of the Peruvian Andean Cordillera located above the change in the subduction geometry: the Cuzco region||#TCT:190:2-4:1991:331-362|Stress+Fault+Peru+Evolution
J|1067|Heubeck,C.+Mann,P.|Geologic evaluation of plate kinematic models for the North American-Caribbean plate boundary zone||#TCT:191:1-2:1991:1-26|Plate boundary+North America+Kinematics
J|1068|Castaing,C.|Post-Pan-African tectonic evolution of south Malawi in relation to the Karroo and recent East African Rift systems||#TCT:191:1-2:1991:55-73|Fault+East African Rift+Evolution+Structure
J|1069|Cook,F.A.+Taylor,G.G.|Seismic reflection trace synthesized from Proterozoic outcrop and its correlation to seismic profiles in northwestern Canada||#TCT:191:1-2:1991:111-126|Canada+Profile+Seismostratigraphy+Proterozoic
J|1070|Korsch,R.J.+Schafer,A.|Geological interpretation of DEKORP deep seismic reflection profiles 1C and 9N across the Variscan Saar-Nahe Basin, southwest Germany||#TCT:191:1-2:1991:127-146|DEKORP+Germany+Deep seismic sounding+Interpretation
J|1071|Siegesmund,S.+Kruhl,J.H.|The effect of plagioclase textures on velocity anisotropy and shear wave splitting at deeper crustal levels||#TCT:191:1-2:1991:147-154|Shear wave splitting+Deep crust+Velocity+Anisotropy
J|1072|Lindholm,C.D.+Havskov,J.+Sellevoll,M.A.|Periodicity in seismicity: examination of four catalogs||#TCT:191:1-2:1991:155-164|Periodicity+Seismicity+Earthquake catalogue+Norway
J|1073|Slejko,D.+Kijko,A.|Seismic hazard assessment for the main seismogenic zones in the eastern Alps||#TCT:191:1-2:1991:165-183|Alps+Hazard+Zoning+Seismicity
J|1074|Coward,M.P.+Perez-Estaun,A.|Introduction to Special Issue||#TCT:191:3-4:1991:185-188|Plate tectonics+Deformation+Iberian Peninsula|Issue contains selected abstracts and papers presented at a conference held in Gijon, September 1987
J|1075|Edelman,S.H.|A critical review of tectonic processes at continental margin orogens||#TCT:191:3-4:1991:199-212|Tectonics+Continental margin+Review+Subduction
J|1076|Hatcher,R.D.|Interactive property of large thrust sheets with footwall rocks - the subthrust interactive duplex hypothesis: a mechanism of dome formation in thrust sheets||#TCT:191:3-4:1991:237-242|Reflexion study+Thrust sheet+Dome+Appalachian Mts.
J|1077|Banks,C.J.+Warburton,J.|Mid-crustal detachment in the Betic system of southeast Spain||#TCT:191:3-4:1991:275-289|Detachment+Spain+Middle crust+Reflexion study
J|1078|Capote,R.+De Vincente,G.+Gonzalez Casado,J.M.|An application of the slip model of brittle deformation to focal mechanism analysis in three different plate tectonic situations||#TCT:191:3-4:1991:399-409|Focal mechanism+Slip+Deformation||#*TABAS
J|1079|Freeman,B.+Klemperer,S.L.+Hobbs,R.W.|Collision deformation across the Iapetus suture zone observed from deep-seismic reflection profiles||#TCT:191:3-4:1991:418|Collision+Iapetus suture+BIRPS+Deep seismic sounding|Abstract only
J|1080|Heitzmann,P.|Relationships between the Alpine suture and the Insubric line in the central Alps: structural, geochronological and geophysical evidence||#TCT:191:3-4:1991:425|Alps+Reflexion data+Suture|Abstract only
J|1081|Yokokura,T.+Nakiboglu,S.M.+Wu,P.|Deformations of the Juan de Fuca-North American plate boundary||#TCT:191:3-4:1991:446|Deformation+Plate boundary+Juan de Fuca+North America|Abstract only
J|1082|Todorovska,M.I.+Lee,V.W.|A note on scattering of Rayleigh waves by shallow circular canyons: analytical approach||#BIT:28:2:1991:1-16|Rayleigh wave+Scattering+Canyon+Mathematical method
J|1083|Jain,S.K.+Patnaik,A.K.|Design and cost implications of I.S. code provisions for aseismic design of R.C. frame buildings||#BIT:28:2:1991:17-31|Aseismic design+Building code+Frame+Reinforced concrete
J|1084|Toriyama,H.|Individuality in the anomalous bioelectric potential of silk trees prior to earthquakes||Sci. Rep. Tokyo Woman's Christian Univ.:-:90-94:1991:1067-1077|Biological activity+Precursor+Earthquake+1977-1989||#*HONSHU87|#*IZUHANTO2|#*SEAOFJAPAN|#*MIYAGIKEN
J|1085|Kobayashi,T.+Sasaki,F.|Evaluation of Green's function on semi-infinite elastic medium||KICT Rep.:-:86:1991:1-22|Green's function+Soil-structure interaction+Elastic medium
J|1086|Islami,A.A.+Soltanian,S.+Mozafari,N.|General aspects of seismicity in Mamasani area||#JES:19:1-2:1990:1|Seismicity+Iran+Microearthquake|Abstract only
J|1087|Bahavar,M.|Detection of minor discontinuities using in-seam seismic methods. A numerical study||#JES:19:1-2:1990:7|Synthetic seismogram+Channel wave+Numerical method+Discontinuity|Abstract only
A|1088|Iai,S.|A strain space multiple mechanism model for cyclic behaviour of sand and its application|Earthquake Engineering Research Note No. 43|1991:Yokosuka, Japan:Port and Harbour Research Institute|Liquefaction+Sand+Soil|312p
A|1089|Eyidogan,H.+Guclu,U.+Utku,Z.+|Turkish earthquake macroseismic reports (1900-1988)|In Turkish|1991:Istanbul:Istanbul Teknik Universitesi|Macroseismic data+Turkey+Damage+1900-1988|198p
J|1090|Bilham,R.+Barrientos,S.E.|Sea-level rise and earthquakes||#NAT:350:6317:1991:386|Sea level+Earthquake|Scientific correspondence
V|1991:2||Bibliography of seismology. 1991 July-December|ISC:27:2:1993
J|0001|Bowler,S.+Joyce,C.|When sleeping giants wake||#NSC:-:1776:1991:21-22|Japan+Volcano+Eruption+Hazard+1991
J|0002|Nur,A.|And the walls came tumbling down||#NSC:-:1776:1991:45-48|Earthquake+History+Damage+Plate tectonics
J|0003|Chown,M.|Oil strike in the pipeline for Seychelles||#NSC:-:1777:1991:18|Survey
J|0004|Arkell,T.|The Earth's fault||Geogrl Mag., Lond.:63:8:1991:18-21|Prediction+Tsunami+Volcano+Precursor
J|0005|Staudigel,H.+Wyatt,F.K.+Orcutt,J.O.|Ocean bottom tiltmeter developed for submarine volcano monitoring||#EOS:72:27:1991:289-295|Mid-ocean ridge+Ocean-bottom seismograph
J|0006|a-ACCRETE Workshop Steering Committee|ACCRETE: a study of continental growth||#EOS:72:28:1991:297-304|Continental crust+Transform fault+Alaska+Accretion+Plate boundary
J|0007|Zonenshain,L.P.+Verhoef,J.+Macnab,R.+|Magnetic imprints of continental accretion in the U.S.S.R.||#EOS:72:29:1991:305-310|USSR+Magnetism
J|0008||Mount Unzen dome continues to grow||#EOS:72:29:1991:307|Japan+Volcanic tremor+Eruption+1991
J|0009|Aldhous,P.|Californian quake||#NAT:352:6330:1991:8|Earthquake+Fault+1991|News in brief|#*SANGABRIEL91
J|0010|Lay,T.|A matter for resolution||#NAT:352:6331:1991:105-106|Tomography+Mantle+Heterogeneity+SS-wave|News and views
J|0011|Su,W-J.+Dziewonski,A.M.|Predominance of long-wavelength heterogeneity in the mantle||#NAT:352:6331:1991:121-126|SS-wave+Tomography
J|0012|Swinbanks,D.|On shaky ground. Review of `Sixty seconds that will change the world: the coming Tokyo earthquake' by P. Hadfield||#NAT:352:6332:1991:205|Prediction+Disaster
J|0013|Woodward,R.L.+Masters,G.|Lower-mantle structure from ScS-S differential travel times||#NAT:352:6332:1991:231-233|Lower mantle+Tomography+ScS-wave+S-wave
J|0014|Geller,R.J.|Shake-up for earthquake prediction||#NAT:352:6333:1991:275-276|Japan+Precursor|Commentary
J|0015|Percival,J.A.+Shaw,D.M.+Milkereit,B.+|A closer look at deep crustal reflections||#EOS:72:32:1991:337-341|Deep structure+Reflexion study+Refraction study
J|0016||Review of `History of geophysics, volume 4' edited by C. S. Gillmor||#EOS:72:34:1991:363|Seismology
J|0017||Faults at fault||#NSC:-:1782:1991:16|Modelling+Complexity|Science item
J|0018|Stern,T.+Ten Brink,U.S.|Sounding the bottom of the world||#NSC:-:1784:1991:41-43|Antarctica+Crustal structure+Reflexion study+Seismic survey
J|0019|Sibson,R.|Nobody's fault. Review of `The San Andreas Fault system, California' edited by R. E. Wallace||#NAT:352:6335:1991:487-488|Plate interaction+Seismicity
J|0020|Houston,H.+Williams,Q.|Fast rise times and the physical mechanism of deep earthquakes||#NAT:352:6335:1991:520-522|Deep-focus earthquake+Depth
J|0021|Crone,A.J.|Earthquakes in aseismic zones||#NAT:352:6336:1991:570|Aseismic region+Canada+Rupture+Intraplate earthquake|News and views|#*UNGAVA89
J|0022|Ida,Y.|Anatomy of an eruption||#NAT:352:6336:1991:571-572|Swarm+Japan+1991|News and views
J|0023|Adams,J.+Wetmiller,R.J.+Hasegawa,H.S.+|The first surface faulting from a historical intraplate earthquake in North America||#NAT:352:6336:1991:617-619|Canada+Rupture+Aseismic region||#*UNGAVA89
J|0024|Hasegawa,A.+Zhao,D-P.+Hori,S.+|Deep structure of the northeastern Japan arc and its relationship to seismic and volcanic activity||#NAT:352:6337:1991:683-689|Magma+Seismicity
J|0025|Van der Hilst,R.D.+Engdahl,E.R.+Spakman,W.+|Tomographic imaging of subducted lithosphere below northwest Pacific island arcs||#NAT:353:6339:1991:37-43|Tomography
J|0026|Pease,R.|Only one earthquake||#NAT:353:6340:1991:116|Great earthquake+Damage+Cascadia subduction zone+Washington|News and views
J|0027|Wesson,R.L.|Dangerous liasons. Review of `Earthquake hazard analysis: issues and insights' by L. Reiter||#NAT:353:6340:1991:127
J|0028|Atwater,B.F.+Stuiver,M.+Yamaguchi,D.K.|Radiocarbon test of earthquake magnitude at the Cascadia subduction zone||#NAT:353:6340:1991:156-158|Great earthquake
J|0029|Swinbanks,D.|Help from an unusual source||#NAT:353:6341:1991:202|Mount Unzen+Volcano+Eruption+Seismicity|News
J|0030|Helffrich,G.+Brodholt,J.|Relationship of deep seismicity to the thermal structure of subducted lithosphere||#NAT:353:6341:1991:252-255|Deep-focus earthquake+Subduction
J|0031|Shimozuru,D.|In the volcano's shadow||#NAT:353:6342:1991:295-296|Eruption+Seismicity+1991|Commentary|#*OFFIZUPEN89B
J|0032|Ni,J.+Wiens,D.A.+Given,H.K.+|New trends in global seismology||#EOS:72:35:1991:369-371|Deep structure+IRIS+Workshop+Array|Report of a workshop held in South Carolina, March 1991
J|0033|Naranjo,J.A.+Roa,H.M.+Fuentealba C.,G.+|Major eruption reported in Chile||#EOS:72:37:1991:393-394|Volcano+1991||#*CHILE91
J|0034|Walker,D.A.|Using transoceanic cables to quantify global environmental changes||#EOS:72:37:1991:393-398|Submarine cable+Ocean-bottom seismometer+Ocean+Network
J|0035|Menke,W.+Friberg,P.A.+Lerner-Lam,A.L.+|Sharing data over Internet with the Lamont view-server system||#EOS:72:38:1991:409-414|Data bank+Data base+Geophysical data+Computer program
J|0036|Bush,S.|Real-time earthquake data feasible||#EOS:72:38:1991:409-410|Network+Monitoring+Warning
J|0037|Wyss,M.|Review of `Evaluation of proposed earthquake precursors' edited by M. Wyss||#EOS:72:38:1991:411|Precursor+Prediction
J|0038|Aki,K.+Henyey,T.+Heaton,T.H.|What is the Southern California Earthquake Centre?||#EOS:72:39:1991:417-421|California+Hazard+Seismology+San Andreas Fault
J|0039|Stein,C.A.|Review of `The solid Earth: an introduction to global geophysics' by C. M. R. Fowler||#EOS:72:40:1991:427-428|Seismology+Plate tectonics
J|0040|Kronenberg,A.K.+Kirby,S.H.|Probing the Earth's strength: can we measure small stress at high pressure?||#EOS:72:42:1991:453-454|Laboratory
J|0041|Lay,T.|Pacific intraplate seismicity reexamined||#EOS:72:43:1991:468|Swarm+Location|Section news
J|0042|Hamada,K.|Unpredictable earthquakes||#NAT:353:6345:1991:611-612|Prediction+Precursor+Japan+1978|Scientific correspondence. Contains a reply by R. J. Geller|#*IZUOSHIMA
J|0043||Kerb crawling||#NAT:353:6347:1991:796|Hayward Fault+Strong earthquake+Creep|News and views
J|0044|Royden,L.|Principles and processes. Review of `The solid Earth: an introduction to global geophysics' by C. M. R. Fowler||#NAT:354:6348:1991:30|Geophysics+Earth structure+Plate tectonics
J|0045|Pearce,F.|Himalayan earthquake confirms worst fears over dam||#NSC:-:1793:1991:13|Gap+Himalayas+Plate boundary|This week|#*NINDIA91
J|0046|Jacobson,R.S.+Dorman,L.M.+Purdy,G.M.+|Ocean bottom seismometer facilities available||#EOS:72:46:1991:506-515|Ocean-bottom seismometer+Instrument+Local earthquake
J|0047|Jayaraman,K.S.|Quake raises doubts about Indian dam||#NAT:354:6349:1991:96|Gap+Disaster|News|#*NINDIA91
J|0048|Rigden,S.M.+Gwanmesia,G.D.+Fitz Gerald,J.D.+|Spinel elasticity and seismic structure of the transition zone of the mantle||#NAT:354:6349:1991:143-145|Velocity
J|0049|Morgan,P.|A deep look at African rifting||#NAT:354:6350:1991:188-189|East African Rift+Velocity structure+Crustal thickness|News and views
J|0050|Green,W.V.+Achauer,U.+Meyer,R.P.|A three-dimensional seismic image of the crust and upper mantle beneath the Kenya rift||#NAT:354:6350:1991:199-203|East African Rift+Tomography+Rifting+Crust-mantle structure
J|0051|a-KRISP Working Party|Large-scale variation in lithospheric structure along and across the Kenya rift||#NAT:354:6350:1991:223-227|East African Rift+Lithosphere+Crustal thickness+Velocity profile
J|0052|Johnston,A.C.|Lights from seismic waves||#NAT:354:6352:1991:361|Earthquake lights+P-wave+Sonoluminescence|Scientific correspondence
J|0053|Heliker,C.+Wright,T.L.|The Pu'u `O'o-Kupaianaha eruption of Kilauea||#EOS:72:47:1991:521-530|Volcano+History
J|0054|Aki,K.|Symposium links geophysical structure and process||#EOS:72:47:1991:523-524|Earth structure+Symposium+Solid-earth geophysics+Seismology|Report of the Jeffreys Symposium at the IUGG meeting held in Vienna, August 1991
J|0055|Mooney,W.D.+Meissner,R.|Continental crustal evolution observations||#EOS:72:48:1991:537-541|Reflexion study+Velocity structure
J|0056|a-BASIX Working Group|Bay area seismic imaging experiment||#EOS:72:48:1991:538-539|San Andreas Fault+Plate boundary+Marine seismic investigation
J|0057|a-Pinatubo Volcano Observatory Team|Lessons from a major eruption: Mt. Pinatubo, Philippines||#EOS:72:49:1991:545-555|Volcano+1991
J|0058|a-Leg 136 Drilling Party|ODP leg 136 sets seismograph test site||#EOS:72:49:1991:548-555|Global Seismic Network+Ocean-bottom seismometer+Down-hole recording+Ocean Drilling Programme
J|0059|Hammond,S.+Baker,E.+Bernard,E.+|NOAA's VENTS program targets oceanic hydrothermal effects||#EOS:72:50:1991:561-566|Hydrothermy+Sea-floor spreading+Event+Juan de Fuca
J|0060|Kanamori,H.+Hauksson,E.+Heaton,T.H.|TERRAscope and CUBE project at Caltech||#EOS:72:50:1991:564|Broadband seismograph+Network+Southern California|Section news
J|0061|Morner,N-A.|The Fennoscandian rebound||#TRN:3:4:1991:366-368|Isostasy+Rebound+Fennoscandia+Palaeoseismicity
J|0062|Svensson,N-O.|Postglacial land uplift patterns of south Sweden and the Baltic Sea region||#TRN:3:4:1991:369-378|Baltic Sea+Uplift+Geoid+Crustal thickness
J|0063|Doglioni,C.|A proposal for the kinematic modelling of W-dipping subductions - possible applications to the Tyrrhenian-Apennines system||#TRN:3:4:1991:423-434|Subduction+Accretionary prism+Modelling+Tyrrhenian Sea
J|0064|Havskov,J.+Atakan,K.|Seismicity and volcanism of Jan Mayen Island||#TRN:3:5:1991:517-526|Jan Mayen Island+Seismicity+Volcanism+Fault plane solution
J|0065|Ambraseys,N.N.+Finkel,C.F.|Long-term seismicity of Istanbul and of the Marmara Sea region||#TRN:3:5:1991:527-539|Marmara Sea+Seismicity+Historical earthquake+Destructive earthquake
J|0066|Karpuz,M.R.+Gabrielsen,R.H.+Engell-Sorensen,L.+|Seismotectonic significance of the 29 January 1989 Etne earthquake, SW Norway||#TRN:3:5:1991:540-549|Norway+1989+Earthquake+Seismotectonics||#*ETNE89
J|0067|Sarkovic,M.+Stankovic,S.+Miloslavljevic,S.|Petroleum geology of the southeastern part of the Pannonian Basin||#TRN:3:5:1991:550-554|Seismics+Pannonian Basin+Petroleum+Exploration
J|0068|Underhill,J.R.|Review of `Tectonic evolution of the North Sea rifts' edited by D. J. Blundell and A. D. Gibbs||#TRN:3:5:1991:561-563|Review+North Sea+Rift+Profile
J|0069|Wood,R.M.|The smiling earthquake||#TRN:3:5:1991:570|Historical earthquake+1865+Tonga Arc
J|0070|Passerini,P.+Marcucci,M.+Squazzoni,G.+|Strike-slip faults parallel to crustal spreading axes: data from Iceland and the Afar Depression||#TRN:3:6:1991:607-618|Iceland+Afar+Spreading centre+Fault
J|0071|Hodder,A.P.W.|Chaotic fault interactions: implications for seismic hazard in New Zealand||#TRN:3:6:1991:628-630|Hazard+New Zealand+Fault+Moment
J|0072|Hatzidimitriou,P.M.+Hatzfeld,D.+Scordilis,E.M.+|Seismotectonic evidence of an active normal fault beneath Thessaloniki (Greece)||#TRN:3:6:1991:648-654|Seismotectonics+Normal fault+Thessaloniki+Fault plane solution
J|0073||Lisbon recalled: All Saints Day, 1 November 1755||#TRN:3:6:1991:670-672|Portugal+1755+Historical earthquake
J|0074|Pal,A.K.+Chattopadhyay,A.|Reflection and refraction of plane waves at an interface between two prestressed elastic half-spaces||#APL:39:3:1991:253-262|Interface+Plane wave+Reflexion+Refraction
J|0075|Deshwal,P.S.+Beniwal,M.S.|Love wave propagation in the case of rectangular discontinuity in a surface layer||#APL:39:3:1991:263-278|Love wave+Discontinuity+Propagation
J|0076|Altinok,Y.+Mantyniemi,P.+Kijko,A.|An evaluation of seismic hazard in the north Anatolian fault zone, Turkey||#APL:39:3:1991:279-291|Hazard+Anatolia+Historical earthquake+Zoning
J|0077|Idziak,A.+Teper,L.+Cabala,J.|Shallow seismic method as a tool for resolving tectonic problems: the northeast border of the Upper Silesian coal basin||#APL:39:3:1991:293-309|Tectonics+Anisotropy+Coal field+Upper Silesia
J|0078|Nguyen Kim Lap|A note on earthquakes in the Hanoi district in Vietnam||#APL:39:3:1991:311-313|Hanoi+Epicentre+Historical earthquake+1277-1989
J|0079|Teisseyre,K.|Simulation of anisotropic changes of resistivity in primarily anisotropic rocks under load||#APL:39:3:1991:315-333|Simulation+Resistivity+Anisotropy+Rock
J|0080|Niewiadomski,J.+Senatorski,P.+Teisseyre,R.|Rebound geometry of dislocation distribution in the parallel crack systems||#APL:39:4:1991:349-359|Rebound+Dislocation+Geometry+Crack
J|0081|Senatorski,P.|A physical model of slip zone||#APL:39:4:1991:361-371|Model+Slip+Crack+Stress
J|0082|Thanassoulas,C.|Determination of the epicentral area of three earthquakes (MS > 6) in Greece, based on electrotelluric currents recorded by the VAN network||#APL:39:4:1991:373-387|Major earthquake+Greece+Electrotelluric field+Precursor
J|0083|Voevoda,O.D.+Volynets,L.N.|Topography of the Earth's surface and residual displacements, strains, and tilts. I - the theory||#APL:39:4:1991:389-400|Topography+Displacement+Crustal movement+Perturbation theory
J|0084|Jarzyna,J.|Elastic wave field in a borehole and rock medium. Dispersion curves and synthetic full waveforms||#APL:39:4:1991:401-417|Borehole+Wave field+Rock+Dispersion
J|0085|Mukherjee,A.+Sengupta,P.R.|Surface waves in thermo-viscoelastic media under the influence of gravity||#APL:39:4:1991:419-433|Surface wave+Viscoelastic medium+Gravity+Equation of motion
J|0086|Maj,S.|Seismic-thermal models of the Precambrian Platform in northeastern Poland||#APL:39:4:1991:435-451|Precambrian+Poland+Model+Heat flow
J|0087|Nowack,R.L.+Psencik,I.|Perturbation from isotropic to anisotropic heterogeneous media in the ray approximation||#GJI:106:1:1991:1-10|Ray+Perturbation+Anisotropy+Travel-times
J|0088|Junho,Um.+Dahlen,F.A.+Park,J.|Normal mode multiplet coupling along a dispersion branch||#GJI:106:1:1991:11-35|Free oscillation+Lateral heterogeneity+Surface wave+Synthetic seismogram
J|0089|Gudmundsson,O.+Clayton,R.W.|A 2-D synthetic study of global traveltime tomography||#GJI:106:1:1991:53-65|Earth structure+Inversion+Travel-times+Tomography
J|0090|Sun,R.+McMechan,G.A.|Full-wavefield inversion of wide-aperture SH and Love wave data||#GJI:106:1:1991:67-75|Inversion+SH-wave+Love wave+Wave field
J|0091|Chang,W-F.+McMechan,G.A.|Wavefield extrapolation of body waves for 3-D imaging of earthquake sources||#GJI:106:1:1991:85-98|Source parameter+Imaging+Wave field
J|0092|Chiu,J-M.+Isacks,B.L.+Cardwell,R.K.|3-D configuration of subducted lithosphere in the western Pacific||#GJI:106:1:1991:99-111|Subduction+Wadati-Benioff zone+Lithosphere+Graphics
J|0093|Dozorov,T.A.+Solov'ev,S.L.|Spectra of ocean-bottom seismic noise in the 0.01-10 Hz range||#GJI:106:1:1991:113-121|Noise+Ocean-bottom seismograph+Spectrum+Atlantic Ocean
J|0094|Kagan,Y.Y.|Seismic moment distribution||#GJI:106:1:1991:123-134|Distribution+Moment+Percolation+Critical phenomenon
J|0095|Kagan,Y.Y.|Likelihood analysis of earthquake catalogues||#GJI:106:1:1991:135-148|Earthquake catalogue+Prediction+Fractal system
J|0096|Van der Hilst,R.D.+Engdahl,E.R.|On ISC PP and pP data and their use in delay-time tomography of the Caribbean region||#GJI:106:1:1991:169-188|Caribbean+Error+Tomography+Resolution+ISC
J|0097|a-DEKORP Research Group|Results of the DEKORP 1 (BELCORP-DEKORP) deep seismic reflection studies in the western part of the Rhenish Massif||#GJI:106:1:1991:203-227|Rhenish Massif+DEKORP+Deep seismic sounding+Reflexion study
J|0098|Ambeh,W.B.+Fairhead,J.D.|Spectral characteristics and source parameters of microearthquakes from the Mt Cameroon volcanic region, West Africa||#GJI:106:1:1991:229-237|Microearthquake+Cameroon, Mt.+Source parameter+Spectrum
J|0099|Gurbuz,C.+Evans,J.R.|A seismic refraction study of the western Tuz Golu basin, central Turkey||#GJI:106:1:1991:239-251|Turkey+Refraction study+Basin+Fault
J|0100|Taylor,S.R.+Marshall,P.D.|Spectral discrimination between Soviet explosions and earthquakes using short-period array data||#GJI:106:1:1991:265-273|Discrimination+Explosion+Earthquake+Short-period wave|Research note
J|0101|Pollitz,F.F.|Multiple moment expansion of fully coupled aspherical Earth seismograms||#GJI:106:1:1991:275-286|Asymptotic wave theory+Free oscillation+Coupling+Synthetic seismogram|Research note
J|0102|Ambeh,W.B.+Fairhead,J.D.|Regular, deep seismicity beneath Mt Cameroon volcano: lack of evidence for tidal triggering||#GJI:106:1:1991:287-291|Cameroon+Volcano+Deep-focus earthquake+Earth tide|Research note
J|0103|Jones,M.+Westaway,R.|Microseismicity and structure of the Germencik area, western Turkey||#GJI:106:1:1991:293-300|Turkey+Normal fault+Microseismicity+Extension
J|0104|Koch,K.|Moment tensor inversion of local earthquake data-I. Investigation of the method and its numerical stability with model calculations||#GJI:106:2:1991:305-319|Moment tensor+Inversion+Waveform+Local earthquake
J|0105|Koch,K.|Moment tensor inversion of local earthquake data-II. Application to aftershocks of the May 1980 Mammoth Lakes earthquakes||#GJI:106:2:1991:321-332|Moment tensor+Inversion+Local earthquake+Waveform||#*MAMMOTH
J|0106|Lorrain,P.|Mapping subsurface fractures by radio-frequency holography: a simulation||#GJI:106:2:1991:333-339|Mapping+Fracture+Holography+Imaging
J|0107|Gaffet,S.+Bouchon,M.|Source location and valley shape effects on the P-SV near displacement field using a boundary integral equation-discrete wavenumber representation method||#GJI:106:2:1991:341-355|Boundary integral method+Diffraction+Explosion+Heterogeneous medium
J|0108|Peirce,C.+Barton,P.J.|Crustal structure of the Madeira-Tore Rise, eastern North Atlantic - results of a DOBS wide-angle and normal incidence seismic experiment in the Josephine Seamount region||#GJI:106:2:1991:357-378|Crustal structure+Marine seismic investigation+Azores+Gibraltar
J|0109|Singh,S.C.+Tarantola,A.|WKBJ modelling for smoothly varying 3-D media||#GJI:106:2:1991:391-397|Lateral inhomogeneity+WKBJ method+Wave equation+Synthetic seismogram
J|0110|O'Dowd,R.J.|The Wiener-Levinson algorithm and ill-conditioned normal equations||#GJI:106:2:1991:399-406|Deconvolution+Linear equation+Stability
J|0111|Farra,V.+Vinnik,L.P.+Romanowicz,B.A.+|Inversion of teleseismic S particle motion for azimuthal anisotropy in the upper mantle: a feasibility study||#GJI:106:2:1991:421-431|Anisotropy+Mantle+Discontinuity+Precursor
J|0112|Taymaz,T.+Jackson,J.A.+McKenzie,D.|Active tectonics of the north and central Aegean Sea||#GJI:106:2:1991:433-490|Greece+Turkey+Tectonics+Earthquake
J|0113|Geller,R.J.|Comment on `The gravito-elastodynamics of a pre-stressed elastic Earth' by L. L. A. Vermeersen and N. J. Vlaar||#GJI:106:2:1991:499-505|Elastodynamics+Gravitation+Comments|With a reply by the authors
J|0114|Belardinelli,M.E.+Bonafede,M.|A crack model of afterslip events on shallow faults||#GJI:106:3:1991:521-530|Creep+Rheology+Fracture+Mechanics||#*IMPERIAL|#*SUPERSTITION87
J|0115|Havskov,J.+Medhus,J.|Q along the FENNOLORA profile||#GJI:106:3:1991:531-536|Q+Refraction study+Fennolora+Scandinavia
J|0116|Taymaz,T.+Eyidogan,H.+Jackson,J.A.|Source parameters of large earthquakes in the East Anatolian Fault Zone (Turkey)||#GJI:106:3:1991:537-550|Tectonics+Earthquake+Turkey+Faulting||#*LICE|#*DOGANSEHIR1|#*DOGANSEHIR2
J|0117|Kato,M.+Hirajara,K.|Precursory arrivals to PP||#GJI:106:3:1991:551-557|PP-wave+Precursor+Tibet+Travel-times
J|0118|Davis,P.M.+Knopoff,L.|The dipping antiplane crack||#GJI:106:3:1991:581-585|Antiplane+Crack
J|0119|Regan,J.|Seismic representation theorem coupling: synthetic P-SV mode sum seismograms for non-homogeneous paths||#GJI:106:3:1991:587-609|Finite difference method+Heterogeneity+Lg-wave+Synthetic seismogram
J|0120|Zhao,X.+Ebel,J.E.|Radiation pattern of crustal phases of New England earthquakes||#GJI:106:3:1991:647-655|Pn-wave+Amplitude+Radiation pattern+New England
J|0121|Goodman,D.+Bibee,L.D.|Measurements and modelling of possible mantle constituents from a long-line seismic refraction experiment in the West Philippine Basin||#GJI:106:3:1991:667-675|Inversion+Mantle+Refraction study+Philippine Sea
J|0122|Fang,Y.+Muller,G.|Seismic-wave attenuation operators for arbitrary Q||#GJI:106:3:1991:703-707|Q+Scattering+Attenuation+Anelasticity|Research note
J|0123|Kagan,Y.Y.|3-D rotation of double-couple earthquake sources||#GJI:106:3:1991:709-716|Double couple+Source+Rotation+Focal mechanism|Research note
J|0124|Bowman,J.R.|Geodetic evidence for conjugate faulting during the 1988 Tennant Creek, Australia earthquake sequence||#GJI:107:1:1991:47-56|Tennant Creek+1988+Intraplate earthquake+Levelling||#*TENNANT188|#*TENNANT288|#*TENNANT388
J|0125|Canas,J.A.+Pujades,L.G.+Badal,J.+|Lateral variation and frequency dependence of coda-Q in the southern part of Iberia||#GJI:107:1:1991:57-66|Iberian Peninsula+Q+Frequency+Lateral variation
J|0126|Bock,G.+Kind,R.|A global study of S-to-P and P-S conversions from the upper mantle transition zone||#GJI:107:1:1991:117-129|Converted wave+Synthetic seismogram+400km discontinuity+670km discontinuity
J|0127|Neele,F.+Snieder,R.|Are long-period body wave coda caused by lateral heterogeneity?||#GJI:107:1:1991:131-153|Body wave+Coda+Scattering+Europe
J|0128|Hirata,T.+Imoto,M.|Multifractal analysis of spatial distribution of microearthquakes in the Kanto region||#GJI:107:1:1991:155-162|Microearthquake+Kanto+Fractal+Spatial distribution
J|0129|Crampin,S.|An alternative scenario for earthquake prediction experiments||#GJI:107:1:1991:185-189|Prediction+Swarm+Precursor+Large earthquake|Research note
J|0130|Ligdas,C.N.+Main,I.G.|On the resolving power of tomographic images in the Aegean area||#GJI:107:1:1991:197-203|AEgean+Tomography+Subduction+Imaging|Research note
J|0131|Adams,R.D.|Review of `An introduction to seismological research: history and development' by B. F. Howell||#GJI:107:1:1991:206|Review+Seismology+History
J|0132|Cerveny,V.+Simoes-Filho,I.A.|The traveltime perturbations for seismic body waves in factorized anisotropic inhomogeneous media||#GJI:107:2:1991:219-229|Anisotropy+Inhomogeneous medium+Body wave+Perturbation
J|0133|Coates,R.T.+Chapman,C.H.|Generalized Born scattering of elastic waves in 3-D media||#GJI:107:2:1991:231-263|Elastic wave+Scattering+Born approximation+Propagation
J|0134|Wicks,C.W.+Richards,M.A.|Effects of source radiation patterns on the phase S670P beneath the Tonga subduction zone||#GJI:107:2:1991:279-290|Converted wave+670km discontinuity+Tonga+Subduction
J|0135|Ben-Menahem,A.+Gibson,R.L.+Sena,A.G.|Green's tensor and radiation patterns of point sources in general anisotropic inhomogeneous elastic media||#GJI:107:2:1991:297-308|Anisotropy+Green's function+Inhomogeneity+Source
J|0136|Spakman,W.|Delay-time tomography of the upper mantle below Europe, the Mediterranean, and Asia Minor||#GJI:107:2:1991:309-332|Tomography+Europe+Upper mantle+Heterogeneity
J|0137|Main,I.G.|A modified Griffith criterion for the evolution of damage with a fractal distribution of crack lengths: application to seismic event rates and b-values||#GJI:107:2:1991:353-362|b-Value+Fractal+Event rate+Crack
J|0138|Main,I.G.+Meredith,P.G.|Stress corrosion constitutive laws as a possible mechanism of intermediate-term and short-term seismic quiescence||#GJI:107:2:1991:363-373|Quiescence+Stress+Corrosion+b-Value
J|0139|Musson,R.M.W.|Review of `Aspects of Pacific seismicity' edited by E. A. Okal||#GJI:107:2:1991:381-382|Review+Seismicity+Pacific
J|0140|Crampin,S.+Lovell,J.H.|A decade of shear-wave splitting in the Earth's crust: what does it mean? what use can we make of it? and what should we do next?||#GJI:107:3:1991:387-407|Crust+Anisotropy+Shear wave splitting
J|0141|Mueller,M.C.|Prediction of lateral variability in fracture intensity using multicomponent shear-wave surface seismic as a precursor to horizontal drilling in the Austin Chalk||#GJI:107:3:1991:409-415|Texas+Anisotropy+Lateral variation+Shear wave
J|0142|Cliet,Ch.+Brodov,L.U.+Tikhonov,A.A.+|Anisotropy survey for reservoir definition||#GJI:107:3:1991:417-427|Anisotropy+S-wave+Reservoir+Tatar Republic
J|0143|Brodov,L.U.+Tikhonov,A.A.+Chesnokov,E.M.+|Estimating physical parameters of cracked-porous oil reservoirs by inverting shear-wave splitting||#GJI:107:3:1991:429-432|Reservoir+Shear wave splitting+Inversion
J|0144|Bush,I.+Crampin,S.|Paris Basin VSPs: case history establishing combinations of fine-layer (or lithologic) anisotropy and crack anisotropy from modelling shear wavefields near point singularities||#GJI:107:3:1991:433-447|Vertical seismic profiling+Paris+Anisotropy+Shear wave
J|0145|Liu,E.+Crampin,S.+Queen,J.H.|Fracture detection using crosshole surveys and reverse vertical seismic profiles at the Conoco Borehole Test Facility, Oklahoma||#GJI:107:3:1991:449-463|Oklahoma+Vertical seismic profiling+Shear wave+Anisotropy
J|0146|Campden,D.A.+Crampin,S.|Observations of shear-wave splitting from marine VSPs in the southern North Sea||#GJI:107:3:1991:465-473|North Sea+Shear wave splitting+Vertical seismic profiling
J|0147|Kuwahara,Y.+Ito,H.+Kiguchi,T.|Comparison between natural fractures and fracture parameters derived from VSP||#GJI:107:3:1991:475-483|Anisotropy+Vertical seismic profiling+Fracture+Akita
J|0148|Niitsuma,H.+Saito,H.|Characterization of a subsurface artificial fracture by the triaxial shear shadow method||#GJI:107:3:1991:485-491|Tomography+Fracture+Borehole+Iwate
J|0149|Yardley,G.S.+Graham,G.+Crampin,S.|Viability of shear-wave amplitude versus offset studies in anisotropic media||#GJI:107:3:1991:493-503|Anisotropy+Fracture+Reservoir+Shear wave
J|0150|Hudson,J.A.|Overall properties of heterogeneous material||#GJI:107:3:1991:505-511|Anisotropy+Elastic wave+Crack+Heterogeneous medium
J|0151|Wild,P.+Crampin,S.|The range of effects of azimuthal isotropy and EDA anisotropy in sedimentary basins||#GJI:107:3:1991:513-529|Anisotropy+Exploration+Shear wave+Sedimentary basin
J|0152|Crampin,S.|Effects of point singularities on shear-wave propagation in sedimentary basins||#GJI:107:3:1991:531-543|Anisotropy+Sedimentary basin+Shear wave splitting
J|0153|Lou,M.+Crampin,S.|Dispersion of guided waves in thin anisotropic waveguides||#GJI:107:3:1991:545-555|Anisotropy+Channel wave+Dispersion+Guided wave
J|0154|Chesnokov,E.M.+Zatsepin,S.V.|Effects of applied stress on effective elastic anisotropy in cracked solids||#GJI:107:3:1991:563-569|Anisotropy+Crack+Elastic modulus+Stress
J|0155|MacBeth,C.D.|Inverting shear-wave polarizations for anisotropy using three-component offset VSPs: synthetic seismograms||#GJI:107:3:1991:571-583|Anisotropy+Shear wave+Polarization+Splitting
J|0156|MacBeth,C.D.|Inversion for subsurface anisotropy using estimates of shear-wave splitting||#GJI:107:3:1991:585-595|Anisotropy+Inversion+Shear wave splitting
J|0157|Li,X-Y.+Crampin,S.|Complex component analysis of shear-wave splitting: theory||#GJI:107:3:1991:597-604|Shear wave splitting+Polarization+Amplitude
J|0158|Li,X-Y.+Crampin,S.|Complex component analysis of shear-wave splitting: case studies||#GJI:107:3:1991:605-613|Shear wave splitting+Polarization+Vertical seismic profiling
J|0159|Leary,P.|Deep borehole log evidence for fractal distribution of fractures in crystalline rock||#GJI:107:3:1991:615-627|Borehole+Fractal+Anisotropy+Crack
J|0160|De Parscau,J.|P- and SV-wave transversely isotropic phase velocities analysis from VSP data||#GJI:107:3:1991:629-638|Isotropy+Polarization+Inversion+Phase velocity
J|0161|Shuck,E.L.|Azimuthal anisotropy analysis from shear VSPs||#GJI:107:3:1991:639-647|Anisotropy+Shear wave+Vertical seismic profiling+Inversion
J|0162|Mjelde,R.|Analysis of shear waves with respect to splitting near the San Andreas Fault||#GJI:107:3:1991:649-659|Cajon Pass+Shear wave splitting+Anisotropy
J|0163|Graham,G.+Crampin,S.+Fernandez,L.M.|Observations of shear-wave polarizations from rockbursts in a South African gold field: an analysis of acceleration and velocity recordings||#GJI:107:3:1991:661-672|South Africa+Rockburst+Anisotropy+Shear wave
J|0164|Sachpazi,M.+Hirn,A.|Shear-wave anisotropy across the geothermal field of Milos, Aegean volcanic arc||#GJI:107:3:1991:673-685|AEgean Sea+Anisotropy+Shear wave splitting
J|0165|Fjaer,E.+Holt,R.M.+Rathore,J.S.+|Acoustic anisotropy related to anisotropic stress conditions during formation and unloading||#GJI:107:3:1991:687-691|Anisotropy+Acoustics+Stress+Shear wave
J|0166|Brown,R.J.+Lawton,D.C.+Cheadle,S.P.|Scaled physical modelling of anisotropic wave propagation: multioffset profiles over an orthorhombic medium||#GJI:107:3:1991:692-702|Anisotropy+Ultrasonics+Shear wave splitting
J|0167|Berg,E.+Hood,J.A.+Fryer,G.J.|Reduction of the general fracture compliance matrix Z to only five independent elements||#GJI:107:3:1991:703-707|Anisotropy+Fracture+S-wave+Polarization|Research note
J|0168|Jacob,A.W.B.+Bean,C.J.+Nolte,B.+|P-wave sections in a realistic anisotropic lithosphere||#GJI:107:3:1991:709-714|P-wave+Lithosphere+Anisotropy+Section
J|0169|Royer,J-Y.+Chang,T.|Evidence for relative motions between the Indian and Australian plates during the last 20 m.y. from plate tectonic reconstructions: implications for the deformation of the Indo-Australian plate||#JGR:96:7:1991:11779-11802|Plate tectonics+Indo-Australian plate+Deformation+Intraplate seismicity
J|0170|Barker,S.E.+Malone,S.D.|Magnetic system geometry at Mount St. Helens modeled from the stress field associated with posteruptive earthquakes||#JGR:96:7:1991:11883-11894|Mount St. Helens+Volcanic tremor+Stress field+Magma||#*MOUNTSTHELENS
J|0171|Kisslinger,C.+Jones,L.M.|Properties of aftershock sequences in southern California||#JGR:96:7:1991:11947-11958|Aftershock+Sequence+Southern California+b-Value
J|0172|Agnew,D.C.+Jones,L.M.|Prediction probabilities from foreshocks||#JGR:96:7:1991:11959-11971|Foreshock+Prediction+Probability+San Andreas Fault
J|0173|Bowman,J.R.+Dewey,J.W.|Relocation of teleseismically recorded earthquakes near Tennant Creek, Australia: implications for midplate seismogenesis||#JGR:96:7:1991:11973-11979|Seismogenesis+Tennant Creek+1988+Location||#*TENNANT188|#*TENNANT288|#*TENNANT388
J|0174|Vernon,F.L.+Fletcher,J.B.+Carroll,L.+|Coherence of seismic body waves from local events as measured by a small-aperture array||#JGR:96:7:1991:11981-11996|Body wave+Local event+Array+Coherence
J|0175|Tichelaar,B.W.+Ruff,L.J.|Seismic coupling along the Chilean subduction zone||#JGR:96:7:1991:11997-12022|Coupling+Chile+Subduction+Large earthquake
J|0176|Hennet,C.G.+Luetgert,J.H.+Phinney,R.A.|The crustal structure in central Maine from coherency processed refraction data||#JGR:96:7:1991:12023-12037|Crustal structure+Maine+Refraction study+Coherency
J|0177|Holik,J.S.+Rabinowitz,P.D.+Austin,J.A.|Effects of Canary hotspot volcanism on structure of oceanic crust off Morocco||#JGR:96:7:1991:12039-12067|Marine seismic investigation+Hotspot+Oceanic crust+Morocco
J|0178|Shih,X.R.+Schneider,J.F.+Mayer,R.P.|Polarities of P and S waves, and shear wave splitting observed from the Bucaramanga Nest, Colombia||#JGR:96:7:1991:12069-12082|Colombia+Shear wave splitting+Array
J|0179|Chun,K-Y.+Zhu,T.+West,G.F.|Teleseismic P wave attenuation and nuclear explosion source functions inferred from Yellowknife array data||#JGR:96:7:1991:12083-12097|P-wave+Attenuation+Nuclear explosion+Yellowknife
J|0180|Wald,L.A.+Heaton,T.H.|Lg and Rg waves on the California regional networks from the December 23, 1985 Nahanni earthquake||#JGR:96:7:1991:12099-12125|Lg-wave+Rg-wave+California+Nahanni+1985||#*NAHANNI
J|0181|McCarthy,J.+Larkin,S.P.+Fuis,G.S.+|Anatomy of a metamorphic core complex: seismic refraction/wide-angle reflection profiling in southeastern California and western Arizona||#JGR:96:7:1991:12259-12291|Refraction study+Reflexion study+Southern California+Arizona
J|0182|Wilson,J.M.+McCarthy,J.+Johnson,R.A.|An axial view of a metamorphic core complex: crustal structure of the Whipple and Chemehuevi mountains, southeastern California||#JGR:96:7:1991:12293-12311|Southern California+Crustal structure+Reflexion study+Refraction study
J|0183|Klein,D.P.|Crustal resistivity structure from magnetotelluric sounding in the Colorado Plateau-Basin and Range provinces, central and western Arizona||#JGR:96:7:1991:12313-12331|Resistivity+Magnetotellurics+Basin & Range+Profile
J|0184|Mickus,K.L.+James,W.C.|Regional gravity studies in southeastern California, western Arizona, and southern Nevada||#JGR:96:7:1991:12333-12350|Profiling+Gravity+Southern California+Arizona+Nevada
J|0185|Hendricks,J.D.+Plescia,J.B.|A review of the regional geophysics of the Arizona transition zone||#JGR:96:7:1991:12351-12373|Geophysics+Arizona+Seismic survey+Transition zone
J|0186|Johnson,C.M.|Large-scale crust formation and lithosphere modification beneath middle to late Cenozoic calderas and volcanic fields, western North America||#JGR:96:8:1991:13485-13507|Western United States+Crust+Lithosphere+Velocity
J|0187|Menzies,M.A.+Kyle,P.R.+Jones,M.+|Enriched and depleted source components for tholeiitic and alkaline lavas from Zuni-Bandera, New Mexico: inferences about intraplate processes and stratified lithosphere||#JGR:96:8:1991:13645-13671|P-wave+Delay+New Mexico+Lithosphere
J|0188|Park,S.K.|Monitoring resistivity changes prior to earthquakes in Parkfield, California, with telluric arrays||#JGR:96:9:1991:14211-14237|Resistivity+Parkfield+Array+Prediction
J|0189|Corrigan,J.D.|Thermal anomalies in the central Indian Ocean: evidence for dewatering of the Bengal Fan||#JGR:96:9:1991:14263-14275|Indian Ocean+Bengal Fan+Heat flow+Reflexion study
J|0190|Duffy,T.S.+Ahrens,T.J.+Lange,M.A.|The shock wave equation of state of brucite Mg(OH)2||#JGR:96:9:1991:14319-14330|Equation of state+Shock wave+Deep-focus earthquake
J|0191|King,C-Y.|Multicycle slip distribution along a laboratory fault||#JGR:96:9:1991:14377-14381|Slip+Laboratory+Fault+Prediction
J|0192|Saikia,C.K.+Burdick,L.J.|Fine structure of Pnl waves from explosions||#JGR:96:9:1991:14383-14401|Pn-wave+Explosion+Long-period seismogram+Fine structure
J|0193|Fischer,K.M.+Creager,K.C.+Jordan,T.H.|Mapping the Tonga slab||#JGR:96:9:1991:14403-14427|Mapping+Slab+Tonga+Intermediate-depth earthquake+Deep-focus earthquake
J|0194|Fischer,K.M.+Jordan,T.H.|Seismic strain rate and deep slab deformation in Tonga||#JGR:96:9:1991:14429-14444|Strain+Slab+Deformation+Tonga
J|0195|Schwartz,S.Y.+Lay,T.+Beck,S.L.|Shear wave travel time, amplitude, and waveform analysis for earthquakes in the Kurile slab: constraints on deep slab structure and mantle heterogeneity||#JGR:96:9:1991:14445-14460|S-wave+Kuril Islands+Slab+Structure
J|0196|Louie,J.N.+Qin,J-Z.|Subsurface imaging of the Garlock fault, Cantil Valley, California||#JGR:96:9:1991:14461-14479|Imaging+Garlock Fault+Reflexion study+Tectonics
J|0197|Savage,J.C.+Lisowski,M.|Strain accumulation along the Denali fault at the Nenana River and Delta River crossings, Alaska||#JGR:96:9:1991:14481-14492|Strain+Alaska+Interferometry+Prince William Sound
J|0198|Savage,J.C.+Lisowski,M.+Prescott,W.H.|Strain accumulation in western Washington||#JGR:96:9:1991:14493-14507|Strain+Washington+Cascadia subduction zone+Seismicity
J|0199|Plumb,R.A.+Evans,K.F.+Engelder,T.|Geophysical log responses and their correlation with bed-to-bed stress contrasts in Paleozoic rocks, Appalachian Plateau, New York||#JGR:96:9:1991:14509-14528|Velocity structure+Appalachian Mts.+Geophysical data+Stress
J|0200|Crane,K.+Sundvor,E.+Buck,W.R.+|Rifting in the northern Norwegian-Greenland Sea: thermal tests of asymmetric spreading||#JGR:96:9:1991:14529-14550|Norwegian Sea+Greenland Sea+Rifting+Marine geophysical investigation
J|0201|Morrish,J.S.+Moon,W.M.|Velocity field and thickness of a laminar boundary layer at the core-mantle boundary||#JGR:96:9:1991:14569-14575|Core-mantle boundary+Velocity+Thickness+Fluid
J|0202|Yin,A.|Mechanisms for the formation of domal and basinal detachment faults: a three-dimensional analysis||#JGR:96:9:1991:14577-14594|Detachment+Fault+Southern California+Large earthquake
J|0203|Holt,W.E.+Ni,J.F.+Wallace,T.C.+|The active tectonics of the Eastern Himalayan Syntaxis and surrounding regions||#JGR:96:9:1991:14595-14632|Himalayas+Source parameter+Tectonics+Major earthquake
J|0204|Taylor,B.+Klaus,A.+Brown,G.R.+|Structural development of Sumisu Rift, Izu-Bonin arc||#JGR:96:10:1991:16113-16129|Bonin Islands+Structure+Marine geophysical investigation+Profiling
J|0205|Louden,K.E.+Sibuet,J-C.+Foucher,J-P.|Variations in heat flow across the Goban Spur and Galicia Bank continental margins||#JGR:96:10:1991:16131-16150|Refraction study+North Atlantic+Heat flow+Continental margin
J|0206|Crawford,W.C.+Webb,S.C.+Hildebrand,J.A.|Seafloor compliance observed by long-period pressure and displacement measurements||#JGR:96:10:1991:16151-16160|Oceanic crust+Seismic waves+North Pacific Ocean+Structure
J|0207|Dzurisin,D.+Donnelly-Nolan,J.M.+Evans,J.R.+|Crustal subsidence, seismicity, and structure near Medicine Lake volcano, California||#JGR:96:10:1991:16319-16333|Crust+Seismicity+Structure+Medicine L.
J|0208|Epili,D.+Mereu,R.F.|The Grenville Front tectonic zone: results from the 1966 Great Lakes onshore wide-angle reflection and refraction experiment||#JGR:96:10:1991:16335-16348|Refraction study+Reflexion study+1986+Lake Huron
J|0209|Gaherty,J.B.+Lat,H.+Vidale,J.E.|Investigation of deep slab structure using long-period S waves||#JGR:96:10:1991:16349-16367|S-wave+Slab+Structure+North Pacific Ocean
J|0210|Hearn,T.M.+Beghoul,N.+Barazangi,M.|Tomography of the western United States from regional arrival times||#JGR:96:10:1991:16369-16381|Western United States+Tomography+Pn-wave+Velocity structure
J|0211|Gomberg,J.S.|Seismicity and shear strain in the southern Great Basin of Nevada and California||#JGR:96:10:1991:16383-16399|Great Basin+Seismicity+Shear strain+Yucca Mts.
J|0212|Gomberg,J.S.|Seismicity and detection/location threshold in the southern Great Basin seismic network||#JGR:96:10:1991:16401-16414|Seismicity+Great Basin+Detection+Yucca Mts.
J|0213|Shalev,E.+Park,J.+Lerner-Lam,A.L.|Crustal velocity and Moho topography in central New Hampshire||#JGR:96:10:1991:16415-16427|Refraction study+New Hampshire+Velocity structure+Moho topography
J|0214|Silver,P.G.+Chan,W.W.|Shear wave splitting and subcontinental mantle deformation||#JGR:96:10:1991:16429-16454|Shear wave splitting+Mantle+Deformation
J|0215|Wolf,L.W.+Stone,D.B.+Davies,J.N.|Crustal structure of the active margin, south central Alaska: an interpretation of seismic refraction data from the Trans-Alaska Crustal Transect||#JGR:96:10:1991:16455-16469|Crustal structure+Alaska+Refraction study+Transect
J|0216|Hughes,S.+Luetgert,J.H.|Crustal structure of the western New England Appalachians and the Adirondack Mountains||#JGR:96:10:1991:16471-16494|Crustal structure+Appalachian Mts.+Adirondack Mts.+Refraction study
J|0217|McGarr,A.|Observations constraining near-source ground motion estimated from locally recorded seismograms||#JGR:96:10:1991:16495-16508|Ground motion+Waveform+Hazard+Mine tremor
J|0218|Wu,M.+Rudnicki,J.W.+Kuo,C.H.+|Surface deformation and energy release rates for constant stress drop slipzones in a elastic half-space||#JGR:96:10:1991:16509-16524|Deformation+Energy+Stress-drop+Half-space||#*BORAH|#*WHITTIER
J|0219|Correig,A.M.|On the measurement of body wave dispersion||#JGR:96:10:1991:16525-16528|Body wave+Dispersion+Attenuation+Source time function
J|0220|Sayers,C.M.+Van Munster,J.G.|Microcrack-induced seismic anisotropy of sedimentary rocks||#JGR:96:10:1991:16529-16533|Anisotropy+Microcrack+Sedimentary rock+Laboratory
J|0221|Mellors,R.+Chatelain,J-L.+Isacks,B.L.+|A tilt and seismicity episode in the New Hebrides (Vanuatu) island arc||#JGR:96:10:1991:16535-16546|Tilt+Seismicity+New Hebrides+Focal mechanism
J|0222|Williams,C.A.+Richardson,R.M.|A rheologically layered three-dimensional model of the San Andreas Fault in central and southern California||#JGR:96:10:1991:16597-16623|Rheology+San Andreas Fault+Occurrence+Finite element method
J|0223|Wilkins,R.H.+Fryer,G.J.+Karsten,J.|Evolution of porosity and seismic structure of upper oceanic crust: importance of aspect ratios||#JGR:96:11:1991:17981-17995|Porosity+Structure+Oceanic crust+Velocity
J|0224|Pavlis,G.L.+Hamburger,M.W.|Aftershock sequences of intermediate-depth earthquakes in the Pamir-Hindu Kush seismic zone||#JGR:96:11:1991:18107-18117|Aftershock+Intermediate-depth earthquake+Pamir+Hindu Kush
J|0225|Bock,G.+Eguchi,T.+Fujinawa,Y.|P wave velocity anomalies between the Tonga subducting slab and the overlying mantle beneath the Lau Basin||#JGR:96:11:1991:18119-18128|P-wave+Velocity+Tonga+Subduction
J|0226|Al-Khatib,H.H.+Mitchell,B.J.|Upper mantle anelasticity and tectonic evolution of the western United States from surface wave attenuation||#JGR:96:11:1991:18129-18146|Upper mantle+Anelasticity+Western United States+Surface wave
J|0227|Shearer,P.M.|Constraints on upper mantle discontinuities from observations of long-period reflected and converted phases||#JGR:96:11:1991:18147-18182|Upper mantle+Discontinuity+Reflected wave+Converted wave
J|0228|Hough,S.E.+Seeber,L.|Seismological constraints on source properties of the mb=4.0, 1958 Ardsley, New York, earthquake: a characteristic rupture?||#JGR:96:11:1991:18183-18195|Earthquake+1985+New York+Source||#*WESTCHESTER85
J|0229|Brocher,T.M.+Hart,P.E.|Comparison of Vibroseis and explosive source methods for deep crustal seismic reflection profiling in the Basin and Range Province||#JGR:96:11:1991:18197-18213|Vibroseis+Explosion seismology+Reflexion study+Basin & Range
J|0230|Jannaud,L.R.+Adler,P.M.+Jacquin,C.G.|Spectral analysis and inversion of codas||#JGR:96:11:1991:18215-18231|Spectral analysis+Coda+Inversion+Numerical analysis
J|0231|Jannaud,L.R.+Adler,P.M.+Jacquin,C.G.|Frequency dependence of the Q factor in random media||#JGR:96:11:1991:18233-18243|Frequency+Q+Coda+Attenuation
J|0232|Patton,H.J.+Zandt,G.|Seismic moment tensors of western U.S. earthquakes and implications for the tectonic stress field||#JGR:96:11:1991:18245-18259|Moment tensor+Western United States+Stress field+Surface wave
J|0233|Lienkaemper,J.J.+Borchardt,G.+Lisowski,M.|Historic creep rate and potential for seismic slip along the Hayward fault, California||#JGR:96:11:1991:18261-18283|Creep+Slip+Hayward Fault+Rupture
J|0234|Zhu,A.+Wiens,D.A.|Thermoelastic stress in oceanic lithosphere due to hotspot reheating||#JGR:96:11:1991:18323-18334|Thermoelasticity+Stress+Oceanic lithosphere+Hotspot
J|0235|Lockner,D.A.+Madden,T.R.|A multiple-crack model of brittle fracture 1. Non-time-dependent simulations||#JGR:96:12:1991:19623-19642|Crack+Modelling+Fracture+Velocity
J|0236|Lockner,D.A.+Madden,T.R.|A multiple-crack model of brittle fracture 2. Time-dependent simulations||#JGR:96:12:1991:19643-19654|Crack+Modelling+Fracture+Creep
J|0237|Revenaugh,J.+Jordan,T.H.|Mantle layering from ScS reverberations 1. Waveform inversion of zeroth-order reverberations||#JGR:96:12:1991:19749-19762|Mantle+Layered medium+ScS-wave+Waveform
J|0238|Revenaugh,J.+Jordan,T.H.|Mantle layering from ScS reverberations 2. The transition zone||#JGR:96:12:1991:19763-19780|Mantle+Layered medium+ScS-wave+Transition zone
J|0239|Revenaugh,J.+Jordan,T.H.|Mantle layering from ScS reverberations 3. The upper mantle||#JGR:96:12:1991:19781-19810|Upper mantle+Layered medium+ScS-wave+Lateral variation
J|0240|Revenaugh,J.+Jordan,T.H.|Mantle layering from ScS reverberations 4. The lower mantle and core-mantle boundary||#JGR:96:12:1991:19811-19824|Lower mantle+Layered medium+ScS-wave+Core-mantle boundary
J|0241|Prevot,R.+Roecker,S.W.+Isacks,B.L.+|Mapping of low P wave velocity structures in the subducting plate of the central New Hebrides, southwest Pacific||#JGR:96:12:1991:19825-19842|P-wave+Velocity structure+Subduction+New Hebrides
J|0242|Cassidy,J.F.+Ellis,R.M.|Shear wave constraints on a deep crustal reflective zone beneath Vancouver Island||#JGR:96:12:1991:19843-19851|Shear wave+Deep crust+Reflector+Vancouver Island
J|0243|Anderson,H.J.+Zhang,J.|Long-period seismic radiation from the May 23, 1989, Macquarie Ridge earthquake: evidence for coseismic slip in the mantle||#JGR:96:12:1991:19853-19863|Slip+Long period event+Macquarie Ridge+1989||#*MACQUARIE89
J|0244|Ni,J.F.+Ibenbrahim,A.+Roecker,S.W.|Three-dimensional velocity structure and hypocenters of earthquakes beneath the Hazara Arc, Pakistan: geometry of the underthrusting Indian plate||#JGR:96:12:1991:19865-19877|Velocity structure+Hypocentre+Pakistan+Underthrust
J|0245|Harris,R.A.+Iyer,H.M.+Dawson,P.B.|Imaging the Juan de Fuca plate beneath southern Oregon using teleseismic P wave residuals||#JGR:96:12:1991:19879-19889|P-wave+Imaging+Juan de Fuca+Array
J|0246|Wong,I.G.|Contemporary seismicity, active faulting and seismic hazards of the Coast Ranges between San Francisco Bay and Healdsburg, California||#JGR:96:12:1991:19891-19904|Seismicity+Faulting+Hazard+Coast Range
J|0247|Gibson,R.L.+Ben-Menahem,A.|Elastic wave scattering by anisotropic obstacles: application to fractured volumes||#JGR:96:12:1991:19905-19924|Elastic wave+Scattering+Anisotropy+Fracture zone
J|0248|Matsuzaki,M.+Takayasu,H.|Fractal features of the earthquake phenomenon and a simple mechanical model||#JGR:96:12:1991:19925-19931|Fractal+Stick-slip+Earthquake+Model
J|0249|Satake,K.+Kanamori,H.|Abnormal tsunamis caused by the June 13, 1984, Torishima, Japan, earthquake||#JGR:96:12:1991:19933-19939|Earthquake+Torishima-Kinkai+1984+Tsunami||#*TORISHIMA
J|0250|Sheehan,A.F.+Solomon,S.C.|Joint inversion of shear wave travel time residuals and geoid and depth anomalies for long-wavelength variations in upper mantle temperature and composition along the Mid-Atlantic Ridge||#JGR:96:12:1991:19981-20009|Shear wave+Inversion+Upper mantle+Mid-Atlantic Ridge
J|0251|Henry,P.+Wang,C-Y.|Modeling of fluid flow and pore pressure at the toe of Oregon and Barbados accretionary wedge||#JGR:96:12:1991:20109-20130|Pore pressure+Oregon+Barbados+Cross section
J|0252|Forte,A.M.+Peltier,W.R.|Viscous flow models for global geophysical observables 1. Forward problems||#JGR:96:12:1991:20131-20159|PREM+Viscoelasticity+Gravity+Plate motion
J|0253|Almari,A.M.+Schult,F.R.+Bufe,C.G.|Seismicity and aeromagnetic features of the Gulf of Aqaba (Elat) region||#JGR:96:12:1991:20179-20185|Seismicity+Aqaba, G. of+Aeromagnetic study+1985-1989
J|0254|Ben-Menahem,A.|Four thousand years of seismicity along the Dead Sea rift||#JGR:96:12:1991:20195-20216|Historical seismicity+Dead Sea+Rift+Four thousand years
J|0255|Dahl,T.+Ursin,B.|Parameter estimation in a one-dimensional anelastic medium||#JGR:96:12:1991:20217-20233|Anelasticity+Inversion+Velocity+Ray tracing
J|0256|Koren,Z.+Mosegaard,K.+Landa,E.+|Monte Carlo estimation and resolution analysis of seismic background velocities||#JGR:96:12:1991:20289-20299|Reflexion study+Monte Carlo method+Velocity structure+Ray tracing
J|0257|Li,Q.+Nyland,E.|A new approach to modeling of the dynamics of the lithosphere||#JGR:96:12:1991:20301-20307|Modelling+Dynamics+Lithosphere+Block
J|0258|Lognonne,P.|Normal modes and seismograms in an anelastic rotating Earth||#JGR:96:12:1991:20309-20319|Normal mode+Seismogram+Anelasticity+Perturbation theory
J|0259|Loewenthal,D.|Proper boundary conditions in reflection seismograms||#JGR:96:12:1991:20321-20324|Boundary condition+Reflexion+Seismogram+Exploration
J|0260|Markushevich,V.M.+Nyland,E.|Dispersion dependence for Rayleigh-like vibrations in a low-density channel||#JGR:96:12:1991:20325-20330|Dispersion+Rayleigh wave+Channel+Oil sand
J|0261|Montagner,J-P.+Tanimoto,T.|Global upper mantle tomography of seismic velocities and anisotropies||#JGR:96:12:1991:20337-20351|Upper mantle+Velocity+Anisotropy+Surface wave
J|0262|Shearer,P.M.|Imaging global body wave phases by stacking long-period seismograms||#JGR:96:12:1991:20353-20364|Imaging+Body wave+Stacking+Long-period seismogram
J|0263|Kagan,Y.Y.+Jackson,D.D.|Seismic gap hypothesis: ten years after||#JGR:96:13:1991:21419-21431|Gap+Large earthquake+Hazard+Clustering
J|0264|Ward,S.N.|A synthetic seismicity model for the Middle American Trench||#JGR:96:13:1991:21433-21442|Middle America Trench+Seismicity+Fault+Segmentation
J|0265|Kao,H.+Chen,W-P.|Earthquakes along the Ryukyu-Kyushu arc: strain segmentation, lateral compression, and the thermomechanical state of the plate interface||#JGR:96:13:1991:21443-21485|Ryukyu+Kyushu+Depth+Focal mechanism
J|0266|Singh,S.K.+Mortera,F.|Source time functions of large Mexican subduction earthquakes, morphology of the Benioff zone, age of the plate, and their tectonic implications||#JGR:96:13:1991:21487-21502|Large earthquake+Mexico+Subduction+Source
J|0267|Gledhill,K.R.|Evidence for shallow and pervasive seismic anisotropy in the Wellington region, New Zealand||#JGR:96:13:1991:21503-21516|Anisotropy+Wellington+Shear wave splitting
J|0268|Soroka,W.L.+Stump,B.W.|Teleseismic coda analysis with simultaneous modeling of single and multiple scattering||#JGR:96:13:1991:21517-21534|Coda wave+Inversion+Source+Scattering
J|0269|Gao,H.+Rice,J.R.+Lee,J.|Penetration of a quasi-statically slipping crack into a seismogenic zone of heterogeneous fracture resistance||#JGR:96:13:1991:21535-21548|Creep+Crack+Asperity+Shallow-focus earthquake
J|0270|Zollo,A.+Bernard,P.|How does an asperity break? New elements from the waveform inversion of accelerograms for the 2319 UT, October 15, 1979, Imperial Valley aftershock||#JGR:96:13:1991:21549-21573|Asperity+Waveform+Accelerogram+Imperial Valley+1979||#*IMPERIAL
J|0271|Roberts,P.M.+Aki,K.+Fehler,M.C.|A low-velocity zone in the basement beneath the Valles Caldera, New Mexico||#JGR:96:13:1991:21583-21596|New Mexico+Low-velocity layer+P-wave+Ray tracing
J|0272|McGill,S.F.+Sieh,K.E.|Surficial offsets on the central and eastern Garlock fault associated with prehistoric earthquakes||#JGR:96:13:1991:21597-21621|Garlock Fault+Offset+Prehistoric earthquake+Slip
J|0273|Lyzenga,G.A.+Raefsky,A.+Mulligan,S.G.|Models of recurrent strike-slip earthquake cycles and the state of crustal stress||#JGR:96:13:1991:21623-21640|Model+Recurrence+Strike-slip+Stress
J|0274|Schneider,D.+Vanicek,P.|A new look at the U.S.Geological Survey 1970-1980 horizontal crustal deformation data around Hollister, California||#JGR:96:13:1991:21641-21657|Crust+Deformation+1970-1980+Hollister
J|0275|Gu,Y.+Wong,T-F.|Effects of loading velocity, stiffness, and inertia on the dynamics of a single degree of freedom spring-slider system||#JGR:96:13:1991:21677-21691|Numerical modelling+Stick-slip+Mechanics+Friction
J|0276|Stoffa,P.L.+Shipley,T.H.+Kessibger,W.+|Three-dimensional seismic imaging of the Costa Rica accretionary prism: field program and migration examples||#JGR:96:13:1991:21693-21712|Imaging+Costa Rica+Accretionary prism+Reflexion study
J|0277|Stein,R.S.+Briole,P.+Ruegg,J-C.+|Contemporary, Holocene, and Quaternary deformation of the Assal rift, Djibouti: implications for the mechanics of slow spreading ridges||#JGR:96:13:1991:21789-21806|Djibouti+Rift+Spreading+1978||#*ASAL
J|0278|Gusev,A.A.+Pavlov,V.M.|Deconvolution of squared velocity waveform as applied to the study of a noncoherent short-period radiator in the earthquake source||#PAG:136:2-3:1991:235-244|Deconvolution+Waveform+Source+P-wave||#*MIYAGIKEN
J|0279|De Souza,J.L.|Crustal and upper mantle structures of the Brazilian coast||#PAG:136:2-3:1991:245-264|Brazil+Crust+Upper mantle+Rayleigh wave||#*BRAZIL86|#*BRAZIL89
J|0280|Muco,B.|Evidence for induced seismicity in the vicinity of Fierza reservoir, northern Albania||#PAG:136:2-3:1991:265-279|Induced seismicity+Reservoir+Albania+Epicentre
J|0281|Andrier,J.F.|Elastic finite difference modelling of lower crustal reflections||#PAG:136:2-3:1991:282-296|Modelling+Lower crust+Reflexion+Finite difference method
J|0282|Kayal,J.R.|Earthquake prediction in northeast India - a review||#PAG:136:2-3:1991:297-313|India+Review+Prediction+Precursor||#*CACHAR|#*IMPHAL88
J|0283|Fujii,Y.|Contemporary crustal deformations in the Izu peninsula, Honshu, Japan and acceleration of plate bending in the northernmost part of the Philippine Sea plate||#PAG:136:2-3:1991:315-341|Izu Peninsula+Crustal movement+Plate interaction+Trilateration||#*IZUHANTO|#*IZUOSHIMA|#*IZUHANTO2
J|0284|Tango,G.G.|Review of `Geophysical data inversion: methods and applications' edited by A. Vogel, C. Ofoegbu, R. Gorenflo and B. Ursin||#PAG:136:2-3:1991:348-350|Review+Geophysical data+Inversion
J|0285|Stefaniak,L.|Review of `Oil and gas traps: aspects of their seismostratigraphy, morphology, and development' by M. K. Jenyon||#PAG:136:2-3:1991:351-352|Review+Seismostratigraphy+Trap+Petroleum
J|0286|Schmitt,D.R.|Review of `The German continental deep drilling program (KTB): site selection studies in the Oberfalz and Schwarzwald' edited by R. Emmermann and J. Wohlenberg||#PAG:136:2-3:1991:352-354|Review+Geophysical survey+Drilling+Germany
J|0287|Stefaniak,L.|Review of `Soviet advances in applied geophysics' by A. A. Balkema||#PAG:136:2-3:1991:354-355|Review+Applied geophysics
J|0288|Katsumata,K.|Review of `Annual review of Earth and planetary sciences (Volume 18)' edited by G. W. Wetherill, A. L. Albee and F. G. Stehli||#PAG:136:2-3:1991:355-356|Review+Earth sciences
J|0289|Madariaga,R.+Udias,A.|Introduction to Special Issue||#PAG:136:4:1991:371-374|Mediterranean+Focal mechanism+Plate tectonics|Papers presented at a Symposium held in Madrid, May 1990
J|0290|Buforn,E.+Udias,A.+Madariaga,R.|Intermediate and deep earthquakes in Spain||#PAG:136:4:1991:375-393|Deep earthquake+Spain+Intermediate-depth earthquake+Fault plane solution||#*GRANADA90
J|0291|Carreno,E.+Rueda,J.+Lopez Casado,C.+|Spanish national strong motion network. Recording of the Huelva earthquake of 20 December, 1989||#PAG:136:4:1991:395-404|Spain+Earthquake+1989+Strong-motion analysis||#*HUELVA89
J|0292|Papazachos,B.C.+Kiratzi,A.A.+Papadimitriou,E.E.|Regional focal mechanisms for earthquakes in the Aegean area||#PAG:136:4:1991:405-420|Focal mechanism+AEgean+Regional study+1961-1986
J|0293|Kiratzi,A.A.|Rates of crustal deformation in the north Aegean trough-north Anatolian fault deduced from seismicity||#PAG:136:4:1991:421-432|Crustal movement+AEgean+Anatolia+Fault plane solution+1913-1983
J|0294|Udias,A.+Buforn,E.|Regional stresses along the Eurasia-Africa plate boundary derived from focal mechanisms of large earthquakes||#PAG:136:4:1991:433-448|Large earthquake+Focal mechanism+Plate boundary+Mediterranean+Stress
J|0295|Vega,A.+Buforn,E.|Focal mechanisms of intraplate earthquakes in Bolivia, South America||#PAG:136:4:1991:449-458|Focal mechanism+Intraplate earthquake+Bolivia+Seismicity
J|0296|Dmowska,R.+Lovison-Golob,L.C.+Durek,J.J.|Partial breaking of a mature seismic gap: the 1987 earthquakes in New Britain||#PAG:136:4:1991:459-477|Seismic gap+New Britain+1987+Earthquake||#*NEWBRITAIN87
J|0297|Canas,J.A.|Size of earthquakes in southern Mexico from indirect methods||#PAG:136:4:1991:479-498|Mexico+Magnitude+Formula+1978-1980
J|0298|Radulian,M.+Trifu,C-I.+Carbunar,F.O.|Numerical simulation of the earthquake generation process||#PAG:136:4:1991:499-514|Simulation+Process+Vrancea+Earthquake
J|0299|Gusev,A.A.|Intermagnitude relationships and asperity statistics||#PAG:136:4:1991:515-527|Magnitude+Asperity+Formula+Statistics
J|0300|Florsch,N.+Fah,D.+Suhadolc,P.+|Complete synthetic seismograms for high-frequency multimode SH-waves||#PAG:136:4:1991:529-560|Synthetic seismogram+SH-wave+High frequency+Layered medium
J|0301|Correig,A.M.|Body-wave dispersion: measurement and interpretation||#PAG:136:4:1991:561-576|Body wave+Dispersion+Filtering
J|0302|Eneva,M.+Pavlis,G.L.|Spatial distribution of aftershocks and background seismicity in central California||#PAG:137:1-2:1991:35-61|Spatial distribution+Aftershock+Seismicity+California||#*COYOTE|#*COALINGA|#*MORGAN
J|0303|Zahradnik,J.+Jech,J.+Bartak,V.|Predicting ground-motion variations at the Turkey-Flat Test Site, California||#PAG:137:1-2:1991:63-84|Ground motion+California+Test site+Site effect
J|0304|Godano,C.|Scale invariance for a heterogeneous fault model||#PAG:137:1-2:1991:85-94|Model+Fault+Gutenberg & Richter
J|0305|Spetzler,H.+Sobolev,G.+Koltsov,A.+|Some properties of unstable slip on rough surfaces||#PAG:137:1-2:1991:95-112|Slip+Friction+Laboratory+Rock
J|0306|Martinez,M.D.+Lana,X.|Some elements of mathematical information theory and total inversion algorithm applied to travel time inversion||#PAG:137:1-2:1991:113-132|Information theory+Inversion+Travel-times+Algorithm
J|0307|Rubin,A.M.|Review of `Magma transport and storage' edited by M. P. Ryan||#PAG:137:1-2:1991:147-148|Review+Magma+Volcano+Transport
J|0308|Tango,G.G.|Review of `Evolution of mid-ocean ridges' edited by J. M. Sinton||#PAG:137:1-2:1991:149-150|Review+Mid-ocean ridge+Evolution
J|0309|Tango,G.G.|Review of `Continental mantle' edited by M. A. Menzies||#PAG:137:1-2:1991:151-153|Review+Continental mantle
J|0310|Tango,G.G.|Review of `Terrestrial heat flow and the lithosphere structure' edited by V. Cermak and L. Rybach||#PAG:137:1-2:1991:153-155|Review+Heat flow+Structure+Lithosphere
J|0311|Tango,G.G.|Review of `Super-deep continental drilling and deep geophysical sounding' edited by K. Fuchs, Y. Kozlovsky, A. Krivesov and M. Zombach||#PAG:137:1-2:1991:155-157|Review+Drilling+Deep seismic sounding
J|0312|Tango,G.G.|Review of `Annual review of Earth and planetary sciences (Volume 19)' edited by G. Wetherill, A. Albee and K. Burke||#PAG:137:1-2:1991:163-165|Review+Tomography+Earth sciences
J|0313|Feignier,B.+Grasso,J-R.|Relation between seismic source parameters and mechanical properties of rocks: a case study||#PAG:137:3:1991:175-199|Rock mechanics+Source parameter+Induced seismicity+Stress-drop
J|0314|Fabre,D.+Grasso,J-R.+Orengo,Y.|Mechanical behaviour of deep rock core samples from a seismically active gas field||#PAG:137:3:1991:201-219|Gas field+Laboratory+Rock mechanics+Induced seismicity
J|0315|Watkins,A.D.|A parametric study of borehole influence in resolving seismic velocity in well-to-well tomograms||#PAG:137:3:1991:221-232|Borehole+Velocity+Tomography+Cross-hole
J|0316|Fujita,M.+Nishimura,K.|Estimation of crustal structure from observed group velocities of PL-waves in Japan||#PAG:137:3:1991:233-249|Japan+Crustal structure+Group velocity+PL-wave
J|0317|Cable,C.W.|Review of `Introduction to the physics of the Earth's interior' by J-P. Poirier||#PAG:137:3:1991:312-313|Review+Solid-earth geophysics
J|0318|Cormier,V.F.|Review of `Oceanographic and geophysical tomography' edited by Y. Desaubies, A. Tarantola and J. Zinn-Justin||#PAG:137:3:1991:313-314|Review+Tomography+Solid-earth geophysics+Ocean
J|0319|Zuberek,W.M.|Review of `Rockbursts and seismicity in mines' edited by C. Fairhurst and A. A. Balkema||#PAG:137:3:1991:320-322|Review+Rockburst+Mine
J|0320|Wong,T-F.|Review of `Rock rheology' by N. Cristescu||#PAG:137:3:1991:323-324|Review+Rock mechanics+Rheology
J|0321|Power,W.L.|Review of `Current topics in structural geology' edited by P. L. Hancock and S. H. Treagus||#PAG:137:3:1991:324-325|Review+Geology+Faulting
J|0322|Ord,A.|Deformation of rock: a pressure-sensitive, dilatant material||#PAG:137:4:1991:337-366|Rock+Deformation+Modelling+Crust
J|0323|Marone,C.|A note on the stress-dilatancy relation for simulated fault gouge||#PAG:137:4:1991:409-419|Fault+Gouge+Stress+Dilatancy
J|0324|Drury,M.R.+Vissers,R.L.M.+Van der Wal,D.+|Shear localisation in upper mantle peridotites||#PAG:137:4:1991:439-460|Shear+Upper mantle+Peridotite+Deformation
J|0325|Zhou,B.+Zhu,J-S.+Chun,K-Y.|Three-dimensional shear velocity structure beneath Qinhai-Tibet and its adjacent area|In Chinese with English abstract|#AGS:34:4:1991:426-441|Velocity structure+Tibet+Qinghai+Lithosphere
J|0326|Feng,R.+Xue,G-Y.+Tang,Y.+|Image reconstruction of velocity on the crystalline basement in Hainan Island|In Chinese with English abstract|#AGS:34:4:1991:442-454|Basement+Hainan Island+Velocity+Deep seismic sounding
J|0327|Wang,C-Y.+Lu,Y.+Xie,J-B.+|Seismic sounding datafile and its processing system|In Chinese with English abstract|#AGS:34:4:1991:455-464|Data base+Deep seismic sounding+Seismic record+Software
J|0328|Zhang,Z-D.+Zheng,X-Y.+Yin,J-T.+|Explanation of natural oscillation of water level in the well Pearl Spring in Jinan|In Chinese with English abstract|#AGS:34:4:1991:482-487|Water level+Well+Oscillation+Rayleigh wave
J|0329|Ma,Z-M.+Li,Y-D.|Two-step ray tracing method|In Chinese with English abstract|#AGS:34:4:1991:501-508|Ray tracing+Tomography+Reflexion+Spline
J|0330|Meng,Z-B.+Feng,Y-J.+Fan,Z-X.|A radiation boundary condition for complicated wave propagation|In Chinese with English abstract|#AGS:34:4:1991:509-516|Boundary condition+Synthetic seismogram+Propagation+Finite element method
J|0331|Wu,G-J.+Gao,R.+Yu,Q-F.+|Integrated investigations of the Qinghai-Tibet Plateau along the Yadong-Golmud geoscience transect|In Chinese with English abstract|#AGS:34:5:1991:552-562|Geophysical investigation+Transect+Qinghai+Tibet
J|0332|Chun,K-Y.+Zhu,T-F.+West,G.F.|The origin and attenuation characteristics of Pn wave: a case study in the Canadian Shield|In Chinese with English abstract|#AGS:34:5:1991:563-568|Pn-wave+Canadian Shield+Attenuation+Origin
J|0333|Wang,K.+Gao,L-P.+Yao,Z-X.+|Source mechanism of the 1988 Lancang-Gengma China earthquake|In Chinese with English abstract|#AGS:34:5:1991:569-580|Earthquake+1988+Focal mechanism+Yunnan||#*YUNNAN88A|#*YUNNAN88C|#*YUNNAN88D
J|0334|Sun,K-Z.+Xiong,S-B.+Quan,Y-L.|Shallow Q distribution of Yunxiao-Anxi regions in south Fujian|In Chinese with English abstract|#AGS:34:5:1991:581-584|Fujian+Q+Explosion seismology+Pg-wave
J|0335|Zhu,Y-Q.+Luo,X-L.+Guo,Z-Q.+|A study of mechanism on electromagnetic emission associated with rock fracture|In Chinese with English abstract|#AGS:34:5:1991:594-601|Mechanism+Fracture+Rock+Radio emission
J|0336|Huang,L-J.+Yang,W-C.|Approximate method of inversion of the acoustic wave equation by inverse scattering|In Chinese with English abstract|#AGS:34:5:1991:626-634|Inversion+Scattering+Acoustic wave+Wave equation
J|0337|Cheng,Z-Q.+Wu,Y-F.+Zhao,Z-Q.+|Quantitative interpretating method of coal using seismic reflected wave|In Chinese with English abstract|#AGS:34:5:1991:657-662|Coal seam+Reflected wave+Seismic prospecting|Short contribution
J|0338|Song,Z-H.+An,C-Q.+Chen,G-Y.+|Study on 3D velocity structure and anisotropy beneath west China from the Love wave dispersion|In Chinese with English abstract|#AGS:34:6:1991:694-707|Velocity structure+Anisotropy+China+Love wave
J|0339|Sun,R-M.+Liu,F-T.+Liu,J-H.|Seismic tomography of Sichuan|In Chinese with English abstract|#AGS:34:6:1991:708-716|Sichuan+Tomography+Structure+Arrival time
J|0340|Lu,J.+Pan,W-P.+Zeng,X-X.|Field data processing apparatus for explosion seismology|In Chinese with English abstract|#AGS:34:6:1991:717-723|Explosion seismology+Apparatus+Data processing+Seismic record
J|0341|Kong,X-R.+Liu,S-J.+Zhang,J-J.|Magnetotelluric sounding studies in the eastern area of Fujian Province|In Chinese with English abstract|#AGS:34:6:1991:724-735|Upper mantle+Magnetotellurics+Structure+Fujian
J|0342|Duan,H-C.|The anomaly information of strain accumulation reflected in tilt crustal tide before strong earthquakes|In Chinese with English abstract|#AGS:34:6:1991:744-752|Strong earthquake+Strain+Tilt+Tide||#*HEZE|#*YELLOWSEA
J|0343|Yuan,X-H.+Wang,M-Y.|Diffraction tomography of density and bulk compliance|In Chinese with English abstract|#AGS:34:6:1991:753-761|Tomography+Synthetic seismogram+Diffraction
J|0344|Yin,F.+Gu,B-L.+Wei,Y.|Cross-holes tomography using ray tracing|In Chinese with English abstract|#AGS:34:6:1991:762-770|Cross-hole+Tomography+Ray tracing
J|0345|Du,J-Y.+Yang,W-C.|Cascade approach for cross-hole seismic tomography|In Chinese with English abstract|#AGS:34:6:1991:771-780|Tomography+Cross-hole+Inversion+Cascade
J|0346|Zheng,X-D.|Relationships between converted and non-converted waves and parameter p|In Chinese with English abstract|#AGS:34:6:1991:781-787|Interface+Converted wave+Reflexion+Transmission+Seismic waves
J|0347|Liu,F-T.|The research situation and a prospect on the three dimensional velocity structure|In Chinese with English abstract|#AGS:34:6:1991:788-796|Velocity structure+Research+Tomography+Plate tectonics|Reviews
J|0348|Chen,X-X.+Zhang,X.+Ke,L-S.+|Observation of near-field strong ground motion and seismic source feature analysis for the earthquake swarm of Xunwu, Jiangxi Province of August 2, 1987||#ASS:4:3:1991:329-344|Strong motion+Source+Swarm+1987+Jiangxi||#*XUNWU87
J|0349|Wu,Z-M.|Preliminary study of the displacement distribution and ruptured state of earthquake faults||#ASS:4:3:1991:345-354|Fault+Rupture+Displacement+Finite element method||#*TANGSHAN|#*IZUHANTO
J|0350|Ding,Z-F.+Zeng,R-S.|A preliminary study of focal depth distribution in the Beijing-Tianjin-Tangshan area||#ASS:4:3:1991:355-361|Depth+Location+Beijing+Tianjin+T'ang-shan
J|0351|Zhou,Y-H.+Zhuang,K-Y.|The role of fault gouge in the seismogeny of earthquakes||#ASS:4:3:1991:363-373|Gouge+Seismogenesis+Fault+Viscoelasticity
J|0352|Du,X-X.+Ding,Y-Y.|Research on quantitative recognition of potential earthquake sources by fuzzy reasoning and power mode of thinking||#ASS:4:3:1991:375-384|Fuzzy mathematics+North China+Seismic potential
J|0353|Yu,X-J.+Yao,L-X.+Sheng,G-Y.+|Fuzzy synthetical evaluation of earthquake circumstances||#ASS:4:3:1991:385-395|Fuzzy mathematics+Prediction+Seismicity||#*TANGSHAN|#*HAICHENG|#*SONGPAN|#*YELLOWSEA
J|0354|Wang,J-M.|The Tangshan earthquake and Holocene tectonic stress field||#ASS:4:3:1991:397-407|Earthquake+T'ang-shan+1976+Holocene||#*TANGSHAN
J|0355|Wu,Q-P.|Calculation of the theoretical Earth tides of a rotating ellipsoidal elastic Earth model||#ASS:4:3:1991:409-420|Earth tide+Earth model+Mathematical analysis
J|0356|Zhou,C-X.+Xu,G-M.|Homomorphic signal processing for reverberant seismic signals||#ASS:4:3:1991:431-440|Signal+Reverberation+Homomorphic deconvolution+Digital processing||#*LUQUAN
J|0357|Zheng,Z-Z.|Geophysical experiments of km-size and characteristics recorded in focal region||#ASS:4:3:1991:441-450|Rock mechanics+Rockburst+Prediction+Stress-drop||#*HAICHENG
J|0358|Li,J-Z.+Liu,B-P.|Strain accumulation and release in Xianshuihe fault zone||#ASS:4:3:1991:465-473|Strain+Xianshuihe+Fault+Geodetic survey|Research note|#*LUHUO|#*DAOFU
J|0359|Chen,P-S.|Catalogue of earthquakes (September-November 1990)||#ASS:4:3:1991:475-477|Earthquake catalogue+1990
J|0360|Zhang,Z-L.|Fracture system models of earthquake sequences of MS>=7.0 in North China and synthetic inversion of fracture processes||#ASS:4:4:1991:483-498|Fracture+Model+Sequence+North China||#*HAICHENG|#*TANGSHAN
J|0361|Lin,B-H.+Hu,X-X.+Zhou,R.|A "dense-quiet" characteristic of small shocks before the major events of the 1966 Xingtai earthquake||#ASS:4:4:1991:499-508|1966+Earthquake+Xingtai+Precursor||#*HAICHENG|#*HAICHENG2
J|0362|Li,S-L.+Fan,J-C.+Hui,N-L.+|A study on coda Q value and its relationship with frequency of Luanxian region, China||#ASS:4:4:1991:509-519|Coda+Q+Frequency+China
J|0363|Lu,Z-X.+Liu,G-D.+Wei,M-H.+|Lateral inhomogeneity of crust and upper mantle in southern Liaoning, China and its relationship with the M=7.3 Haicheng earthquake||#ASS:4:4:1991:521-534|Strong earthquake+Lateral inhomogeneity+Crust+Upper mantle+Liaoning||#*HAICHENG
J|0364|Guo,S-M.+Tapponier,P.+Chen,Z-T.+|Characteristics of surface rupture of El Asnam (Algeria) earthquake and the study of paleoearthquakes||#ASS:4:4:1991:547-558|Rupture+Earthquake+El Asnam+1980+Palaeoearthquake||#*ELASNAM
J|0365|Diao,S-Z.+Jiang,H-K.+Xu,X-Y.|Evolution and mechanism of earthquake sequences induced by water injection in the Jiao Well 07 of Shengli oil field, Shandong Province||#ASS:4:4:1991:559-568|Induced earthquake+Sequence+Oil well+Fluid injection
J|0366|Kong,Q-R.+Zuo,J.|Preliminary research on the geological problems of earthquake engineering in Shenyang region||#ASS:4:4:1991:569-578|Earthquake engineering+Risk+East China+Seismogeology
J|0367|Lu,Z-Y.+Kato,N.+Yamamoto,K.+|Experimental research on the stop or delay effects of weak barrier influencing on main fault in the unstable extending process of stick-slip||#ASS:4:4:1991:579-592|Stick-slip+Laboratory+Rock mechanics+Rupture
J|0368|Fan,G-H.+Yao,T-Q.+Gu,Z-W.+|Geomagnetic anomalous variations before Lancang-Gengma earthquake on November 6, 1988||#ASS:4:4:1991:601-609|Earthquake+1988+Yunnan+Geomagnetic anomaly|Research note|#*YUNNAN88A
J|0369|Liu,W-Q.+Wei,S-Z.+Xin,S-Y.|The study of attenuation of coda waves in the Beijing region||#ASS:4:4:1991:611-617|Attenuation+Coda wave+Beijing+Q|Research note
J|0370|Lin,H-C.+Wang,B-P.+Liu,H-R.+|A comparative study on tectonic and collapse earthquakes||#ASS:4:4:1991:619-627|Earthquake+Collapse+Q+Velocity|Research note
J|0371|Chen,P-S.|Catalogue of earthquakes (December, 1990-February, 1991)||#ASS:4:4:1991:629-631|Earthquake catalogue+1990-1991
J|0372|Doyle,H.A.|Earthquake fatalities in Australia||#BMR:12:3:1991:263|Casualties+Australia|Note
J|0373|Stagg,H.M.J.+Willcox,J.B.|Structure and hydrocarbon potential of the Bremer Basin, southwest Australia||#BMR:12:4:1991:327-337|Australia+Hydrocarbon+Marine seismic investigation+Sedimentary basin
J|0374|Jones,T.D.|Three large intraplate earthquakes near Tennant Creek, Northern Territory, on 22 January 1988||#BMR:12:4:1991:339-343|Intraplate earthquake+1988+Tennant Creek+Focal mechanism||#*TENNANT188|#*TENNANT288|#*TENNANT388
J|0375|Momoi,T.|The orbit of surface waves in weakly anisotropic media||#BER:66:3:1991:475-495|Surface wave+Anisotropy+Rayleigh wave+Wave equation
J|0376|Matsu'ura,R.S.+Yoshii,T.+Moriya,T.+|Crustal structure of a seismic-refraction profile across the Median and Akaishi tectonic lines, central Japan||#BER:66:3:1991:497-516|Japan+Crustal structure+Refraction study+Velocity
J|0377|Higashihara,H.+Indrawan,B.|Efficient active suppression of vibration based upon explicit treatment of actuator characteristics||#BER:66:3:1991:517-552|Vibration+Ground motion+Suppression
J|0378|Miura,K.+Tsukuda,T.+Miura,R.+|Deep seismic zone in the western part of the Seto Naikai (Seto Inland Sea) and its surrounding regions, southwestern Japan|In Japanese with English abstract|#BER:66:3:1991:553-570|Japan+Seismic zone+Subduction zone+Slab
J|0379|Hatori,T.|Distribution of tsunami heights in the USSR and Korea for tsunamis generated in the Japan Sea|In Japanese with English abstract|#BER:66:3:1991:571-584|Tsunami+Japan Sea+USSR+Korea
J|0380|Sasai,Y.|Tectonomagnetic modeling on the basis of the linear piezomagnetic effect||#BER:66:4:1991:585-722|Piezomagnetic effect+Dislocation+Tectonomagnetism+Modelling
J|0381|Arora,S.K.|Planning microearthquake investigations in regions of nuclear power plant sites||#BIT:28:3:1991:1-12|Microearthquake+Nuclear power plant+Planning+Hazard
J|0382|Srivastava,H.N.+Rao,P.C.S.|Spatio temporal seismicity patterns preceding Bihar-Nepal and Manipur Burma border earthquake of 1988||#BIT:28:3:1991:13-22|Space-time pattern+Seismicity+1988+India+Earthquake||#*IMPHAL88|#*BIHAR88
J|0383|Gupta,I.D.|Probabilistic earthquake prediction and engineering seismic risk||#BIT:28:3:1991:23-35|Prediction+Risk+Probability+Spectrum
J|0384|Nigam,N.C.|Probabilistic approach to earthquake engineering emergence of a practical theory||#BIT:28:4:1991:1-34|Probability+Earthquake engineering+Ground motion+Structural response
J|0385|Hudson,D.E.|Reservoir induced seismicity||#BIT:28:4:1991:35-54|Induced seismicity+Reservoir+Dam
J|0386|Aster,R.C.+Shearer,P.M.|High-frequency borehole seismograms recorded in the San Jacinto fault zone, southern California. Part 1. Polarizations||#BSA:81:4:1991:1057-1080|Borehole+Polarization+San Jacinto Fault+Seismogram
J|0387|Aster,R.C.+Shearer,P.M.|High-frequency borehole seismograms recorded in the San Jacinto fault zone, southern California. Part 2. Attenuation and site effects||#BSA:81:4:1991:1081-1100|Borehole+San Jacinto Fault+Attenuation+Seismogram
J|0388|Carter,J.A.+Barstow,N.+Pomeroy,P.W.+|High-frequency seismic noise as a function of depth||#BSA:81:4:1991:1101-1114|Seismic noise+Depth+High frequency
J|0389|Fujiwara,H.+Irikura,K.|High-frequency seismic wave radiation from antiplane cohesive zone model and fmax as source effect||#BSA:81:4:1991:1115-1128|Source+Antiplane+Model+High frequency
J|0390|Dreger,D.S.+Helmberger,D.V.|Complex faulting deduced from broadband modeling of the 28 February 1990 Upland earthquake (ML = 5.2)||#BSA:81:4:1991:1129-1144|Faulting+Earthquake+1990+Southern California||#*SCALIFORNIA90|#*UPLAND88|#*UPLAND88A
J|0391|Sprenke,K.F.+Stickney,M.C.+Dodge,D.A.+|Seismicity and tectonic stress in the Coeur D'Alene mining district||#BSA:81:4:1991:1145-1156|Seismicity+Idaho+Rockburst+Stress||#*MONTANA88
J|0392|Gibowicz,S.J.+Young,R.P.+Talebi,S.+|Source parameters of seismic events at the Underground Research Laboratory in Manitoba, Canada: scaling relations for events with moment magnitude smaller than -2||#BSA:81:4:1991:1157-1182|Source parameter+Induced seismicity+Manitoba+Microseism
J|0393|Engell-Sorensen,L.|Inversion of arrival times of microearthquake sources in the North Sea using a 3-D velocity structure and prior information. Part I. Method||#BSA:81:4:1991:1183-1194|Inversion+Arrival time+Microearthquake+North Sea
J|0394|Engell-Sorensen,L.|Inversion of arrival times of microearthquake sources in the North Sea using a 3-D velocity structure and prior information. Part II. Stability, uncertainty analyses, and applications||#BSA:81:4:1991:1195-1215|Inversion+Arrival time+Microearthquake+North Sea
J|0395|Vinnik,L.P.+Romanowicz,B.A.|Origin of precursors to teleseismic S waves||#BSA:81:4:1991:1216-1230|Teleseism+Origin+S-wave+Converted wave
J|0396|Wyss,M.|Reporting history of the Central Aleutians Seismograph Network and the quiescence preceding the 1986 Andreanof Island earthquake||#BSA:81:4:1991:1231-1254|1986+Earthquake+Andreanof Islands+Quiescence||#*ANDREANOF|#*ANDREAN861
J|0397|Taylor,D.W.A.+Snoke,J.A.+Sacks,I.S.+|Seismic quiescence before the Urakawa-Oki earthquake||#BSA:81:4:1991:1255-1271|Quiescence+1982+Earthquake+Hokkaido||#*URAKAWA
J|0398|Stevens,J.L.+Murphy,J.R.+Rimer,N.|Seismic source characteristics of cavity decoupled explosions in salt and tuff||#BSA:81:4:1991:1272-1291|Explosion+Cavity+Salt+Tuff
J|0399|Taylor,S.R.+Dowla,F.U.|Spectral yield estimation of NTS explosions||#BSA:81:4:1991:1292-1308|Nuclear explosion+Yield+Nevada Test Site+Spectrum
J|0400|Richards,P.G.+Witte,D.C.+Ekstrom,G.|Generalized ray theory for seismic waves in structures with planar nonparallel interfaces||#BSA:81:4:1991:1309-1331|Ray theory+Interface+Layered medium+Dipping layer
J|0401|Steck,L.K.+Prothero,W.A.|A 3-D raytracer for teleseismic body-wave arrival times||#BSA:81:4:1991:1332-1339|Arrival time+Ray tracing+Body wave+Teleseism
J|0402|Maeda,T.+Kausel,E.|On the accuracy of some approximate antiplane half-space stiffness||#BSA:81:4:1991:1340-1359|Antiplane+Half-space+Stiffness+Approximation
J|0403|Bernard,P.+Karczewski,J-F.+Morand,M.+|The G-calibration: a new method for an in situ calibration of long-period accelerometers, tested on the Streckeisen instruments of the GEOSCOPE network||#BSA:81:4:1991:1360-1372|Accelerometer+Calibration+Sensitivity+Instrument
J|0404|Tarvainen,M.|Detecting local and regional seismic events using the data-adaptive method at the VAF seismograph station in Finland||#BSA:81:4:1991:1373-1379|Local event+Autoregression+Automatic event detector
J|0405|Gledhill,K.R.+Randall,M.J.+Chadwick,M.P.|The EARSS digital seismograph: system description and field trials||#BSA:81:4:1991:1380-1390|Digital recording+Seismograph+Instrument
J|0406|Joyner,W.B.|Directivity for nonuniform ruptures||#BSA:81:4:1991:1391-1395|Rupture+Directivity|Short note
J|0407|Ma,K-F.+Satake,K.+Kanamori,H.|The origin of the tsunami excited by the 1906 San Francisco earthquake||#BSA:81:4:1991:1396-1397|San Francisco+1906+Earthquake+Tsunami|Short note
J|0408|Stevens,A.E.+Staveley,M.|The great Newfoundland storm of 12 September 1775||#BSA:81:4:1991:1398-1402|Storm+Newfoundland+1775+Event|Short note
J|0409|Buforn,E.+Udias,A.+Mezcua,J.+|A deep earthquake under south Spain, 8 March 1990||#BSA:81:4:1991:1403-1407|Deep earthquake+Spain+1990+Fault plane solution|Short note|#*GRANADA90
J|0410|Hanks,T.C.+Krawinkler,H.|The 1989 Loma Prieta earthquake and its effects: introduction to the Special Issue||#BSA:81:5:1991:1415-1423|1989+Loma Prieta+Earthquake||#*LOMAPRIETA89
J|0411|Prentice,C.S.+Schwartz,D.P.|Re-evaluation of 1906 surface faulting, geomorphic expression, and seismic hazard along the San Andreas fault in the southern Santa Cruz mountains||#BSA:81:5:1991:1424-1479|1906+San Andreas Fault+Surface deformation+Hazard||#*LOMAPRIETA89
J|0412|Ponti,D.J.+Wells,R.E.|Off-fault ground ruptures in the Santa Cruz mountains, California: ridge-top spreading versus tectonic extension during the 1989 Loma Prieta earthquake||#BSA:81:5:1991:1480-1510|Rupture+1989+Earthquake+Loma Prieta||#*LOMAPRIETA89
J|0413|Uhrhammer,R.A.+Bolt,B.A.|The seismic magnitude of the 1989 Loma Prieta mainshock determined from strong motion records||#BSA:81:5:1991:1511-1517|1989+Loma Prieta+Earthquake+Magnitude||#*LOMAPRIETA89
J|0414|Hartzell,S.H.+Stewart,G.S.+Mendoza,C.|Comparison of L1 and L2 norms in a teleseismic waveform inversion for the slip history of the Loma Prieta, California, earthquake||#BSA:81:5:1991:1518-1539|Loma Prieta+1989+Earthquake+Slip||#*LOMAPRIETA89
J|0415|Wald,D.J.+Helmberger,D.V.+Heaton,T.H.|Rupture model of the 1989 Loma Prieta earthquake from the inversion of strong-motion and broadband teleseismic data||#BSA:81:5:1991:1540-1572|Earthquake+1989+Loma Prieta+Rupture||#*LOMAPRIETA89
J|0416|Steidl,J.H.+Archuleta,R.J.+Hartzell,S.H.|Rupture history of the 1989 Loma Prieta, California, earthquake||#BSA:81:5:1991:1573-1602|Earthquake+1989+Loma Prieta+Rupture||#*LOMAPRIETA89
J|0417|Beroza,G.C.|Near-source modeling of the Loma Prieta earthquake: evidence for heterogeneous slip and implications for earthquake hazard||#BSA:81:5:1991:1603-1621|Earthquake+1989+Loma Prieta+Slip||#*LOMAPRIETA89
J|0418|Wallace,T.C.+Velasco,A.+Zhang,J.+|A broadband seismological investigation of the 1989 Loma Prieta, California, earthquake: evidence for deep slow slip?||#BSA:81:5:1991:1622-1646|Earthquake+1989+Loma Prieta+Slip||#*LOMAPRIETA89
J|0419|Snay,R.A.+Neugebauer,H.C.+Prescott,W.H.|Horizontal deformation associated with the Loma Prieta earthquake||#BSA:81:5:1991:1647-1659|Earthquake+1989+Loma Prieta+Deformation||#*LOMAPRIETA89
J|0420|Marshall,G.A.+Stein,R.S.+Thatcher,W.|Faulting geometry and slip from co-seismic elevation changes: the 18 October 1989, Loma Prieta, California, earthquake||#BSA:81:5:1991:1660-1693|Earthquake+1989+Loma Prieta+Faulting||#*LOMAPRIETA89
J|0421|Valensise,G.+Ward,S.N.|Long-term uplift of the Santa Cruz coastline in response to repeated earthquakes along the San Andreas fault||#BSA:81:5:1991:1694-1704|San Andreas Fault+Uplift+Coast+Recurrence||#*LOMAPRIETA89
J|0422|Schwartz,S.Y.+Nelson,G.D.|Loma Prieta aftershock relocation with S-P travel times: effects of 3-D structure and true error estimates||#BSA:81:5:1991:1705-1725|1989+Aftershock+Location+Loma Prieta||#*LOMAPRIETA89
J|0423|Beck,S.L.+Patton,H.J.|Inversion of regional surface-wave spectra for source parameters of aftershocks from the Loma Prieta earthquake||#BSA:81:5:1991:1726-1736|Aftershock+1989+Loma Prieta+Source parameter||#*LOMAPRIETA89|#*LOMAPRIETA89A|#*LOMAPRIETA89B|#*LOMAPRIETA89C
J|0424|Hough,S.E.+Seeber,L.+Lerner-Lam,A.L.+|Empirical Green's function analysis of Loma Prieta aftershocks||#BSA:81:5:1991:1737-1753|Aftershock+Loma Prieta+1989+Green's function||#*LOMAPRIETA89|#*WATSONVILLE90
J|0425|Boatwright,J.+Fletcher,J.B.+Fumal,T.E.|A general inversion scheme for source, site, and propagation characteristics using multiply recorded sets of moderate-sized earthquakes||#BSA:81:5:1991:1754-1782|Inversion+Moderate earthquake+Loma Prieta+Source parameter||#*LOMAPRIETA89C
J|0426|Fletcher,J.B.+Boatwright,J.|Source parameters of Loma Prieta aftershocks and wave propagation characteristics along the San Francisco Peninsula from a joint inversion of digital seismograms||#BSA:81:5:1991:1783-1812|Source parameter+Aftershock+Loma Prieta+San Francisco
J|0427|Hutchings,L.|"Prediction" of strong ground motion for the 1989 Loma Prieta earthquake using empirical Green's functions||#BSA:81:5:1991:1813-1837|Earthquake+Ground motion+1989+Loma Prieta||#*LOMAPRIETA89
J|0428|Campbell,K.W.|An empirical analysis of peak horizontal acceleration for the Loma Prieta, California, earthquake of 18 October 1989||#BSA:81:5:1991:1838-1858|Earthquake+1989+Loma Prieta+Maximum acceleration||#*LOMAPRIETA89
J|0429|Chin,B-H.+Aki,K.|Simultaneous study of the source, path, and site effects on strong ground motion during the 1989 Loma Prieta earthquake: a preliminary result on pervasive nonlinear site effects||#BSA:81:5:1991:1859-1884|Earthquake+1989+Loma Prieta+Ground motion||#*LOMAPRIETA89
J|0430|Darragh,R.B.+Shakal,A.F.|The site response of two rock and soil station pairs to strong and weak ground motion||#BSA:81:5:1991:1885-1899|Ground motion+Site+Amplification+San Francisco Bay||#*LOMAPRIETA89|#*COYOTE|#*MORGAN
J|0431|Frankel,A.+Hough,S.E.+Friberg,P.A.+|Observations of Loma Prieta aftershocks from a dense array in Sunnyvale, California||#BSA:81:5:1991:1900-1922|Aftershock+1989+Loma Prieta+Array||#*LOMAPRIETA89|#*LOMAPRIETA89D
J|0432|McGarr,A.+Celebi,M.+Sembera,E.+|Ground motion at the San Francisco international airport from the Loma Prieta earthquake sequence, 1989||#BSA:81:5:1991:1923-1944|Ground motion+Sequence+Loma Prieta+1989||#*LOMAPRIETA89
J|0433|Bonamassa,O.+Vidale,J.E.|Directional site resonances observed from aftershocks of the 18 October 1989 Loma Prieta earthquake||#BSA:81:5:1991:1945-1957|Aftershock+Resonance+Loma Prieta+1989||#*LOMAPRIETA89
J|0434|Bonilla,M.G.|The Marina District, San Francisco, California: geology, history, and earthquake effects||#BSA:81:5:1991:1958-1979|San Francisco+Geology+History+Damage
J|0435|Boatwright,J.+Seekins,L.C.+Fumal,T.E.+|Ground motion amplification in the Marina District||#BSA:81:5:1991:1980-1997|Amplification+San Francisco+Aftershock+Loma Prieta
J|0436|Chameau,J.L.+Clough,G.W.+Reyna,F.+|Liquefaction response of San Francisco bayshore fills||#BSA:81:5:1991:1998-2018|San Francisco Bay+Liquefaction+Soil
J|0437|Hanks,T.C.+Brady,A.G.|The Loma Prieta earthquake, ground motion, and damage in Oakland, Treasure Island, and San Francisco||#BSA:81:5:1991:2019-2047|Damage+Loma Prieta+Earthquake+1989||#*LOMAPRIETA89
J|0438|Krawinkler,H.+Nassar,A.+Rahnama,M.|Damage potential of Loma Prieta ground motions||#BSA:81:5:1991:2048-2069|Earthquake engineering+Loma Prieta+Earthquake+1989||#*LOMAPRIETA89
J|0439|Miranda,E.+Bertero,V.V.|Evaluation of the failure of the Cypress Viaduct in the Loma Prieta earthquake||#BSA:81:5:1991:2070-2086|Earthquake engineering+Failure+Bridge+Loma Prieta
J|0440|Safak,E.+Celebi,M.|Analyses of recorded responses of two high-rise buildings during the Loma Prieta earthquake of 18 October 1989||#BSA:81:5:1991:2087-2110|Structural response+Loma Prieta+Earthquake+1989||#*LOMAPRIETA89
J|0441|Shepherd,R.+Delos-Santos,E.O.|An experimental investigation of retrofitted cripple walls||#BSA:81:5:1991:2111-2126|Wall+Damage+Wooden house
J|0442|Thiel,C.C.+Housner,G.W.+Tobin,L.T.|State response to the Loma Prieta earthquake: competing against time||#BSA:81:5:1991:2127-2142|Damage+Mitigation+Public policy+Loma Prieta
J|0443|Durkin,M.E.+Thiel,C.C.+Schneider,J.E.+|Injuries and emergency medical response in the Loma Prieta earthquake||#BSA:81:5:1991:2143-2166|Casualties+Loma Prieta+Health+Isoseismal map
J|0444|Boore,D.M.+Joyner,W.B.|Estimation of ground motion at deep-soil sites in eastern North America||#BSA:81:6:1991:2167-2185|Ground motion+Eastern North America+Soil+Building code
J|0445|Anderson,J.G.|A preliminary descriptive model for the distance dependence of the spectral decay parameter in southern California||#BSA:81:6:1991:2186-2193|Southern California+Spectrum+Distance+Model
J|0446|Mayeda,K.+Koyanagi,S.+Aki,K.|Site amplification from S-wave coda in the Long Valley caldera region, California||#BSA:81:6:1991:2194-2213|Amplification+Long Valley Caldera+Coda wave+S-wave
J|0447|Papageorgiou,A.S.+Kim,J.|Study of the propagation and amplification of seismic waves in Caracas valley with reference to the 29 July 1967 earthquake: SH waves||#BSA:81:6:1991:2214-2233|Venezuela+Amplification+1967+SH-wave+Earthquake||#*LIMA74B|#*SANFERNANDO|#*ARMENIA88|#*MEXICOCITY
J|0448|Sanchez-Sesma,F.J.+Campillo,M.|Diffraction of P, SV, and Rayleigh waves by topographic features: a boundary integral formulation||#BSA:81:6:1991:2234-2253|Diffraction+P-wave+SV-wave+Rayleigh wave+Topography
J|0449|Vidal,A.+Munguia,L.|Local magnitude and source parameters for earthquakes in the Peninsular Ranges of Baja California, Mexico||#BSA:81:6:1991:2254-2267|Local magnitude+Source parameter+Baja California+Earthquake
J|0450|Castro,R.R.+Anderson,J.G.+Brune,J.N.|Origin of high P/S spectral ratios from the Guerrero accelerograph array||#BSA:81:6:1991:2268-2288|Spectral ratio+Guerrero+Corner frequency+Strong-motion record
J|0451|Bent,A.L.+Helmberger,D.V.|A re-examination of historic earthquakes in the San Jacinto fault zone, California||#BSA:81:6:1991:2289-2309|Historical earthquake+San Jacinto Fault+Location+Moment
J|0452|Ma,K-F.+Kanamori,H.|Aftershock sequence of the 3 December 1988 Pasadena earthquake||#BSA:81:6:1991:2310-2319|Pasadena+Aftershock+1988+Sequence||#*PASADENA88
J|0453|Liang,B.+Wyss,M.|Estimates of orientations of stress and strain tensors based on fault-plane solutions in the epicentral area of the great Hawaiian earthquake of 1868||#BSA:81:6:1991:2320-2334|Earthquake+1868+Hawaii+Fault plane solution
J|0454|Kikuchi,M.+Kanamori,H.|Inversion of complex body waves - III||#BSA:81:6:1991:2335-2350|Inversion+Body wave+Complexity+Rupture
J|0455|Der,Z.A.+Shumway,R.H.+Hirano,M.R.|Time domain waveform inversion - a frequency domain view: how well we need to match waveforms?||#BSA:81:6:1991:2351-2370|Inversion+Time domain+Waveform+Frequency domain
J|0456|Taylor,S.R.+Rambo,J.T.+Swift,R.P.|Near-source effects on regional seismograms: an analysis of the NTS explosions PERA and QUESO||#BSA:81:6:1991:2371-2394|Nevada Test Site+Nuclear explosion+Verification
J|0457|Harris,D.B.|A waveform correlation method for identifying quarry explosions||#BSA:81:6:1991:2395-2418|Waveform+Explosion+Quarry blast+Verification
J|0458|Suteau-Henson,A.|Three-component analysis of regional phases at NORESS and ARCESS: polarization and phase identification||#BSA:81:6:1991:2419-2440|Regional phase+Polarization+Identification+NORESS
J|0459|Pujol,J.+Chiu,J.M.+Smalley,R.+|Lateral velocity variations in the Andean foreland in Argentina determined with the JHD method||#BSA:81:6:1991:2441-2457|Joint hypocentre determination+Lateral variation+Velocity+Andes
J|0460|Liu,H-P.+Warrick,R.E.+Westerlund,R.E.+|A three-component borehole seismometer for earthquake seismology||#BSA:81:6:1991:2458-2485|Borehole+Seismometer+Instrument+Geophone
J|0461|Morales,J.+Ibanez,J.M.+Vidal,F.+|Qc site dependence in the Granada basin (southern Spain)||#BSA:81:6:1991:2486-2492|Granada+Site+Coda wave+Microearthquake|Short note
J|0462|Sibson,R.H.|Loading of faults to failure||#BSA:81:6:1991:2493-2497|Loading+Fault+Failure|Short note
J|0463|Radulian,M.+Trifu,C-I.|Would it have been possible to predict the 30 August 1986 Vrancea earthquake?||#BSA:81:6:1991:2498-2503|Prediction+Seismicity+Vrancea+1986|Short note|#*VRANCEA86|#*VRANCEA90
J|0464|Ammon,C.J.|The isolation of receiver effects from teleseismic P waveforms||#BSA:81:6:1991:2504-2510|Receiver+Isolation+P-wave|Short note
J|0465|Roberts,R.G.+Christoffersson,A.|Seismic signal detection - a better mousetrap?||#BSA:81:6:1991:2511-2515|Signal+Detection|Short note
J|0466|Langston,C.A.|A fundamental earthquake problem||#BSA:81:6:1991:2516-2519|Intraplate earthquake+Prediction+Seismology+North America|Presidential address
J|0467|Charlton,T.R.|Postcollision extension in arc-continent collision zones, eastern Indonesia||Geology:19:1:1991:28-31|Collision+Extension+Indonesia+Banda Sea
J|0468|Barrier,E.+Huchon,P.+Aurelio,M.|Philippine fault: a key for Philippine kinematics||Geology:19:1:1991:32-35|Philippines+Kinematics+Plate boundary+Fault
J|0469|Fulthorpe,C.S.|Geological controls on seismic sequence resolution||Geology:19:1:1991:61-65|New Zealand+Profile+Stratigraphy+Sedimentary basin
J|0470|Lidz,B.H.+Hine,A.C.+Shinn,E.A.+|Multiple outer-reef tracts along the south Florida bank margin: outlier reefs, a new windward-margin model||Geology:19:2:1991:115-118|Florida+Reef+Profile+Model
J|0471|Shrake,D.L.+Carlton,R.W.+Wickstrom,L.H.+|Pre-Mount Simon basin under the Cincinnati Arch||Geology:19:2:1991:139-142|Profile+Ohio+Sedimentary basin+Dipping layer
J|0472|Varsek,J.L.+Cook,F.A.|Seismic reflection geometry of a folded and detached accretionary complex: Kootenay arc, British Columbia||Geology:19:2:1991:159-162|Canadian Cordillera+Reflexion study+Lithoprobe
J|0473|Holbrook,W.S.+Catchings,R.D.+Jarchow,C.M.|Origin of deep crustal reflections: implications of coincident seismic refraction and reflection data in Nevada||Geology:19:2:1991:175-179|Basin & Range+Velocity structure+Reflexion study+Refraction study
J|0474|Cannon,W.F.+Lee,M.W.+Hinze,W.J.+|Deep crustal structure of the Precambrian basement beneath northern Lake Michigan, midcontinent North America||Geology:19:3:1991:207-210|Deep structure+Lake Michigan+Profile+Basement
J|0475|Caputo,M.V.|Solimoes megashear: intraplate tectonics in northwestern Brazil||Geology:19:3:1991:246-249|Brazil+Tectonics+Profile+Basin
J|0476|Woelk,T.S.+Hinze,W.J.|Model of the midcontinent rift system in northeastern Kansas||Geology:19:3:1991:277-280|Kansas+Mid-continent rift+Model+Seismic survey
J|0477|Saucier,R.T.|Comment on `Formation of Mima mounds: a seismic hypothesis' by A. W. Berg||Geology:19:3:1991:284-285|Comments+New Madrid+Seismicity+Soil|With a reply by the author
J|0478|Rosendahl,B.R.+Groschel-Becker,H.+Meyers,J.+|Deep seismic reflection study of a passive margin, southeastern Gulf of Guinea||Geology:19:4:1991:291-295|Deep seismic sounding+Guinea+Passive margin+Mohorovicic discontinuity|Special report
J|0479|Saucier,R.T.|Geoarchaeological evidence of strong prehistoric earthquakes in the New Madrid (Missouri) seismic zone||Geology:19:4:1991:296-298|Prehistoric earthquake+New Madrid+Liquefaction+Archaeology
J|0480|Van Dissen,R.+Yeats,R.S.|Hope fault, Jordan thrust, and uplift of the Seaward Kaikoura Range, New Zealand||Geology:19:4:1991:393-396|New Zealand+Fault+Slip+Uplift
J|0481|Moore,J.C.+Diebold,J.+Fisher,M.A.+|EDGE deep seismic reflection transect of the eastern Aleutian arc-trench layered lower crust reveals underplating and continental growth||Geology:19:5:1991:420-424|Deep seismic sounding+Layered medium+Aleutian Arc+Accretionary prism
J|0482|Thurston,D.K.+Lothamer,R.T.|Seismic evidence of evaporite diapirs in the Chukchi Sea, Alaska||Geology:19:5:1991:477-480|Reflexion study+Stratigraphy+Chukchi Sea+Diapir
J|0483|Collins,E.W.+Raney,J.A.|Neotectonic history and geometric segmentation of the Campo Grande fault: a major structure bounding the Hueco basin, trans-Pecos Texas||Geology:19:5:1991:493-496|Campo Grande Fault+History+Segmentation
J|0484|Holdsworth,R.E.+Strachen,R.A.|Interlinked system of ductile strike slip and thrusting formed by Caledonian sinistral transpression in northeastern Greenland||Geology:19:5:1991:510-513|Greenland+Strike-slip+Caledonian+Fold-and-thrust belt
J|0485|Lettis,W.R.+Hanson,K.L.|Crustal strain partitioning: implications for seismic-hazard assessment in western California||Geology:19:6:1991:559-562|California+Hazard+Strain+Crust
J|0486|McCaffrey,R.+Abers,G.A.|Orogeny in arc-continent collision: the Banda arc and western New Guinea||Geology:19:6:1991:563-566|Orogeny+Collision+Fault plane solution+Indonesia
J|0487|Gray,D.R.+Wilson,C.J.L.+Barton,T.J.|Intracrustal detachments and implications for crustal evolution within the Lachlan fold belt, southeastern Australia||Geology:19:6:1991:574-577|Reflexion study+Evolution+Australia+Crust
J|0488|Tuttle,M.+Seeber,L.|Historic and prehistoric earthquake-induced liquefaction in Newbury, Massachusetts||Geology:19:6:1991:594-597|Liquefaction+Massachusetts+1727+Historical earthquake
J|0489|Durrheim,R.J.+Mooney,W.D.|Archean and Proterozoic crustal evolution: evidence from crustal seismology||Geology:19:6:1991:606-609|Deep seismic sounding+Crust+Evolution+Global seismology
J|0490|Roest,W.R.+Srivastava,S.P.|Kinematics of the plate boundaries between Eurasia, Iberia, and Africa in the North Atlantic from the Late Cretaceous to the present||Geology:19:6:1991:613-616|Kinematics+Plate boundary+Sea-floor spreading+North Atlantic
J|0491|De Boer,J.Z.+Defant,M.J.+Stewart,R.H.+|Evidence for active subduction below western Panama||Geology:19:6:1991:649-652|Panama+Subduction+Epicentre
J|0492|Zonenshain,L.P.+Natapov,L.M.|The structure of the continental crust and superdeep drilling|In Russian|#SVG:-:8:1991:17-25|Continental crust+Drilling+Reflexion study
J|0493|Shchukin,Yu.K.|Seismic belts and superdeep drilling|In Russian|#SVG:-:8:1991:43-45|Drilling+Seismic belt
J|0494|Vartanyan,G.S.+Bredehoeft,J.D.+Roeloffs,E.A.|Hydrogeological methods of studying tectonic stress|In Russian|#SVG:-:9:1991:3-12|Hydrogeology+Tectonics+Stress+Earthquake||#*ARMENIA88
J|0495|Dikas,A.B.|The mid-continental rift system in the central part of the USA as a model of the Precambrian (Proterozoic) tension structure|In Russian|#SVG:-:9:1991:42-56|Mid-continent rift+United States+Reflexion study+Tension
J|0496|Popkov,V.I.|Allochthonous structures beneath east Mangyshlak|In Russian|#SVG:-:9:1991:57-61|Mangyshlak+Kazakhstan+Crustal structure+Seismogeology
J|0497|Khamrabaev,I.Kh.+Akhundzhanov,R.A.+Zuev,Yu.N.+|A generalized model of the Earth's crust and upper mantle for Tashkent-Zerkul Lake geotranssection|In Russian|#SVG:-:10:1991:75-82|Crust+Upper mantle+Tashkent+India+Geotransect
J|0498|Bulin,N.K.+Egorkin,A.V.|Prediction of regions with kimberlite magmatism in the north of the Russian Platform according to seismic records|In Russian|#SVG:-:10:1991:82-91|Arkhangel'sk+Profile+Magmatism+Kimberlite pipe
J|0499|Bryanskii,L.I.+Loiter,P.P.|The depth structure of the Kavalerovskiy ore region|In Russian|#SVG:-:12:1991:52-57|Crustal structure+Ore+Seismic prospecting+Primorsk Kray
J|0500|Stovas,A.M.|The formation of a model of environment on the basis of seismic records processed by computer with the application of migration procedure|In Russian|#SVG:-:12:1991:78-79|Migration+Modelling+Exploration+Seismic processing|Brief information
J|0501|Nedoma,J.|Plate tectonics and the analysis of fracture mechanics in collision zone. II. Crack mechanics|With Russian abstract|#CGS:21:-:1991:38-58|Plate tectonics+Crack+Collision+Rock mechanics
J|0502|Bielik,M.|Density inhomogeneities of the Earth's crust of the intra-Carpathian region|With Russian abstract|#CGS:21:-:1991:79-92|Inhomogeneity+Crust+Carpathians+Map
J|0503|Prochazkova,D.|Seismicity of the Vrancea region|With Russian abstract|#CGS:21:-:1991:93-101|Seismicity+Vrancea+Benioff graph
J|0504|Prochazkova,D.|Some remarks to seismicity of Egypt|With Russian abstract|#CGS:21:-:1991:102-104|Seismicity+Egypt+Frequency-magnitude relation
J|0505|Bune,V.I.+Medvedeva,N.S.+Polyakova,T.P.+|Seismic activity of the western Carpathians and adjacent regions|In Russian with English abstract|#CGS:21:-:1991:105-124|Carpathians+Earthquake catalogue+Map+Activity
J|0506|Carbonell,R.+Smithson,S.B.|Large-scale anisotropy within the crust in the Basin and Range province||Geology:19:7:1991:698-701|Basin & Range+Anisotropy+Crust+Reflexion study
J|0507|Atwater,B.F.+Yamaguchi,D.K.|Sudden, probably coseismic submergence of Holocene trees and grass in coastal Washington State||Geology:19:7:1991:706-709|Cascadia subduction zone+Tsunami+Submergence
J|0508|Turko,J.M.+Knuepfer,L.K.|Late Quaternary fault segmentation from analysis of scarp morphology||Geology:19:7:1991:718-721|Quaternary+Fault+Segmentation+Scarp
J|0509|Brun,J-P.+Wenzel,F.+a-ECORS-DEKORP Team|Crustal-scale structure of the southern Rhinegraben from ECORS-DEKORP seismic reflection data||Geology:19:7:1991:758-762|Crustal structure+Rhine-Graben+Reflexion data+ECORS+DEKORP
J|0510|Honnorez,J.+Mascle,J.+Basile,C.+|Mapping of a segment of the Romanche Fracture Zone: a morphostructural analysis of a major transform fault of the equatorial Atlantic Ocean||Geology:19:8:1991:795-798|Transform fault+Atlantic Ocean+Mapping+Fracture zone
J|0511|Shih,X.R.+Meyer,R.P.+Schneider,J.F.|Seismic anisotropy above a subducting plate||Geology:19:8:1991:807-810|Anisotropy+Shear wave splitting+Colombia+Subduction
J|0512|Mann,P.+Tyburski,S.A.+Rosencrantz,E.|Neogene development of the Swan Islands restraining-bend complex, Caribbean Sea||Geology:19:8:1991:823-826|Deformation+Caribbean+Side-scan sonar+Seismic survey
J|0513|Lorenzo,J.M.+Mutter,J.C.+Larson,R.L.+|Development of the continent-ocean transform boundary of the southern Exmouth Plateau||Geology:19:8:1991:843-846|Exmouth Plateau+Reflexion study+Refraction study+Continental margin
J|0514|Crampin,S.|Comment on `Seismic anisotropy due to preferred mineral orientation observed in shallow crustal rocks in southern Alaska' by T. M. Brocher and N. I. Christensen||Geology:19:8:1991:859-860|Comments+Anisotropy+Alaska+Orientation|With a reply by the authors
J|0515|McCaffrey,R.|Slip vectors and stretching of the Sumatran fore arc||Geology:19:9:1991:881-884|Earthquake slip vector+Sumatra+Sunda Arc+Stretching
J|0516|Pinter,N.+Sorlien,C.|Evidence for latest Pleistocene to Holocene movement on the Santa Cruz Island fault, California||Geology:19:9:1991:909-912|Southern California+Fault+Dating+Rupture
J|0517|Greene,H.G.+Gardner-Taggart,J.M.+Ledbetter,M.T.+|Offshore and onshore liquefaction at Moss Landing spit, central California - result of the October 17, 1989, Loma Prieta earthquake||Geology:19:9:1991:945-949|Loma Prieta+1989+Earthquake+Liquefaction||#*LOMAPRIETA89
J|0518|Cawood,P.A.+Shaw,B.R.+Etemadi,M.+|Comment on `Structure of the Appalachian deformation front in western Newfoundland: implications of multichannel seismic reflection data' by G. S. Stockmal and J. W. F. Waldron||Geology:19:9:1991:951-954|Comments+Reflexion data+Structure+Newfoundland|With a reply by the authors
J|0519|Vissers,R.L.M.+Drury,M.R.+Hoogerduijn Strating,E.H.+|Shear zones in the upper mantle: a case study in an Alpine Iherzolite massif||Geology:19:10:1991:990-993|Shear zone+Upper mantle+Alps+Deformation
J|0520|Barth,G.A.+Mutter,J.C.+Madsen,J.A.|Upper-mantle seismic reflections beneath the East Pacific Rise||Geology:19:10:1991:994-996|Upper mantle+East Pacific Rise+Reflexion study+Dipping layer
J|0521|James,N.P.+Von der Borch,C.C.|Carbonate shelf edge off southern Australia: a propagating open-platform margin||Geology:19:10:1991:1005-1008|Australia+Continental margin+Carbonate+Reflexion study
J|0522|Schweig,E.S.+Marple,R.T.|Bootheel lineament: a possible coseismic fault of the great New Madrid earthquakes||Geology:19:10:1991:1025-1028|New Madrid+Lineament+Fault+Earthquake
J|0523|Colletta,B.+Letouzey,J.+Pinedo,R.+|Computerized X-ray tomography analysis of sandbox models: examples of thin-skinned thrust systems||Geology:19:11:1991:1063-1067|Tomography+Sand+Laboratory+Tectonics
J|0524|Meyers,J.B.+Rosendahl,B.R.|Seismic reflection character of the Cameroon volcanic line: evidence for uplifted oceanic crust||Geology:19:11:1991:1072-1076|Cameroon+Oceanic crust+Marine seismic investigation+Uplift
J|0525|Dennis,A.J.|Is the central Piedmont suture a low-angle normal fault?||Geology:19:11:1991:1081-1084|Piedmont+Normal fault+Dipping layer
J|0526|Mullins,H.T.+Dolan,J.+Breen,N.+|Retreat of carbonate platforms: response to tectonic processes||Geology:19:11:1991:1089-1092|Carbonate+Bahamas+Platform+Marine seismic investigation
J|0527|Curray,J.R.|Possible greenschist metamorphism at the base of a 22-km sedimentary section, Bay of Bengal||Geology:19:11:1991:1097-1100|Bengal, Bay of+Metamorphism+Sediment+Reflexion study
J|0528|Thatcher,W.+Hill,D.P.|Fault orientations in extensional and conjugate strike-slip environments and their implications||Geology:19:11:1991:1116-1120|Faulting+Orientation+Strike-slip+Salton Trough+Honshu||#*ELMORE87|#*SUPERSTITION87|#*OROVILLE
J|0529|Field,M.E.+Gardner,J.V.|Valencia gorge: possible Messinian refill channel for the western Mediterranean Sea||Geology:19:11:1991:1129-1132|Valencia+Marine seismic investigation+Mediterranean
J|0530|Lowell,R.P.+Stephen,R.A.|Heat-flow and lateral seismic-velocity heterogeneities near Deep Sea Drilling Project-Ocean Drilling Program Site 504||Geology:19:11:1991:1141-1144|Heat flow+Lateral heterogeneity+DSDP+Velocity
J|0531|Carrigan,C.R.+King,G.C.P.+Barr,G.E.+|Potential for water-table excursions induced by seismic events at Yucca Mountain, Nevada||Geology:19:12:1991:1157-1160|Water table+Nevada+Induced seismicity+Nuclear waste|Special report
J|0532|Abers,G.A.|Possible seismogenic shallow-dipping normal faults in the Woodlark-D'Entrecasteaux extensional province, Papua New Guinea||Geology:19:12:1991:1205-1208|Normal fault+Source parameter+Large earthquake+D'Entrecasteaux Islands
J|0533|Hyndman,R.D.+Lewis,T.J.+Marquis,G.|Comment on `Origin of deep crustal reflections: implications of coincident seismic refraction and reflection data in Nevada' by W. S. Holbrook, R. D. Catchings and C. M. Jarchow||Geology:19:12:1991:1243-1244|Basin & Range+Comments+Porosity+Deep crust|With a reply by the authors
J|0534|Siller,T.J.+Christiano,P.P.+Bielak,J.|Seismic response of tied-back retaining walls||#EES:20:7:1991:605-620|Structural response+Wall+Finite element method+Structural dynamics
J|0535|Singh,M.P.+Maldonado,G.O.|An improved response spectrum method for calculating seismic design response. Part 1: classically damped structures||#EES:20:7:1991:621-635|Structural response+Spectrum+Structural dynamics+Aseismic design
J|0536|Maldonado,G.O.+Singh,M.P.|An improved response spectrum method for calculating seismic design response. Part 2: non-classically damped structures||#EES:20:7:1991:637-649|Structural response+Spectrum+Structural dynamics+Aseismic design
J|0537|Meek,J.W.+Wolf,J.P.|Insights on cutoff frequency for foundation on soil layer||#EES:20:7:1991:651-665|Soil-structure interaction+Frequency+Layered medium+Foundation
J|0538|Matsui,K.+Iura,M.+Sasaki,T.+|Periodic response of a rigid block resting on a footing subjected to harmonic excitation||#EES:20:7:1991:683-697|Dynamic analysis+Damper+Foundation
J|0539|Wilson,J.C.+Gravelle,W.|Modelling of a cable-stayed bridge for dynamic analysis||#EES:20:7:1991:707-721|Bridge+Dynamic analysis+Modelling+Finite element method
J|0540|Wilson,J.C.+Liu,T.|Ambient vibration measurements on a cable-stayed bridge||#EES:20:8:1991:723-747|Bridge+Vibration+Structural dynamics
J|0541|Falsone,G.+Muscolino,G.+Ricciardi,G.|Combined dynamic response of primary and multiply connected cascaded secondary subsystems||#EES:20:8:1991:749-767|Linear system+Mathematical method+Dynamic analysis
J|0542|Donlon,W.P.+Hall,J.F.|Shaking table study of concrete gravity dam monoliths||#EES:20:8:1991:769-786|Shake table+Gravity dam+Concrete+Crack
J|0543|Koh,C.G.+See,L.M.+Balendra,T.|Estimation of structural parameters in time domain: a substructure approach||#EES:20:8:1991:787-801|Time domain+Structural response+Kalman filter+Mathematical method
J|0544|Trifunac,M.D.|Discussion on `A note on the fast computation of response spectra estimates' by E. Reinoso, M. Ordaz and F. J. Sanchez-Sesma||#EES:20:8:1991:803-804|Comments+Spectrum+Random vibration theory+Algorithm|Short communication with a reply by the authors
J|0545|Shing,P-S.B.+Vannan,M.T.|Implicit time integration for pseudodynamic tests: convergence and energy dissipation||#EES:20:9:1991:809-819|Pseudodynamic test+Time integration technique+Convergence+Energy
J|0546|Hao,H.|Response of multiply supported rigid plate to spatially correlated seismic excitations||#EES:20:9:1991:821-838|Structural response+Ground motion+Coherency+Dynamic analysis
J|0547|Pantelides,C.P.|Control of seismic response of turbomachine foundations||#EES:20:9:1991:839-848|Foundation+Damper+Base isolation system+Earthquake-resistant design
J|0548|Bougacha,S.+Tassoulas,J.L.|Effects of sedimentary material on the response of concrete gravity dams||#EES:20:9:1991:849-858|Gravity dam+Concrete+Sediment+Response
J|0549|Liu,S.W.+Datta,S.K.+Bouden,M.+|Scattering of obliquely incident seismic waves by a cylindrical valley in a layered half-space||#EES:20:9:1991:859-870|Scattering+Seismic waves+Valley+Layered medium
J|0550|Zienkiewicz,O.C.+Xie,Y.M.|A simple error estimator and adaptive time stepping procedure for dynamic analysis||#EES:20:9:1991:871-887|Estimator+Dynamic analysis+Time integration technique+Error
J|0551||Review of `Simplified building design for wind and earthquake forces' by J. Ambrose and D. Vergun||#EES:20:9:1991:889|Review+Building+Aseismic design
J|0552||Review of `Earthquakes: an architect's guide to nonstructural seismic hazards' by H. J. Lagorio||#EES:20:9:1991:889|Review+Earthquake+Hazard
J|0553||Review of `Seismic prospecting for sedimentary formations' by G. N. Gogonenkov||#EES:20:9:1991:889|Review+Prospecting+Sediment+Logging
J|0554||Review of `Earthquake damage evaluation and vulnerability analysis of building structures' edited by A. Koridze||#EES:20:9:1991:890-891|Review+Vulnerability+Damage+Building
J|0555||Review of `Soils response spectrum' edited by A. S. Cakmak||#EES:20:9:1991:891|Review+Soil dynamics+Spectrum+Ground motion
J|0556||Review of `Fragility analysis of complex structural systems' by F Casciati and L. Faravelli||#EES:20:9:1991:891-892|Review+Structure+Analysis
J|0557||Review of `An introduction to seismological research. History and development' by B. F. Howell||#EES:20:9:1991:892|Review+Seismology+Research+History
J|0558||Review of `The mechanics of earthquakes and faulting' by C. H. Scholz||#EES:20:9:1991:892|Review+Mechanics+Faulting
J|0559||Review of `Earthquake resistant construction and design' edited by S. A. Savidis||#EES:20:9:1991:892|Review+Earthquake-resistant design
J|0560|Toki,K.+Sato,T.+Kiyono,J.+|Seismic behaviour of pile groups by hybrid experiments||#EES:20:10:1991:895-909|Pseudodynamic test+Pile+Soil-structure interaction+Nonlinear response
J|0561|Zhang,L.+Chopra,A.K.|Three-dimensional analysis of spatially varying ground motions around a uniform canyon in a homogeneous half-space||#EES:20:10:1991:911-926|Ground motion+Canyon+Homogeneous medium+Half-space
J|0562|Wang,Y.+Rajapakse,R.K.N.D.|Dynamics of rigid strip foundations embedded in orthotropic elastic soils||#EES:20:10:1991:927-947|Soil-structure interaction+Foundation+Soil dynamics
J|0563|Jensen,H.+Iwan,W.D.|Response variability in structural dynamics||#EES:20:10:1991:949-959|Structural dynamics+Structural response+Dynamic analysis
J|0564|Vrettos,C.|Time-harmonic Boussinesq problem for a continuously non-homogeneous soil||#EES:20:10:1991:961-977|Elastodynamics+Inhomogeneous medium+Soil dynamics+Response
J|0565|Becker,A.A.|Review of `Boundary element methods in elastodynamics' by G. D. Manolis and D. E. Beskos||#EES:20:10:1991:979|Review+Elastodynamics+Boundary element method
J|0566|Papadrakakis,M.+Mouzakis,H.+Plevris,N.+|A Lagrange multiplier solution method for pounding of buildings during earthquakes||#EES:20:11:1991:981-998|Structural response+Contact+Dynamic analysis+Building
J|0567|Zhang,L.+Chopra,A.K.|Impedance functions for three-dimensional foundations supported on an infinitely-long canyon of uniform cross-section in a homogeneous half-space||#EES:20:11:1991:1011-1027|Canyon+Foundation+Impedance+Boundary element method
J|0568|Sivakumaran,K.S.|Seismic response of unbraced steel frames||#EES:20:11:1991:1029-1043|Steel frame+Structural response+Earthquake engineering
J|0569|Li,Y.+Mau,S.T.|A case study of MIMO system identification applied to building seismic records||#EES:20:11:1991:1045-1064|Building+Seismic record+Accelerometer+Structural response
J|0570|Swaddiwudhipong,S.+Chow,Y.K.+Tan,S.C.+|Dynamic response of surface foundations on layered media||#EES:20:11:1991:1065-1081|Foundation+Layered medium+Dynamic analysis+Soil-structure interaction
J|0571|Sun,K.+Pires,J.A.+Tao,J.R.|A post-correction integration algorithm for non-linear dynamic analysis of structures||#EES:20:11:1991:1083-1097|Algorithm+Dynamic analysis+Structure+Nonlinear response
J|0572|Manos,G.C.|Evaluation of the earthquake performance of anchored wine tanks during the San Juan, Argentina, 1977 earthquake||#EES:20:12:1991:1099-1114|Earthquake+Argentina+1977+Storage tank||#*SANJUAN
J|0573|Liou,G-S.|Vibration of surface foundations of arbitrary shapes||#EES:20:12:1991:1115-1125|Foundation+Vibration+Soil-structure interaction+Impedance
J|0574|Xu,K-M.+Igusa,T.|Dynamic characteristics of non-classically damped structures||#EES:20:12:1991:1127-1144|Structure+Damping+Dynamic analysis
J|0575|Kelly,J.M.+Sackman,J.L.+Javid,A.|The influence of preform on the modes of vibrating beams||#EES:20:12:1991:1145-1157|Vibration+Beam+Eigenfrequency
J|0576|Zhao,C-B.+Valliappan,S.|Vibration of three-dimensional rigid raft foundation on viscoelastic medium||#EES:20:12:1991:1159-1177|Viscoelastic medium+Vibration+Foundation+Damping
J|0577|Ambraseys,N.N.+Bommer,J.J.|The attenuation of ground accelerations in Europe||#EES:20:12:1991:1179-1202|Attenuation+Europe+Ground acceleration+Depth
J|0578||Review of `Earthquake engineering for concrete dams: design, performance and research needs' by a Panel of the National Research Council||#EES:20:12:1991:1203|Review+Dam+Earthquake engineering+Safety
J|0579||Review of `Structural dynamics: recent advances' edited by G. I. Schueller||#EES:20:12:1991:1203-1204|Review+Structural dynamics
J|0580||Review of `Earthquake hazard analysis: issues and insights' by L. Reiter||#EES:20:12:1991:1204|Review+Hazard+Risk
J|0581|Bachmann,H.|Earthquake design of bridges. The Swiss Code approach||#EEE:5:3:1991:3-8|Bridge+Building code+Switzerland+Aseismic design
J|0582|Wilson,J.C.+Liu,T.+Gravelle,W.|Ambient vibration and seismic response of a cable-stayed bridge||#EEE:5:3:1991:9-15|Bridge+Vibration+Structural response+Dynamic analysis
J|0583|Hamzeh,S.+Datta,T.K.+Kazimi,S.M.A.|Response of torsionally coupled systems to random ground motion||#EEE:5:3:1991:16-27|Torsion+Ground motion+Coupling+Structural response
J|0584|Tomazevic,M.+Weiss,P.+Velechovsky,T.|The influence of rigidity of floors on the seismic behaviour of old stone-masonry buildings||#EEE:5:3:1991:28-41|Masonry structure+Structural response+Shake table
J|0585|Dahle,A.+Bungum,H.+Kvamme,L.B.|Empirically derived PSV spectral attenuation models for intraplate conditions||#EEE:5:3:1991:42-52|Attenuation+Intraplate seismicity+Norway
J|0586|Herak,D.+Herak,M.+Sovic,I.+|Seismicity of Croatia in 1989 and the Kamesnica Mt. earthquake|With Serbocroatian abstract|Geofizika, Zagreb:8:-:1991:83-99|Seismicity+1989+Earthquake+Yugoslavia||#*KAMESNICA89|#*RABISLAND89
J|0587|Markusic,S.|Velocities of refracted longitudinal Pn waves in the Dinarides area|In Serbocroatian with English abstract|Geofizika, Zagreb:8:-:1991:101-113|Pn-wave+Dinarides+Velocity+Mohorovicic discontinuity
J|0588|Leitch,A.M.+Yuen,D.A.+Sewell,G.|Mantle convection with internal heating and pressure-dependent thermal expansivity||#EPL:102:2:1991:213-232|Core-mantle boundary+Mantle plume+Convection
J|0589|Brown,N.N.+Fuller,M.D.+Sibson,R.H.|Paleomagnetism of the Ocotillo Badlands, southern California, and implications for slip transfer through an antidilational fault jog||#EPL:102:3-4:1991:277-288|Southern California+Slip+Palaeomagnetism+Fault
J|0590|Roure,F.+Casero,P.+Vially,R.|Growth processes and melange formation in the southern Apennines accretionary wedge||#EPL:102:3-4:1991:395-412|Accretionary wedge+Apennines+Reflexion study
J|0591|Baudry,N.+Kroenke,L.|Intermediate-wavelength (400-600 km), South Pacific geoidal undulations: their relationship to linear volcanic chains||#EPL:102:3-4:1991:430-443|Geoid+SEASAT+Undulation+South Pacific
J|0592|Marks,K.M.+Sandwell,D.T.+Vogt,P.R.+|Mantle downwelling beneath the Australian-Antarctic discordance zone: evidence from geoid height versus topography||#EPL:103:1-4:1991:325-338|Geoid+Topography+Mantle convection+Indian Ridge
J|0593|Moriceau,C.+Christensen,U.+Fleitout,L.|Geoid and topography associated with sublithospheric convection: negligible contribution from deep currents||#EPL:103:1-4:1991:395-408|Geoid+Topography+Mantle convection+Viscosity
J|0594|Velde,B.+Dubois,J.+Moore,D.+|Fractal patterns of fractures in granites||#EPL:104:1:1991:25-35|Granite+Fracture+Fractal analysis
J|0595|Wenzel,F.+Brun,J-P.+a-ECORS-DEKORP Working Group|A deep reflection seismic line across the northern Rhine Graben||#EPL:104:2-4:1991:140-150|Rhine-Graben+Deep seismic sounding+Profile+Crust
J|0596|Siegesmund,S.+Vollbrecht,A.+Nover,G.|Anisotropy of compressional wave velocities, complex electrical resistivity and magnetic susceptibility of mylonites from the deeper crust and their relation to the rock fabric||#EPL:105:1-3:1991:247-259|Wave velocity+Anisotropy+Mylonite+Deep crust
J|0597|Bassi,G.|Factors controlling the style of continental rifting: insights from numerical modelling||#EPL:105:4:1991:430-452|Continental rift+Numerical modelling+Lithosphere+Profile
J|0598|Spada,G.+Sabadini,R.+Yuen,D.A.|Viscoelastic responses of a hard transition zone: effects on postglacial uplifts and rotational signatures||#EPL:105:4:1991:453-462|Viscoelastic medium+Mantle+670km discontinuity+Transition zone
J|0599|Ferraes,S.G.|A procedure to estimate the probability distribution of recurrence times in the west-northwestern Hellenic arc||#EPL:106:1-4:1991:181-190|Recurrence+Hellenic arc+Probability+Large earthquake+ISC
J|0600|Borchiellini,S.+Bernat,M.+Campredon,R.|Factors controlling radon emissions from sources in regions of accentuated relief: the influence of seismicity (Maritime Alps, France)|In French with English abstract|#EPL:107:1:1991:217-229|Radon+Seismicity+Maritime Alps+Temporal variation
J|0601|Cheminee,J-L.+Stoffers,P.+McMurtry,G.+|Gas-rich submarine exhalations during the 1989 eruption of Macdonald Seamount||#EPL:107:2:1991:318-327|Macdonald Seamount+1989+Submarine eruption+Gas bubble
J|0602|Mayhew,M.A.+Wasilewski,P.J.+Johnson,B.D.|Crustal magnetization and temperature at depth beneath the Yilgarn block, western Australia inferred from Magsat data||#EPL:107:3-4:1991:515-522|Temperature+Western Australia+Magnetism+Crustal structure
J|0603|Behrmann,J.H.|Conditions for hydrofracture and the fluid permeability of accretionary wedges||#EPL:107:3-4:1991:550-558|Hydrofracture+Accretionary wedge+Faulting+Pore fluid
J|0604|Keen,C.E.+Kay,W.A.+Keppie,D.+|Deep seismic reflection data from the Bay of Fundy and Gulf of Maine: tectonic implications for the northern Appalachians||#CJS:28:7:1991:1096-1111|Tectonics+Canadian Appalachians+Profile+Marine seismic investigation
J|0605|Keen,C.E.+MacLean,B.C.+Kay,W.A.|A deep seismic reflection profile across the Nova Scotia continental margin, offshore eastern Canada||#CJS:28:7:1991:1112-1120|Nova Scotia+Continental margin+Profile+Marine seismic investigation
J|0606|Ross,G.M.|Precambrian basement in the Canadian Cordillera: an introduction||#CJS:28:8:1991:1133-1139|Precambrian+Basement+Canadian Cordillera+Reflexion data
J|0607|Cook,F.A.+Varsek,J.L.+Clark,E.A.|Proterozoic craton to basin crustal transition in western Canada and its influence on the evolution of the Cordillera||#CJS:28:8:1991:1148-1158|Canadian Cordillera+Proterozoic+Deep seismic sounding+Geophysical investigation
J|0608|Doig,R.|Effects of strong seismic shaking in lake sediments, and earthquake recurrence interval, Temiscaming, Quebec||#CJS:28:9:1991:1349-1352|Quebec+Recurrence+Shaking+Sediment
J|0609|Clague,J.J.+Luternauer,J.L.+Pullan,S.E.+|Postglacial deltaic sediments, southern Fraser River delta, British Columbia||#CJS:28:9:1991:1386-1393|Seismic survey+British Columbia+Sediment+Stratigraphy
J|0610|Carr,S.D.|Three crustal zones in the Thor-Odin - Pinnacles area, southern Omineca Belt, British Columbia||#CJS:28:12:1991:2003-2023|British Columbia+Crust+Fault+Reflexion study
J|0611|Belichenko,P.V.+Murovskaya,A.V.|Thrusts by the previously formed fractures (problems of application to tectonophysics and seismology)|In Russian with English abstract|#GFZ:13:4:1991:23-31|Thrust+Fracture+Stress field
J|0612|Stovas,A.M.|Dynamic distortions under realization of time-unsteady interference systems|In Russian with English abstract|#GFZ:13:4:1991:39-42|Spectral analysis+Interference+Wave field+Transformation
J|0613|Lossovsky,I.E.|Concerning realization of the generalized method of the mutual points in the reflected wave seismic|In Russian with English abstract|#GFZ:13:4:1991:42-49|Reflected wave+Correlation+Kinematics+Seismogram
J|0614|Il'chenko,T.V.|Certain aspects of geodynamics of the Ukrainian Shield central part|In Russian with English abstract|#GFZ:13:4:1991:85-89|Crust+Ukrainian Shield+Geodynamics+Profiling|Scientific communication
J|0615|Gerasimov,M.E.|Thrust dislocations and clay diapirism in the lower Cretaceous sediments of the Indolo-Cuban deflection|In Russian with English abstract|#GFZ:13:4:1991:89-95|Deep seismic sounding+Common depth point+Oil+Crimea|Scientific communication
J|0616|Timoshin,Yu.V.+Birdus,S.A.+Vorokhova,O.V.|Processing of data from the seismic method of reflected waves on the base of the algorithm of the wave tomography|In Russian with English abstract|#GFZ:13:5:1991:20-25|Reflected wave+Data processing+Tomography+Kinematics
J|0617|Grin,N.E.+Shportyuk,G.I.+Savenkova,P.F.+|Procedure of study and processing of deep seismic sounding waves from industrial explosions on the base of the Seidel iteration algorithm|In Russian with English abstract|#GFZ:13:5:1991:25-34|Deep seismic sounding+Explosion+Data processing+Iterative method
J|0618|Krasovsky,S.S.+Kuprienko,P.Ya.|Density model of the Earth crust of the Ukrainian Shield and Scythian Plate along the Saki-Vinnitsa-Rovno line|In Russian with English abstract|#GFZ:13:5:1991:46-56|Density+Crust+Ukraine+Seismic survey
J|0619|Orovetsky,Yu.P.+Chekunov,A.V.+Naumenko,V.V.+|Depth structure and nature of granite-greenstone regions of the Baltic and Ukrainian Shields|In Russian with English abstract|#GFZ:13:5:1991:64-72|Deep seismic sounding+Granite+Ukrainian Shield+Baltic Shield
J|0620|Shchegolikhin,A.Yu.+Gerasimov,M.E.|The use of the vertical seismic profiling method for prognosis of subvertical zones in the near-hole space in the Kerch Peninsula|In Russian with English abstract|#GFZ:13:5:1991:90-94|Profiling+Crimea+Crustal structure|Scientific communication
J|0621|Lossovsky,E.K.+Lossovsky,I.E.|Synthetic seismograms of the vertical seismic profiling (theory and algorithms)|In Russian with English abstract|#GFZ:13:6:1991:10-16|Synthetic seismogram+Profiling+Dispersion+Seismic prospecting
J|0622|Lebedev,T.S.+Korchin,V.A.+Burtny,P.A.|Thermobaric changes of elastic anisotropy of certain metamorphic rocks|In Russian with English abstract|#GFZ:13:6:1991:17-29|Anisotropy+Rock+Elastic wave+Propagation
J|0623|Gobarenko,V.S.+Gordiyenko,V.V.+Zavgorodnyaya,O.V.+|Anomalous body in the Earth crust of the southern Crimea|In Russian with English abstract|#GFZ:13:6:1991:29-38|Crust+Crimea+Seismic survey+Anomaly
J|0624|Toporkova,N.G.|Complexing of the data of DSS and SCM methods under volume simulation of the Earth crust of Onezhian deflection of the Baltic Shield|In Russian with English abstract|#GFZ:13:6:1991:67-79|Deep seismic sounding+Crust+Deflection+Baltic Shield|Scientific communication
J|0625|Schwartz,S.Y.+Lay,T.+Grand,S.P.|Seismic imaging of subducted slabs: trade-offs with deep path and near-receiver effects||#GRL:18:7:1991:1265-1268|Imaging+S-wave+Anomaly+Slab+ISC
J|0626|Flatte,S.M.+Wu,R-S.+Shen,Z-K.|Nonlinear inversion of phase and amplitude coherence functions at NORSAR for a model of nonuniform heterogeneities||#GRL:18:7:1991:1269-1272|Heterogeneity+NORSAR+Nonlinear inversion+Array
J|0627|Kvaerna,T.+Doornbos,D.J.|Scattering of regional Pn by Moho topography||#GRL:18:7:1991:1273-1276|Scattering+Quarry blast+Pn-wave+Mohorovicic discontinuity
J|0628|Gardner-Taggart,J.M.+Barminski,R.F.|Short period wave generation in Moss Landing harbor caused by offshore landslides induced by the Loma Prieta earthquake||#GRL:18:7:1991:1277-1280|Loma Prieta+Earthquake+1989+Water wave||#*LOMAPRIETA89
J|0629|Tralli,D.M.|Spectral comparison of continuous Global Positioning System and strainmeter measurements of crustal deformation||#GRL:18:7:1991:1285-1288|Global Positioning System+Power spectrum+Strainmeter+Deformation
J|0630|Lay,T.+Young,C.J.|Analysis of seismic SV waves in the core's penumbra||#GRL:18:8:1991:1373-1376|SV-wave+Shadow zone+D" region
J|0631|Gladwin,M.T.+Gwyther,R.L.+Higbie,J.W.+|A medium term precursor to the Loma Prieta earthquake?||#GRL:18:8:1991:1377-1380|Precursor+Loma Prieta+Borehole+Strain||#*LOMAPRIETA89
J|0632|Honda,S.+Yomogida,K.|Normal fault earthquake off the northern Mozambique: a possible isotropic source||#GRL:18:8:1991:1381-1384|Earthquake+1985+Mozambique+Source||#*MADAGASCAR85
J|0633|Fan,G-W.+Wallace,T.C.|The determination of source parameters for small earthquakes from a single, very broadband seismic station||#GRL:18:8:1991:1385-1388|Source parameter+Small earthquake+Single-station method+Broadband seismology
J|0634|Ha,S.T.T.+Sheriff,R.E.+Gardner,G.H.F.|Instantaneous frequency, spectral centroid, and even wavelets||#GRL:18:8:1991:1389-1392|Ricker wavelet+Frequency+Signal+Analysis
J|0635|Lokshtanov,D.E.+Ruud,B.O.+Husebye,E.S.|The crustal transfer function in seismic 3-component slowness estimation||#GRL:18:8:1991:1393-1396|Transfer function+Slowness+Inversion+P-wave||#*HINDUKUSH85
J|0636|Secco,R.A.+Manghnani,M.H.+Liu,T-C.|Velocities and compressibilities of komatiitic melts||#GRL:18:8:1991:1397-1400|Velocity+Compressibility+Laboratory+Komatiite
J|0637|Miranda,J.M.+Freire Luis,J.+Abreu,I.+|Tectonic framework of the Azores triple junction||#GRL:18:8:1991:1421-1424|Azores+Triple junction+Aeromagnetic study+Tectonics
J|0638|Shaw,P.R.|Isolation of source and receiver statics and scale factors in waveform inversion of marine refraction data||#GRL:18:8:1991:1429-1432|Statics+Inversion+Marine seismic investigation+Refraction data
J|0639|Cohee,B.P.|Attenuation of vertical S-wave amplitude from Wadati-Benioff earthquakes in Washington||#GRL:18:8:1991:1433-1436|Wadati-Benioff zone+Washington State+Microearthquake+S-wave
J|0640|Kienle,J.|Depth of the ash flow deposit in the Valley of Ten Thousand Smokes, Katmai National Park, Alaska||#GRL:18:8:1991:1533-1536|Refraction study+Eruption+Alaska+1912
J|0641|Ward,P.L.+Pitt,A.M.+Endo,E.|Seismic evidence for magma in the vicinity of Mt. Katmai, Alaska||#GRL:18:8:1991:1537-1540|Magma+Alaska+Shallow earthquake+Travel-times
J|0642|Hildreth,W.|The timing of caldera collapse at Mount Katmai in response to magma withdrawal toward Novarupta||#GRL:18:8:1991:1541-1544|Eruption+1912+Alaska+Collapse
J|0643|Gegout,P.+Cazenave,A.|Geodynamic parameters derived from 7 years of laser data on Lageos||#GRL:18:9:1991:1739-1742|Satellite laser ranging+Secular variation+Geodynamics+San Andreas Fault
J|0644|Jeanloz,R.|Effects of phase transitions and possible compositional changes on the seismological structure near 650 km depth||#GRL:18:9:1991:1743-1746|670km discontinuity+Phase transition+Composition+Velocity
J|0645|Pedersen,H.+Campillo,M.|Depth dependance of Q beneath the Baltic Shield inferred from modeling of short period seismograms||#GRL:18:9:1991:1755-1758|Baltic Shield+Q+Depth+Synthetic seismogram
J|0646|Wendlandt,R.F.+Baldridge,W.S.+Neumann,E-R.|Modification of lower crust by continental rift magmatism||#GRL:18:9:1991:1759-1762|Lower crust+Mohorovicic discontinuity+Continental rift+Velocity
J|0647|Meertens,C.M.+Smith,R.B.|Crustal deformation of the Yellowstone caldera from first GPS measurements: 1987-1989||#GRL:18:9:1991:1763-1766|Surface deformation+Yellowstone+Global Positioning System+Seismicity
J|0648|Mubarik Ali+Miller,R.D.+Steeples,D.W.|Shallow faults mapped with seismic reflections: Lost River fault, Idaho||#GRL:18:9:1991:1767-1770|Seismic survey+Idaho+Fault+Subsurface
J|0649|Hedlin,M.A.H.+Minster,J.B.+Orcutt,J.A.|Beam-stack imaging using a small aperture array||#GRL:18:9:1991:1771-1774|Imaging+Coda+NORESS+Scattering
J|0650|Hadiouche,O.+Kruger,F.+Kind,R.|Errata to `Mapping the crust in southeastern Germany using Rayleigh waves in the period range 6-16s'||#GRL:18:9:1991:1795|Errata+Crust+Rayleigh wave+Germany
J|0651|McCloskey,J.+Bean,C.J.+Jacob,A.W.B.|Evidence for chaotic behaviour in seismic wave scattering||#GRL:18:10:1991:1901-1904|Coda+Scattering+Chaos+Lithosphere
J|0652|Peppin,W.A.|The effects of site response on source parameters deduced for the 1980 Long Valley, California earthquake sequence||#GRL:18:10:1991:1905-1908|Site+1980+Long Valley+Sequence||#*MAMMOTH
J|0653|Pandey,M.R.+Roecker,S.W.+Molnar,P.|P-wave residuals at stations in Nepal: evidence for a high velocity region beneath the Karakorum||#GRL:18:10:1991:1909-1912|High-velocity layer+Residual+Karakorum+P-wave
J|0654|Evans,R.L.+Constable,S.C.+Sinha,M.C.+|Upper crustal resistivity structure of the East Pacific Rise near 13degrees N||#GRL:18:10:1991:1917-1920|Upper crust+East Pacific Rise+Resistivity+Depth
J|0655|Reinen,L.A.+Weeks,J.D.+Tullis,T.E.|The frictional behavior of serpentinite: implications for aseismic creep on shallow crustal faults||#GRL:18:10:1991:1921-1924|Creep+Friction+Laboratory+Serpentinite
J|0656|Barriere,B.+Turcotte,D.L.|A scale-invariant cellular-automata model for distributed seismicity||#GRL:18:11:1991:2011-2014|Gutenberg & Richter+Model+Fractal distribution+Seismicity
J|0657|Dreger,D.S.+Helmberger,D.V.|Source parameters of the Sierra Madre earthquake from regional and local body waves||#GRL:18:11:1991:2015-2018|Source parameter+1991+Earthquake+Sierra Madre||#*SANGABRIEL91
J|0658|Jordan,T.H.|Far-field detection of slow precursors to fast seismic ruptures||#GRL:18:11:1991:2019-2022|Precursor+Rupture+Slow earthquake+Teleseism||#*LOMAPRIETA89
J|0659|Souriau,A.+Poupinet,G.|The velocity profile at the base of the liquid core from PKP(BC+Cdiff) data: an argument in favour of radial inhomogeneity||#GRL:18:11:1991:2023-2026|Fluid core+Velocity profile+PKP-wave+Inhomogeneity+ISC
J|0660|Wilson,W.G.+Vasudevan,K.|Application of the genetic algorithm to residual statics estimation||#GRL:18:12:1991:2181-2184|Statics+Algorithm+Data processing+Common depth point
J|0661|Parker,S.C.+Wall,A.|Calculations of the radial seismic velocity/density ratio for MgO and MgSiO3-perovskite at high pressure||#GRL:18:12:1991:2185-2188|Wave velocity+Density+Perovskite
J|0662|Vidale,J.E.|Waveform effects of a metastable olivine tongue in subducting slabs||#GRL:18:12:1991:2201-2204|Waveform+Slab+Olivine+Subduction zone
J|0663|Zhao,L-S.+Helmberger,D.V.|Geophysical implications from relocations of Tibetan earthquakes; hot lithosphere||#GRL:18:12:1991:2205-2208|Tibet+Location+Significant earthquake+1964-1986+ISC
J|0664|Holm,E.J.+Horns,D.M.+Verosub,K.L.|Rapid post-Miocene tectonic rotation associated with the San Gregorio fault zone in central California||#GRL:18:12:1991:2213-2216|Faulting+California+Tectonics+Palaeomagnetism
J|0665|Arnadottir,T.+Segall,P.|A fault model for the 1989 Kilauea south flank earthquake from levelling and seismic data||#GRL:18:12:1991:2217-2220|1989+Earthquake+Kilauea+Fault||#*KILAUEA89
J|0666|Nagamine,K.+Sugisaki,R.|Coseismic changes of subsurface gas compositions disclosed by an improved seismo-geochemical system||#GRL:18:12:1991:2221-2224|Gas+Subsurface+Monitoring+Geochemistry
J|0667|Nishigami,K.|A new inversion method of coda waveforms to determine spatial distribution of coda scatterers in the crust and uppermost mantle||#GRL:18:12:1991:2225-2228|Inversion+Coda wave+Spatial distribution+Scattering
J|0668|Sigmarsson,O.+Condomines,M.+Gronvold,K.+|Extreme magma homogeneity in the 1783-84 Lakagigar eruption: origin of a large volume of evolved basalt in Iceland||#GRL:18:12:1991:2229-2232|Eruption+1783-1784+Magma+Iceland
J|0669|Den Rooijen,H.P.G.M.|Stacking of P-SV seismic reflection data using dip moveout||#GPP:39:5:1991:585-598|Stacking+Reflexion data+P-SV wave+Dip moveout
J|0670|Mosegaard,K.+Vestergaard,P.D.|A simulated annealing approach to seismic model optimization with sparse prior information||#GPP:39:5:1991:599-611|Simulation+Model+Inversion+Stochastic method
J|0671|Vestergaard,P.D.+Mosegaard,K.|Inversion of post-stack seismic data using simulated annealing||#GPP:39:5:1991:613-624|Inversion+Simulation+Stochastic method+Model
J|0672|Walden,A.T.|Wavelet estimation using the multitaper method||#GPP:39:5:1991:625-642|Wavelet+Cross-spectral analysis+Coherence+Mathematical method
J|0673|Dobroka,M.+Gyulai,A.+Ormos,T.+|Joint inversion of seismic and geoelectric data recorded in an underground coal mine||#GPP:39:5:1991:643-665|Inversion+Coal mine+Vertical seismic profiling+Electrical resistivity
J|0674|MacBeth,C.D.+Crampin,S.|Examination of a spectral method for measuring the effects of anisotropy||#GPP:39:5:1991:667-689|Shear wave splitting+Anisotropy+Spectral analysis+Frequency domain
J|0675|Clayton,C.R.I.+Hope,V.S.+Howe,S.J.|Comment on `Seismic tomographic imaging of a buried concrete target' by I. Bishop and P. Styles||#GPP:39:5:1991:711-718|Comments+Imaging+Concrete+Tomography
J|0676|Reilly,J.M.|Errata to `Integrated interpretation, 3D map migration and VSP modelling project, northern U.K. southern gas basin'||#GPP:39:5:1991:720|Errata+Vertical seismic profiling+Migration+Interpretation+North Sea
J|0677|Sambridge,M.S.+Tarantola,A.+Kennett,B.L.N.|An alternative strategy for non-linear inversion of seismic waveforms||#GPP:39:6:1991:723-736|Nonlinear inversion+Waveform+Algorithm
J|0678|Ferber,R-G.|A filter, delay and spread technique for 3D DMO||#GPP:39:6:1991:737-755|Dip moveout+Filter+Technique+Frequency-wavenumber analysis
J|0679|Drijkoningen,G.G.|Tunnelling and the generalized ray method in piecewise homogeneous media||#GPP:39:6:1991:757-781|Ray theory+Interface+Tunnelling+Dipping layer
J|0680||Review of `The Vibroseis source' by G. Baeten and A. Ziolkowski||#GPP:39:6:1991:861-862|Review+Vibroseis+Earth model
J|0681|Mazzotti,A.|Amplitude, phase and frequency versus offset applications||#GPP:39:7:1991:863-886|Offset+Layered medium+Signal+Common depth point
J|0682|Balch,A.H.+Chang,H.+Hofland,G.S.+|The use of forward- and back-scattered P-, S- and converted waves in cross-borehole imaging||#GPP:39:7:1991:887-913|Cross-hole+Imaging+Scattering+Seismic waves
J|0683|Walden,A.T.|Making AVO sections more robust||#GPP:39:7:1991:915-942|Offset+Section+Robust statistics+Linear regression
J|0684|Jongmans,D.|Near-source pulse propagation: application to Q-determination||#GPP:39:7:1991:943-952|Q+Pulse width+Propagation
J|0685|McKay,A.G.|Comment on `The use of marine seismic profiling for environmental assessment' by T. M. McGee||#GPP:39:7:1991:967-971|Comments+Marine seismic investigation+Profiling|With a reply by the author
J|0686||Review of `The mechanics of earthquakes and faulting' by C. H. Scholz||#GPP:39:7:1991:974-976|Review+Faulting+Earthquake+Mechanics
J|0687||Review of `Tau-p: a plane wave approach to the analysis of seismic data' edited by P. L. Stoffa||#GPP:39:7:1991:976-977|Review+Plane wave+Data analysis+Tau-p analysis
J|0688||Review of `Vibroseis' by N. A. Anstey||#GPP:39:7:1991:977|Review+Vibroseis
J|0689||Review of `Introduction to the physics of the Earth's interior' by J-P. Poirier||#GPP:39:7:1991:977|Review+Earth model+Solid-earth geophysics
J|0690||Review of `An introduction to geophysical exploration' by P. Keary and M. Brooks||#GPP:39:7:1991:978|Review+Exploration+Geophysics
J|0691||Review of `Applied geophysics' by W. M. Telford, L. P. Geldart and R. E. Sheriff||#GPP:39:7:1991:978-979|Review+Applied geophysics
J|0692||Review of `An introduction to seismological research, history and development' by B. F. Howell||#GPP:39:7:1991:979-980|Review+Research+Seismology
J|0693||Review of `Aspects of Pacific seismicity' edited by E. A. Okal||#GPP:39:7:1991:982-983|Review+Pacific+Seismicity
J|0694|Schoenberg,M.+Costa,J.|The insensitivity of reflected SH waves to anisotropy in an underlying layered medium||#GPP:39:8:1991:985-1003|Layered medium+Anisotropy+SH-wave+Reflexion
J|0695|Meyer,H.G.|Some remarks on noise stability in dynamic inversion of reflection seismic data||#GPP:39:8:1991:1005-1014|Reflexion data+Inversion+Noise+Layered medium
J|0696|Jackson,G.M.+Mason,I.M.+Lee,D.|Multicomponent common-receiver gather migration of single-level walk-away seismic profiles||#GPP:39:8:1991:1015-1029|Migration+Polarization+Moveout+Wave field
J|0697|Palmer,D.|The resolution of narrow low-velocity zones with the generalized reciprocal method||#GPP:39:8:1991:1031-1060|Resolution+Low-velocity layer+Reciprocal method+Refractor
J|0698||Review of `Exploration with a computer, geoscience data analysis applications' by W. R. Green||#GPP:39:8:1991:1099|Review+Exploration+Computer+Data analysis
J|0699||Review of `Oil and gas traps: aspects of their seismostratigraphy, morphology and development' by M. K. Jenyon||#GPP:39:8:1991:1100|Review+Trap+Seismostratigraphy+Hydrocarbon
J|0700|Anderson,R.R.+VanDorpe,P.E.|Iowa perspective on midwestern earthquakes||Iowa Geol.:-:16:1991:25-27|New Madrid+Prediction+Hazard+Map
J|0701|Mohamed,M.|Excavation survey on the Atera fault at Yamaguchi village, Nagano Prefecture||#IDV:27:-:1991:1-12|Atera Fault+Excavation+Historical earthquake+Recurrence
J|0702|Cadena,G.P.|Seismotectonics of Ecuador and source mechanisms of March 6, 1987 earthquakes||#IDV:27:-:1991:15-28|Ecuador+1987+Earthquake+Focal mechanism||#*ECUADOR87A|#*ECUADOR87B|#*ECUADOR87C
J|0703|Mohamed,A.A.|A study on seismic microzoning of Tokyo area||#IDV:27:-:1991:31-45|Microzoning+Tokyo+Ground motion
J|0704|Chapola,L.S.|Seismicity and source mechanisms of the Malawi rift and adjacent areas, from 1900 to 1990||#IDV:27:-:1991:49-65|Malawi+1900-1990+Seismicity+Focal mechanism||#*MALAWI89
J|0705|Davila,G.A.R.|Off-line automatic seismic wave analyzer||#IDV:27:-:1991:69-76|Automatic analyser+Computer program+Autoregression+Signal
J|0706|Mayorga,C.L.|Relationship between magnitudes for large earthquakes: global and Central America||#IDV:27:-:1991:79-91|Global seismology+Magnitude+Large earthquake+Correlation+ISC
J|0707|Mangao,E.A.|Microearthquakes: a case study on the aftershocks of the July 16, 1990 Philippine earthquake||#IDV:27:-:1991:95-105|Microearthquake+1990+Philippines+Aftershock||#*LUZON90A
J|0708|Siripornpibul,C.|Determination of the ground structure by geophysical methods||#IDV:27:-:1991:109-122|Japan+Refraction study+Geophysical investigation+Electrical resistivity
J|0709|Tuluka,M.|Source characteristics of induced and tectonic microearthquakes occurring nearby active volcano Akita-Komagatake, Tohuku District, Japan||#IDV:27:-:1991:125-135|Microearthquake+Source parameter+Volcano+Japan
J|0710|Myslimaj,B.M.|Seismic response analysis of "Tirana" hotel building during the earthquake of January 9, 1988||#IDV:27:-:1991:139-150|Structural response+Albania+Earthquake+1988||#*ALBANIA88
J|0711|Azzouz,K.|Influence of base isolators on earthquake response analysis of R/C buildings||#IDV:27:-:1991:153-164|Base isolation system+Reinforced concrete+Structural response
J|0712|Rubiano,N.R.|Analysis of reinforced concrete columns under triaxial cyclic loads||#IDV:27:-:1991:167-179|Reinforced concrete+Column+Earthquake engineering+Loading
J|0713|Ahmed,K.A.|Probabilistic risk analysis (PRA) of a nuclear power plant in Egypt||#IDV:27:-:1991:183-201|Probability+Nuclear power plant+Egypt+Hazard
J|0714|Haile,M.|Study of site effects on earthquake ground motion using microtremors and analytical procedure||#IDV:27:-:1991:205-218|Site+Ground motion+Tremor
J|0715|Munoz,S.A.S.|Slope stability||#IDV:27:-:1991:221-234|Soil mechanics+Slope+Stability
J|0716|Subba,M.|Inelastic cyclic response analysis of full scale 5 story RM test building||#IDV:27:-:1991:237-249|Masonry structure+Hysteresis+Structural response
J|0717|Delgadillo,H.T.|Design procedure and analysis of a five stories building using Nicaragua construction code||#IDV:27:-:1991:253-272|Building code+Nicaragua+Aseismic design+Structural response
J|0718|Barbaran,F.U.|Structural design of a 25-story steel office building||#IDV:27:-:1991:275-287|Earthquake-resistant design+Steel+Building
J|0719|Orue,J.C.E.|Study of the influence of some parameters on the inelastic earthquake response using different hysteretic models for reinforced concrete||#IDV:27:-:1991:291-304|Reinforced concrete+Structural response+Hysteresis+Earthquake engineering
J|0720|Sarmiento,J.M.|Design of a 15 story reinforced concrete framed building with structural walls||#IDV:27:-:1991:307-319|Structural response+Reinforced concrete+Aseismic design
J|0721|Butler,R.|Global seismographic network||IRIS Newsl.:10:1:1991:1-3|Global Seismic Network+Instrumentation+IRIS
J|0722|Ahern,T.|Data management system||IRIS Newsl.:10:1:1991:3-5|Data bank+United States+Data management+IRIS+ISC
J|0723|Fowler,J.|Array studies||IRIS Newsl.:10:1:1991:5-6|PASSCAL+Array+Instrumentation+Field work
J|0724|Van der Vink,G.|US/USSR joint seismic program||IRIS Newsl.:10:1:1991:7-8|JSP+Network+USSR
J|0725|Kanamori,H.+Hauksson,E.|TERRAscope||IRIS Newsl.:10:2:1991:1-3|Southern California+Network+Broadband seismograph||#*SANGABRIEL91
J|0726|Given,H.K.+Helmberger,D.V.|US/USSR historical seismogram project||IRIS Newsl.:10:2:1991:4-5|United States+USSR+Seismogram+Historical earthquake
J|0727|Al-Shukri,H.J.+Pavlis,G.L.+Vernon,F.L.+|Pinon Flat broadband array||IRIS Newsl.:10:2:1991:6-9|California+Array+Broadband seismograph
J|0728|Lerner-Lam,A.L.+Abers,G.A.+Lentrichia,D.+|Joint US/USSR survey of Georgian/Ossetian earthquake aftershock sequence||IRIS Newsl.:10:2:1991:10-11|Survey+Georgia USSR+Aftershock+1991||#*WCAUCASUS91
J|0729|Fowler,J.|PASSCAL||IRIS Newsl.:10:3:1991:7-10|PASSCAL+Instrumentation
J|0730|Butler,R.|Global seismographic network||IRIS Newsl.:10:3:1991:11-13|Global Seismic Network+IRIS
J|0731|Van der Vink,G.|US/USSR joint seismic program||IRIS Newsl.:10:3:1991:14-17|United States+USSR+JSP
J|0732|Aki,K.|Jeffreys Symposium on interrelation between geophysical structures and processes||Chron. U.G.G.I.:-:207:1991:214-219|Symposium+Geophysical medium+Seismic process
J|0733|Mueller,S.|Towards a better understanding of crustal dynamics||Chron. U.G.G.I.:-:208:1991:262-267|Geodynamics+Crust+Depth+Seismic survey|IASPEI Presidential Address
J|0734|Shimamura,H.|Structure beneath marginal sea basins||Chron. U.G.G.I.:-:208:1991:287-289|Ocean-bottom seismograph+Oceanic basin+Structure+Back-arc basin
J|0735|Teskey,D.J.+Hood,P.J.|The Canadian aeromagnetic database: evolution and applications to the definition of major crustal boundaries||#TCT:192:1-2:1991:41-56|Aeromagnetic study+Data base+Boundary+Crust
J|0736|Okubo,Y.+Makino,M.+Kasuga,S.|Magnetic model of the subduction zone in the northeast Japan arc||#TCT:192:1-2:1991:103-115|Subduction zone+Japan arc+Model+Geomagnetic investigation
J|0737|Taylor,P.T.|Investigation of plate boundaries in the eastern Indian Ocean using Magsat data||#TCT:192:1-2:1991:153-158|Plate boundary+Indian Ocean+Geomagnetic anomaly
J|0738|Henderson,J.|An estimate of the stress tensor in Sweden using earthquake focal mechanisms||#TCT:192:3-4:1991:231-244|Sweden+Focal mechanism+Stress+Tensor
J|0739|Jun,M-S.|Body-wave analysis for shallow intraplate earthquakes in the Korean Peninsula and Yellow Sea||#TCT:192:3-4:1991:345-357|Body wave+Korea+Yellow Sea+Shallow-focus earthquake+Intraplate earthquake||#*YELLOWSEA
J|0740|Kellett,R.L.+Lilley,F.E.M.+White,A.|A two-dimensional interpretation of the geomagnetic coast effect of southeast Australia, observed on land and seafloor||#TCT:192:3-4:1991:367-382|Coast+Conductivity+Australia+Geomagnetic field
J|0741|Griboulard,R.+Bobier,C.+Faugeres,J.C.+|Clay diapiric structures within the strike-slip margin of the southern leg of the Barbados prism||#TCT:192:3-4:1991:383-400|Barbados+Diapirism+Accretionary prism+Profile
J|0742|Vogt,J.|Some glimpses at historical seismology||#TCT:193:1-3:1991:1-7|History+Seismology+Seismic record
J|0743|Vittori,E.+Sylos Labini,S.+Serva,L.|Palaeoseismology: review of the state-of-the-art||#TCT:193:1-3:1991:9-32|Palaeoseismology+Review+Surface deformation+Seismite
J|0744|Postpischl,D.+Agostini,S.+Forti,P.+|Palaeoseismicity from karst sediments: the "Grotta del Cervo" cave case study (central Italy)||#TCT:193:1-3:1991:33-44|Palaeoseismicity+Karst+Sediment+Italy
J|0745|Alexandre,P.|The seismic cataclysm of 29 March 1000: genesis of a mistake||#TCT:193:1-3:1991:45-52|Europe+1000+Historical earthquake+Earthquake catalogue
J|0746|Degasperi,C.+Slejko,D.+Rebez,A.+|Earthquakes felt in Trieste from the Middle Ages to the 18th century||#TCT:193:1-3:1991:53-63|Trieste+Historical earthquake+Seismic record||#*FRIULI
J|0747|Stucchi,M.+Monachesi,G.+Mandrelli,F.M.|Investigation of 18th century seismicity in central Italy in the light of the 1741 Fabriano earthquake||#TCT:193:1-3:1991:65-82|Historical seismicity+Italy+1741+Major earthquake+18th century
J|0748|Levret,A.|The effects of the November 1, 1755 "Lisbon" earthquake in Morocco||#TCT:193:1-3:1991:83-94|1755+Morocco+Major earthquake+Isoseismal map
J|0749|Monachesi,G.+Castelli,V.+Vasapollo,N.|Historical earthquakes in central Italy: case histories in the Marche area||#TCT:193:1-3:1991:95-107|Historical earthquake+Italy+Case history+Seismicity
J|0750|Stegena,L.+Szeidovitz,G.|The 14 January 1810 earthquake in Mor, Hungary: the first isoseismal map||#TCT:193:1-3:1991:109-115|1810+Hungary+Isoseismal map+Destructive earthquake
J|0751|Albini,P.+Moroni,A.+Bellani,A.|The 1846 Orciano (Pisa) earthquake in published sources and government survey documents||#TCT:193:1-3:1991:117-130|1846+Italy+Documentation+Historical earthquake
J|0752|Ferrari,G.|The 1887 Ligurian earthquake: a detailed study from contemporary scientific observations||#TCT:193:1-3:1991:131-139|1887+Macroseismic data+Historical earthquake+Italy
J|0753|Berardi,R.+Margottini,C.+Molin,D.+|Soil liquefaction: case histories in Italy||#TCT:193:1-3:1991:141-164|Liquefaction+Case history+Italy+Historical earthquake||#*CAMPANIA|#*FRIULI|#*FRIULI2|#*FRIULI3
J|0754|Grandori,G.+Drei,A.+Perotti,F.+|Macroseismic intensity versus epicentral distance: the case of central Italy||#TCT:193:1-3:1991:165-171|Italy+Attenuation+Intensity+Distance
J|0755|Panza,G.F.+Craglietto,A.+Suhadolc,P.|Source geometry of historical events retrieved by synthetic isoseismals||#TCT:193:1-3:1991:173-184|Geometry+Isoseismal+Historical earthquake+Technique+ISC||#*PARMA|#*CAMPANIA|#*FRIULI
J|0756|Bottari,A.+Carveni,P.+Frederico,B.+|Problems regarding the macroseismicity of the Calabro-Sicilian region: a review||#TCT:193:1-3:1991:185-194|Review+Southern Italy+Macroseismicity+Intensity||#*CAMPANIA|#*FERRUZANO|#*PATTI|#*REGGIOCALAB75
J|0757|Chiaruttini,C.+Siro,L.|Focal mechanism of an earthquake of Baroque age in the "Regno delle Due Sicilie" (southern Italy)||#TCT:193:1-3:1991:195-203|Focal mechanism+Southern Italy+1694+Historical earthquake||#*CAMPANIA
J|0758|Ambraseys,N.N.+Vogt,J.+Adams,R.D.|The Algerian earthquake of 24 June 1910: a case history||#TCT:193:1-3:1991:205-213|Algeria+1910+Case history+Large earthquake+ISC
J|0759|Postpischl,D.+Stucchi,M.+Bellani,A.|Some ideas for a databank of macroseismic data||#TCT:193:1-3:1991:215-223|Data bank+Macroseismic data+Earthquake catalogue
J|0760|Nikonov,A.A.|Destructive historical earthquakes in Soviet Armenia||#TCT:193:1-3:1991:225-229|Armenia+Destructive earthquake+Historical earthquake|Short communication
J|0761|Olivera,C.+Banda,E.+Roca,A.M.|An outline of historical seismicity studies in Catalonia||#TCT:193:1-3:1991:231-235|Historical seismicity+Catalonia|Short communication
J|0762|Lopez Marinas,J.M.+Salord,R.|Problems regarding the investigation of the 1790 Oran seismic period||#TCT:193:1-3:1991:237-239|Historical earthquake+1790+Algeria|Short communication
J|0763|Marturano,A.+Esposito,E.+Porfido,S.+|Macroseismic characteristics of the main earthquakes of the 19th century in southern Italy: a review||#TCT:193:1-3:1991:241-245|Southern Italy+19th century+Review+Major earthquake|Short communication
J|0764|Mucciarelli,M.+Albarello,D.|The use of historical data in earthquake prediction: an example from water-level variations and seismicity||#TCT:193:1-3:1991:247-251|Prediction+Water level+Seismicity|Short communication
J|0765|Wyss,M.|Introduction to Special Issue||#TCT:193:4:1991:253-254|Precursor+IASPEI+Prediction
J|0766|Sobolev,G.A.+Chelidze,T.L.+Zavyalov,A.D.+|Maps of expected earthquakes based on a combination of parameters||#TCT:193:4:1991:255-265|Map+Probability+Caucasus+Prediction||#*ARMENIA88|#*CAUCASUS86
J|0767|Molchan,G.M.|Structure of optimal strategies in earthquake prediction||#TCT:193:4:1991:267-276|Prediction+Sequence+Strong earthquake+Statistical method
J|0768|Habermann,R.E.|Seismicity rate variations and systematic changes in magnitudes in teleseismic catalogs||#TCT:193:4:1991:277-289|Global seismicity+Magnitude+Earthquake catalogue+Teleseism
J|0769|Fu,Z-X.|Spatial variations in seismicity on the eastern Chinese mainland||#TCT:193:4:1991:291-298|Seismicity+East China+Spatial variation+1300-1980
J|0770|Latoussakis,J.+Stavrakakis,G.+Drakopoulos,J.+|Temporal characteristics of some earthquake sequences in Greece||#TCT:193:4:1991:299-310|Temporal variation+Greece+Sequence+Aftershock||#*ALKION|#*ALKION2|#*ALKION3|#*AEGEAN2|#*KEFALLINIA|#*AEGEAN86A
J|0771|Imoto,M.|Changes in the magnitude-frequency b-value prior to large (M>=6.0) earthquakes in Japan||#TCT:193:4:1991:311-325|b-Value+Japan+Large earthquake+Precursor||#*HONSHU87|#*IBARAKI2|#*CENTRALJAP|#*HONSHU88|#*YAMANASHI2|#*NAGANO
J|0772|Iio,Y.+Gurbuz,C.+Nishigami,K.+|Microseismic activity around the western extension of the 1967 Mudurnu earthquake fault||#TCT:193:4:1991:327-334|Microseismicity+1967+Earthquake+Anatolia
J|0773|Ikeda,Y.+Suzuki,Y.+Herece,E.+|Geological evidence for the last two faulting events on the north Anatolian fault zone in the Mudurnu Valley, western Turkey||#TCT:193:4:1991:335-345|Anatolia+Earthquake+Carbon dating+Faulting
J|0774|Honkura,Y.+Isikara,A.M.|Multidisciplinary research on fault activity in the western part of the north Anatolian fault zone||#TCT:193:4:1991:347-357|Fault+Anatolia+Geophysical investigation+Geomagnetic anomaly
J|0775|Oshiman,N.+Tuncer,M.K.+Honkura,Y.|A strategy of tectonomagnetic observation for monitoring possible precursors to earthquakes in the western part of the north Anatolian fault zone, Turkey||#TCT:193:4:1991:359-368|Anatolia+Precursor+Tectonomagnetism+Monitoring
J|0776|Lambert,A.+Bower,D.R.|Constraints on the usefulness of gravimetry for detecting precursory crustal deformations||#TCT:193:4:1991:369-375|Gravimetry+Precursor+Deformation+Crust
J|0777|Kumpel,H-J.|Pore-pressure variation as a precursory phenomenon: the need for and a list of supplementary data||#TCT:193:4:1991:377-383|Pore pressure+Precursor+Hydrology+Well
J|0778|Albarello,D.+Ferrari,G.+Martinelli,G.+|Well-level variation as a possible seismic precursor: a statistical assessment from Italian historical data||#TCT:193:4:1991:385-395|Precursor+Italy+Well+Time history
J|0779|Martinelli,G.+Ferrari,G.|Earthquake forerunners in a selected area of northern Italy: recent developments in automatic geochemical monitoring||#TCT:193:4:1991:397-410|Italy+Geochemistry+Mud volcano+Precursor
J|0780|Frischbutter,A.+Hanisch,M.|A model of granitic melt formation by frictional heating on shear planes||#TCT:194:1-2:1991:1-11|Rock+Friction+Melting+Stick-slip
J|0781|Snay,R.A.+Matsikari,T.|Horizontal deformation in the Cascadia subduction zone as derived from serendipitous geodetic data||#TCT:194:1-2:1991:59-67|Cascadia subduction zone+Geodetic survey+Shear strain+Plate motion
J|0782|Gupta,M.L.+Sundar,A.+Sharma,S.R.|Heat flow and heat generation in the Archaean Dharwar cratons and implications for the southern Indian Shield geotherm and lithospheric thickness||#TCT:194:1-2:1991:107-122|India+Heat flow+Craton+Thickness
J|0783|Tewari,H.C.+Dixit,M.M.+Sarkar,D.|A crustal density model across the Cambay basin, India, and its relationship with the Aravallis||#TCT:194:1-2:1991:123-130|India+Bouguer anomaly+Crustal structure+Basin
J|0784|Tsapanos,T.M.+Burton,P.W.|Seismic hazard evaluation for specific seismic regions of the world||#TCT:194:1-2:1991:153-169|Hazard+1898-1985+Global seismicity+Maximum magnitude
J|0785|a-REGINE Group+Bles,J.L.+Colleau,A.+|Proposal for classification of fault activity in an intraplate collision setting: definitions and examples||#TCT:194:3:1991:279-293|Intraplate faulting+Classification+Activity+Neotectonics
J|0786|Cermak,V.+Bodri,L.|A heat production model of the crust and upper mantle||#TCT:194:4:1991:307-323|Crust+Upper mantle+Heat+Velocity
J|0787|Bodri,B.+Iizuka,S.+Hayakawa,M.|Relations between deep temperatures and other geophysical characteristics in central Honshu, Japan||#TCT:194:4:1991:325-336|Honshu+Temperature+Geophysical data+Velocity
J|0788|Bodri,B.+Iizuka,S.+Hayakawa,M.|Geothermal and rheological implications of intracontinental earthquakes beneath the Kanto-Tokai region, central Japan||#TCT:194:4:1991:337-347|Kanto-Tokai+Rheology+Geothermal field+Intraplate earthquake
J|0789|Shen,P.Y.+Wang,K.+Beck,A.E.|Crustal thermal models along East European geotraverses: inverse solutions||#TCT:194:4:1991:363-385|Geotraverse+Europe+Thermal model+Crust
J|0790|Baumann,M.+Rybach,L.|Temperature field modelling along the northern segment of the European Geotraverse and the Danish transition zone||#TCT:194:4:1991:387-407|Fennoscandia+Geotraverse+Temperature+Crust
J|0791|Sekiguchi,S.|Three-dimensional Q structure beneath the Kanto-Tokai district, Japan||#TCT:195:1:1991:83-104|Q+Upper mantle+Kanto-Tokai+Structure
J|0792|Guggisberg,B.+Kaminski,W.+Prodehl,C.|Crustal structure of the Fennoscandian Shield: a traveltime interpretation of the long-range FENNOLORA seismic refraction profile||#TCT:195:2-4:1991:105-137|Fennoscandia+Crustal structure+Refraction study+Profile
J|0793|Calcagnile,G.|Deep structure of Fennoscandia from fundamental and higher mode dispersion of Rayleigh waves||#TCT:195:2-4:1991:139-149|Deep structure+Fennoscandia+Rayleigh wave+Dispersion
J|0794|Dahl-Jensen,T.+Dyrelius,D.+Palm,H.|Deep crustal seismic reflection profiling across two major tectonic zones in southern Sweden||#TCT:195:2-4:1991:209-240|Deep crust+Sweden+Reflexion study+Profile
J|0795|Cermak,V.+Bodri,L.+Schulz,R.+|Crustal temperatures along the central segment of the European Geotraverse||#TCT:195:2-4:1991:241-251|Crustal structure+Temperature+European Geotraverse Project+Profile
J|0796|Kronberg,P.|Crustal fracturing and intraplate tectonics in the area between the North Sea and the Alps: a comparison of Landsat-derived fractures with existing map data||#TCT:195:2-4:1991:261-269|Fracturing+Intraplate faulting+Map+Germany
J|0797|Mengel,K.+Sachs,P.M.+Stosch,H.G.|Crustal xenoliths from Cenozoic volcanic fields of West Germany: implications for structure and composition of the continental crust||#TCT:195:2-4:1991:271-289|Continental crust+Xenolith+Germany+Wave velocity
J|0798|Nicollin,F.|Spectral matrix filtering applied to explosion seismology data: examples from the Western Alps||#TCT:195:2-4:1991:299-309|Explosion seismology+Western Alps+Filtering+Matrix method
J|0799|Della Vedova,B.+Marson,I.+Panza,G.F.+|Upper mantle properties of the Tuscan-Tyrrhenian area: a framework for its recent tectonic evolution||#TCT:195:2-4:1991:311-318|Upper mantle+Tyrrhenian Sea+Transect+Geophysical data
J|0800|Bobier,C.+Viguier,C.+Chaari,A.+|The post-Triassic sedimentary cover of Tunisia: seismic sequences and structure||#TCT:195:2-4:1991:371-410|Tunisia+Sedimentary cover+Stratigraphy+Refraction study
J|0801|Ferrucci,F.+Gaudiosi,G.+Hirn,A.+|Ionian Basin and Calabria Arc: some new elements from DSS data||#TCT:195:2-4:1991:411-419|Ionian Sea+Calabria+Marine seismic investigation+Depth
J|0802|Viel,L.+Berckhemer,H.+Mueller,S.|Some structural features of the Alpine lithospheric root||#TCT:195:2-4:1991:421-436|Swiss Alps+Travel-times+Lithosphere+Residual
J|0803|Wolf,D.|Comment on `Glacial isostasy and long-term crustal movements in Fennoscandia with respect to lithospheric and asthenospheric processes and properties' by N-A. Morner||#TCT:195:2-4:1991:443-446|Comments+Isostasy+Fennoscandia+Crustal movement|With a reply by the author
J|0804|Behrmann,J.+Drozdzewski,G.+Heinrichs,T.+|Crustal-scale balanced cross sections through the Variscan fold belt, Germany: the central EGT-segment||#TCT:196:1-2:1991:1-21|European Geotraverse Project+Variscan+Deep seismic sounding+Profile
J|0805|Van Dijk,J.P.+Okkes,M.|Neogene tectonostratigraphy and kinematics of Calabrian basins; implications for the geodynamics of the central Mediterranean||#TCT:196:1-2:1991:23-60|Kinematics+Calabria+Basin+Fault
J|0806|Vignes-Adler,M.+Le Page,A.+Adler,P.M.|Fractal analysis of fracturing in two African regions, from satellite imagery to ground scale||#TCT:196:1-2:1991:69-86|Fractal analysis+Fracture+Africa
J|0807|Doser,D.I.|Faulting within the western Baikal rift as characterized by earthquake studies||#TCT:196:1-2:1991:87-107|Baikalian Rift+Faulting+Focal mechanism+Location
J|0808|Doser,D.I.|Faulting within the eastern Baikal rift as characterized by earthquake studies||#TCT:196:1-2:1991:109-139|Baikalian Rift+Faulting+Focal mechanism+Location
J|0809|Srivastava,H.N.+Rao,D.T.+Singh,M.|Seismicity pattern for earthquakes near Bhatsa reservoir, India||#TCT:196:1-2:1991:141-156|India+Seismicity+Reservoir+Pattern
J|0810|Bossiere,G.|Petrology of pseudotachylytes from the Alpine Fault of New Zealand||#TCT:196:1-2:1991:173-193|New Zealand+Petrology+Melting
J|0811|Fleischmann,K.H.+Nemcok,M.|Paleostress inversion of fault-slip data using the shear stress solution of Means (1989)||#TCT:196:1-2:1991:195-202|Shear stress+Fault-slip+Orientation+Numerical method|Letter section
J|0812|Wilkerson,M.S.+Marshak,S.|Factors controlling slip-lineation orientation on thrust-fault planes||#TCT:196:1-2:1991:203-208|Orientation+Slip+Fault plane+Overburden|Letter section
J|0813|Ben-Avraham,Z.+Grasso,M.|Crustal structure variations and transcurrent faulting at the eastern and western margins of the eastern Mediterranean||#TCT:196:3-4:1991:269-277|Crustal structure+Faulting+Mediterranean+Tectonics
J|0814|Fukuyama,E.|Analysis and interpretation of the heterogeneous rupture process: application of the empirical Green's function method and nonlinear inversion technique to large earthquakes||#TCT:197:1:1991:1-17|Rupturing+Green's function+Large earthquake+Nonlinear inversion||#*HONSHU87|#*SEAOFJAPAN|#*IZUHANTO2
J|0815|Iio,Y.|Minimum size of earthquakes and minimum value of dynamic rupture velocity||#TCT:197:1:1991:19-25|Minimum value+Small earthquake+Rupture+Velocity
J|0816|Kisslinger,C.+Hasegawa,A.|Seismotectonics of intermediate-depth earthquakes from properties of aftershock sequences||#TCT:197:1:1991:27-40|Seismotectonics+Intermediate-depth earthquake+Aftershock+Sequence||#*KANAGAPASS87|#*IWAIZUMI87
J|0817|Feignier,B.|How geology can influence scaling relations||#TCT:197:1:1991:41-53|Scaling+Geology+Induced seismicity+Gas field
J|0818|Maeda,N.|Comparison of the aftershock distribution and the fault plane size of the M 4.9 Kameoka earthquake on May 28, 1987, Japan||#TCT:197:1:1991:55-71|1987+Japan+Aftershock+Focal mechanism||#*KINKI87
J|0819|Wang,S-Z.|A simplified hypocenter model based on the multi-criterion principle for strong earthquakes||#TCT:197:1:1991:73-87|Strong earthquake+Hypocentre+Model+Magnitude||#*DAOFU|#*TANGSHAN|#*YUNGSHAN|#*LUHUO
J|0820|Chen,Y.T.+Zhou,J.Y.+Ni,J.C.|Inversion of near-source-broadband accelerograms for the earthquake source-time function||#TCT:197:1:1991:89-98|Inversion+Accelerogram+Source-time function+Aftershock||#*LUQUAN
J|0821|Artyushkov,E.V.+Baer,M.A.+Letnilov,F.A.+|On the mechanism of graben formation||#TCT:197:2-4:1991:99-115|Graben+Baikal+Dnepr Basin+Crustal structure
J|0822|Girdler,R.W.|The Afro-Arabian rift system - an overview||#TCT:197:2-4:1991:139-153|Africa+Arabia+Seismicity+Rift+ISC
J|0823|Mart,Y.|The Dead Sea Rift: from continental rift to incipient ocean||#TCT:197:2-4:1991:155-179|Dead Sea+Rift+Tectonics+Spreading centre
J|0824|Greene,L.C.+Richards,D.R.+Johnson,R.A.|Crustal structure and tectonic evolution of the Anza rift, northern Kenya||#TCT:197:2-4:1991:203-211|Anza+Crustal structure+Evolution+Reflexion study
J|0825|Doser,D.I.+Yarwood,D.R.|Strike-slip faulting in continental rifts: examples from Sabukia, East Africa (1928), and other regions||#TCT:197:2-4:1991:213-224|Faulting+Focal mechanism+Continental rift+Strike-slip
J|0826|Goodell,P.C.+Gilder,S.+Fang,X.|A preliminary description of the Gan-Hang failed rift, southeastern China||#TCT:197:2-4:1991:245-255|China+Rift+Tectonics
J|0827|Nelson,K.D.+Zhang,J.|A COCORP deep reflection profile across the buried Reelfoot rift, south-central United States||#TCT:197:2-4:1991:271-293|COCORP+Deep seismic sounding+United States+Rift
J|0828|Davis,P.M.|Continental rift structures and dynamics with reference to teleseismic studies of the Rio Grande and East African rifts||#TCT:197:2-4:1991:309-325|Teleseism+Continental rift+Rio Grande Rift+East African Rift+Dynamics
J|0829|Keller,G.R.+Khan,M.A.+Morgan,P.+|A comparative study of the Rio Grande and Kenya rifts||#TCT:197:2-4:1991:355-371|Rio Grande Rift+Crustal structure+KRISP+Geophysical data
J|0830|Bussod,G.Y.A.+Williams,D.R.|Thermal and kinematic model of the southern Rio Grande rift: inferences from crustal and mantle xenoliths from Kilbourne Hole, New Mexico||#TCT:197:2-4:1991:373-389|Rio Grande Rift+New Mexico+Xenolith+Thermal model+Kinematics
J|0831|Senant,J.+Popoff,M.|Early Cretaceous extension in northeast Brazil related to the South Atlantic opening||#TCT:198:1:1991:35-46|Fault+Stress+Brazil+Extension
J|0832|Shanker,K.+Mohan,C.+Khattri,K.N.|Inversion of seismological data using a controlled random search global optimization technique||#TCT:198:1:1991:73-80|Inversion+Technique+Algorithm+Arrival time
J|0833|Nguyen Hong Phuong|Probabilistic assessment of earthquake hazard in Vietnam based on seismotectonic regionalization||#TCT:198:1:1991:81-93|Vietnam+Hazard+Regionalization+Probability+Extreme value theory||#*TUANGIAO
J|0834|Harris,Ch.+Franssen,R.+Loosveld,R.|Comment on `Fractal analysis of fractures in rocks: the Cantor's Dust method' by B. Velde et al||#TCT:198:1:1991:107-115|Comments+Fractal analysis+Fracture+Rock|With a reply by the authors
J|0835|Zorin,Yu.A.+Cordell,L.|Crustal extension in the Baikal rift zone||#TCT:198:1:1991:117-121|Baikalian Rift+Extension+Crust+Anomaly|Letter section
J|0836|Bohannon,R.G.+Eittreim,S.L.|Tectonic development of passive continental margins of the southern and central Red Sea with a comparison to Wilkes Land, Antarctica||#TCT:198:2-4:1991:129-154|Red Sea+Wilkes Land+Continental margin+Tectonics
J|0837|Rotstein,Y.+Bartov,Y.+Hofstetter,A.|Active compressional tectonics in the Jericho area, Dead Sea rift||#TCT:198:2-4:1991:239-259|Dead Sea+Compression+Tectonics+Seismic survey
J|0838|Girdler,R.W.|The case for ocean crust beneath the Red Sea||#TCT:198:2-4:1991:275-278|Ocean crust+Red Sea+Geophysical investigation|Extended abstract
J|0839|Rihm,R.+Makris,J.+Moller,L.|Seismic surveys in the northern Red Sea: asymmetric crustal structure||#TCT:198:2-4:1991:279-295|Seismic survey+Red Sea+Crustal structure+Asymmetry
J|0840|Richter,H.+Makris,J.+Rihm,R.|Geophysical observations offshore Saudi Arabia: seismic and magnetic measurements||#TCT:198:2-4:1991:297-310|Saudi Arabia+Offshore+Reflexion study+Geomagnetic field
J|0841|Prodehl,C.+Mechie,J.|Crustal thinning in relationship to the evolution of the Afro-Arabian rift system: a review of seismic refraction data||#TCT:198:2-4:1991:311-327|Crustal thickness+Evolution+Refraction data+East African Rift+Arabia
J|0842|Egloff,F.+Rihm,R.+Makris,J.+|Contrasting structural styles of the eastern and western margins of the southern Red Sea: the 1988 SONNE experiment||#TCT:198:2-4:1991:329-353|Red Sea+Seismic survey+Crustal structure+Ocean-bottom seismograph
J|0843|Makris,J.+Tsironidis,J.+Richter,H.|Heatflow density distribution in the Red Sea||#TCT:198:2-4:1991:383-393|Red Sea+Velocity structure+Heat flow+Map
J|0844|Coutelle,A.+Pautot,G.+Guennoc,P.|The structural setting of the Red Sea axial valley and deeps: implications for crustal thinning processes||#TCT:198:2-4:1991:395-409|Red Sea+Crustal thickness+Marine seismic investigation+Lineament
J|0845|Makris,J.+Franke,M.+Grutzner,J.|Microearthquake activity in the Suakin Deep, Red Sea, and tectonic implications||#TCT:198:2-4:1991:411-420|Microearthquake+Red Sea+Ocean-bottom seismograph+Velocity structure
J|0846|Makris,J.+Rihm,R.|Shear-controlled evolution of the Red Sea: pull apart model||#TCT:198:2-4:1991:441-466|Red Sea+Evolution+Shear+Marine geophysical investigation
J|0847|Siegesmund,S.+Vollbrecht,A.|Complete seismic properties obtained from microcrack fabrics and textures in an amphibolite from the Ivrea zone, western Alps, Italy||#TCT:199:1:1991:13-24|Laboratory+Microcrack+Rock+Ivrea
J|0848|Rikitake,T.|Assessment of earthquake hazard in the Tokyo area, Japan||#TCT:199:1:1991:121-131|Tokyo+Hazard+Historical earthquake+1615-1922
J|0849|Peacock,S.|Review of `Scattering and attenuation of seismic waves, part II' edited by R-S. Wu and K. Aki||#TCT:199:1:1991:133-134|Review+Scattering+Attenuation+Seismic waves
J|0850|Tango,G.G.|Review of `Geophysical theory' by W. Menke and D. Abbott||#TCT:199:1:1991:134-136|Review+Theory+Geophysics
J|0851|Khain,V.E.|Mobilism and plate tectonics in the USSR||#TCT:199:2-4:1991:137-148|USSR+Plate tectonics+Mobilism+History
J|0852|Zonenshain,L.P.+Kuzmin,M.I.+Bocharova,N.Yu.|Hot-field tectonics||#TCT:199:2-4:1991:165-192|Global tectonics+Hot spot+Geodynamics+Geoid
J|0853|Lobkovsky,L.I.+Kerchman,V.I.+Baranov,B.V.+|Analysis of seismotectonic processes in subduction zones from the standpoint of a keyboard model of great earthquakes||#TCT:199:2-4:1991:211-236|Seismotectonics+Subduction zone+Great earthquake+Kuril Trench+Aleutian Trench||#*KURILS3|#*KURILS4|#*KURILS5
J|0854|Baranov,B.V.+Seliverstov,N.I.+Murav'ev,A.V.+|The Komandorsky Basin as a product of spreading behind a transform plate boundary||#TCT:199:2-4:1991:237-269|Profile+Marine geophysical investigation+Sea-floor spreading+Komandorsky Basin
J|0855|Avdeiko,G.P.+Volynets,O.N.+Antonov,A.Yu.+|Kurile island-arc volcanism: structural and petrological aspects||#TCT:199:2-4:1991:271-287|Volcanism+Kuril Islands+Composition+Marine geophysical investigation
J|0856|Tsvetkov,A.A.|Magmatism of the westernmost (Komandorsky) segment of the Aleutian Island Arc||#TCT:199:2-4:1991:289-317|Aleutian Arc+Magmatism+Composition+Evolution
J|0857|Lobkovsky,L.I.+Kerchman,V.I.|A two-level concept of plate tectonics: application to geodynamics||#TCT:199:2-4:1991:343-374|Plate tectonics+Geodynamics+Model+Crust
J|0858|Kazmin,V.G.|The position of continental flood basalts in rift zones and its bearing on models of rifting||#TCT:199:2-4:1991:375-387|Rifting+Basalt+Eruption
J|0859|Bruhn,R.L.+Yang,Z-E.+Wu,D-N.+|Structure of the Warm Spring and Northern Thousand Springs fault segments, Lost River fault zone, Idaho: possible effects on rupturing during the 1983 Borah Peak earthquake||#TCT:200:1-3:1991:33-49|Lost River fault+Earthquake+1983+Borah Peak||#*BORAH
J|0860|Skilbrei,J.R.|Interpretation of depth to the magnetic basement in the northern Barents Sea (south of Svalbard)||#TCT:200:1-3:1991:127-141|Reflexion study+Basement+Barents Sea+Aeromagnetic study
J|0861|Liakopoulou,F.+Pearce,R.G.+Main,I.G.|Source mechanisms of recent earthquakes in the Hellenic arc from broadband data||#TCT:200:1-3:1991:233-248|Focal mechanism+Hellenic arc+Large earthquake+Broadband seismology+ISC||#*KEFALLINIA
J|0862|Hino,R.+Nishizawa,A.+Suyehiro,K.+|Deep seismic crustal structure beneath the Bonin Trough||#TCT:200:1-3:1991:249-266|Bonin Trough+Deep structure+Refraction study+Velocity structure
J|0863|Yeh,Y-H.+Barrier,E.+Lin,C-H.+|Stress tensor analysis in the Taiwan area from focal mechanisms of earthquakes||#TCT:200:1-3:1991:267-280|Taiwan+Focal mechanism+Earthquake+Stress
J|0864|Rikitake,T.|Review of `Earthquake prediction - present status' edited by S. K. Guha and A. M. Patwardhan||#TCT:200:1-3:1991:333-344|Review+Prediction+Proceedings
J|0865|Rikitake,T.|Active fault and seismic energy: an inference relevant to repeat time of fault movement||#JPE:39:4:1991:573-588|Energy+Fault+Japan+Historical earthquake
J|0866|Kawakatsu,H.+Cadena,G.P.|Focal mechanisms of the March 6, 1987 Ecuador earthquakes -CMT inversion with a first motion constraint-||#JPE:39:4:1991:589-597|Focal mechanism+1987+Earthquake+Ecuador|Letter|#*ECUADOR87A|#*ECUADOR87B
J|0867|Singh,S.J.+Rani,S.|Static deformation due to two-dimensional seismic sources embedded in an isotropic half-space in welded contact with an orthotropic half-space||#JPE:39:5:1991:599-618|Half-space+Deformation+Mathematical equation
J|0868|Koizumi,N.|Analysis of tidal fluctuations of groundwater discharge||#JPE:39:6:1991:631-647|Groundwater+Well+Precursor+Tide
J|0869|Nakanishi,I.|Source process of the 1989 Sanriku-Oki earthquake, Japan: source function determined using empirical Green function||#JPE:39:6:1991:661-667|Sanriku+1989+Earthquake+Seismic process|Letter|#*SANRIKU89A|#*SANRIKU89B|#*SANRIKU89D
J|0870|Bernard,E.N.|Fourteenth International Tsunami Symposium: opening address||#NHZ:4:2-3:1991:115-117|Tsunami+Symposium+History
J|0871|Gonzalez,F.I.+Mader,C.L.+Eble,M.C.+|The 1987-88 Alaskan Bight tsunamis: deep ocean data and model comparisons||#NHZ:4:2-3:1991:119-139|Alaska+Tsunami+1987-1988+Model||#*ALASKA88|#*ALASKA287|#*ALASKA187
J|0872|Kovalev,P.D.+Rabinovich,A.B.+Shevchenko,G.V.|Investigation of long waves in the tsunami frequency band on the southwestern shelf of Kamchatka||#NHZ:4:2-3:1991:141-159|Tsunami+Kamchatka+Long wave+Spectral analysis
J|0873|Papazachos,B.C.+Dimitriu,P.P.|Tsunamis in and near Greece and their relation to the earthquake focal mechanisms||#NHZ:4:2-3:1991:161-170|Tsunami+Greece+Focal mechanism+Historical earthquake
J|0874|Shuto,N.|Numerical simulation of tsunamis - its present and near future||#NHZ:4:2-3:1991:171-191|Numerical method+Simulation+Tsunami+Sea of Japan||#*SEAOFJAPAN
J|0875|Satake,K.+Kanamori,H.|Use of tsunami waveforms for earthquake source study||#NHZ:4:2-3:1991:193-208|Tsunami+Waveform+Source+Japan||#*SEAOFJAPAN|#*TORISHIMA
J|0876|Yeh,H.H.|Tsunami bore runup||#NHZ:4:2-3:1991:209-220|Water wave+Tsunami+Laboratory+Run-up
J|0877|Synolakis,C.E.|Tsunami runup on steep slopes: how good linear theory really is||#NHZ:4:2-3:1991:221-234|Run-up+Tsunami+Slope+Linear system
J|0878|Nagano,O.+Imamura,F.+Shuto,N.|A numerical model for far-field tsunamis and its application to predict damages done to aquaculture||#NHZ:4:2-3:1991:235-255|Numerical modelling+Tsunami+Damage+Chile+1960
J|0879|Tsuji,Y.+Yanuma,T.+Murata,I.+|Tsunami ascending in rivers as an undular bore||#NHZ:4:2-3:1991:257-266|Tsunami+River+Water wave||#*SEAOFJAPAN
J|0880|Tinti,S.|Assessment of tsunami hazard in the Italian seas||#NHZ:4:2-3:1991:267-283|Tsunami+Hazard+Italy+Seismicity
J|0881|Bernard,E.N.|Assessment of project THRUST: past, present, future||#NHZ:4:2-3:1991:285-292|Tsunami+Warning+Hazard+Satellite
J|0882|Lorca,E.|Integration of the THRUST project into the Chile tsunami warning system||#NHZ:4:2-3:1991:293-300|Tsunami+Chile+Warning
J|0883|Farreras,S.F.+Sanchez,A.J.|The tsunami threat on the Mexican west coast: a historical analysis and recommendations for hazard mitigation||#NHZ:4:2-3:1991:301-316|Tsunami+Mexico+Mitigation+History||#*MEXICOCITY|#*MEXICOCITY2
J|0884|Zobin,V.M.+Gordeev,E.I.+Kozyreva,N.P.+|Kamchatka earthquake of 17 August 1983: a large intermediate event at the junction of the Aleutian and Kuril-Kamchatka arcs||#NHZ:4:4:1991:327-344|Kamchatka+Earthquake+1983+Source parameter||#*KAMCHATKA2
J|0885|Ambraseys,N.N.+Adams,R.D.|Reappraisal of major African earthquakes, south of 20degreesN, 1900-1930||#NHZ:4:4:1991:389-419|Major earthquake+1900-1930+Africa+Earthquake catalogue
J|0886|Mantyniemi,P.+Kijko,A.|Seismic hazard in East Africa: an example of the application of incomplete and uncertain data||#NHZ:4:4:1991:421-430|East Africa+Hazard+Seismicity+Maximum likelihood
J|0887|Lomnitz,C.|Review of `Anatomy of seismograms. Developments in solid Earth geophysics 18' by O. Kulhanek||#NHZ:4:4:1991:431-432|Review+Seismogram+Interpretation+Seismology
J|0888|Papageorgiou,A.S.|The Caracas earthquake of July 29, 1967: simulation of the valley response||#NCE:5:3:1991:3-4|Earthquake+Simulation+1967+Venezuela
J|0889|Ahmad,S.+Desai,H.|Study of site response due to a large New Madrid earthquake||#NCE:5:3:1991:5-13|New Madrid+Site+Hazard
J|0890||Evidence for the southern extension and activity of the Clarendon-Linden fault system||#NCE:5:3:1991:15|New York State+Fault+Map|Report of a seminar given by Dr. R. Jacobi
J|0891|Seeber,L.+Armbruster,J.G.|NCEER-91, a new catalog for U.S. earthquakes east of New Madrid: improved intensity-based magnitudes and recurrence relations||#NCE:5:4:1991:1-9|Earthquake catalogue+United States+Seismicity+Magnitude
J|0892|Hwang,H.H.M.|Subsurface conditions in Memphis and Shelby County, Tennessee||#NCE:5:4:1991:9-11|Tennessee+Subsurface+Hazard
J|0893|Nagarajaiah,S.|3D-BASIS: a computer program for nonlinear dynamic analysis of base isolated structures||#NCE:5:4:1991:12-15|Dynamic analysis+Base isolation system+Computer program+Structural response
J|0894||Seismic stability of soil-nailed excavations and slopes||#NCE:5:4:1991:19-20|Soil+Excavation+Centrifuge|Report of a seminar given by Dr. M. Vucetic
J|0895||Seismic ground motion simulations from models of spatial variability||#NCE:5:4:1991:20|Ground motion+Earthquake engineering+Simulation+Model|Report of a seminar given by Dr. A. Zerva
J|0896|Cetin,H.|The northwest extension of the Meers Fault, Oklahoma||Okla. Geol. Notes:51:4:1991:152|Fault+Oklahoma+Risk|Abstract only
J|0897|Kang,I.B.|Two dimensional elastic pseudo-spectral modeling of wide-aperture seismic array data with application to the Wichita Uplift-Anadarko Basin region of southwestern Oklahoma||Okla. Geol. Notes:51:6:1991:208|Array+Modelling+Oklahoma+Wave velocity|Abstract only
J|0898|Pride,S.R.+Morgan,F.D.|Electrokinetic dissipation induced by seismic waves||#GPS:56:7:1991:914-925|Dissipation+Seismic waves+Electric field+Pore fluid
J|0899|Jacobs,F.J.+Van der Geest,P.A.G.|Spiking band-limited traces with a relative-entropy algorithm||#GPS:56:7:1991:1003-1014|Entropy+Algorithm+Bandwidth+Reflectivity
J|0900|Duren,R.E.|Seismic range equation||#GPS:56:7:1991:1015-1026|Range+Equation+Marine seismic investigation+Seismic processing
J|0901|Amundsen,L.+Ursin,B.|Frequency-wavenumber inversion of acoustic data||#GPS:56:7:1991:1027-1039|Inversion+Reflexion study+Layered medium+Frequency-wavenumber analysis
J|0902|Winbow,G.A.|Seismic sources in open and cased boreholes||#GPS:56:7:1991:1040-1050|Borehole+Down-hole source+Performance+Vertical seismic profiling
J|0903|Winbow,G.A.|Borehole stresses created by downhole seismic sources||#GPS:56:7:1991:1055-1057|Borehole+Down-hole source+Stress+Vertical seismic profiling|Short note
J|0904|Barnes,A.E.|Instantaneous frequency and amplitude at the envelope peak of a constant-phase wavelet||#GPS:56:7:1991:1058-1060|Data analysis+Ricker wavelet+Frequency+Amplitude|Short note
J|0905|Bruner,I.+Landa,E.|Fault interpretation from high-resolution seismic data in the northern Negev, Israel||#GPS:56:7:1991:1064-1070|High resolution+Fault+Israel+Reflexion study
J|0906|Sams,M.|High-resolution velocity and attenuation logs from long-based sonic data||#GPS:56:7:1991:1071-1080|High resolution+Sonic log+Imaging
J|0907|Reiter,E.C.+Toksoz,M.N.+Keho,T.H.+|Imaging with deep-water multiples||#GPS:56:7:1991:1081-1086|Imaging+Multiple reflexion+Hydrophone
J|0908|Jean,P.+Bouchon,M.|Cross-borehole simulation of wave propagation||#GPS:56:7:1991:1103-1113|Propagation+Cross-hole+Simulation+Synthetic seismogram
J|0909|Kendall,C.|Review of `The potential of deep seismic profiling for hydrocarbon exploration' edited by B. Pinet and C. Bois||#GPS:56:7:1991:1124-1125|Review+Hydrocarbon+Deep seismic sounding+Exploration
J|0910|Kendall,C.|Review of `The Arctic Ocean region' edited by A. Grantz, L. Johnson and J. F. Sweeney||#GPS:56:7:1991:1125-1126|Review+Arctic Ocean+Marine geophysical investigation+Map
J|0911|McCormack,M.D.|Review of `Seismic noise attenuation' by E. Kanasewich. Handbook of geophysical exploration, Vol. 7||#GPS:56:7:1991:1126-1129|Review+Noise+Attenuation+Exploration
J|0912|Reshef,M.|Prestack depth imaging of three-dimensional shot gathers||#GPS:56:8:1991:1158-1163|Imaging+Migration+Algorithm
J|0913|Docherty,P.|A brief comparison of some Kirchhoff integral formulas for migration and inversion||#GPS:56:8:1991:1164-1169|Migration+Inversion+Kirchhoff integral
J|0914|Von Seggern,D.|Spatial resolution of acoustic imaging with the Born approximation||#GPS:56:8:1991:1185-1202|Born approximation+Acoustic imaging+Resolution+Pulse
J|0915|Schleicher,J.+Hubral,P.+Tygel,M.|Nonspecular reflections from a curved interface||#GPS:56:8:1991:1203-1214|Reflexion+Interface+Wave field
J|0916|Singh,R.P.+Singh,Y.P.|RAYPT - a new inversion technique for geotomographic data||#GPS:56:8:1991:1215-1227|Tomography+Inversion+Ray tracing+Cross-hole
J|0917|Sheng,P.|Consistent modeling of the electrical and elastic properties of sedimentary rocks||#GPS:56:8:1991:1236-1243|Elastic medium+Sedimentary rock+Modelling+Velocity
J|0918|Rosa,A.L.R.+Ulrych,T.J.|Processing via spectral modeling||#GPS:56:8:1991:1244-1251|Deconvolution+Seismic processing+Modelling+Spectrum
J|0919|Vo-Thanh,D.|Effects of fluid viscosity on shear-wave attenuation in partially saturated sandstone||#GPS:56:8:1991:1252-1258|Attenuation+Shear wave+Viscosity+Sandstone
J|0920|Seriff,A.J.+Sriram,K.P.|P-SV reflection moveouts for transversely isotropic media with a vertical symmetry axis||#GPS:56:8:1991:1271-1274|P-SV wave+Moveout+Isotropic medium|Short note
J|0921|Hood,J.A.|A simple method for decomposing fracture-induced anisotropy||#GPS:56:8:1991:1275-1279|Fracture+Anisotropy+Decomposition|Short note
J|0922|Gochioco,L.M.|Tuning effect and interference reflections from thin beds and coal seams||#GPS:56:8:1991:1288-1295|Coal seam+Borehole+Ricker wavelet+Interference
J|0923|Tango,G.G.|Review of `Proceedings of the workshop on practical aspects of seismic inversion' edited by G. Grau||#GPS:56:8:1991:1296-1297|Review+Inversion+Proceedings
J|0924|Kendall,C.|Review of `Gulf Coast regional cross-section' edited by R. Q. Foote et al||#GPS:56:8:1991:1299|Review+Gulf Coast+Stratigraphy+Exploration
J|0925|Kendall,C.|Review of `Applied subsurface geological mapping' by D. Tearpock and R. E. Bischke||#GPS:56:8:1991:1299-1300|Review+Mapping+Subsurface
J|0926|MacBeth,C.D.+Crampin,S.|Processing of seismic data in the presence of anisotropy||#GPS:56:9:1991:1320-1330|Seismic processing+Anisotropy+Shear wave+Vertical seismic profiling
J|0927|Winterstein,D.F.+Meadows,M.A.|Shear-wave polarizations and subsurface stress directions at Lost Hills field||#GPS:56:9:1991:1331-1348|Shear wave+Polarization+Stress+Vertical seismic profiling
J|0928|Winterstein,D.F.+Meadows,M.A.|Changes in shear-wave polarization azimuth with depth in Cymric and Railroad Gap oil fields||#GPS:56:9:1991:1349-1364|Shear wave+Polarization+Vertical seismic profiling+California
J|0929|Landa,E.+Thore,P.+Sorin,V.+|Interpretation of velocity estimates from coherency inversion||#GPS:56:9:1991:1377-1383|Interpretation+Coherency+Wave velocity+Inversion
J|0930|Dong,W.+Emanuel,M.J.+Bording,P.+|A computer implementation of 2.5-D common-shot inversion||#GPS:56:9:1991:1384-1394|Kirchhoff method+Inversion+Common-shot data
J|0931|Carrion,P.|Dual tomography for imaging complex structures||#GPS:56:9:1991:1395-1404|Tomography+Complexity+Imaging
J|0932|Tygel,M.+Huck,H.+Hubral,P.|Mixed-delay wavelet deconvolution of the point-source seismogram||#GPS:56:9:1991:1405-1411|Deconvolution+Seismogram+Point source+Wavelet
J|0933|Benson,A.K.|An explicit, unconditionally stable, 15-degree depth migration and modeling algorithm implemented in poststack, directional, and prestack modes||#GPS:56:9:1991:1412-1422|Migration+Modelling+Finite difference method+Algorithm
J|0934|Ziolkowski,A.+Slob,E.|Can we perform statistical deconvolution by polynomial factorization?||#GPS:56:9:1991:1423-1431|Deconvolution+Factorization+Z-transformation+Statistical method
J|0935|Pujol,J.+Smithson,S.|Seismic wave attenuation in volcanic rocks from VSP experiments||#GPS:56:9:1991:1441-1455|Attenuation+Seismic waves+Vertical seismic profiling+Rock
J|0936|Ben-Menahem,A.+Kostek,S.|The equivalent force system of a monopole source in a fluid-filled open borehole||#GPS:56:9:1991:1477-1481|Borehole+Fluid+Elastodynamics|Short note
J|0937|Sun,R.+McMechan,G.A.|Depth filtering for one-component seismic data||#GPS:56:9:1991:1482-1485|Filtering+Depth+Common-shot data
J|0938|Henson,H.+Sexton,J.L.|Premine study of shallow coal seams using high-resolution seismic reflection methods||#GPS:56:9:1991:1494-1503|High resolution+Reflexion study+Coal seam+Illinois
J|0939|Bednar,J.B.|Review of `Oceanographic and geophysical tomography' edited by Y. Desaubies, A. Tarantola and J. Zinn-Justin||#GPS:56:9:1991:1504|Review+Tomography+Inversion
J|0940|Geyer,R.L.|Review of `The Vibroseis source' by G. Baeten and A. Ziolkowski||#GPS:56:9:1991:1504-1505|Review+Vibroseis+Source
J|0941|Cramer,B.E.|Review of `Exploration with a computer: geoscience data analysis applications' by W. R. Green||#GPS:56:9:1991:1505-1506|Review+Exploration+Data analysis+Computer
J|0942|Harbert,W.|Review of `Tectonics of suspect terranes: mountain building and continental growth' by D. G. Howell||#GPS:56:9:1991:1506-1507|Review+Tectonics+Terrane
J|0943|Kendall,C.|Review of `Antarctica as an exploration frontier - hydrocarbon potential, geology, and hazards' edited by W. St. John||#GPS:56:9:1991:1507-1508|Review+Antarctica+Hydrocarbon
J|0944|Mareschal,J-C.|Review of `Seismology and plate tectonics' by D. Gubbins||#GPS:56:9:1991:1509|Review+Seismology+Plate tectonics
J|0945|Mareschal,J-C.|Review of `Continental mantle' by M. A. Menzies||#GPS:56:9:1991:1509-1513|Review+Mantle+Continent
J|0946|Saatcilar,R.+Ergintav,S.+Canitez,N.|Errata to `The use of the Hartley transform in geophysical applications'||#GPS:56:9:1991:1514|Errata+Hartley transform
J|0947|Andrew,J.A.+Edwards,D.M.+Graf,R.J.+|Empirical observations relating near-surface magnetic anomalies to high-frequency seismic data and Landsat data in eastern Sheridan County, Montana||#GPS:56:10:1991:1553-1570|Geomagnetic anomaly+Landsat+Montana+Reflexion study
J|0948|De Parscau,J.|Relationship between phase velocities and polarization in transversely isotropic media||#GPS:56:10:1991:1578-1583|Phase velocity+Polarization+Vertical seismic profiling+Anisotropy
J|0949|Pelissier,M.A.+Thomas-Betts,A.+Vestergaard,P.D.|Azimuthal variations in scattering amplitudes induced by transverse isotropy||#GPS:56:10:1991:1584-1595|Azimuth+Amplitude+Scattering+Anisotropy
J|0950|Berge,P.A.|Estimating SV-wave stacking velocities for transversely isotropic solids||#GPS:56:10:1991:1596-1602|SV-wave+Stacking+Anisotropy+Wave velocity
J|0951|Cheadle,S.P.+Brown,R.J.+Lawton,D.C.|Orthorhombic anisotropy: a physical seismic modeling study||#GPS:56:10:1991:1603-1613|Anisotropy+Modelling+Laboratory
J|0952|Wang,Z.+Hirsche,W.K.+Sedgwick,G.|Seismic monitoring of water floods? - A petrophysical study||#GPS:56:10:1991:1614-1623|Flood+Velocity+Reservoir+Pore fluid
J|0953|Sen,M.K.+Stoffa,P.L.|Nonlinear one-dimensional seismic waveform inversion using simulated annealing||#GPS:56:10:1991:1624-1638|Nonlinear inversion+Simulation+Waveform
J|0954|Phillips,W.S.+Fehler,M.C.|Traveltime tomography: a comparison of popular methods||#GPS:56:10:1991:1639-1649|Tomography+Travel-times+Inversion
J|0955|Li,Z.|Compensating finite-difference errors in 3-D migration and modeling||#GPS:56:10:1991:1650-1660|Compensation+Error+Migration+Finite difference method
J|0956|Zanzi,L.+Carlini,A.|Refraction statics in the wavenumber domain||#GPS:56:10:1991:1661-1670|Statics+Refraction+Wavenumber domain
J|0957|Wenzel,F.|Frequency-wavenumber migration in laterally heterogeneous media||#GPS:56:10:1991:1671-1673|Frequency-wavenumber analysis+Migration+Heterogeneous medium|Short note
J|0958|Berryhill,J.R.|Kinematics of crossline prestack migration||#GPS:56:10:1991:1674-1676|Kinematics+Migration+Stacking|Short note
J|0959|Harris,D.B.+Jarpe,S.P.+Harben,P.E.|Seismic noise cancellation in a geothermal field||#GPS:56:10:1991:1677-1680|Noise+Geothermal field|Short note
J|0960|Levin,F.K.|Comment on `Experimental studies on downhole seismic sources' by S. T. Chen, E. A. Eriksen and M. A. Miller||#GPS:56:10:1991:1692|Comments+Down-hole source+Vertical seismic profiling+Cross-hole|With a reply by the authors
J|0961|Mareschal,J-C.|Review of `Exposed cross-sections of the continental crust' edited by M. H. Salisbury and D. M. Fountain||#GPS:56:10:1991:1693-1694|Review+Continental crust+Cross section
J|0962|Randall,C.J.+Scheibner,D.J.+Wu,P.T.|Multiple borehole acoustic waveforms: synthetic logs with beds and borehole washouts||#GPS:56:11:1991:1757-1769|Borehole+Acoustic logging+Finite difference method
J|0963|Hale,D.|Stable explicit depth extrapolation of seismic wavefields||#GPS:56:11:1991:1770-1777|Extrapolation+Wave field+Stability+Filter
J|0964|Hale,D.|3-D depth migration via McClellan transformations||#GPS:56:11:1991:1778-1785|Migration+Transformation+Extrapolation+Filter
J|0965|Lee,D.+Mason,I.M.+Jackson,G.M.|Split-step Fourier shot-record migration with deconvolution imaging||#GPS:56:11:1991:1786-1793|Migration+Imaging+Fourier analysis+Deconvolution
J|0966|Stoffa,P.L.+Sen,M.K.|Nonlinear multiparameter optimization using genetic algorithms: inversion of plane-wave seismograms||#GPS:56:11:1991:1794-1810|Inversion+Seismogram+Algorithm+Plane wave
J|0967|Tygel,M.+Leykam,A.+Hubral,P.+|Transforming a point-source seismogram into a beam seismogram||#GPS:56:11:1991:1819-1824|Seismogram+Point source+Layered medium+Beam
J|0968|Harper,M.D.|Seismic mis-tie resolution technique||#GPS:56:11:1991:1825-1830|Resolution+Technique+Seismic survey
J|0969|Vasudevan,K.+Wilson,W.G.+Laidlaw,W.G.|Simulated annealing statics computation using an order-based energy function||#GPS:56:11:1991:1831-1839|Statics+Simulation+Lithoprobe+Energy
J|0970|Katz,S.|Asymptotically linear velocity analysis with high resolution in time domain||#GPS:56:11:1991:1840-1848|Time domain+High resolution+Signal-to-noise ratio+Velocity
J|0971|Connelly,D.L.+Ferris,B.J.+Trembly,L.D.|Northwestern Williston Basin case histories with 3-D seismic data||#GPS:56:11:1991:1849-1874|Montana+Case history+Reservoir+Seismic survey
J|0972|Hasbrouck,W.P.|Four shallow-depth, shear-wave feasibility studies||#GPS:56:11:1991:1875-1885|Shear wave+Fissure+Survey+Bedrock
J|0973|Sengupta,M.K.+Rendleman,C.A.|Case study: the importance of gas leakage in interpreting amplitude-versus-offset (AVO) analysis||#GPS:56:11:1991:1886-1895|Attenuation+Gas sand+Offset+Mexico, G. of
J|0974|Carpenter,P.J.+Calkin,S.F.+Kaufmann,R.S.|Assessing a fractured landfill cover using electrical resistivity and seismic refraction techniques||#GPS:56:11:1991:1896-1904|Electrical resistivity+Refraction+Clay+Landfill
J|0975|Lindsey,J.P.|Comment on `Why don't we measure seismic signatures?' by A. Ziolkowski||#GPS:56:11:1991:1905|Comments+Signature+Deconvolution+Wavelet
J|0976|Warwick,J.W.|Comment on `Why don't we measure seismic signatures?' by A. Ziolkowski||#GPS:56:11:1991:1905|Comments+Signature+Deconvolution+Wavelet
J|0977|Jin,D.J.|Comment on `Why don't we measure seismic signatures?' by A. Ziolkowski||#GPS:56:11:1991:1906|Comments+Signature+Deconvolution+Wavelet|With a reply by the author
J|0978|Schoenberger,M.|Comment on `Why don't we measure seismic signatures?' by A. Ziolkowski||#GPS:56:11:1991:1907-1908|Comments+Signature+Deconvolution+Wavelet|With a reply by the author
J|0979|Jain,S.|Comment on `Why don't we measure seismic signatures?' by A. Ziolkowski||#GPS:56:11:1991:1909-1910|Comments+Deconvolution+Signature+Wavelet|With a reply by the author
J|0980|Swift,C.M.|Review of `Geophysical framework of the continental United States' edited by L. C. Pakiser and W. D. Mooney||#GPS:56:11:1991:1912-1913|Review+United States+Geophysics+Continental crust
J|0981|Iverson,W.P.|Review of `Formation evaluation I: log evaluation; II: log interpretation' edited by N. H. Foster and E. A. Beaumont||#GPS:56:11:1991:1913-1914|Review+Well-log+Interpretation
J|0982|McMechan,G.A.|Review of `Migration in seismic prospecting' by E. A. Koslov||#GPS:56:11:1991:1914-1915|Review+Migration+Prospecting
J|0983|Tango,G.G.|Review of `Acoustics of layered media, I: plane and quasi-plane waves' by L. M. Brekhovskikh||#GPS:56:11:1991:1915-1916|Review+Layered medium+Acoustics+Plane wave
J|0984|Tango,G.G.|Review of `Fundamentals of ocean acoustics' by L. M. Brekhovskikh and Y. P. Lysanov||#GPS:56:11:1991:1916-1918|Review+Acoustics+Ocean+Marine seismic investigation
J|0985|Bortfeld,R.+Kemper,M.|Errata to `Geometrical ray theory: line foci and point foci in the anterior surface of seismic systems (second-order approximation of the traveltimes)'||#GPS:56:11:1991:1923|Errata+Ray theory+Geometry+Travel-times
J|0986|Klimentos,T.|The effects of porosity-permeability-clay content on the velocity of compressional waves||#GPS:56:12:1991:1930-1939|Laboratory+Clay+Velocity+Compressional wave
J|0987|Mavko,G.+Jizba,D.|Estimating grain-scale fluid effects on velocity dispersion in rocks||#GPS:56:12:1991:1940-1949|Fluid+Dispersion+Rock+Velocity
J|0988|Berryman,J.G.+Milton,G.W.|Exact results for generalized Gassmann's equations in composite porous media with two constituents||#GPS:56:12:1991:1950-1960|Poroelasticity+Porous medium+Propagation+Thermoelasticity
J|0989|Genrich,J.F.+Minster,J-B.|Ship navigation for geophysical applications using Kalman-filtered GPS fixes||#GPS:56:12:1991:1961-1970|Ship+Global Positioning System+Kalman filter+Applied geophysics
J|0990|Lavielle,M.|2-D Bayesian deconvolution||#GPS:56:12:1991:2008-2018|Bayesian method+Deconvolution+Inversion
J|0991|Hornbostel,S.C.|Spatial prediction filtering in the t-x and f-x domains||#GPS:56:12:1991:2019-2026|Filtering+Noise+Prediction+Domain analysis
J|0992|Amundsen,L.|Comparison of the least-squares criterion and the Cauchy criterion in frequency-wavenumber inversion||#GPS:56:12:1991:2027-2035|Frequency-wavenumber analysis+Inversion+Least squares+Cauchy formula
J|0993|Kinsland,G.L.+McDonald,J.A.+Gardner,G.H.F.|High-resolution three-dimensional seismic survey of a thin sand at depth||#GPS:56:12:1991:2036-2047|High resolution+Seismic survey+Sand+Louisiana
J|0994|Lewis,C.+Davis,T.L.+Vuillermoz,C.|Three-dimensional multicomponent imaging of reservoir heterogeneity, Silo Field, Wyoming||#GPS:56:12:1991:2048-2056|Imaging+Reservoir+Wyoming+Heterogeneity
J|0995|Virieux,J.+Farra,V.|Ray tracing in 3-D complex isotropic media: an analysis of the problem||#GPS:56:12:1991:2057-2069|Ray tracing+Isotropic medium+Interface
J|0996|Cross,G.M.+Knoll,M.D.|Diffraction-based velocity estimates from optimum offset seismic data||#GPS:56:12:1991:2070-2079|Diffraction+Velocity+Offset
J|0997|Kessler,D.+Kosloff,D.|Elastic wave propagation using cylindrical coordinates||#GPS:56:12:1991:2080-2089|Propagation+Elastic wave+Cylindrical coordinates
J|0998|Sena,A.G.|Seismic traveltime equations for azimuthally anisotropic and isotropic media: estimation of interval elastic properties||#GPS:56:12:1991:2090-2101|Travel-times+Equation+Anisotropy+Isotropic medium
J|0999|Cambois,G.|A proof for the convergence of 15-degree cascaded migration||#GPS:56:12:1991:2110-2113|Migration+Cascade+Mathematical method|Short note
J|1000|Liner,C.L.|Theory of a 2.5-D acoustic wave equation for constant density media||#GPS:56:12:1991:2114-2117|Wave equation+Acoustic wave+Green's function|Short note
J|1001|Niitsuma,H.+Saito,H.|Evaluation of the three-dimensional configuration of a subsurface artificial fracture by the triaxial shear shadow method||#GPS:56:12:1991:2118-2128|Configuration+Fracture+Shadow+Subsurface
J|1002|Payne,M.A.|Shear-wave logging to enhance seismic modeling||#GPS:56:12:1991:2129-2138|Logging+Modelling+Shear wave+Oil sand
J|1003|Kendall,C.|Review of `Tectonic evolution of the North Sea rifts' edited by D. J. Blundell and A. D. Gibbs||#GPS:56:12:1991:2148-2149|Review+Evolution+North Sea+Rift
J|1004|Tango,G.G.|Review of `Underwater acoustic data processing' edited by Y. T. Chan||#GPS:56:12:1991:2150-2152|Review+Marine seismic investigation+Data processing+Seismoacoustics
J|1005|Dziewonski,A.M.+Ekstrom,G.+Woodhouse,J.H.+|Centroid-moment tensor solutions for July-September, 1990||#PEP:67:3-4:1991:211-220|Centroid-moment tensor+1990|Letter section
J|1006|Arvidsson,R.+Gregersen,S.+Kulhanek,O.+|Recent Kattegat earthquakes - evidence of active intraplate tectonics in southern Scandinavia||#PEP:67:3-4:1991:275-287|Kattegat+Intraplate earthquake+Focal mechanism+Seismicity||#*KATTEGAT90
J|1007|Krishna,V.G.+Kaila,K.L.+Reddy,P.R.|Low velocity layers in the subcrustal lithosphere beneath the Deccan Traps region of western India||#PEP:67:3-4:1991:288-302|Low-velocity layer+Lithosphere+Deccan+Deep seismic sounding
J|1008|Herak,M.|Lapse-time dependent Qc-spectra observed in the Dinarides region (Yugoslavia)||#PEP:67:3-4:1991:303-312|Q+Dinarides+1978-1988+Time dependence||#*KNIN86|#*ADRIATIC88
J|1009|Zobin,V.M.|Initial rupture and the main fault of earthquakes: a comparison of the body wave first arrivals and CMT data for the Kamchatka-Commander region||#PEP:67:3-4:1991:313-329|Rupture+Centroid-moment tensor+Kamchatka+First arrival
J|1010|Darbyshire,J.|A further investigation of microseisms recorded in north Wales||#PEP:67:3-4:1991:330-347|Wales+Microseism+Storm+Rayleigh wave
J|1011|Reynolds,J.M.|Review of `Anatomy of seismograms. Developments in solid Earth geophysics 18' by O. Kulhanek||#PEP:67:3-4:1991:389-390|Review+Seismogram+Interpretation+Seismology
J|1012|Tarney,J.|Review of `Exposed cross-sections of the continental crust' edited by M. H. Salisbury and D. M. Fountain||#PEP:67:3-4:1991:394-396|Review+Continental crust+Cross section+Deep seismic sounding
J|1013|Cann,J.R.|Review of `Marine geological surveying and sampling' edited by E. A. Hailwood and R. B. Kidd||#PEP:67:3-4:1991:396-397|Review+Marine geophysical investigation+Geology
J|1014|Jack,I.|Review of `Acquiring better seismic data' by W. Pritchett||#PEP:67:3-4:1991:397-399|Data acquisition+Review+Seismic survey
J|1015|Jackson,D.E.|Review of `North Sea oil and gas reservoirs II' edited by A. T. Buller et al||#PEP:67:3-4:1991:399-400|Review+North Sea+Reservoir+Modelling
J|1016|Beck,M.E.|Coastwise transport reconsidered: lateral displacements in oblique subduction zones, and tectonic consequences||#PEP:68:1-2:1991:1-8|Coast+Subduction zone+Tectonics
J|1017|Bernardi,A.+Fraser-Smith,A.C.+McGill,P.R.+|ULF magnetic field measurements near the epicenter of the Ms 7.1 Loma Prieta earthquake||#PEP:68:1-2:1991:45-63|Loma Prieta+Earthquake+1989+Geomagnetic anomaly||#*LOMAPRIETA89
J|1018|Crossley,D.J.+Hinderer,J.+Legros,H.|On the excitation, detection and damping of core modes||#PEP:68:1-2:1991:97-116|Core+Earth model+Gravimetry+Eigenfunction
J|1019|Neuberg,J.+Wahr,J.|Detailed investigation of a spot on the core-mantle boundary using digital PcP data||#PEP:68:1-2:1991:132-143|PcP-wave+Core-mantle boundary+Stacking+Deep-focus earthquake
J|1020|Souriau,A.+Poupinet,G.|A study of the outermost liquid core using differential travel times of the SKS, SKKS and S3KS phases||#PEP:68:1-2:1991:183-199|Outer core+Differential travel-times+SKS-wave+SKKS-wave
J|1021|Dziewonski,A.M.+Ekstrom,G.+Woodhouse,J.H.+|Centroid-moment tensor solutions for October-December 1990||#PEP:68:3-4:1991:201-214|Centroid-moment tensor+1990|Letter section
J|1022|Meredith,J.E.C.+Pearce,R.G.|Seismic velocities beneath central and southern Britain from broad-band surface waves||#PEP:68:3-4:1991:230-249|Britain+Surface wave+Phase velocity+Broadband seismology
J|1023|Kebede,F.+Kulhanek,O.|Recent seismicity of the East African Rift system and its implications||#PEP:68:3-4:1991:259-273|Seismicity+East African Rift+Focal mechanism+Energy
J|1024|Thybo,H.|On the choice of wavenumbers in viscoelastic seismic modelling with discrete wavenumber-frequency methods||#PEP:68:3-4:1991:285-293|Frequency-wavenumber analysis+Modelling+Viscoelastic medium+Synthetic seismogram
J|1025|Richards,P.G.|Review of `Seismology and plate tectonics' by D. Gubbins||#PEP:68:3-4:1991:294|Review+Seismology+Plate tectonics
J|1026|Beresnev,I.A.|Remarks on `Experimental investigation of non-linear seismic effects'||#PEP:69:1-2:1991:1-3|Comments+Nonlinearity+Propagation|Letter section
J|1027|Garg,N.R.+Sharma,R.K.|Static response of an orthotropic stratified medium to surface loads - strip loadings||#PEP:69:1-2:1991:20-36|Layered medium+Loading+Response+Mathematical analysis
J|1028|Kuskov,O.L.+Fabrichnaya,O.B.+Truskinovsky,L.M.|Constitution of the mantle. 2. Petrological models of transition zone based on FMS phase diagram||#PEP:69:1-2:1991:72-84|Phase transition+Constitution+Mantle+Petrology
J|1029|Kuskov,O.L.+Panferov,A.B.|Constitution of the mantle. 3. Density, elastic properties and the mineralogy of the 400 km discontinuity||#PEP:69:1-2:1991:85-100|Constitution+Mantle+400km discontinuity+Petrology
J|1030|Kovachev,S.A.+Kuzin,I.P.+Shoda,O.Yu.+|Attenuation of S-waves in the lithosphere of the Sea of Crete according to OBS observations||#PEP:69:1-2:1991:101-111|S-wave+Crete+Attenuation+Ocean-bottom seismograph
J|1031|Godano,C.+Vilardo,G.|Low-frequency events at Vulcano, Aeolian Islands, Italy||#PEP:69:1-2:1991:119-131|Tyrrhenian Sea+Low frequency+Volcanic tremor
J|1032|Bath,M.|Review of `An introduction to seismological research: history and development' by B. F. Howell||#PEP:69:1-2:1991:140-141|Review+Research+Seismology+History
J|1033|Wilkinson,I.|Review of `Applied geophysics' by W. M. Telford, L. P. Geldart and R. E. Sheriff||#PEP:69:1-2:1991:142|Review+Applied geophysics+Reflexion study
J|1034|Savage,J.C.|Review of `The mechanics of earthquakes and faulting' by C. H. Scholz||#PEP:69:1-2:1991:144-145|Review+Faulting+Mechanics
J|1035|Cole,G.H.A.|Review of `The solid Earth' by C. M. R. Fowler||#PEP:69:1-2:1991:147|Review+Solid-earth geophysics
J|1036|Gorbatikov,A.V.+Ilyinsky,D.A.|A new method of seismic frequency sounding|In Russian|#IFZ:-:7:1991:72-82|Sounding+Frequency
J|1037|Kaptsov,A.V.+Eydinov,A.V.|On identification of a hydrofracture fault from analysis of plane harmonic elastic waves scattering|In Russian|#IFZ:-:7:1991:83-90|Elastic wave+Scattering+Hydrofracture+Fault
J|1038|Alimova,V.A.+Zubkov,S.I.|Gravitational precursors of earthquakes|In Russian|#IFZ:-:7:1991:91-97|Precursor+Gravity+Earthquake
J|1039|Olkhovatov,A.Yu.|On possible effects of seismotectonic processes on the Tungus event, 1908|In Russian|#IFZ:-:7:1991:105-112|Tunguska+1908+Seismotectonics+Explosion|Scientific communication
J|1040|Kolonin,A.G.|Diffraction by three-dimensional isometric inhomogeneities|In Russian|#IFZ:-:7:1991:112-119|Diffraction+Inhomogeneity+Tomography+Imaging
J|1041|Petrashen',G.I.|Remembering Yu. V. Riznichenko with gratitude and respect|In Russian|#IFZ:-:9:1991:3-9|Hazard+Earth structure+Seismicity+Zoning+USSR
J|1042|Bune,V.I.+Seyduzova,S.S.|Contribution of Yu. V. Riznichenko to the development of the problem of seismic hazard evaluation|In Russian|#IFZ:-:9:1991:10-19|Seismicity+Hazard+Zoning+USSR
J|1043|Shebalin,N.V.+Aref'ev,S.S.+Vasil'ev,V.Yu.+|From area seismicity to the seismic structure|In Russian|#IFZ:-:9:1991:20-28|Seismicity+Structure+Intensity+Hazard
J|1044|Bune,V.I.+Medvedeva,N.S.+Stepanova,M.B.|Probability estimates of earthquake intensity over the Caucasus seismic zoning map|In Russian|#IFZ:-:9:1991:29-37|Intensity+Zoning+Caucasus+Seismicity
J|1045|Pisarenko,V.F.|Statistical estimation of strongest possible earthquakes|In Russian|#IFZ:-:9:1991:38-46|Statistical method+Strong earthquake+Distribution+Risk
J|1046|Kuznetsova,K.I.|Seismicity as an indicator of the rock mass deformation process|In Russian|#IFZ:-:9:1991:47-59|b-Value+Seismicity+Rock+Deformation
J|1047|Savich,A.I.+Koptev,V.I.|Study of stressed state in rocks by seismoacoustical methods in geophysical engineering|In Russian|#IFZ:-:9:1991:60-72|Stress+Rock+Seismoacoustics+Fracture
J|1048|Gambertsev,A.G.+Dolbilkina,N.A.+Kulagina,M.V.+|General features of temporal variations from multiscaled seismic monitoring in Middle Asia|In Russian|#IFZ:-:9:1991:73-81|Middle Asia+Monitoring+Temporal variation
J|1049|Yegorkin,A.V.+Kosminskaya,I.P.+Pavlenkova,N.I.|Multi-science investigations of the continental lithosphere|In Russian|#IFZ:-:9:1991:82-95|Velocity+Continental lithosphere+Profiling+USSR
J|1050|Pilipenko,V.I.|Residual continuations of temporal and wave fields in problems of medium visualization|In Russian|#IFZ:-:9:1991:96-104|Time field+Wave field+Profiling
J|1051|Dubrovina,G.V.+Yepinatyeva,A.M.+Litvin,A.L.|Development of the Riznichenko concept of seismic waves intensity fields|In Russian|#IFZ:-:9:1991:105-109|Wave field+Intensity
J|1052|Karayev,N.A.|Physical simulation in seismicity problems of a heterogeneous medium|In Russian|#IFZ:-:9:1991:110-123|Heterogeneous medium+Seismicity+Profiling+Imaging
J|1053|Shamina,O.G.+Palenov,A.M.+Tkachenko,V.S.|Generation and registration of shear waves in ultrasonic experiments|In Russian|#IFZ:-:9:1991:124-128|Ultrasonics+Shear wave+Generation+Recording
J|1054|Katok,A.P.|On the correlation of earthquakes crustal and upper mantle origin in South Central Asia|In Russian|#IFZ:-:10:1991:3-11|Upper mantle+Crust+Pamir+Origin
J|1055|Vasil'ev,Yu.I.|In situ studies of the soil models for engineering seismology|In Russian|#IFZ:-:10:1991:12-23|Earthquake engineering+Soil+Field work+Instrument
J|1056|Piip,V.B.|Local reconstruction of seismic refraction sections on the base of homogeneous functions|In Russian|#IFZ:-:10:1991:24-32|Refraction study+Inversion+Reconstruction
J|1057|Belyakov,A.S.+Kuznetsov,V.V.+Nikolaev,A.V.|Acoustic emission in the upper mantle|In Russian|#IFZ:-:10:1991:79-84|Acoustic emission+Upper crust+Temporal variation|Scientific communication
J|1058|Rogozhin,Ye.A.+Filip,E.|Geological-tectonical study of the Spitak focal zone|In Russian|#IFZ:-:11:1991:3-17|Geology+Tectonics+Spitak+1988||#*ARMENIA88
J|1059|Shebalin,N.V.+Dorbat,K.+Tatevosyan,R.E.|Sizes, geometry and position of the Spitak source. Aftershocks and macroseismics|In Russian|#IFZ:-:11:1991:18-26|Spitak+1988+Source+Aftershock+Macroseismic data||#*ARMENIA88
J|1060|Duda,S.J.+Fastoff,S.+Kayzer,D.|Spitak earthquake, 7th of December 1988: source parameters as determined from the wideband records of the Central Seismological Observatory, FRG|In Russian|#IFZ:-:11:1991:27-38|Spitak+1988+Source parameter+Earthquake||#*ARMENIA88
J|1061|Moskvina,A.G.+Gabsatarova,I.P.+Zakharova,A.I.+|Some features of the Spitak source process|In Russian|#IFZ:-:11:1991:39-55|Spitak+1988+Source+Aftershock||#*ARMENIA88
J|1062|Korchagina,O.A.+Moskvina,A.G.|Temporal and spectral features of source emission during the Spitak earthquake|In Russian|#IFZ:-:11:1991:56-59|Spitak+1988+Earthquake+Temporal variation+Spectral characteristics||#*ARMENIA88
J|1063|Aref'ev,S.S.+Aptekman,Zh.Ya.+Afimyina,T.V.+|Catalogue of the Spitak earthquake aftershocks, 7th December 1988|In Russian|#IFZ:-:11:1991:60-73|Spitak+1988+Catalogue+Aftershock||#*ARMENIA88
J|1064|Aref'ev,S.S.+Tatevosyan,R.E.|The structure and seismic behaviour of the Spitak focal zone|In Russian|#IFZ:-:11:1991:74-85|Spitak+1988+Structure+Focal mechanism||#*ARMENIA88
J|1065|Dorbat,K.+Dorbat,L.+Aptekman,Zh.Ya.+|Geometry of the Spitak source zone as determined from detailed study of aftershocks|In Russian|#IFZ:-:11:1991:86-95|Spitak+1988+Aftershock+Source||#*ARMENIA88
J|1066|Aptekman,Zh.Ya.+Lander,A.V.+Dorbat,K.+|Processes in the Spitak focal zone as evidenced by data on source mechanisms of its aftershocks|In Russian|#IFZ:-:11:1991:96-105|Spitak+1988+Focal mechanism+Aftershock||#*ARMENIA88
J|1067|Sharadze,Z.S.+Dzhaparidze,G.A.+Zhvaniya,Z.K.+|Disturbance in the ionosphere and geomagnetic field associated with the Spitak earthquake|In Russian|#IFZ:-:11:1991:106-116|Spitak+1988+Ionosphere+Geomagnetic field+Earthquake||#*ARMENIA88
J|1068|Migunov,N.I.+Sobolev,G.A.+Khromov,A.A.|Spitak earthquake effects in the natural radiowaves emission|In Russian|#IFZ:-:11:1991:117-123|Spitak+1988+Radio emission+Earthquake||#*ARMENIA88
J|1069|Morgunov,V.A.+Matveyev,I.V.|Electrical and electromagnetic effects in the aftershocks epicentral zone of the Spitak earthquake|In Russian|#IFZ:-:11:1991:124-128|Spitak+1988+Aftershock+Electromagnetism+Electric field||#*ARMENIA88
J|1070|Nikonov,A.A.|Disastrous earthquakes occurred within the Spitak, 1988, epicentral zone in the past|In Russian|#IFZ:-:12:1991:3-16|Spitak+1988+Destructive earthquake+Zone||#*ARMENIA88
J|1071|Zhidkov,M.L.+Nikonov,A.A.|The structure of the Spitak, 1988 earthquake region as derived from satellite surveying|In Russian|#IFZ:-:12:1991:17-22|Spitak+1988+Structure+Satellite photography||#*ARMENIA88
J|1072|Kondorskaya,N.V.+Vandysheva,N.V.+Zakharova,A.I.+|Instrumental evidence on the Spitak, 7th December, 1988 earthquake|In Russian|#IFZ:-:12:1991:23-31|Spitak+1988+Earthquake+Recording||#*ARMENIA88
J|1073|Novikova,E.I.+Rautian,T.G.|Source parameters of the Spitak, 7th December, 1988 earthquake|In Russian|#IFZ:-:12:1991:32-45|Spitak+1988+Source parameter+Earthquake||#*ARMENIA88
J|1074|Grayzer,V.M.+Erteleva,O.O.+Cisternas,A.+|Modelling the source of the Spitak, 7th December, 1988 earthquake|In Russian|#IFZ:-:12:1991:46-55|Spitak+1988+Source+Modelling||#*ARMENIA88
J|1075|Khalturin,V.I.+Rautian,T.G.+Saakyan,A.A.|Focal spectral parameters of weak earthquakes of the Spitak zone|In Russian|#IFZ:-:12:1991:56-61|Spitak+1988+Weak earthquake+Spectral characteristics||#*ARMENIA88
J|1076|Livshits,L.D.+Gavrilov,B.G.+Gvozdev,A.A.|Energetics of brittle failure, and acoustic emission|In Russian|#IFZ:-:12:1991:62-68|Acoustic emission+Failure+Energy+Rock
J|1077|Mirzoyev,K.M.+Vinogradov,S.D.+Ruzibayev,Z.|Acoustic emission effects of microseisms and vibrations|In Russian|#IFZ:-:12:1991:69-72|Acoustic emission+Microseism+Vibration
J|1078|Shermergor,T.D.+Nikitin,A.N.+Walter,K.+|Determination of effective elastic moduli in textured piezoelectric rocks|In Russian|#IFZ:-:12:1991:84-93|Piezoelectric effect+Rock+Elastic modulus
J|1079|Barsukov,O.M.|Solar flares, sudden commencements, and earthquakes|In Russian|#IFZ:-:12:1991:93-97|Earthquake+Solar activity
J|1080|Godzikovskaya,A.A.+Lander,A.V.|Are mantle earthquakes possible in the Chukotka region?|In Russian|#IFZ:-:12:1991:97-100|Mantle+Earthquake+Chukotka+Occurrence
J|1081|Razin,A.V.|On radiation of Stoneley waves by harmonic forces normal to a gas-solid interface|In Russian|#IFZ:-:12:1991:100-104|Radiation+Stoneley wave+Harmonic force+Interface
J|1082|Bulin,N.K.|Review of the book about Ye. F. Savarensky|In Russian|#IFZ:-:12:1991:105-106|Review+Seismology+Surface wave+Observational seismology
J|1083||Automation, metrication and new work in seismometry: general editor E. S. Borisevic|In Russian|#SMP:22:-:1991:3-165|Instrument+Seismometry+Recording+Method
J|1084|Hsiao,P.T.|Prospect of petroleum exploration onshore Taiwan||Proc. Geol. Soc. China:34:3:1991:169-170|Taiwan+Petroleum+Exploration+Vibroseis|Presidential address
J|1085|Sung,Q-C.|Depositional mechanism of the Fukang Sandstone, Lichi melange, eastern Taiwan||Proc. Geol. Soc. China:34:3:1991:173-197|Taiwan+Sandstone+Deposition
J|1086|Bolt,B.A.|The precision of density estimation deep in the Earth||#QJR:32:4:1991:367-388|Density+Earth model+PREM+Wave velocity
J|1087|Fergusson,C.L.|Thin-skinned thrusting in the northern New England Orogen, central Queensland, Australia||Tectonics:10:4:1991:797-806|Queensland+Tectonics+Thrust+Reflexion study
J|1088|Silver,E.A.+Abbott,L.D.+Kirchoff-Stein,K.S.+|Collision propagation in Papua New Guinea and the Solomon Sea||Tectonics:10:5:1991:863-874|Collision+Papua New Guinea+Solomon Sea+Marine seismic investigation
J|1089|Fisher,M.A.+Collot,J-Y.+Geist,E.L.|Structure of the collision zone between Bougainville guyot and the accretionary wedge of the New Hebrides island arc, southwest Pacific||Tectonics:10:5:1991:887-903|Collision+New Hebrides+Bougainville+Marine seismic investigation
J|1090|Morgan,J.P.+Kleinrock,M.C.|Transform zone migration: implications of bookshelf faulting at oceanic and Icelandic propagating ridges||Tectonics:10:5:1991:920-935|Transform zone+Iceland+Oceanic ridge+Seismicity
J|1091|Werner,K.S.+Graven,E.P.+Berkman,T.A.+|Direction of maximum horizontal compression in western Oregon determined by borehole breakouts||Tectonics:10:5:1991:948-958|Compression+Oregon+Borehole+Focal mechanism
J|1092|Cochran,J.R.+Gaulier,J-M.+Le Pichon,X.|Crustal structure and the mechanism of extension in the northern Red Sea: constraints from gravity anomalies||Tectonics:10:5:1991:1018-1037|Crustal structure+Red Sea+Gravity+Marine geophysical investigation
J|1093|Lister,G.S.+Etheridge,M.A.+Symonds,P.A.|Detachment models for the formation of passive continental margins||Tectonics:10:5:1991:1038-1064|Continental margin+Detachment+Profile+Extension
J|1094|McBride,J.H.|Constraints on the structure and tectonic development of the early Mesozoic South Georgia rift, southeastern United States; seismic reflection data processing and interpretation||Tectonics:10:5:1991:1065-1083|Reflexion study+Structure+Tectonics+Georgia
J|1095|Burgmann,R.|Transpression along the southern San Andreas fault, Durmid Hill, California||Tectonics:10:6:1991:1152-1163|San Andreas Fault+Salton Sea+Seismicity+Plate motion
J|1096|Knott,S.D.+Turco,E.|Late Cenozoic kinematics of the Calabrian arc, southern Italy||Tectonics:10:6:1991:1164-1172|Southern Italy+Kinematics+Seismicity+Focal mechanism
J|1097|Petersen,M.D.+Seeber,L.+Sykes,L.R.+|Seismicity and fault interaction, southern San Jacinto fault zone and adjacent faults, Southern California: implications for seismic hazard||Tectonics:10:6:1991:1187-1203|San Jacinto Fault+Seismicity+Hazard+Fault
J|1098|Ebinger,C.J.+Karner,G.D.+Weissel,J.K.|Mechanical strength of extended continental lithosphere: constraints from the western rift system, East Africa||Tectonics:10:6:1991:1239-1256|East African Rift+Profile+Gravity+Continental lithosphere
J|1099|Behrendt,J.C.+LeMasurier,W.E.+Cooper,A.K.+|Geophysical studies of the west Antarctic rift system||Tectonics:10:6:1991:1257-1273|Antarctica+Rift+Reflexion study+Geophysical investigation
J|1100|Von Huene,R.+Scholl,D.W.|Observations at convergent margins concerning sediment subduction, subduction erosion, and the growth of continental crust||#RGS:29:3:1991:279-316|Continental margin+Continental crust+Subduction+Sedimentation
J|1101|Tsang,C-F.|Coupled hydromechanical-thermochemical processes in rock fractures||#RGS:29:4:1991:537-551|Rock mechanics+Hydrofracture+Joint+Process
J|1102|Whittaker,A.|Review of `The German continental deep drilling program (KTB)' edited by R. Emmermann and J. Wohlenberg||Survs Geophys.:12:4-5:1991:493-495|Review+Germany+Drilling+Seismic exploration
J|1103|Kato,N.+Nakao,S.+Yamamoto,H.+|A statistical method for detecting linear trend changes and its application to deformation rate analysis||#SRT:34:1:1991:13-34|Statistical method+Deformation+Seismicity+Pattern
J|1104|Wang,C-Y.+Yang,R-K.+Tsai,D-T.|Shallow reflection seismics using firecrackers as the source II: field experiments|With Chinese abstract|#TAO:2:3:1991:163-185|Reflexion study+Shallow structure+Field work+Firecracker
J|1105|Wen,K-L.+Yeh,Y.T.|Characteristics of strong motion durations in the SMART1 array area|With Chinese abstract|#TAO:2:3:1991:187-201|Strong motion+SMART 1 array+Taiwan+Duration
J|1106|Yu,G-K.+Chang,W-Y.|Lateral variations in upper mantle structure of the Philippine Sea basin|With Chinese abstract|#TAO:2:4:1991:281-296|Group velocity+Rayleigh wave+Upper mantle+Philippine Sea
J|1107|Wang,J-H.|A note on the correlation between b-value and fractal dimension from synthetic seismicity|With Chinese abstract|#TAO:2:4:1991:317-329|b-Value+Fractal analysis+Synthetic seismicity+Model
J|1108|Chang,Y-C.+Wang,C.+Wen,K-L.|Earthquake sounds from aftershocks following the 1986 May 20 Hualien earthquake|With Chinese abstract|#TAO:2:4:1991:331-345|Sound+Earthquake+1986+Hualien||#*HUALIEN
J|1109|Liu,C-Q.+Jia,S-X.+Du,G-H.|Result of seismic refraction soundings along the transect from Xiangshui, Jiangsu, to Mondula, Nei Mongol|In Chinese with English abstract|#SMG:13:3:1991:193-204|Refraction study+Low-velocity layer+Korea+Mongolia
J|1110|Chen,X.+Mao,Z-Y.+Wang,F-T.|The geology and seismicity of the southern Huanghai (Yellow) Sea|In Chinese with English abstract|#SMG:13:3:1991:205-212|Geology+Seismicity+Yellow Sea+Fault
J|1111|Kong,F-C.+Ding,G-Y.|Fractal geometric analysis of drainage and loess gully systems in Shanxi and its adjacent areas|In Chinese with English abstract|#SMG:13:3:1991:221-229|Shanxi+Historical seismicity
J|1112|Ma,J.|An evident NNW-trending seismic zone in west China|In Chinese|#SMG:13:3:1991:230|China+Seismic zone+Seismicity|Scientific note
J|1113|Xu,D-Y.+Huang,J-F.+Wang,X-N.|Temporal orderliness of earthquakes (M>=8) on China mainland - a new approach to the prediction of earthquakes|In Chinese and English|#SMG:13:3:1991:231-240|Temporal distribution+China+Prediction+Great earthquake
J|1114|Hu,Z.+Cui,Z-W.+Wang,J.|The origin of fissures in the loess at Zhuya, Shandong Province, and their seismogeological significance|In Chinese with English abstract|#SMG:13:3:1991:241-247|Shandong+Seismogeology+Tectonics+Fissure
J|1115|Gao,W-A.+Yu,J-Z.+Che,Y-T.|Study on the numerical simulation of the stress condition affecting sensitivity of water table in Ma-17 well to earthquake precursor|In Chinese with English abstract|#SMG:13:3:1991:269-275|Hebei+Precursor+Water table+Numerical analysis
J|1116|Xu,J.+Deng,Q-D.+Zhang,Y-X.+|Structural features and seismicity in Jianghan-Dongting Lake basin|In Chinese with English abstract|#SMG:13:4:1991:332-342|Seismicity+Rift+Jianghan+Basin
J|1117|Yu,W-X.+Cai,T-J.+Hou,X-Y.|Deformation zone of M = 7.6 Lancang earthquake|In Chinese with English abstract|#SMG:13:4:1991:343-352|Yunnan+Earthquake+Deformation+1988||#*YUNNAN88A|#*YUNNAN88B
J|1118|Lei,T-C.+Wang,Y-D.+Ou,B-S.|Surface rupture pattern by Xunwu earthquake of magnitude 5.5 on August 2, 1987|In Chinese with English abstract|#SMG:13:4:1991:353-360|Earthquake+1987+Jiangxi+Rupture||#*XUNWU87A
J|1119|Wu,Z-X.+Guo,C-H.|Petrological model for structure of continental crust in east Hebei Province|In Chinese with English abstract|#SMG:13:4:1991:369-376|Hebei+Continental crust+Profile+Petrology
J|1120|Hou,J-J.|Geometrical study on detachment depth of tilted block|In Chinese with English abstract|#SMG:13:4:1991:377-383|Depth+Microearthquake+Lin Xian
J|1121|Khalturin,V.I.+Shomahmadov,A.M.+Gedakyan,E.G.+|Amplification of ground motions intensity in Leninakan|In Russian|#VIS:32:-:1991:5-14|Amplification+Ground motion+Armenia+1988||#*ARMENIA88
J|1122|Grayzer,V.M.+Parini,I.E.|Ground motions of the Spitak earthquake and some of the strongest aftershocks|In Russian|#VIS:32:-:1991:15-21|Ground motion+Aftershock+Spitak+1988||#*ARMENIA88
J|1123|Molotkov,S.G.|Strong ground motions response spectra for the Spitak 07.12.1988 earthquake epicentral zone|In Russian|#VIS:32:-:1991:21-25|Strong motion+Response+Spitak+1988||#*ARMENIA88
J|1124|Kondorskaya,N.V.+Mkrtchan,M.B.+Lagova,N.A.|Analysis of the Spitak 07.12.1988 earthquake and its strong aftershocks by investigation of station recordings from near and teleseismic stations|In Russian|#VIS:32:-:1991:25-36|Spitak+1988+Aftershock+Recording||#*ARMENIA88
J|1125|Shebalin,N.V.|Estimation of the size and position of the Spitak earthquake focus by macroseismic data|In Russian|#VIS:32:-:1991:36-44|Spitak+1988+Focus+Macroseismic data||#*ARMENIA88
J|1126|Rogozhin,Ye.A.+Rybakov,L.N.+Bogachkin,B.M.+|Surface residual deformations reflecting the displacement character of the Spitak earthquake focus|In Russian|#VIS:32:-:1991:45-59|Spitak+1988+Deformation+Focus||#*ARMENIA88
J|1127|Nikonov,A.A.+Ponomareva,O.N.|The Crimea strong earthquakes of the XIX century second half|In Russian|#VIS:32:-:1991:59-76|Strong earthquake+Crimea+19th century+Intensity
J|1128|Lander,A.V.+Shteinberg,V.V.|The Northern California 18 October 1989 earthquake|In Russian|#VIS:32:-:1991:76-87|Earthquake+1989+Loma Prieta+Mechanism||#*LOMAPRIETA89
J|1129|Bune,V.I.+Brouchek,I.+Szeidovitz,D.+|The west Carpathian and boundary territories earthquakes catalogue, with M>=4.8|In Russian|#VIS:32:-:1991:87-100|Carpathians+Catalogue+Magnitude+1443-1986
J|1130|Bune,V.I.+Brouchek,I.+Szeidovitz,D.+|The seismic activity map of the west Carpathian and boundary territories|In Russian|#VIS:32:-:1991:100-106|Map+Seismicity+Carpathians+1443-1986
J|1131|Ananyin,I.V.|Seismic active zones of the East European platform and the Urals|In Russian|#VIS:32:-:1991:106-121|Zone+Seismicity+East European Platform+Urals
J|1132|Mokrushina,N.G.+Shebalin,N.V.|Quality estimation of strong shaking prediction on the USSR territory seismic regionalization maps. Part II. OSR-78 map|In Russian|#VIS:32:-:1991:122-125|USSR+Map+Regionalization+Intensity
J|1133|Belousov,T.P.|The recent morphostructural plan and the seismicity of the Pamir and Tien Shan joint zone by plate tectonics position|In Russian|#VIS:32:-:1991:126-136|Plate tectonics+Pamirs+Tien Shan+Seismicity
J|1134|Sokolov,V.Yu.|Estimation of probable earthquake motions spectra and response spectra with regard for local ground conditions|In Russian|#VIS:32:-:1991:137-147|Response+Spectrum+Ground motion+Ground condition
J|1135|Gusev,A.A.|About correction of documents regulated antiseismic measures in the USSR|In Russian|#VIS:32:-:1991:147-161|USSR+Correction+Antiseismic measure+Intensity
J|1136|Popova,E.V.+Geraskina,S.V.+Allanaurov,I.Kh.+|About accounting of unfavourable ground conditions|In Russian|#VIS:32:-:1991:161-169|Ground condition+Antiseismic design+Intensity+Liquefaction
J|1137|Idarmachev,Sh.G.+Musiev,A.R.+Asmanov,O.A.|Investigation of Chirkey GES region seismicity with using the model of rupture accumulation kinetics|In Russian|#VIS:32:-:1991:170-176|Seismicity+Chirkey+Rupture+Kinetics
J|1138|Pavlov,O.V.+Ivanov,F.I.+Potapov,V.A.|Criteria of plastic elasticity of rocks by dynamic loadings|In Russian|#VIS:32:-:1991:176-187|Rock+Plasticity+Dynamic analysis+Loading
J|1139|Belousov,T.P.|The mount's Opuk ancient relief dislocations on the south of Kerch peninsula|In Russian|#VIS:32:-:1991:187-189|Dislocation+Crimea
J|1140|Anghel,M.|Model of organization of matter structure at the hierarchical level of the tectonic plates and applications. Part II||#RRG:34:-:1990:3-15|Tectonics+Plate+Prediction
J|1141|Enescu,D.+Zugravescu,D.|Geodynamic considerations regarding the eastern Carpathians arc bend, based on studies of Vrancea earthquakes||#RRG:34:-:1990:17-34|Geodynamics+Carpathians+Vrancea+Arc
J|1142|Marza,V.I.+Burlacu,V.|Revised Gutenberg-Richter energy-magnitude relation and redefined Kanamori moment-magnitude scale||#RRG:34:-:1990:35-39|Energy+Moment+Magnitude scale+Gutenberg & Richter
J|1143|Lazarescu,V.+Radulescu,F.+Vasilescu-Pelcea,G.+|Distribution of earthquake energy in the Vrancea region||#RRG:34:-:1990:41-47|Distribution+Energy+Vrancea+Focus
J|1144|Morosanu,I.|Preoligocene formations tectonics as identified by means of seismic data in "Portita-Lebada" area (Romanian continental shelf of the Black Sea)||#RRG:34:-:1990:79-87|Black Sea+Tectonics+Profile+Romania
J|1145|Chiscan,E.+Popescu,A.+Varodin,V.+|Evolution in seismic prospecting technologies for tectonical and morphological complicated areas with oil and gases prospectives|In Romanian with English abstract|#SGG:28:-:1990:25-38|Seismic prospecting+Romania+Oil+Gas
J|1146|Pompilian,A.+Radulescu,F.+Biter,M.|Seismic researches in central and southern Dobrudja|In Romanian with English abstract|#SGG:29:-:1991:21-30|Profile+Dobrogea+Romania+Crustal structure
J|1147|Cadek,O.+Martinec,Z.|Spherical harmonic expansion of the Earth's crustal thickness up to degree and order 30||#SGE:35:3:1991:151-165|Crustal thickness+Spherical harmonics+Mohorovicic discontinuity
J|1148|Sileny,J.+Panza,G.F.|Inversion of seismograms to determine simultaneously the moment tensor components and source time function for a point source buried in a horizontally layered medium||#SGE:35:3:1991:166-183|Inversion+Moment tensor+Source time function+Point source+Layered medium
J|1149|Plesinger,A.+Neunhofer,H.+Wielandt,E.|Crust and upper mantle structure of the Bohemian Massif from the dispersion of seismic surface waves||#SGE:35:3:1991:184-195|Bohemian Massif+Dispersion+Surface wave+Crustal structure
J|1150|Jansky,J.+Kvasnicka,M.|Theoretical short-period pPKP and PKP wave amplitudes||#SGE:35:3:1991:196-202|pPKP-wave+PKP-wave+Amplitude+Southwest Pacific
J|1151|Kvasnicka,M.+Jansky,J.|Theoretical short-period PKiKP/PKIKP magnitude calibrating curves for deep foci||#SGE:35:3:1991:203-212|Magnitude+Calibration+Deep-focus earthquake+PKiKP-wave+PKIKP-wave
J|1152|Wendt,S.+Tittel,B.|Calibrating function and station corrections for PKP waves in the vicinity of a caustic||#SGE:35:3:1991:213-220|Calibration+Station correction+PKP-wave+Caustic
J|1153|Christoskov,L.+Kondorskaya,N.V.+Vanek,J.|Homogeneous magnitude system with unified level for usage in seismological practice||#SGE:35:3:1991:221-233|Homogeneous Magnitude System+Surface wave+Body wave
J|1154|Slavik,J.+Kalenda,P.+Holub,K.|Quantitative analysis of travel-time curves of seismic events in the Ostrava-Karvina coal mining district||#SGE:35:3:1991:234-243|Travel-times+Mine tremor+Ostrava-Karvina+Coal
J|1155|Karnik,V.|On the up-dating of the MSK-64 scale - a commentary||#SGE:35:4:1991:260-266|Intensity+MSK-Scale+Ground motion
J|1156|Tobyas,V.+Mittag,R.|Local magnitude, surface wave magnitude and seismic energy||#SGE:35:4:1991:354-357|Local magnitude+Surface wave+Magnitude+Energy
J|1157|Kurata,E.+Iai,S.|Annual report on strong-motion earthquake records in Japanese ports (1990)|With Japanese abstract|#TNP:-:705:1991:1-147|Earthquake+Japan+1990+Strong-motion instrument+Network+Data processing
J|1158|Dubinski,J.+Fajklewicz,Z.+Jakiel,K.+|Complex microgravimetric and seismological survey in hard coal mine "Gottwald"|In Polish with English abstract|#PAA:-:235:1991:17-30|Seismic survey+Coal mine+Gravimetric data
J|1159|Materzok,R.+Janik,T.+Grzebyk,W.+|Modelling of seismic wave fields in the Lubin-Glogow copper region|In Polish with English abstract|#PAA:-:235:1991:43-50|Modelling+Wave field+Rockburst+Mining
J|1160|Vilhelm,J.|Application of shallow refraction seismics in the interpretation of geological structure|With Polish abstract|#PAA:-:235:1991:59-60|Seismics+Refraction+Geologic structure|Abstract only
J|1161|Kasina,Z.|Reconstruction of velocity heterogeneities of medium in the inverse seismic curvilinear tomography problem|In Polish with English abstract|#PAA:-:235:1991:61-76|Tomography+Reconstruction+Heterogeneous medium+Numerical modelling
J|1162|Malek,J.+Fischer,T.+Coubal,M.|Computation of regional stress tensor from small scale tectonic data|With Polish abstract|#PAA:-:235:1991:77-92|Fault plane+Stress+Tensor
J|1163|Teisseyre,R.|Tensile strength and the rebound seismic in-plane processes|With Polish abstract|#PAA:-:235:1991:93-99|Crack+Mining tremor+Rebound+Rock mechanics
J|1164|Krol,M.+Ochmanski,M.+Wiejacz,P.|An attempt of mechanism determination of mining shocks in copper mines|In Polish with English abstract|#PAA:-:235:1991:101-120|Mining+Mechanism+Shock+P-wave
J|1165|Syrek,B.+Wiejacz,P.|An attempt to determine focal mechanism of October 11, 1985 shock in mine "Gottwald"|In Polish with English abstract|#PAA:-:235:1991:121-130|Focal mechanism+1985+Shock+Mine
J|1166|Drzezla,B.+Pham Quang,A.+Daoud,M.|Statistical models of seismic hazard for mining shocks in the "Wujek" mine|In Polish with English abstract|#PAA:-:235:1991:131-142|Hazard+Shock+Mine+Statistical method
J|1167|Lasocki,S.|Predictive ability of models for distribution of tremor energy|In Polish with English abstract|#PAA:-:235:1991:143-151|Mining tremor+Model+Prediction+Energy
J|1168|Nowak,J.+Stec,K.|Relation between the energy of tremors and the depth of coal mining|In Polish with English abstract|#PAA:-:235:1991:153-162|Mining tremor+Energy+Depth+Coal mine+Upper Silesia
J|1169|Idziak,A.+Sagan,G.+Zuberek,W.M.|An analysis of energy distributions of shocks from the Upper Silesian coal basin|In Polish with English abstract|#PAA:-:235:1991:163-182|Energy+Shock+Coal field+Upper Silesia
J|1170|Kalenda,P.+Slavik,J.+Holub,K.+|Determination of energy of seismic events from records of apparatus DSLA|With Polish abstract|#PAA:-:235:1991:183-187|Energy+Digital recording+Underground site
J|1171|Kalab,Z.|Regional diagnostic polygon in the Ostrava-Karvina coal field (OKR)|With Polish abstract|#PAA:-:235:1991:189-196|Equipment+Coal field+Ostrava-Karvina+Network
J|1172|Drzezla,B.+Bialek,J.+Jaworski,A.+|Distributions of the number and energy of mining shocks nearby active longwall excavations|In Polish with English abstract|#PAA:-:235:1991:197-202|Energy+Shock+Mining
J|1173|Makowski,R.+Gronowski,J.|Evaluation of the error in rock mass vibration frequency estimation in some spectral methods of seismic signal analysis|In Polish with English abstract|#PAA:-:235:1991:203-218|Frequency+Error+Spectral analysis+Signal
J|1174|Holub,K.+Vajter,Z.+Knotek,S.+|Application of results of seismologic monitoring during the operation of mine workings in the Ostrava-Karvina coal basin|With Polish abstract|#PAA:-:235:1991:219-228|Monitoring+Mining+Ostrava-Karvina+Coal field
J|1175|Kalenda,P.+Slavik,J.+Holub,K.+|Automated way of wave groups identification on records of seismic events in the Ostrava-Karvina coal basin|With Polish abstract|#PAA:-:235:1991:229-234|Ostrava-Karvina+Coal field+Automatic processing+Identification
J|1176|Kornowski,J.|The provoked seismic activity (WAS) method for rockburst hazard evaluation. Part I: a model|In Polish with English abstract|#PAA:-:235:1991:235-250|Rockburst+Hazard+Model+Acoustic emission
J|1177|Kornowski,J.|The induced seismoacoustic activity (WAS) method for rockburst hazard evaluation. Part II: subjective hazard and its estimation|In Polish with English abstract|#PAA:-:235:1991:251-262|Rockburst+Hazard+Seismoacoustics+Estimation
J|1178|Glowacka,E.+Pilecki,Z.|The use of seismoacoustic anomalies in the evaluation of probability of shock occurrence. A case study of records from mine "Marcel"|In Polish with English abstract|#PAA:-:235:1991:263-274|Seismoacoustics+Anomaly+Probability+Mine tremor
J|1179|Barabas,S.|Radon concentration in deposit gases and rockburst hazard in copper ore mines|In Polish with English abstract|#PAA:-:235:1991:333-340|Radon+Rockburst+Hazard+Mine
J|1180|Lebecka,J.+Mnich,K.+Lebecki,K.+|Radon in gases of outburst-prone zones of mine "Nowa Ruda"|In Polish with English abstract|#PAA:-:235:1991:347-358|Radon+Mine+Rockburst
J|1181|Guterch,A.+Grad,M.+Materzok,R.+|Structure of the lower crust of the Paleozoic Platform in Poland from seismic wide-angle and near-vertical reflection surveys|With Polish abstract|#PAA:-:236:1991:41-62|Lower crust+Poland+Crustal structure+Reflexion study
J|1182|Lund,C-E.+Grad,M.+Guterch,A.|Seismic structure of the Earth's crust and lower lithosphere beneath the southern part of the Baltic Sea|With Polish abstract|#PAA:-:236:1991:63-83|Crustal structure+Baltic Sea+Lower lithosphere+EUGENO-S
J|1183|Grabowska,T.+Raczynska,M.|Structure of the Earth's crust on the Polish lowland in the light of gravimetric modelling|With Polish abstract|#PAA:-:236:1991:85-110|Crustal structure+Poland+Deep seismic sounding+Gravimetric data
J|1184|Janik,T.+Materzok,R.|The structure of the Earth's crust and its model representation in the Fore-Sudetic monocline along profile M-13 (2-X-77/78) (Gorzow Wlkp. - Kalisz)|With Polish abstract|#PAA:-:236:1991:111-124|Profile+Crustal structure+Poland+Refraction study
J|1185|Grad,M.+Trung Doan,T.+Klimkowski,W.|Seismic models of sedimentary cover of the Precambrian and Paleozoic Platforms in Poland|With Polish abstract|#PAA:-:236:1991:125-145|Poland+Sedimentary cover+Model+Refraction study
J|1186|Guterch,A.+Luosto,U.+Grad,M.+|Seismic studies of crustal structure in the Teisseyre-Tornquist zone in northwestern Poland (preliminary report)|With Polish abstract|#PAA:-:236:1991:147-156|Crustal structure+Poland+Refraction study
J|1187|Karnkowski,P.+Weil,W.|An outline of the oil and gas geology of Poland|With Polish abstract|#PAA:-:236:1991:157-181|Seismic prospecting+Oil+Gas+Poland
J|1188|Maj,S.|A geothermal model of the Precambrian Platform in Poland (extended summary)|With Polish abstract|#PAA:-:236:1991:245-250|Poland+Profile+Thermal model
J|1189|Goldin,S.V.|Decomposition of geometrical approximation of a reflected wave|In Russian with English abstract|#GGS:-:7:1991:128-137|Decomposition+Geometry+Reflected wave+Refraction
J|1190|Hansen,S.|Traveltimes in common midpoint sections of anisotropic media|In Russian|#GGS:-:7:1991:137-144|Travel-times+Common midpoint+Anisotropy
J|1191|Druskin,V.L.+Shchedrina,S.V.|Optimization in iterative methods of ordinary type used in geophysical inversion|In Russian with English abstract|#GGS:-:8:1991:115-122|Iterative method+Inversion+Geophysics+Algorithm
J|1192|Kotlyar,P.Ye.+Chikov,B.M.|Heat effect of energetic structures as a possible source of seismo-tectonic equilibrium disturbance|In Russian with English abstract|#GGS:-:8:1991:128-130|Nuclear power plant+Seismotectonics+Heat+Source
J|1193|Telegin,A.N.+Tikhonova,I.M.|Potentialities of reflection shooting in searching for kimberlite pipes|In Russian with English abstract|#GGS:-:8:1991:131-137|Kimberlite pipe+Inhomogeneity+Reflexion study+Prospecting
J|1194|Kuzmin,S.B.|Exogenic active layer in zones of dynamic effect of faults|In Russian with English abstract|#GGS:-:9:1991:68-72|Geodynamics+Fault
J|1195|Druzhinin,A.B.|Two-dimensional seismic modelling in paraxial ray approximation with edge diffraction in inhomogeneous anisotropic media|In Russian with English abstract|#GGS:-:9:1991:105-114|Inhomogeneous medium+Modelling+Ray tracing+Diffraction
J|1196|Dzhurik,V.I.+Drennov,A.F.|Effect of deep and shallow heterogeneities on dynamics of seismic signals|In Russian with English abstract|#GGS:-:9:1991:115-122|Heterogeneity+Signal+Microregionalization
J|1197|Goldin,S.V.+Gritsenko,S.A.+Polyakov,D.B.|A method of estimation of effective velocities|In Russian with English abstract|#GGS:-:10:1991:89-97|Algorithm+Velocity+Common depth point
J|1198|Madatov,A.G.+Mitrofanov,G.M.+Sereda,V-A.I.|Approximation approach in dynamic analysis of multichannel seismograms. 1. Model conceptions|In Russian with English abstract|#GGS:-:10:1991:97-106|Dynamic analysis+Model+Seismogram+Common depth point
J|1199|Zaikin,A.D.+Golikov,N.A.|Low-frequency elastic waves in consolidated granulated media saturated with viscous fluid|In Russian with English abstract|#GGS:-:10:1991:107-112|Elastic wave+Granular medium+Low frequency+Pore fluid
J|1200|Druzhinin,A.B.|Diffraction of seismic waves by an irregular edge of the interface of arbitrary elastic media|In Russian with English abstract|#GGS:-:10:1991:113-122|Diffraction+Seismic waves+Interface+Elastic medium
J|1201|Madatov,A.G.+Mitrofanov,G.M.+Sereda,V-A.I.|Approximation approach in dynamic analysis of multichannel seismograms. 2. Parameter estimation|In Russian with English abstract|#GGS:-:11:1991:117-127|Dynamic analysis+Seismogram+Model+Estimation
J|1202|Seleznev,V.S.+Solov'ev,V.M.+Zhemchugova,I.V.|The use of areal systems of refracted wave observations under deep seismic sounding|In Russian with English abstract|#GGS:-:11:1991:128-142|Refracted wave+Deep seismic sounding+Velocity
J|1203|Nikolaev,V.V.+Golenetskii,S.I.+Semenov,R.M.+|Geological conditions of generation and macroseismic manifestations of the south-Yakutian earthquake on 20(21) April, 1989|In Russian with English abstract|#GGS:-:12:1991:110-118|Earthquake+1989+Yakutiya+Macroseismic data
J|1204|Gol'tsman,F.M.+Kalinin,D.F.|Modification of schemes for data treatment of multiple seismic wave tracing when outlining local inhomogeneities|In Russian with English abstract|#GGS:-:12:1991:119-125|Inhomogeneity+Common depth point+Multiple wave
J|1205|Imayev,V.S.|Late Cenozoic overthrusts, upthrows and fold dislocations within the Chersky seismic belt area (eastern Yakutia)|In Russian with English abstract|#GTK:-:4:1991:109-116|Yakutiya+Cenozoic+Dislocation+Strike-slip
J|1206|Vong,Kh.K.+Nikolaev,V.G.|New data on the structure of the Baikal basin sedimentary cover|In Russian|#GTK:-:4:1991:117-120|Structure+Sedimentary cover+Baikal+Reflexion|In brief
J|1207|Holloway,S.+Reay,D.M.+Donato,J.A.+|Distribution of granite and possible Devonian sediments in part of the East Shetland Platform, North Sea||#JGL:148:4:1991:635-638|North Sea+Granite+Sediment+Profile|Short paper
J|1208|Hillis,R.R.|Chalk porosity and Tertiary uplift, Western Approaches Trough, SW UK and NW French continental shelves||#JGL:148:4:1991:669-679|Porosity+Western Approaches+Chalk+Continental shelf
J|1209|Le Gall,B.|Crustal evolutionary model for the Variscides of Ireland and Wales from SWAT seismic data||#JGL:148:4:1991:759-774|SWAT+Variscides+Crust+Evolution
J|1210|Blundell,D.J.|Some observations on basin evolution and dynamics||#JGL:148:5:1991:789-800|European Geotraverse Project+Basin+Evolution+Dynamics
J|1211|Whittaker,A.+Cope,J.C.W.+Cowie,J.W.+|A guide to stratigraphical procedure||#JGL:148:5:1991:813-824|Stratigraphy
J|1212|Todd,S.P.+Murphy,F.C.+Kennan,P.S.|On the trace of the Iapetus suture in Ireland and Britain||#JGL:148:5:1991:869-880|Iapetus suture+Britain+Ireland+Dipping layer
J|1213|Jones,J.A.|A mountain front model for the Variscan deformation of the South Wales coalfield||#JGL:148:5:1991:881-891|Wales+Coal field+Variscan+Model
J|1214|Sanderson,D.J.+Roberts,S.+McGowan,J.A.+|Hercynian transpressional tectonics at the southern margin of the central Iberian zone, west Spain||#JGL:148:5:1991:893-898|Tectonics+Spain+Shear zone+Faulting
J|1215|Chalmers,J.A.|New evidence on the structure of the Labrador Sea/Greenland continental margin||#JGL:148:5:1991:899-908|Reflexion study+Continental margin+Labrador Sea+Greenland
J|1216|Bentham,P.+Collier,R.E.Ll.+Gawthorpe,R.L.+|Tectono-sedimentary development of an extensional basin: the Neogene Megara Basin, Greece||#JGL:148:5:1991:923-934|Tectonics+Sedimentary basin+Greece+Fault
J|1217|Williams,G.D.+Dobb,A.|Tectonics and seismic sequence stratigraphy||#JGL:148:5:1991:935-937|Tectonics+Stratigraphy+Sequence+Conference|Conference report
J|1218|Devey,C.W.+Stephens,W.E.|Tholeiitic dykes in the Seychelles and the original spatial extent of the Deccan||#JGL:148:6:1991:979-983|Dipping reflector+Deccan+Seychelles+Spatial distribution
J|1219|Buravtsev,A.A.+Ostrovskii,A.A.|The generalized seismic properties of the lithosphere in the northwest Pacific Basin|In Russian with English abstract|#OKN:31:5:1991:799-807|Lithosphere+Northwest Pacific+Velocity+Down-hole recording
J|1220|Sborshchikov,I.M.+Kashintsev,G.I.+Gol'mshtok,A.Ya.+|The geological structure of the rise of Afanasiy Nikitin in the zone of intraplate deformation of the Indian Ocean|In Russian with English abstract|#OKN:31:5:1991:846-852|Geology+Indian Ocean+Deformation+Marine geophysical investigation
J|1221|Dmitrevsky,N.N.+Kuznetsov,V.N.+Kulikov,A.V.+|On the question of measuring of the sound velocity in the sea sediments by the acoustic methods|In Russian with English abstract|#OKN:31:6:1991:1071-1075|Acoustics+Sound+Sediment+Velocity
J|1222|Seroglazov,R.R.|The endogenous properties of short-period microseisms|In Russian with English abstract|#VSM:-:4:1991:32-43|Microseism+Deformation+Stick-slip
J|1223|Bondarenko,V.I.|Seismoacoustic investigations in the Lvinaya Past Caldera|In Russian with English abstract|#VSM:-:4:1991:44-53|Seismoacoustics+Iturup Island+Caldera+Fault
J|1224|Vidmont,N.A.+Khavroshkin,O.B.+Tsyplakov,V.V.|Specific features and feasibility of recording of seismic noise of the inner points of the medium|In Russian with English abstract|#VSM:-:4:1991:54-60|Noise+Borehole+Recording+Oil
J|1225|Malyshev,A.I.|Dynamics of self-developing processes|In Russian with English abstract|#VSM:-:4:1991:61-72|Dynamics+Equation+Hazard+Large earthquake
J|1226|Kovachev,S.A.+Levchenko,D.G.+Solov'ev,S.L.|Earthquake recording on the ocean floor depending on frequency band of seismometric channel|In Russian with English abstract|#VSM:-:4:1991:86-90|Recording+Ocean-bottom seismograph+T-phase|Brief communication
J|1227|Saprygin,S.M.+Zavadsky,I.G.+Yakushko,G.G.|Shadow zone of the hydrogeodynamic earthquake precursor|In Russian with English abstract|#VSM:-:4:1991:91-96|Precursor+Shadow zone+Kuril Islands+Compression|Brief communication
J|1228|Kontar',E.A.+Levchenko,D.G.+Solov'ev,S.L.|The influence of benthic currents in combination with the bottom topography on noise conditions at the observational point|In Russian with English abstract|#VSM:-:4:1991:97-103|Noise+Ocean-bottom seismograph+Crete|Brief communication
J|1229|Morgunov,V.A.+Lubashevsky,M.N.+Fubrizius,V.Z.+|Geoacoustic precursor of Spitak earthquake|In Russian with English abstract|#VSM:-:4:1991:104-106|Precursor+Geoacoustics+Spitak+1988|Brief communication|#*ARMENIA88
J|1230|Tokarev,P.I.|On possible mechanism of flank volcanic eruptions|In Russian with English abstract|#VSM:-:5:1991:56-68|Eruption+Klyuchevskoy+Volcanic tremor+Fissure
J|1231|Smirnov,V.B.+Cherepantsev,A.S.|Relationship between high-frequency seismic noise parameters and the dynamics of geophysical medium|In Russian with English abstract|#VSM:-:5:1991:69-82|High frequency+Noise+Dynamics+Geophysical medium
J|1232|Piip,V.B.+Efimova,E.A.+Gontovaya,L.I.|Interpretation of seismic wave curves along the profile of refracted waves in the region of the Klyuchevskoy volcano|In Russian with English abstract|#VSM:-:5:1991:83-91|Klyuchevskoy+Refraction study+Volcano
J|1233|Khachai,O.A.+Korotaev,S.M.+Troyanov,A.K.+|The results of application of causal analysis to the phenomena of seismoacoustic and electromagnetic emission|In Russian with English abstract|#VSM:-:5:1991:92-99|Seismoacoustics+Electromagnetic emission+Noise+Gap
J|1234|Dozorov,T.A.+Kontar',E.A.+Solov'ev,S.L.|On influence of the near-bottom currents and temperature variation of water on registration of seismic oscillations on the ocean floor|In Russian with English abstract|#VSM:-:5:1991:100-107|Noise+Ocean-bottom seismometer+Atlantic Ocean
J|1235|Zharinov,N.A.+Gorel'chik,V.I.+Zhdanova,E.Yu.+|Eruption of the northern group volcanoes in 1988-1989|In Russian with English abstract|#VSM:-:6:1991:3-33|Klyuchevskoy+1988-1989+Volcanic tremor+Geodetic survey
J|1236|Avetisov,G.P.|Earthquake hypocenters and focal mechanisms in the delta of the Lena River and its surroundings|In Russian with English abstract|#VSM:-:6:1991:59-69|Lena Delta+Hypocentre+Focal mechanism+1985-1988
J|1237|Disler,V.N.+Avtandilova,N.I.|On potentialities for paleoseismic reconstructions based on travertines|In Russian with English abstract|#VSM:-:6:1991:111-122|Limestone+Palaeoseismology+Displacement
B|1238||Annual Report of the Director of the Geophysical Laboratory|1990-1991|Irvine,T.N.|Global convection and Hawaiian upper mantle structure||1991:Washington:Geophysical Laboratory, Carnegie Institution|Hawaii+Mantle convection+Structure+Tomography|p3-11
J|1239|Bolt,B.A.|The precision of density estimation deep in the Earth||Observatory:111:1105:1991:278-280|PREM+Density+Earth model|1991 Harold Jeffreys Lecture given to the Royal Astronomical Society
J|1240||Review of `History at risk - Loma Prieta: seismic safety and historic buildings' by J. F. Merritt||Nat. Haz. Observer:15:6:1991:12|Review+Loma Prieta+Safety+Building
J|1241||Review of `The engineers' view - Loma Prieta: historic buildings, earthquake damage and seismic strengthening' by J. Kariotis, N. Roselund and M. Krakower||Nat. Haz. Observer:15:6:1991:13|Review+Loma Prieta+Damage+Building
J|1242||Review of `Workshop on modelling earthquake casualties for planning and response' by VSP Associates, Inc||Nat. Haz. Observer:15:6:1991:13|Review+Workshop+Casualties+Modelling
J|1243||Review of `The San Andreas fault system, California' by R. Wallace||Nat. Haz. Observer:15:6:1991:19|Review+San Andreas Fault+Historical earthquake+Seismicity
J|1244||Review of `Peace of mind in earthquake country' by P. I. Yanev||Nat. Haz. Observer:16:2:1991:19|Review+United States+Hazard+Mitigation
J|1245|Kowalik,Z.+Whitmore,P.M.|Numerical investigation of two tsunamis recorded at Adak, Alaska||Tsunami Newsl.:24:2:1991:13-15|Adak+Tsunami+Model|Extended abstract
J|1246|Scerbo,F.+Mazzotti,A.|Geostatistical estimates of porosity from seismic data||#BGT:33:130-131:1991:85-110|Porosity+Statistical method+Reservoir+Reflexion data
J|1247|Di Maio,R.+Patella,D.|Basic theory of electrokinetic effects associated with earthquakes||#BGT:33:130-131:1991:145-154|Precursor+Seismoelectric effect+Focus+Theory
J|1248|Del Ben,A.+Finetti,I.+Rebez,A.+|Seismicity and seismotectonics at the Alps-Dinarides contact||#BGT:33:130-131:1991:155-176|Historical seismicity+Seismotectonics+Alps+Dinarides||#*FRIULI
J|1249|Rebez,A.+Renner,G.|Duration magnitude for the northeastern Italy seismometric network||#BGT:33:130-131:1991:177-186|Duration magnitude+Italy+Network+Formula
J|1250|Stanishkova,I.+Slejko,D.|Some seismotectonic characteristics of Bulgaria||#BGT:33:130-131:1991:187-210|Seismotectonics+Bulgaria+Zoning+Historical seismicity||#*STRAZHITSA
J|1251|Ebblin,C.|Present-stress orientation estimates in Abruzzo, central Italy||#BGT:33:130-131:1991:223-229|Stress+Italy+Orientation+Geodynamics
J|1252|Georgiev,T.+Shanov,S.|Contemporary geodynamics of the western part of the Moesian Platform (Lom Depression)|In Bulgarian with Russian and English abstracts|#BGS:17:3:1991:3-9|Bulgaria+Geodynamics+Tectonics+Fault plane solution||#*BULGARIA87
J|1253|Ilieva,M.A.+Tzvetashka,E.A.|Physical modelling of the seismic waves in some models of gradient media|In Bulgarian with Russian and English abstracts|#BGS:17:3:1991:10-16|Seismic waves+Gradient+Modelling+Reflexion
J|1254|Samardjieva,E.|An analysis of the number of casualties from strong earthquakes in the world during the present century (1900-1990)|With Russian abstract|#BGS:17:3:1991:17-22|Casualties+Strong earthquake+1900-1990+Destructive earthquake
J|1255|Samardjiev,T.+Gassilov,N.+Depuev,V.K.+|On the empirical models of Ne(h)-profiles in the F2 region for the territory of Bulgaria|In Russian with English abstract|#BGS:17:3:1991:23-28|Ionosphere+Bulgaria+Precursor+1986||#*VRANCEA86
J|1256|Lingova,S.+Rizhikova,S.|Kiro Kirov (under the heading of 100 years Bulgarian seismology)|In Bulgarian|#BGS:17:3:1991:88-89|Bulgaria+Seismology
J|1257|Kirov,K.|Economic importance of the seismological service|In Bulgarian with English summary|#BGS:17:3:1991:90-91|Economics+Bulgaria+Balkans
B|1258||Proceedings of the NIPR Symposium on Antarctic Geosciences|5|Kaminuma,K.+Akamatsu,J.|Intermittent micro-seismic activities around Syowa Station, east Antarctica||1991:Tokyo:National Institute of Polar Research|Antarctica+Microearthquake+Aseismic region+1987-1989|p1-10
B|1259||Proceedings of the NIPR Symposium on Antarctic Geosciences|5|Shibuya,K.+Kaminuma,K.+Ito,K.+|Planned explosion seismic experiments in east Queen Maud Land using a penetrator||1991:Tokyo:National Institute of Polar Research|Velocity structure+Explosion+Antarctica+Profile|p29-38
B|1260||Proceedings of the NIPR Symposium on Antarctic Geosciences|5|Asakawa,S.+Kaminuma,K.+Shimizu,H.|Seismic activity of Mount Erebus, Antarctica in 1989||1991:Tokyo:National Institute of Polar Research|Erebus, Mt.+1989+Activity+Volcanic tremor|p39-45
B|1261||Proceedings of the NIPR Symposium on Antarctic Geosciences|5|Takanami,T.+Kitagawa,G.|Extraction of microearthquake signals recorded by the seismic network on Mt. Erebus, Ross Island, Antarctica||1991:Tokyo:National Institute of Polar Research|Erebus, Mt.+Microearthquake+Signal+Noise|p46-52
B|1262||Proceedings of the NIPR Symposium on Antarctic Geosciences|5|Kagami,H.+Kuramochi,H.+Shima,Y.|Submarine canyons in the Bellinghausen and Riiser-Larsen Seas around Antarctica||1991:Tokyo:National Institute of Polar Research|Reflexion study+Antarctica+Canyon+Marine seismic investigation|p84-98
A|1263|Kozak,J.+Thompson,M-C.|Historic earthquakes in Europe||1991:Zurich:Swiss Reinsurance Company|Historical earthquake+Europe+Damage|72p
A|1264|e*Mezcua,J.+Udias,A.|Seismicity, seismotectonics and seismic risk of the Ibero-Maghrebian region||1991:Madrid:Instituto Geografico Nacional|Symposium+Iberian Peninsula+North Africa+Seismicity+Seismotectonics+Risk|390p. Monografia No.8
A|1265|Clayson,A.|Standing up to natural disasters||1991:Paris:UNESCO|IDNDR+Natural disaster+Hazard|47p
A|1266||Earthquake prediction: state-of-the-art|In French and English|1991:Strasbourg:European-Mediterranean Seismological Centre|Conference+Prediction+Public policy|32p. Conclusions of a Conference held in Strasbourg, October 1991
A|1267||Proceedings of the fourth international conference on seismic zonation||1991:Oakland, California:Earthquake Engineering Research Institute|Proceedings+Zoning+Mitigation+IDNDR|2200p. Three volume proceedings of a Conference held at Stanford University, August 1991
A|1268|Hatamoto,H.+Bessho,S.+Matsuzaki,Y.|Reinforced concrete wide-beam-to-column subassemblages subjected to lateral load||1991:Tokyo:Kajima Technical Research Institute Kajima Corporation|Reinforced concrete+Laboratory+Beam+Column|23p. KaTRI Report No.88
B|1269|#MND1|Anderson,M.B.|Which costs more: prevention or recovery?|#MND2|Natural disaster+Planning|p17-27
B|1270|#MND1|Kreimer,A.+Echeverria,E.|Case study: housing reconstruction in Mexico City|#MND2|Mexico City+Building+Earthquake+1991|p53-61|#*MEXICOCITY
B|1271|#MND1|Pantelic,J.|The link between reconstruction and development|#MND2|Earthquake+Building+Mitigation|p90-94
B|1272|#MND1|Falck,L.B.|Disaster insurance in New Zealand|#MND2|New Zealand+Disaster+Insurance|p120-125
B|1273|#MND1|Kreimer,A.+Echeverria,E.+Preece,M.|Case study: reconstruction after North China's earthquake|#MND2|Earthquake+North China+Building+1989|p126-130|#*NECHINA89
B|1274|#MND1|Kreimer,A.+Preece,M.|Case study: Nepal municipal development and earthquake reconstruction project|#MND2|Nepal+Building+Vulnerability+1988|p131-134|#*BIHAR88
B|1275|#MND1|Hassan,H.M.+Luscombe,W.|Remote sensing and technology transfer in developing countries|#MND2|Remote sensing+Natural disaster+Earthquake|p141-144
J|1276|Medina,F.+Cherkaoui,T-E.|Focal mechanisms of the Atlas earthquakes, and tectonic implications|Abstracts in German, French, English and Russian|Geol. Rdsch.:80:3:1991:639-648|Tectonics+Focal mechanism+Earthquake+Canary Islands+Atlas Mts.
J|1277|Bruce,J.P.|Disaster reduction and sustainable development||STOP Disasters:-:3:1991:12-13|Disaster+Mitigation+Guatemala||#*POCHUTA91
J|1278|Arya,A.S.|Pochuta earthquake in Guatemala||STOP Disasters:-:4:1991:4-6|Guatemala+Earthquake+1991+Damage||#*POCHUTA91
J|1279|Bolt,B.A.|International earthquake hazard reduction program for IDNDR underway||STOP Disasters:-:4:1991:12-13|IDNDR+Hazard+IASPEI+Earthquake
A|1280|e*Mezcua,J.+Danobeitia,J.J.+Rivero,A.+|Geophysical studies of the oceanic basin to the west of the Canary Archipelago|In Spanish with English abstract|1991:Madrid:Instituto Geografico Nacional|Canary Islands+Geophysical investigation+Reflexion study+Stratigraphy|58p. Technical Publication No.25
A|1281||Soil dynamics and earthquake engineering V||1991:Karlsruhe:Institut fur Bodenmechanik und Felsmechanik|Proceedings+Soil dynamics+Earthquake engineering|1200p. Two volume proceedings of a Conference held in Karlsruhe, September 1991
A|1282|Bryant,E.|Natural hazards||1991:Cambridge:Cambridge University Press|Hazard+Tsunami+Earthquake+Volcano|312p
A|1282|Bryant,E.|Natural hazards||1991:Cambridge:Cambridge University Press|Hazard+Tsunami+Earthquake+Volcano|312p