V|1987:1||Bibliography of seismology. 1987 January-June|ISC:23:1:1987
J|0001|a-KRISP Working Group|Structure of the Kenya rift from seismic refraction||#NAT:325:6101:1987:239-242|East African Rift+Refraction study+Explosion seismology+KRISP
J|0002|Jeanloz,R.|Composition of the inner core||#NAT:325:6102:1987:303|Earth sciences
J|0003|Jephcoat,A.+Olson,P.|Is the inner core of the earth pure iron?||#NAT:325:6102:1987:332-335|Earth sciences+Composition
J|0004|Byrne,T.+Fisher,D.|Episodic growth of the Kodiak convergent margin||#NAT:325:6102:1987:338-341|Plate boundary+Reflexion study+Alaska
J|0005|Gubbins,D.|Mapping the mantle and core||#NAT:325:6103:1987:392-393
J|0006|Giardini,D.+Li,X-D.+Woodhouse,J.H.|Three-dimensional structure of the Earth from splitting in free-oscillation spectra||#NAT:325:6103:1987:405-411|Earth structure+Free oscillation+Anisotropy
J|0007|Aldridge,K.D.+Lumb,L.I.|Inertial waves identified in the Earth's fluid outer core||#NAT:325:6103:1987:421-423|Earthquake
J|0008|Anderson,I.|Nyos: the danger may not be over||#NSC:-:1546:1986:30-31|Nyos, L.+Cameroon+West Africa+Volcanism+Gas+Seismograph
J|0009|Palca,J.|Cameroon lake gas disaster a lesson for the future||#NAT:325:6104:1987:475|Nyos, L.+Geology+West Africa+Volcanism
J|0010|a-Leg 111 Shipboard Scientific Party|News from a deepening hole||#NAT:325:6104:1987:484-485|Ocean Drilling Programme+Oceanic crust
J|0011|Gubbins,D.+Bloxham,J.|Morphology of the geomagnetic field and implications for the geodynamo||#NAT:325:6104:1987:509-511
J|0012|Bloxham,J.+Gubbins,D.|Thermal core-mantle interactions||#NAT:325:6104:1987:511-513|Geothermy+Core-mantle boundary
J|0013|Pinet,B.+Montadert,L.+Curnelle,R.+|Crustal thinning on the Aquitaine shelf, Bay of Biscay, from deep seismic data||#NAT:325:6104:1987:513-516|Deep seismic sounding+Biscay, B. of
J|0014||Quake may have triggered Nyos disaster||#NSC:-:1547:1987:23|Nyos, L.+Cameroon+West Africa+Triggering agent+Gas
J|0015|Connor,S.|Britons to monitor weapons tests in the USSR|News item|#NSC:-:1548:1987:11|Monitoring+Underground nuclear explosion+Test ban
J|0016||New observatories will monitor Sun's seismology|News item|#NSC:-:1548:1987:21|Monitoring+Helioseismology
J|0017|Morelli,A.+Dziewonski,A.M.|Topography of the core-mantle boundary and lateral homogeneity of the liquid core||#NAT:325:6106:1987:678-683
J|0018|Connor,S.|A testing time for arms control||#NSC:-:1549:1987:32-33|Test ban+Underground nuclear explosion+Semipalatinsk+Discrimination
J|0019||Nuclear explosions make seismic waves||#NSC:-:1549:1987:32-33|Test ban+Underground nuclear explosion+Semipalatinsk+Discrimination
J|0020|Langmuir,C.H.|A magma chamber observed||#NAT:326:6108:1987:15-16|Mid-ocean ridge+East Pacific Rise
J|0021|Detrick,R.S.+Buhl,P.+Vera,E.+|Multi-channel seismic imaging of a crustal magma chamber along the East Pacific Rise||#NAT:326:6108:1987:35-41|Mid-ocean ridge+Image
J|0022|Cann,J.R.|Review of `Plate tectonics: how it works' by A.V. Cox and R.B. Hart||#NAT#:326:6109:1987:211-212|Geometry+Palaeomagnetism+Focal mechanism
A|0023|Cox,A.V.+Hart,R.B.|Plate tectonics: how it works||1986:Oxford:Blackwell Scientific Publications|Geometry+Palaeomagnetism+Focal mechanism|392p
J|0024|Fifield,R.|Britain plumbs for a deep hole|News item|#NSC:-:1552:1987:27|Drilling+United Kingdom+Borehole
J|0025|Gough,D.|Seismological measurement of stellar ages||#NAT:326:6110:1987:257-259|Star+Acoustic emission
J|0026|Silver,P.G.+Valette-Silver,J.N.|A spreading episode at the southern end of the San Andreas Fault system||#NAT:326:6113:1987:589-593|Cerro Prieto+Imperial Valley+1979+Victoria+1980+Geothermy
J|0027|Milne,R.|Nuclear reactors must pass `quake test'|News item|#NSC:-:1558:1987:26|Nuclear power plant+Earthquake-resistant design+United Kingdom
J|0028|Stuart,W.D.|Studies of San Andreas Fault||#NAT:327:6118:1987:99-100|Prediction
J|0029|Poley,C.M.+Lindh,A.G.+Bakun,W.H.+|Temporal changes in microseismicity and creep near Parkfield, California||#NAT:327:6118:1987:134-137|Temporal variation+Prediction+San Andreas Fault
J|0030|White,R.S.|When continents rift||#NAT:327:6119:1987:191|Continental rift+Plate tectonics
J|0031|Abe,K.|Tsunami propagation in rivers of the Japanese islands||Contin. Shelf Res.:5:6:1986:665-677|Japan Sea+Nihonkai-Chubu+1983||#*SEAOFJAPAN
J|0032|Ishida,M.|The configuration of the Philippine Sea and the Pacific plates as estimated from the high-resolution microearthquake hypocentres in the Kanto-Tokai District, Japan|In Japanese|Rep. Nat. Res. Cent. Disast. Prev.:-:-:1986:1-19|Pacific Ocean
J|0033|Lehmann,I.|Seismology in the days of old||#EOS:68:3:1987:33-35|History+Inner core+Travel-times
J|0034|Drake,C.L.|Exploration, discovery, serendipity, and COCORP||#EOS:68:3:1987:36-37
J|0035|Leary,P.|Seismic anisotropy workshop|Meeting Report|#EOS:68:4:1987:53-54|Moscow+1986+S-wave
J|0036|Bolt,B.A.|50 years of studies on the inner core||#EOS:68:6:1987:73|Seismology+History+Travel-times
J|0037|Thurber,C.H.|Eye on IRIS|News item|#EOS:68:6:1987:76
J|0038|Frazer,L.N.|Review of `Seismic wave propagation in stratified media' by B.L.N. Kennett||#EOS:68:6:1987:79|Layered medium
J|0039|Berger,J.+Brune,J.N.+Bodin,P.A.+|A new U.S.-U.S.S.R. seismological programme||#EOS:68:8:1987:105|United States+USSR+Test ban+Underground nuclear explosion+Semipalatinsk
J|0040||Lake in Cameroon remains a hazard|News item|#EOS:68:8:1987:107|Nyos, L.+West Africa+Gas+Volcanism
J|0041|Ernst,W.G.|Review of `Observations of the continental crust through drilling, 1' edited by C.B. Rayleigh||#EOS:68:9:1987:126|Borehole+Deep structure
A|0042|e*Rayleigh,C.B.|Observations of the continental crust through drilling 1||1985:New York:Springer Verlag|Borehole+Deep structure|364p
J|0043|Schlanger,S.O.+Stein,S.|Charles Darwin and Captain Moresby on the drowning of Great Chagos Bank: 19th century discovery of ``aseismic'' ridge seismicity in the Indian Ocean||#EOS:68:10:1987:137|1912-1983+Aseismic ridge
J|0044|Fahmi,K.J.+Ayar,B.S.+Al Salim,M.A.H.|The Iraqi seismological network: current status and future trends||#EOS:68:10:1987:137
J|0045|Diebold,J.B.|A new airgun array for Conrad|News item|#EOS:68:11:1987:155|Instrument
J|0046|Molnar,P.|Review of `Active tectonics' edited by R.E. Wallace||#EOS:68:12:1987:164
A|0047|e*Wallace,R.E.|Active tectonics||1986:Washington,D.C.:National Academy Press||266p
A|0048|e*Bolt,B.A.|Seismic strong motion synthetics||1987:Orlando, Florida:Academic Press|Strong-motion analysis+Synthetic seismogram|319p
A|0049|Jacobs,J.A.|The earth's core, 2nd edition||1987:Orlando, Florida:Academic Press||304p
A|0050|e*Kozak,J.+Waniek,L.|Physics of fracturing and seismic energy release||1987:Basel:Birkhauser Verlag|Fracture|380p
A|0051|e*Tullis,T.E.|Friction and faulting||1987:Basel:Birkhauser Verlag||236p
A|0052|e*Wang,C-Y.|Internal structure of fault zones||1986:Basel:Birkhauser Verlag||380p
J|0053|Papike,J.J.+Stehli,F.G.|Continental scientific drilling workshop, Rapid City, South Dakota, June 1986|Meeting Report|#EOS:68:16:1987:249-250|Continental crust
J|0054|Rochester,M.G.+Crossley,D.J.|Earth's third ocean: the liquid core||#EOS:68:17:1987:481
J|0055|Gillmor,C.S.|Review of `First-hand observations of the Charleston earthquake of August 31, 1886 and other earthquake materials' edited by K.E. Peters and R.B. Herrmann||#EOS:68:18:1987:501|History
J|0056|e*Peters,K.E.+Herrmann,R.B.|First-hand observations of the Charleston earthquake of August 31, 1886, and other earthquake materials||Bull. S. Carol. geol. Surv.:41:-:1987:1-116
A|0058|e*Shimazaki,K.+Stuart,W.D.|Earthquake prediction||1985:Basel:Birkhauser Verlag||236p
A|0059|Kino,G.S.|Acoustic waves: devices, imaging, and analogue signal processing||1987:Englewood Cliffs, N.J.:Prentice-Hall|Instrument+Image|601p
A|0060|e*Waters,K.H.|Reflection seismology: a tool for energy resource exploration, 3rd edition||1987:New York:John Wiley|Reflexion+Prospecting+Oil+Vibroseis+Natural resources|538p
J|0061|Mareschal,J-C.|Plate tectonics: scientific revolution or scientific programme?||#EOS:68:20:1987:529
J|0062|a-DOSECC Investigators and Staff|DOSECC continental scientific drilling programme||#EOS:68:21:1987:545-546|Continental crust
J|0063|Sigurdsson,H.|Lethal gas bursts from Cameroon crater lakes||#EOS:68:23:1987:570-573|Nyos, L.+West Africa+Volcanism
J|0064|Trnkoczy,A.+Gostincar,M.|Errors of calibration of seismometers without a calibration coil|In Serbocroatian with English abstract|#ASI:12:12:1986:1-16|Instrument
J|0065|Trnkoczy,A.+Vidrih,R.|The seismological station on the Vojsko (VOY) in SR Slovenia|In Serbocroatian with English abstract|#ASI:12:12:1986:17-34
J|0066|Sinadinovski,C.|Distribution of seismological stations in the telemetered network on the territory of S.R. Macedonia|In Serbocroatian with English abstract|#ASI:12:12:1986:35-49|Telemetry
J|0067|Trkulja,D.|Focal mechanism solution for the Banja Luka earthquakes of 26 and 27 October 1969|In Serbocroatian with English abstract|#ASI:12:12:1986:51-61|Yugoslavia
J|0068|Hadzievski,D.+Pekevski,L.|The earthquake of September 28, 1985 in the region of Negotino-Demir Kapija|In Serbocroatian with English abstract|#ASI:12:12:1986:63-76|Yugoslavia||#*NEGOTINO
J|0069|Liu,C-Q.+Jia,S-X.|Structural property of the crust and the upper mantle in the T'ang-shan earthquake region - a method of computing body wave theoretical seismograms and the result of analysis of 2-D inhomogeneous media|In Chinese with English abstract|#ASS:8:4:1986:341-353|Crustal structure+Inhomogeneous medium
J|0070|Gao,L-S.+Shi,R-B.+Hua,Z-X.+|The Q-factors as a function of frequency in the T'ang-shan-Beijing area|In Chinese with English abstract|#ASS:8:4:1986:354-366
J|0071|Ge,H-C.+Huang,C-Z.+Ye,P-Y.+|Synthetic regression analysis method and determination of Lg wave attenuation in the six eastern provinces of China|In Chinese with English abstract|#ASS:8:4:1986:367-381|Lg-wave
J|0072|An,Z-W.+Zhu,C-Z.|Study of geothermal variation in relation to large earthquakes (2) - the effect of temperature gradient on fracture propagation direction for a strike-slip fault|In Chinese with English abstract|#ASS:8:4:1986:382-392|Geothermy
J|0073|Liu,L-Q.+Ma,J.+Wu,X-Q.|An experimental study on the process of deformation and instability for en-echelon faults|In Chinese with English abstract|#ASS:8:4:1986:393-403
J|0074|Hao,J-S.+Liu,X-H.+Li,J-H.|Failure characteristics under high pressure of four kinds of rocks taken from North China|In Chinese with English abstract|#ASS:8:4:1986:404-411
J|0075|Yan,D-H.|Changes in transfer function before and after the 1979 Liyang, Jiangsu, earthquake|In Chinese with English abstract|#ASS:8:4:1986:412-420|Geomagnetic variation
J|0076|Wang,F.+Liao,Z-P.|A wave motion method for horizontal seismic response of shear-building type|In Chinese with English abstract|#ASS:8:4:1986:421-430|Structure
J|0077|Dong,S-H.+Liu,Y-Z.|Geosound observation and research|In Chinese with English abstract|#ASS:8:4:1986:439-443|Monitoring+Prediction
J|0078|He,Z-T.+Wang,K-F.|Preliminary study on the symmetrical migration of earthquakes|Supplement|#ASS:8:-:1986:1-13
J|0079|Liu,S-J.+Zhang,X-L.|The netted pattern and earthquakes (Ms)in the area of Sichuan-Yunnan|Supplement|#ASS:8:-:1986:14-24|Network+Seismicity
J|0080|Cheng,D-L.+Zhang,Y-Z.|Numerical simulation of b values|Supplement|#ASS:8:-:1986:25-35|b-Value+Numerical modelling
J|0081|Xu,G-M.+Tu,Z-P.+Gu,J-Z.|Study of the rupture process of the Fuyun earthquake by Love waves|Supplement|#ASS:8:-:1986:36-47|1931+China
J|0082|Liang,H-H.+Jia,J-K.+Wang,R.|Numerical simulation of the relation between earthquakes and the stress field in southwestern China|Supplement|#ASS:8:-:1986:48-56|Numerical modelling
J|0083|Qin,J-Z.+Kan,R-J.|Distribution characteristics of the quality factor Q and the average shear stress before and after the Longling earthquake|Supplement|#ASS:8:-:1986:57-72|China+1976
J|0084|Gao,S-J.+Chen,Y-C.+Wang,Q-Y.+|The tectonic stress field and future water-induced seismicity in the Sanxia reservoir-dam area|Supplement|#ASS:8:-:1986:73-84|China
J|0085|Wang,C-Y.|Reflectivity method for layered inhomogeneous attenuation media|Supplement|#ASS:8:-:1986:85-94|Inhomogeneous medium+Layered medium
J|0086|Tang,B-X.+Wu,K-S.+Zhou,Z.+|Results of gravimetric earth tide observation in the Kunming region|Supplement|#ASS:8:-:1986:95-100|China+Gravimetry
J|0087|Ma,G-F.|The possibility of carrying out mid-term prediction of a strong earthquake by means of grouping of slow anomalous ground tilt|Supplement|#ASS:8:-:1986:111-120
J|0088|Zhou,S-Y.+Dong,H-F.+Song,Y-H.+|Application of information theory to the study of abrupt anomalies before large earthquakes|Supplement|#ASS:8:-:1986:121-133|Precursor+Anomaly
J|0089|Jin,X-S.|Pattern recognition of strong-earthquake (M>=7) crowded activity in North China|Supplement|#ASS:8:-:1986:134-142|Strong earthquake
J|0090|Lu,H-B.+Nie,J-Z.+Chen,Z-Y.+|Improvement of Hemming's classification method and its application to zoning of earthquake-prone regions|Supplement|#ASS:8:-:1986:143-153|Hemming's method
J|0091|Zhu,C-X.+Zheng,X-S.|Nonhomogeneous Markovian model for the calculation of intensity in a seismic zone|Supplement|#ASS:8:-:1986:154-160|Markov model
J|0092|Liu,Z-R.+Chen,J.|A survey of the Luquan earthquake|Supplement|#ASS:8:-:1986:161-165|China+1985||#*LUQUAN
J|0093|Jakubcova,I.+Pick,M.|Correlation between solar motion, earthquakes and other geophysical phenomena||#ANG:5:2:1987:135-141|Sun
J|0094|Mantovani,E.+Albarello,D.+Mucciarelli,M.|Interrelation between the seismicity of the Calabrian and Balkan areas||#ANG:5:2:1987:143-148|Balkans
J|0095|Oncescu,M.C.+Trifu,C-I.|Depth variation of moment tensor principal axes in Vrancea (Romania) seismic region||#ANG:5:2:1987:149-154|Seismic moment tensor
J|0096|Karakaisis,G.F.+Panagiotopoulos,D.G.+Krimnianiotou,M.C.+|Preseismic quiescence before large earthquakes in the AEgean and surrounding area||#ANG:5:2:1987:155-160|Precursor
J|0097|Kiratzi,A.A.+Papadimitriou,E.E.+Papazachos,B.C.|A microearthquake survey in the Steno dam site in northwestern Greece||#ANG:5:2:1987:161-166|Reservoir
J|0098|Ginzburg,A.+Makris,J.+Hirschleber,H.|Geophysical investigations in the North AEgean Trough||#ANG:5:2:1987:167-173|Reflexion study+Refraction study
J|0099|Fourno,J-P.|Contribution to the study of the Mohorovicic discontinuity from seismic waves observed at Madagascar|In French with English abstract|#ANG:5:2:1987:175-186|Bouguer anomaly
J|0100|Garfunkel,Z.+Ginzburg,A.+Searle,R.C.|Fault pattern and mechanism of crustal spreading along the axis of the Red Sea from side scan sonar (GLORIA) data||#ANG:5:2:1987:187-200|Side-scan sonar
J|0101|Wever,T.+Trappe,H.+Meissner,R.|Possible relations between crustal reflectivity, crustal age, heat flow and viscosity of the continents||#ANG:5:3:1987:255-266|Continental crust
J|0102|Tarkov,A.P.+Afanas'ev,N.S.+Dubyanskii,A.I.|Layering of the lithosphere in the Voronezh Crystalline Massif from geophysical, geological and petrophysical data||#ANG:5:3:1987:267-272|Geophysical investigation+Crustal structure+Velocity
J|0103|Badal,J.+Seron,F.J.|Love waves normally incident at the Atlantic continental margin of the Iberian Peninsula||#ANG:5:3:1987:273-280
J|0104|Morelli,A.+Bonafede,M.+Dragoni,M.|Two-dimensional crack model of faulting in a layered elastic half-space||#ANG:5:3:1987:281-288|Layered medium+Elastic medium
J|0105|Julien,P.+Cornet,F.H.|Stress determination from aftershocks of the Campania-Lucania earthquake of November 23, 1980||#ANG:5:3:1987:289-300|Campania-Basilicata
J|0106|Teisseyre,R.|Numerical simulation of an earthquake sequence|With German and Russian abstracts|#BEG:96:1:1987:11-16
J|0107|Xu,Z-H.+Wang,S-Y.+Huang,Y-R.+|Direction of mean stress axes in southwestern China deduced from microearthquake data|With German and Russian abstracts|#BEG:96:2:1987:127-141
J|0108|Wagner,F.C.|Shear ruptures and the simultaneous growth of several cracks of equal length|With German and Russian abstracts|#BEG:96:2:1987:156-161
J|0109|Rosing,G.+Behrens,H-J.+Kuhnt,W.+|Application of simple source models for description of the mechanism of small seismic events in mining regions|With German and Russian abstracts|#BEG:96:2:1987:162-170|Tilt+Strain
J|0110|Faber,S.+Plomerova,J.+Babuska,V.|Lateral velocity variations within the deeper lithosphere beneath the GRF array inferred from mislocations and P-residuals|Extended abstract only|#BEG:96:2:1987:171-174|Lateral variation+Grafenberg
J|0111|Bormann,P.+Grunthal,G.+Neunhofer,H.+|The 1985/86 earthquake swarm in the Vogtland-Western Bohemia region - First results|With German abstract|#BEG:96:2:1987:175-178|||#*VOGTLAND
J|0112|Finetti,I.+Del Ben,A.|Geophysical study of the Tyrrhenian opening||#BGT:28:110:1986:75-155|Geophysical investigation+Tyrrhenian Sea+Reflexion study+Deformation+Tectonics
J|0113|Patton,W.A.+Carrion,P.M.|Implementation of the inverse radon transform for seismic data processing||#BGT:28:111-112:1986:159-166|Wave field
J|0114|Bilgeri,D.+Cascone,A.|Raypath anomalies affecting the structural interpretation: a case history|With Italian abstract|#BGT:28:111-112:1986:167-191
J|0115|Bottari,A.+Caccamo,D.+Neri,G.|Limitations of the generalized Poisson model to fit the microearthquake occurrence in the Messina area from 1972 to 1983|With Italian abstract|#BGT:28:111-112:1986:311-318|Poisson's ratio+1972-1983
J|0116|Levi,E.+Vylchev,G.|Periodicity of the components of noise from the seismological station of Dimitrovgrad|In Bulgarian with Russian and English abstracts|#BGS:12:4:1986:27-33|Background noise+Bulgaria+Seismometer
J|0117|Vyrbanov,G.+Boncheva,Kh.|Modification of the characteristics of earth layers in depth during the propagation of SH-waves|In Bulgarian with Russian and English abstracts|#BGS:12:4:1986:34-45|Layered medium
J|0118|Spasov,E.|Characteristics of some seismic stations derived from teleseismic P-wave residuals|With Russian abstract|#BGS:12:4:1986:47-57|Bulgaria
J|0119|Papadimitriou,E.E.|Migration of the intermediate focal depth seismic activity in the inner part of the Hellenic arc|With Russian abstract|#BGS:12:4:1986:58-61|Intermediate-depth earthquake+Spatial distribution+Temporal distribution
J|0120|Papadimitriou,E.E.+Kiratzi,A.A.|Interrelation of seismicity between Crete and the Ionian Islands|With Russian abstract|#BGS:12:4:1986:62-66|Temporal distribution+Spatial distribution
J|0121|Levi,E.|Automatic commutator for controlling two-channel seismic systems|In Bulgarian with Russian and English abstracts|#BGS:12:4:1986:88-93|Instrument
J|0122|Botev,E.+Burmakov,Yu.A.+Dachev,Kh.I.+|3-D velocity inhomogeneities in the crust of the Bulgarian territory|In Russian with English abstract|#BGS:13:1:1987:24-30|Inhomogeneity
J|0123|Botev,E.|Upper mantle lateral inhomogeneities in the Balkan region from investigations of the teleseismic travel-time residuals|In Russian with English abstract|#BGS:13:1:1987:31-42|Inhomogeneity+Balkans+Travel-times
J|0124|Botev,E.+Burmakov,Yu.A.+Vinnik,L.P.+|3-D velocity model of the lithosphere beneath the central part of the Balkan region|In Russian with English abstract|#BGS:13:1:1987:43-52|Balkans
J|0125|Rangelov,B.+Spasov,E.+Dotsev,N.+|Spectra of tsunami in the Black Sea|In Bulgarian with Russian and English abstracts|#BGS:13:1:1987:53-58
J|0126|Rautian,T.G.+Dotsev,N.|An experimental test and estimation of the macroseismic magnitude in the central Balkans|In Russian with English abstract|#BGS:13:1:1987:59-65|Macroseismic data
J|0127|Dotsev,N.+Khalturin,V.I.|Use of the seismic coda for studying the properties of the medium in the central Balkans|In Bulgarian with Russian and English abstracts|#BGS:13:1:1987:66-75
J|0128|Glavcheva,R.P.|Preliminary estimates of the earthquake source region (February 21, 1986 in northern Bulgaria)|In Bulgarian with Russian and English abstracts|#BGS:13:1:1987:76-84|||#*BULGARIAN
J|0129|Maslanyj,M.P.|Seismic bedrock depth measurements and the origin of George VI Sound, Antarctic peninsula||Br. Antarct. Surv. Bull.:-:75:1987:51-65
J|0130|Nagumo,S.+Kinoshita,H.+Kasahara,J.+|Report on DELP 1984 cruises in the Middle Okinawa Trough. 2. Seismic structural studies|With Japanese abstract|#BER:61:2:1986:167-202|Reflected wave
J|0131|Hatori,T.|Reflection waves from the continental coast for the 1983 Japan Sea tsunami|In Japanese with English abstract|#BER:61:2:1986:329-338|Nihonkai-Chubu+Reflexion||#*SEAOFJAPAN
J|0132|Nagumo,S.+Ouchi,T.+Kasahara,J.+|P-wave velocity in the lower-lithosphere in the western Northwest Pacific Basin observed by an ocean-bottom seismometer long range array|With Japanese abstract|#BER:61:3:1986:403-414|Pacific Ocean+OBS System
J|0133|Nagumo,S.+Ouchi,T.+Kasahara,J.+|Degree shadow zone of the P-wave travel-times in the western Northwest Pacific basin observed by an ocean-bottom seismometer long range array|With Japanese abstract|#BER:61:3:1986:415-427|Pacific Ocean+OBS System
J|0134|Sasai,Y.|Multiple tension-crack model for dilatancy:surface displacement, gravity and magnetic change|With Japanese abstract|#BER:61:3:1986:429-473|Geomagnetic variation+Precursor
J|0135|Abe,K.+Hakuno,M.+Takeuchi,M.+|Survey report on the tsunami of the Michoacan, Mexico earthquake of September 19, 1985|With Japanese abstract|#BER:61:3:1986:475-481|||#*MEXICOCITY
J|0136|a-Research Group for Explosion Seismology|Explosion seismic observations in Nagano and Yamanashi Prefectures, central Japan. Miyota-Shikishima profile|In Japanese with English abstract|#BER:61:3:1986:483-501|Explosion seismology
J|0137|Hatori,T.|Classification of tsunami magnitude scale|In Japanese with English abstract|#BER:61:3:1986:503-515
J|0138|Odaka,T.|Stress field around a fault area - with special regard to the increase of stress near its edge|In Japanese with English abstract|#BER:61:3:1986:517-528
J|0139|Hagiwara,Y.+Nagasawa,K.+Okubo,S.|Gravity survey across the Zenkoji earthquake fault, Nagano City, central Japan|In Japanese with English abstract|#BER:61:3:1986:529-535|1847+Zenkoji
J|0140|Utsu,T.|Relation between seismic intensity, epicentral distance and magnitude. 2. Empirical formula for uppermost mantle earthquakes in Japan excluding those occurring off the Pacific coast of eastern Japan|In Japanese with English abstract|#BER:61:4:1986:551-561|Epicentre+Upper mantle
J|0141|Hagiwara,Y.+Murata,I.+Tajima,H.+|Gravity study of active faults - Detection of the 1931 Nishi-Saitama earthquake fault|In Japanese with English abstract|#BER:61:4:1986:563-586
J|0142|Shimozuru,D.+Osada,N.+Miyazaki,T.|Seismic and tilt monitoring of Mount Fuji during the period from October 1982 to December 1984|In Japanese with English abstract|#BER:61:4:1986:588-613|Fuji-san+1982-1984
J|0143||Notes on earthquake insurance in California and New Zealand||#BNZ:19:4:1986:251-254
J|0144|Priestley,M.J.N.+Wood,J.H.+Davidson,B.J.|Seismic design of storage tanks||#BNZ:19:4:1986:272-284|Earthquake-resistant design
J|0145|Clowes,R.M.+Brandon,M.T.+Green,A.G.+|Lithoprobe - southern Vancouver Island: Cenozoic subduction complex imaged by deep seismic reflections|With French abstract|#CJS:24:1:1987:31-51|Reflexion study
J|0146|Evans,S.G.+Aitken,J.D.+Wetmiller,R.J.+|A rock avalanche triggered by the October 1985 North Nahanni earthquake, District of Mackenzie, N.W.T.|With French abstract|#CJS:24:1:1987:176-184|Northwest Territories+Triggering agent||#*NAHANNI
J|0147|Elghadamsi,F.E.+Mohraz,B.|Inelastic earthquake spectra||#EES:15:1:1987:91-104|Accelerogram+Inelasticity
J|0148|Sarma,S.K.+Yang,K.S.|An evaluation of strong motion records and a new parameter A95||#EES:15:1:1987:119-132|Strong-motion analysis+Accelerogram
J|0149|Ambraseys,N.N.+Finkel,C.F.|The Saros-Marmara earthquake of 9 August 1912||#EES:15:2:1987:189-211|Balkans
J|0150|Luco,J.E.+Wong,H.L.|Seismic response of foundations embedded in a layered half-space||#EES:15:2:1987:233-247|Layered medium
J|0151|Werner,S.D.+Beck,J.L.+Levine,M.B.|Seismic response evaluation of Meloland Road overpass using 1979 Imperial Valley records||#EES:15:2:1987:249-274|Bridge
J|0152|Snell,C.|Review of `Analysis of the spatial behaviour and size of modern buildings for earthquake-proof design' by M.A. Mardzhanishvili||#EES:15:2:1987:275|Earthquake-resistant design+Structure
J|0153|Snell,C.|Review of `Theoretical and experimental analysis of members of earthquake-proof frame-panel buildings' by M.A. Mardzhanishvili and L.M. Mardzhanishvili||#EES:15:2:1987:275|Structure+Earthquake-resistant design
A|0154|Mardzhanishvili,M.A.|Analysis of the spatial behaviour and size of modern buildings for earthquake-proof design|English translation of Russian original|1985:Rotterdam:A.A. Balkema|Earthquake-resistant design+Structure|136p
A|0155|Mardzhanishvili,M.A.+Mardzhanishvili,L.M.|Theoretical and experimental analysis of members of earthquake-proof frame-panel buildings|English translation of Russian original|1986:Rotterdam:A.A. Balkema|Structure+Earthquake-resistant design|169p
J|0156|Bonchev,E.|Earthquake in the region of the town of Strazhitsa (7.12.1986)|In Russian|Geologica balc.:17:1:1987:46|Bulgaria||#*STRAZHITSA
J|0157|Izotova,T.S.|Determination of sedimentary types according to a set of borehole geophysical measurements|In Russian|#SVG:-:3:1987:97-106
J|0158|Surkov,V.S.+Kanareikin,B.A.+Strakhov,A.N.|Nature of reflective seismic boundaries in the upper part of the earth's crust of the West Siberian Plate|In Russian|#SVG:-:4:1987:100-105|Reflexion+Boundary
J|0159|Klushin,S.V.|Prediction of changes in sedimentation conditions according to the dynamics of seismic reflected waves|In Russian|#SVG:-:4:1987:106-111
J|0160|Mardirosyan,G.|Some new methods, apparatus and systems for improving the technical-exploitation characteristics and enhancing the efficiency of geophysical observatories|In Russian with English abstract|#BGS:13:1:1987:105-111|Instrument+Observational seismology
J|0161|Cormier,V.F.+Beroza,G.C.|Calculation of strong ground motion due to an extended earthquake source in a laterally varying structure||#BSA:77:1:1987:1-13|Rupture+Heterogeneity
J|0162|Chouet,B.|Representation of an extended seismic source in a propagator-based formalism||#BSA:77:1:1987:14-27|Synthetic seismogram+Layered medium
J|0163|Choy,G.L.+Kind,R.|Rupture complexity of a moderate-sized (mb6.0) earthquake broadband body-wave analysis of the North Yemen earthquake of 13 December 1982||#BSA:77:1:1987:28-46|Body wave||#*YEMEN
J|0164|Brustle,W.+Muller,G.|Stopping phases in seismograms and the spatio-temporal extent of earthquakes||#BSA:77:1:1987:47-68|Rupture+Space-time pattern+Grafenberg
J|0165|Zuniga,F.R.+Wyss,M.+Wilson,M.E.|Apparent stresses, stress drops, and amplitude ratios of earthquakes preceding and following the 1975 Hawaii Ms=7.2 main shock||#BSA:77:1:1987:69-96|Hilo+Stress-drop
J|0166|Pearthree,P.A.+Calvo,S.S.|The Santa Rita Fault zone: evidence for large magnitude earthquakes with very long recurrence intervals, Basin and Range Province of southeastern Arizona||#BSA:77:1:1987:97-116|Large earthquake
J|0167|Zhang,W-Q.+Jiao,D-C.+Zhang,P-Z.+|Displacement along the Haiyuan Fault associated with the great 1920 Hiyuan, China, earthquake||#BSA:77:1:1987:117-131
J|0168|Evans,D.G.+Steeples,D.W.|Microearthquakes near the Sleepy Hollow oil field, southwestern Nebraska||#BSA:77:1:1987:132-140
J|0169|Habermann,R.E.|Man-made changes of seismicity rate||#BSA:77:1:1987:141-159|Variation+Catalogue
J|0170|Jacobson,R.S.+Bibee,L.D.+Embley,R.W.+|A microseismicity survey of Axial Seamount, Juan de Fuca Ridge||#BSA:77:1:1987:160-172
J|0171|Rebollar,C.J.+Reichle,M.S.|Analysis of the seismicity detected in 1982-1984 in the northern Peninsular Ranges of Baja California||#BSA:77:1:1987:173-183
J|0172|Kayal,J.R.|Microseismicity and source mechanism study: Shillong Plateau, northeast India||#BSA:77:1:1987:184-194|Tectonics
J|0173|Der,Z.A.+Shumway,R.H.+Lees,A.C.|Multi-channel deconvolution of P waves at seismic arrays||#BSA:77:1:1987:195-211|P-wave
J|0174|Dravinski,M.+Mossessian,T.K.|Scattering of plane harmonic P, SV, and Rayleigh waves by dipping layers of arbitrary shape||#BSA:77:1:1987:212-235|P-wave+SV-wave
J|0175|Doser,D.I.+Kanamori,H.|Long-period surface waves of four western United States earthquakes recorded by the Pasadena strainmeter||#BSA:77:1:1987:236-243|Instrument
J|0176|Schlue,J.W.+Hostettler,K.K.|Rayleigh-wave phase velocity and amplitude values in the presence of lateral heterogeneities||#BSA:77:1:1987:244-255|Rayleigh wave+Heterogeneity
J|0177|Nishenko,S.P.+Singh,S.K.|Relocation of the great Mexican earthquake of 14 January 1903||#BSA:77:1:1987:256-259|Mexico
J|0178|Alessandrini,B.+Perazzolo,E.|An iterative technique for the deconvolution of seismograms||#BSA:77:1:1987:260-263
J|0179|Mahdyiar,M.|A nomograph to calculate source radius and stress drop from corner frequency, shear velocity, and seismic moment||#BSA:77:1:1987:264-265|Stress-drop
J|0180|Butler,R.|A seismic absorption band in the western Pacific lithosphere||#BSA:77:1:1987:266-269|Pacific Ocean
J|0181|Douglas,A.|Differences in upper mantle attenuation between the Nevada and Shagan River Test Sites: can the effects be seen in P-wave seismograms?||#BSA:77:1:1987:270-276|Nevada Test Site+P-wave
J|0182|Fuentes,M.+Nava,F.+Soberano,J.|A blasting machine for deep seismic profiling||#BSA:77:1:1987:277-279|Instrument+Deep seismic sounding+Explosion seismology
J|0183|Cockerham,R.S.+Corbett,E.J.|The July 1986 Chalfant Valley, California, earthquake sequence: preliminary results||#BSA:77:1:1987:280-289|||#*CHALFANT
J|0184|DePolo,C.M.+Ramelli,A.R.|Preliminary report on surface fractures along the White Mountains Fault zone associated with the July 1986 Chalfant Valley earthquake sequence||#BSA:77:1:1987:290-296|California||#*CHALFANT
J|0185|Lienkaemper,J.J.+Pezzopane,S.K.+Clark,M.M.+|Fault fractures formed in association with the 1986 Chalfant Valley, California, earthquake sequence: preliminary report||#BSA:77:1:1987:297-305|||#*CHALFANT
J|0186|Gross,W.K.+Savage,J.C.|Deformation associated with the 1986 Chalfant Valley earthquake, eastern California||#BSA:77:1:1987:306-310|||#*CHALFANT
J|0187|Smith,K.D.|Personal experience of the 21 July 1986 ML6.4 Chalfant Valley earthquake||#BSA:77:1:1987:311-313|California||#*CHALFANT
J|0188|Il'chenko,T.V.|Velocity model of the earth's crust of the Ukrainian Shield in the area of Geotraverse VIII (Reni-Krivoi Rog)|In Russian with English abstract|#GFZ:9:1:1987:44-51|Ukraine
J|0189|Reznikov,M.G.+Tsatsko,Ye.L.|Recursive minimum entropy deconvolution of seismic recordings. 1|In Russian with English abstract|#GFZ:9:1:1987:70-76
J|0190|Stovas,A.M.|Multiple waves in frequency migration procedure|In Russian with English abstract|#GFZ:9:1:1987:76-79
J|0191|Dyadyura,V.A.+Reznikov,M.G.|Determination of the attenuation function for recording seismic energy by the method of the equalization of statistical distributions|In Russian with English abstract|#GFZ:9:1:1987:87-93|Statistical method
J|0192|Chekunov,A.V.|Symposium on depth heterogeneities of the earth's crust and the upper mantle and their tectonic significance|In Russian with English abstract|#GFZ:9:1:1987:94-97|Heterogeneity+Tectonics
J|0193|Chelidze,T.L.+Chergoleishvili,T.T.+Mandzhgaladze,P.V.|Study of the elastic properties of loosely bound layered media and fracture mechanics|In Russian with English abstract|#GFZ:9:2:1987:25-30|Elastic wave+Layered medium
J|0194|Milosevic,A.|Some properties of partial derivatives of the Love wave dispersion function|With Serbocroatian abstract|Geofizika, Zagreb:3:-:1986:49-62
J|0195|Westaway,R.W.C.|The Campania, southern Italy earthquakes of 1962 August 21||#GEO:88:1:1987:1-24|Focal mechanism+Synthetic seismogram+Campania-Basilicata
J|0196|Bowman,J.R.+Ando,M.|Shear-wave splitting in the upper-mantle wedge above the Tonga subduction zone||#GEO:88:1:1987:25-41|Upper mantle+Shear wave
J|0197|Cerveny,V.+Pleinerova,J.+Klimes,L.+|High-frequency radiation from earthquake sources in laterally varying layered structures||#GEO:88:1:1987:43-79|Synthetic seismogram+Gaussian beam+Layered medium
J|0198|Bhattacharya,S.N.|Reduction of deep layers in surface wave computation||#GEO:88:1:1987:97-109|Layer reduction+Rayleigh wave+Theoretical seismogram
J|0199|Solov'ev,S.L.+Bukina,K.I.+Kovachev,S.A.+|Long-range propagation of short-period transversal and longitudinal seismic waves in the Baikal zone||#GEO:88:1:1987:125-137|OBS System+Transverse wave+Longitudinal wave
J|0200|Yomogida,K.+Aki,K.|Amplitude and phase data inversions for phase velocity anomalies in the Pacific Ocean basin||#GEO:88:1:1987:161-204|Synthetic seismogram+Gaussian beam
J|0201|Brown,M.G.+Tappert,F.D.|Catastrophe theory, caustics and traveltime diagrams in seismology||#GEO:88:1:1987:217-229|Travel-times+Ray theory
J|0202|Tanimoto,T.|Surface-wave ray tracing equations and Fermat's principle in an anisotropic earth||#GEO:88:1:1987:231-240|Surface wave+Anisotropy
J|0203|Yomogida,K.|Gaussian beams for surface waves in transversely isotropic media||#GEO:88:1:1987:297-304|Isotropy
J|0204|Jeffreys,H.+Shimshoni,M.|On regional differences in seismology||#GEO:88:1:1987:305-309|Travel-times+Regional study
J|0205|Korn,M.|Computation of wavefields in vertically inhomogeneous media by a frequency domain finite-difference method and application to wave propagation in earth models with random velocity and density perturbations||#GEO:88:2:1987:345-377|Synthetic seismogram+Scattering+Wave field+Finite difference method
J|0206|Haddon,R.A.W.|A simple exact method for Green's functions for SH motion in a layered elastic medium using leaking modes||#GEO:88:2:1987:379-392|Synthetic seismogram+SH-wave
J|0207|Norton,S.J.|Three-dimensional seismic inversion of velocity- and density-dependent reflectivity||#GEO:88:2:1987:393-415|Migration
J|0208|Sayers,C.M.|Elastic wave anisotropy in the upper mantle||#GEO:88:2:1987:417-424|Olivine
J|0209|Warner,M.R.|Seismic reflections from the Moho - the effect of isostasy||#GEO:88:2:1987:425-435|Reflexion study+Mohorovicic discontinuity+Velocity
J|0210|Talandier,J.+Okal,E.A.|Crustal structure in the Society and Tuamotu Islands, French Polynesia||#GEO:88:3:1987:499-528|Pacific Ocean+Refraction study+Rayleigh wave+Society Islands
J|0211|Lee,T-C.+Delaney,P.T.|Frictional heating and pore pressure rise due to a fault slip||#GEO:88:3:1987:569-591|Temperature+Earthquake lights+Stress
J|0212|Sacks,P.+Symes,W.|Recovery of the elastic parameters of a layered half-space||#GEO:88:3:1987:593-620|Inverse problem+Elastic wave
J|0213|Frazer,L.N.|Synthetic seismograms using multifold path integrals. 1. Theory||#GEO:88:3:1987:621-646|Multipathing
J|0214|Sen,M.K.+Frazer,L.N.|Synthetic seismograms using multifold path integrals. 2. Computations||#GEO:88:3:1987:647-671|Diffraction+Inhomogeneous medium+Multipathing
J|0215|Kagan,Y.Y.+Knopoff,L.|Random stress and earthquake statistics: time dependence||#GEO:88:3:1987:723-731|Omori's power law+Temporal distribution
J|0216|Dziewonski,A.M.+Ekstrom,G.+Franzen,J.E.+|Centroid-moment tensor solutions for January-March 1986||#PEP:45:1:1987:1-10
J|0217|Dziewonski,A.M.+Ekstrom,G.+Franzen,J.E.+|Global seismicity of 1977: centroid-moment tensor solutions for 471 earthquakes||#PEP:45:1:1987:11-36|World+Seismicity
J|0218|Engell-Sorensen,L.+Havskov,J.|Recent North Sea seismicity studies||#PEP:45:1:1987:37-44
J|0219|Kaneshima,S.+Ando,M.+Crampin,S.|Shear-wave splitting above small earthquakes in the Kinki district of Japan||#PEP:45:1:1987:45-58|Anisotropy+Shear wave+Microearthquake
J|0220|Arora,B.R.+Mahashabde,M.V.|A transverse conductive structure in the northwest Himalaya||#PEP:45:2:1987:119-127|Electrical conductivity+Seismicity+Himalayas
J|0221|Jiracek,G.R.+Rodi,W.L.+Vayan,L.L.|Implications of magnetotelluric modelling for the deep crustal environment in the Rio Grande rift||#PEP:45:2:1987:179-192|Electrical conductivity+Deep structure+Seismicity
J|0222|Adam,A.|Are there two types of conductivity anomaly (CA) caused by fluid in the crust?||#PEP:45:2:1987:209-215|Electrical conductivity+Seismicity+Europe
J|0223|Snieder,R.|Errata to `The influence of topography on the propagation and scattering of surface waves'||#PEP:45:2:1987:226
J|0224|Dziewonski,A.M.+Ekstrom,G.+Franzen,J.E.+|Centroid-moment tensor solutions for April-June 1986||#PEP:45:3:1987:229-239
J|0225|Mochizuki,E.|The stress-strain-rate relation for transversely isotropic, incompressible fluid||#PEP:45:3:1987:240-241|Viscosity
J|0226|Welc,J.L.+Lay,T.|The source rupture process of the Great Banda Sea earthquake of November 4, 1963||#PEP:45:3:1987:242-254
J|0227|Kennett,B.L.N.|Review of `Seismic migration: imaging of acoustic energy by wave field extrapolation, A. Theoretical aspects, 3rd edition' by A.J. Berkhout||#PEP:45:3:1987:305|Image+Data processing+Solid-earth geophysics
J|0228|Anderson,D.L.|A seismic equation of state. 2. Shear properties and thermodynamics of the lower mantle||#PEP:45:4:1987:307-323
J|0229|Irifune,T.|An experimental investigation of the pyroxene-garnet transformation in a pyrolite composition and its bearing on the constitution of the mantle||#PEP:45:4:1987:324-336|Velocity
J|0230|Jackson,I.+Paterson,M.S.|Shear modulus and internal friction of calcite rocks at seismic frequencies: pressure, frequency and grain size dependence||#PEP:45:4:1987:349-367
J|0232|McGuire,R.K.|Introduction to `Source scaling, attenuation and predictions of strong ground motions for eastern North American earthquakes'||#BSA:77:2:1987:319-322
J|0233|Somerville,P.G.+McLaren,J.P.+LeFevre,L.V.+|Comparison of source scaling relations of eastern and western North American earthquakes||#BSA:77:2:1987:322-346
J|0234|Chael,E.P.|Spectral scaling of earthquakes in the Miramichi region of New Brunswick||#BSA:77:2:1987:347-365|Source
J|0235|Gupta,I.N.+McLaughlin,K.L.|Attenuation of ground motion in the eastern United States||#BSA:77:2:1987:366-383
J|0236|Shin,T-C.+Herrmann,R.B.|Lg attenuation and source studies using 1982 Miramichi data||#BSA:77:2:1987:384-397|Lg-wave+New Brunswick||#*NEWBRUNSWICK
J|0237|Chun,K-Y.+West,G.F.+Kokoski,R.J.+|A novel technique for measuring Lg attenuation - results from eastern Canada between 1 to 10 Hz||#BSA:77:2:1987:398-419|Lg-wave
J|0238|Burger,R.W.+Somerville,P.G.+Barker,J.S.+|The effect of crustal structure on strong ground motion attenuation relations in eastern North America||#BSA:77:2:1987:420-439
J|0239|Boore,D.M.+Atkinson,G.M.|Stochastic prediction of ground motion and spectral response parameters at hard-rock sites in eastern North America||#BSA:77:2:1987:440-467|Rock
J|0240|Toro,G.R.+McGuire,R.K.|An investigation into earthquake ground motion characteristics in eastern North America||#BSA:77:2:1987:468-489
J|0241|Takeo,M.|An inversion method to analyze the rupture processes of earthquakes using near-field seismograms||#BSA:77:2:1987:490-513
J|0242|Zhuo,Y.+Kanamori,H.|Regional variation of the short-period (1 to 10 second) source spectrum||#BSA:77:2:1987:514-529|Regional study+P-wave
J|0243|Snoke,J.A.|Stable determination of (Brune) stress drops||#BSA:77:2:1987:530-538|Stress-drop
J|0244|Hauksson,E.|Seismotectonics of the Newport-Inglewood fault zone in the Los Angeles basin, southern California||#BSA:77:2:1987:539-561|Newport-Inglewood Fault
J|0245|Anderson,J.G.+Bodin,P.A.|Earthquake recurrence models and historical seismicity in the Mexicali-Imperial Valley||#BSA:77:2:1987:562-578|Mexicali Valley+History
J|0246|Johnson,P.A.+Sbar,M.L.|A microearthquake study of southwest Utah-northwest Arizona: transition between the Basin and Range Province and intermountain seismic belt||#BSA:77:2:1987:579-596|Basin & Range+Transition zone
J|0247|Leonard,M.A.+Johnson,L.R.|Velocity structure of Silent Canyon Caldera, Nevada Test Site||#BSA:77:2:1987:597-613
J|0248|Klemperer,S.L.+Luetgert,J.H.|A comparison of reflection and refraction processing and interpretation methods applied to conventional refraction data from coastal Maine||#BSA:77:2:1987:614-630|Reflexion
J|0249|Owens,T.J.+Taylor,S.R.+Zandt,G.|Crustal structure at Regional Seismic Test Network stations determined from inversion of broadband teleseismic P waveforms||#BSA:77:2:1987:631-662|P-wave
J|0250|Rodgers,P.W.+Taylor,S.R.+Nakanishi,K.N.|System and site noise in the Regional Seismic Test Network from 0.1 to 20 Hz||#BSA:77:2:1987:663-678
J|0251|Nuttli,O.W.|Lg magnitudes of Degelen, east Kazakhstan, underground explosions||#BSA:77:2:1987:679-681|Underground nuclear explosion+Lg-wave
J|0252|Claerbout,J.F.|Simultaneous pre-normal moveout and post-normal moveout deconvolution||#GPS:51:7:1986:1341-1354|Filtering+Signal
J|0253|Yilmaz,O.+Lucas,D.|Prestack layer replacement||#GPS:51:7:1986:1355-1369|Stacking+Data processing
J|0254|Brysk,H.+McCowan,D.W.|A slant-stack procedure for point-source data||#GPS:51:7:1986:1370-1386|Travel-times+Stacking+Point source
J|0255|Gauthier,O.+Virieux,J.+Tarantola,A.|Two-dimensional nonlinear inversion of seismic waveforms: numerical results||#GPS:51:7:1986:1387-1403|Numerical method+Synthetic seismogram
J|0256|Greenhalgh,S.A.+Suprajitno,M.+King,D.W.|Shallow seismic reflection investigations of coal in the Sydney Basin||#GPS:51:7:1986:1426-1437|Reflexion study+Australia+Synthetic seismogram
J|0257|Paillet,F.L.+Cheng,C.H.|A numerical investigation of head waves and leaky modes in fluid-filled boreholes||#GPS:51:7:1986:1438-1449|Leaking mode+Numerical method
J|0258|Mahrer,K.D.|An empirical study of instability and improvement of absorbing boundary conditions for the elastic wave equation||#GPS:51:7:1986:1499-1501|Synthetic seismogram+Absorption
J|0259|Knapp,R.W.+Steeples,D.W.|Errata to `High-resolution common-depth-point seismic reflection profiling: field acquisition parameter design'||#GPS:51:7:1986:1519|High resolution+Common depth point+Reflexion study
J|0260|Lerche,I.|Stratigraphic filter theory: combined effects of parallel bedding and random inhomogeneities||#GPS:51:8:1986:1531-1537|Inhomogeneity+Filtering+Stratigraphy
J|0261|Li,Z-M.|Wave-field extrapolation by the linearly transformed wave equation||#GPS:51:8:1986:1538-1551|Wave field+Algorithm
J|0262|Cohen,J.K.+Hagin,F.G.+Bleistein,N.|Three-dimensional Born inversion with an arbitrary reference||#GPS:51:8:1986:1552-1558|Born approximation+Travel-times
J|0263|Chiu,S.K.L.+Kanasewich,E.R.+Phadke,S.|Three-dimensional determination of structure and velocity by seismic tomography||#GPS:51:8:1986:1559-1571|Vibroseis+Vancouver Island+Least squares
J|0264|Berryhill,J.R.|Submarine canyons: velocity replacement by wave-equation datuming before stack||#GPS:51:8:1986:1572-1579|Marine seismic investigation+Stacking+Wave equation
J|0265|Gray,S.H.|Efficient traveltime calculations for Kirchhoff migration||#GPS:51:8:1986:1685-1688|Kirchhoff's formula+Travel-times
J|0266|Morsi,M.H.|A simplified fast method of deriving weathering corrections||#GPS:51:8:1986:1689-1690|Refraction study
J|0267|Dehlinger,P.|Review of `Geophysics of the Polar regions' edited by E.S. Husebye, G.L. Johnson and Y. Kristoffersen||#GPS:51:8:1986:1693-1694|Arctic+Antarctic+Geology
J|0268|Montagner,J-P.|3-dimensional structure of the Indian Ocean inferred from long period surface waves||#GRL:13:4:1986:315-318|Crustal structure+Velocity+Tomography
J|0269|Cahill,T.+Isacks,B.L.|An apparent double-planed Benioff zone beneath northern Chile resulting from misidentification of reflected phases||#GRL:13:4:1986:333-336|Zoning+Reflected wave+Error
J|0270|Gueguen,Y.+David,C.+Darot,M.|Models and time constants for permeability evolution||#GRL:13:5:1986:460-463|Rock mechanics+Radioactive waste
J|0271|Chavez,D.E.+Priestley,K.F.|Measurement of frequency dependent Lg attenuation in the Great Basin||#GRL:13:6:1986:551-554|Nevada+Q+Lg-wave
J|0272|Hadiouche,O.+Jobert,N.+Romanowicz,B.A.|First two-station results for long period surface waves velocity from the GEOSCOPE stations in Africa||#GRL:13:6:1986:547-550|Algeria+Djibouti
J|0273|e*Kanamori,H.+Ruff,L.J.|The September 19, 1985 Mexican earthquake. Introduction to Special Issue||#GRL:13:6:1986:567|Mexico City||#*MEXICOCITY
J|0274|Eissler,H.K.+Astiz,L.+Kanamori,H.|Tectonic setting and source parameters of the September 19, 1985 Michoacan, Mexico earthquake||#GRL:13:6:1986:569-572|Mexico City+Tectonics||#*MEXICOCITY
J|0275||The September 1985 Michoacan earthquakes: aftershock distribution and history of rupture||#GRL:13:6:1986:573-576|Mexico City||#*MEXICOCITY|#*MEXICOCITY2
J|0276|Stolte,C.+McNally,K.C.+Gonzalez-Ruiz,J.R.+|Fine structure of a postfailure Wadati-Benioff zone||#GRL:13:6:1986:577-580|Mexico City+Seismotectonics+1985||#*MEXICOCITY
J|0277|Munguia,L.+Simila,G.W.+McNally,K.C.+|The September 19, 1985 Michoacan earthquake: aftershock acceleration data recorded by a temporary installation of strong motion instruments||#GRL:13:6:1986:581-584|Accelerogram+Strong-motion instrument+Mexico City||#*MEXICOCITY|#*MEXICOCITY2
J|0278|McNally,K.C.+Gonzalez-Ruiz,J.R.+Stolte,C.|Seismogenesis of the 1985 great (Ms=8.1) Michoacan, Mexico earthquake||#GRL:13:6:1986:585-588|Mexico City+Seismotectonics||#*MEXICOCITY
J|0279|Hall,J.F.+Beck,J.L.|Structural damage in Mexico City||#GRL:13:6:1986:589-592|1985+Structure+Building||#*MEXICOCITY
J|0280|Beck,J.L.+Hall,J.F.|Factors contributing to the catastrophe in Mexico City during the earthquake of September 19, 1985||#GRL:13:6:1986:593-596|Damage+Ground motion||#*MEXICOCITY
J|0281|Houston,H.+Kanamori,H.|Source characteristics of the 1985 Michoacan, Mexico earthquake at periods of 1 to 30 seconds||#GRL:13:6:1986:597-600|Focal mechanism+Aftershock+Mexico City||#*MEXICOCITY|#*MEXICOCITY2
J|0282|Priestley,K.F.+Masters,T.G.|Source mechanism of the September 19, 1985 Michoacan earthquake and its implications||#GRL:13:6:1986:601-604|Focal mechanism+Inverse problem+Mexico City||#*MEXICOCITY
J|0283|Ekstrom,G.+Dziewonski,A.M.|A very broad band analysis of the Michoacan, Mexico earthquake of September 19, 1985||#GRL:13:6:1986:605-608|Inverse problem+Spectral analysis+Mexico City||#*MEXICOCITY
J|0284|Riedesel,M.A.+Jordan,T.H.+Sheehan,A.F.+|Moment-tensor spectra of the 19 Sept and 21 Sept 85 Michoacan, Mexico, earthquakes||#GRL:13:6:1986:609-612|Seismic moment tensor+Focal mechanism+Mexico City+1985||#*MEXICOCITY|#*MEXICOCITY2
J|0285|Moroz,Yu.F.|Deep structure of the southwestern part of the Koryakskoe highland|In Russian|#SVG:-:5:1987:118-123|USSR
J|0286|Lawson,J.E.+Luza,K.V.|Oklahoma earthquakes, 1986||Okla. Geol. Notes:47:2:1987:65-72|Seismicity
J|0287|Reyes Ortiz,M.+Reyes Roman,M.+Vial Latorre,A.+|Brief description of the effect on health of the earthquake of 3rd March 1985 - Chile||Disasters:10:2:1986:125-140|San Antonio||#*SANANTONIO
J|0288|Zeballos,J.L.|Health aspects of the Mexico earthquake - 19th September 1985||Disasters:10:2:1986:141-149|Mexico City||#*MEXICOCITY
J|0289|Hughes,R.+Pappin,J.|Observations from the EEFIT mission to the Mexico earthquake, September 1985||Disasters:10:3:1986:197-202|Mexico City+Damage||#*MEXICOCITY
J|0290|Musson,R.M.W.|The use of newspaper data in historical earthquake studies||Disasters:10:3:1986:217-223|United Kingdom+History+Risk
J|0291|Zverev,S.M.+Yaroshevskaya,G.A.+Tulina,Yu.V.+|Deep seismic sounding in the lithosphere below the earth's crust of the South Atlantic|In Russian|#DAN:289:2:1986:322-327|Oceanic crust+Atlantic Ocean
J|0292|Zlobin,T.K.|Nature of the gradients of the Benioff seismofocal zones and probable mechanisms of their formations|In Russian|#DAN:289:3:1986:689-692|Benioff zone+Seismotectonics+Kuril Islands+Kamchatka
J|0293|Sadovskii,M.A.+Pisarenko,V.F.|Parameters of earthquake frequencies|In Russian|#DAN:289:4:1986:833-835|Energy+Frequency
J|0294|Gubin,I.Ye.|Migration of earthquakes and chain reaction of focal occurrence|In Russian|#DAN:289:5:1986:1190-1193|Intensity+Focus
J|0295|Zlobin,T.K.|Structure of the lithosphere and deep structures of the large and small Kurils|In Russian|#DAN:289:6:1986:1454-1458|Deep seismic sounding+Kuril Islands
J|0296|Karryev,B.S.+Kurbanov,M.K.+Nikolayev,A.V.+|Dynamic regime of seismic emission: chaos and auto-organization|In Russian|#DAN:290:1:1986:67-71|Energy+Geodynamics
J|0297|Nevskii,M.V.+Fokin,O.S.|Statistical characteristics of propagation velocities in heterogeneous local media of the earth's crust and mantle|In Russian|#DAN:290:1:1986:77-80|Statistics
J|0298|Sidorin,A.Ya.|Results of precise observations on the variation of the apparent resistivity in the Garm region|In Russian|#DAN:290:1:1986:81-84|Electrical resistivity+Precise measurement
J|0299|Solonenko,N.V.+Solonenko,A.V.|Nature of sequences of seismic aftershocks and multiplication of earthquakes in the Baikalian Rift zone|In Russian|#DAN:290:1:1986:85-88
J|0300|Margulis,L.S.|On the geological nature of the abnormal reflexions in the Barents Sea|In Russian|#DAN:290:1:1986:184-187|Geology+Marine seismic investigation
J|0301|Parfenov,L.M.+Imayev,V.I.+Koz'min,B.M.+|Geodynamic model of the Olekma-Stanovoy seismic zone|In Russian|#DAN:290:3:1986:574-578|Olekma, R.+USSR+Seismicity
J|0302|Khrometskaya,Ye.A.+Sholpo,V.N.|Comparison of the tectonics and the seismicity of the Caucasus and of Italy|In Russian|#DAN:290:3:1986:579-582|Seismotectonics
J|0303|D'yakonov,B.P.+Ivayev,A.T.+Kalmykov,A.A.+|Electromagnetic radiation and seismoacoustic emission from rocks in natural conditions|In Russian|#DAN:290:4:1986:828-829|Seismicity+Electromagnetic field
J|0304|Ammosov,S.M.+Voitov,G.I.+Korobeinik,G.S.+|Reaction of soil gases on the impulsion of seismic energy in action|In Russian|#DAN:290:5:1986:1172-1175|Precursor
J|0305|Voitov,G.I.+Mil'kes,M.R.+Kucher,M.I.+|Abnormal variation of the carbon isotopes, CH4 and CO2 in free gases in the seismic region of the Kopet-Dag depression|In Russian|#DAN:290:6:1986:1335-1338|Precursor
J|0306|Demin,S.S.+Zharinov,S.Ye.|Geomechanical model of the seismofocal zones of active continental margins|In Russian|#DAN:290:6:1986:1339-1342
J|0307|Pleskach,N.K.|Seismic electroenergetic effects|In Russian|#DAN:290:6:1986:1342-1346|Energy
J|0308|Neprochnov,Yu.P.+Sedov,V.V.+Pokryshkin,A.A.+|New data on the structure of the earth's crust and seismicity of the basins of the Atlantic and Indian Oceans|In Russian|#DAN:290:6:1986:1448-1453|Atlantic Ocean+Crustal structure
J|0309|Ikami,A.+Yoshii,T.+Kubota,S.+|A seismic-refraction profile in and around Nagano Prefecture, central Japan||#JPE:34:6:1986:457-474|Refraction study+Travel-times
J|0310|Ohbo,N.+Onda,I.+Sato,Y.+|Wave propagation in a stepped structure based on a numerical experimental approach||#JPE:34:6:1986:475-485|SV-wave+P-wave+Numerical method
J|0311|Fujii,K.|The scattering of Rayleigh waves at a variously inclined discontinuity||#JPE:34:6:1986:487-515|Reflexion coefficient
J|0312|Maeda,I.|Theory of SH-wave generation by the Ita-tataki method (plank hammering technique)||#JPE:34:6:1986:517-530|Ground motion
J|0313|Okano,K.+Kimura,S.+Konomi,T.|The Conrad discontinuity and the P wave velocity of the lower crust in Shikoku and its surrounding regions||#JPE:34:6:1986:531-542|P-wave+Travel-times
J|0314|Wu,J-Y.+Cao,X-F.|Quantitative studies of global seismicity (1) - Temporal variations of global shallow and deep seismic activity|In Chinese with English abstract|#ASS:9:1:1987:1-14|Shallow-focus earthquake+Deep-focus earthquake+World
J|0315|Feng,D-Y.+Lin,M-Z.+Chun,J.|Application of fuzzy mathematics in the research of a seismicity pattern|In Chinese with English abstract|#ASS:9:1:1987:15-27
J|0316|Zhang,Z-L.+Fang,X.+Yian,H.|A mechanical model of the formation mechanism of the Shanxi Graben zone and the characteristics of the Shanxi earthquake zone|In Chinese with English abstract|#ASS:9:1:1987:28-36|China
J|0317|Ge,H-C.+Huang,C-Z.+Ye,P-Y.+|Lg magnitude determination for the six eastern provinces of China (Part 1) - Determination method and results|In Chinese with English abstract|#ASS:9:1:1987:37-51|Lg-wave
J|0318|Fu,Y.+Zhang,H-Z.+Xie,J-Y.+|A study on the methods for determining local magnitudes of earthquakes|In Chinese with English abstract|#ASS:9:1:1987:52-64|Magnitude
J|0319|Liu,J-Z.+Cao,X-L.+Li,Z-Q.+|Some ideas about the deformation of cased holes in the Fuyu oil field|In Chinese with English abstract|#ASS:9:1:1987:65-73|Casing+Stress
J|0320|Zang,S-X.+Fuan,J-L.|The acoustic emission and its frequency characteristics in rocks under different types of uniaxial compression|In Chinese with English abstract|#ASS:9:1:1987:74-88
J|0321|Ma,Q-Y.+Ye,L-C.+Feng,Y-H.+|Design and performance of the KFD - wideband, large dynamic range feedback seismometer|In Chinese with English abstract|#ASS:9:1:1987:89-100|Instrument
J|0322|Li,Y-S.+Li,K-C.|Ionospheric disturbances during large earthquakes|In Chinese with English abstract|#ASS:9:1:1987:101-107|Ionosphere
J|0323|Wang,L-N.+Zhao,Z-G.+Wang,Z-G.+|Long period source parameters of the Wuqia, Xinjiang earthquake of August 23, 1985 - Results from inversion of the records of the Ida network|In Chinese|#ASS:9:1:1987:108-111|||#*XINJIANG
J|0324|Stiller,H.+Franck,S.+Orgzall,I.|High-pressure physics and internal structure and evolution of planets|Special edition|#BEG:96:-:1987:56-72|High pressure
J|0325|Michael-Leiba,M.O.|Temporal variation in seismicity of the Southwest Seismic Zone, Western Australia: implications for earthquake risk assessment||#BMR:10:2:1986:133-137
J|0326|Michael-Leiba,M.O.+Denham,D.|The Lithgow earthquake of 13 February 1985: macroseismic effects||#BMR:10:2:1986:139-142|Macroseismic data+New South Wales||#*LITHGOW
J|0327|Gaull,B.A.+Michael-Leiba,M.O.|Probabilistic earthquake risk maps of southwest Western Australia||#BMR:10:2:1986:145-151
J|0328|Batta,V.+Chandrasekaran,A.R.|Soil-structure interaction with foundation tipping||#BIT:22:4:1985:125-140
J|0329|Hukku,B.M.|Seismic and neotectonic activity around some river valley projects - sixth ISET annual lecture||#BIT:22:4:1985:141-149|Neotectonics+Seismicity
J|0330|Agrawal,P.N.|Damage to two RCC bridges during the December 31, 1984 Cachar earthquake, northeast India||#BIT:23:1:1986:1-16|||#*CACHAR
J|0331|Gupta,I.D.|On using Modified Mercalli intensity data for evaluating engineering seismic risk in northern India||#BIT:23:1:1986:17-33|Earthquake engineering+Modified Mercalli scale
J|0332|Thakkar,S.K.+Patnaik,B.K.R.|An overview of approximate methods for seismic analysis of gravity dams||#BIT:23:2:1986:51-73|Dam+Approximation
J|0333|Murti,N.G.K.|Reservoir induced seismicity||#BIT:23:2:1986:75-76|Dam
J|0334|Mukherji,P.+Mukhopadhyay,A.|On two aseismically creeping and interacting buried vertical strike-slip faults in the lithosphere||#BIT:23:3:1986:91-117|Green's function
J|0335|Gupta,M.K.+Prakash,S.|A new realistic approach for liquefaction analysis||#BIT:23:3:1986:118-137|Pore pressure
J|0336|Webb,T.H.+Ferris,B.G.+Harris,J.S.|The Lake Taupo, New Zealand, earthquake swarms of 1983||#NEZ:29:4:1986:377-389|Coda wave
J|0337|Gillies,P.N.+Davey,F.J.|Seismic reflection and refraction studies of the Raukumara forearc basin, New Zealand||#NEZ:29:4:1986:391-403|Reflexion study+Refraction study
J|0338|Kargopol'tsev,A.A.+Pak,G.+Farberov,A.I.+|Seismic studies in the epicentral zone of the Asacha earthquake swarm|In Russian|#VSM:-:6:1986:46-59|Epicentre+USSR
J|0339|Gorel'chik,V.I.+Zav'yalov,A.D.|Behaviour of the density parameter of seismic ruptures during preparation and development of the great Tolbachik fissure eruption|In Russian|#VSM:-:6:1986:60-66|1976+Kamchatka+Volcanism
J|0340|Gusev,A.A.+Pavlov,V.M.|Detailed study of the focus of the deep earthquake 15 Feb., 1971 (Fiji) as an elastic wave radiator. 2. Calculation of the seismic moment source of the order of 1 and 2|In Russian|#VSM:-:6:1986:67-83|Deep-focus earthquake
J|0341|Burimskaya,R.N.+Ivashchenko,A.I.|Features of tsunamigenic earthquakes in the Kuril-Kamchatka zone, identified by near stations|In Russian|#VSM:-:6:1986:84-89|Kuril-Kamchatka Arc
J|0342|Ivshin,V.M.+Kuznetsov,V.S.+Vetrov,P.B.|Autonomous digital data storage tiltmeter station|In Russian|#VSM:-:6:1986:98-101|Instrument+Automatic processing
J|0343|Storcheus,A.V.|Recording of air waves during the Tolbachik eruption in 1976|In Russian|#VSM:-:1:1987:62-68|Volcanism
J|0344|Ostrovskii,A.A.|Spectral composition of earthquakes recorded by bottom seismographs in the northwestern Pacific|In Russian|#VSM:-:1:1987:69-75|Spectral analysis+OBS System+Pacific Ocean
J|0345|Nikolayev,V.V.+Semenov,R.M.+Solonenko,V.P.|The maximum energy of earthquakes and the problem of seismic zoning of the Far East (the zone of the Baikal-Amur region)|In Russian|#VSM:-:1:1987:76-84
J|0346|Mikhailova,T.G.+Tikhonov,I.N.|Results of investigations of parametric models and estimation of P-wave arrival from records of SKM-3 instruments|In Russian|#VSM:-:1:1987:85-91|P-wave
J|0347|Chebrov,V.N.+Sinitsyn,V.I.+Popov,Ye.V.+|Instruments for temporary local networks of seismic stations|In Russian|#VSM:-:1:1987:91-97
J|0348|Malyshkov,Yu.P.+Dzhumabayev,K.B.|Prediction of earthquakes from parameters of the natural electromagnetic field of the Earth|In Russian|#VSM:-:1:1987:97-103
J|0349|Boldyrev,S.A.|On the article `The seismofocal zone of Kamchatka' by S.A. Fedotov, A.A. Gusev, G.V. Chernysheva and L.S. Shumilina|In Russian|#VSM:-:1:1987:104-106|Volcanism+Geometry+Focus|With a reply by Fedotov and Gusev
J|0350|Tokarev,P.I.|Volcanic earthquakes: determination of their energy|In Russian|#VSM:-:2:1987:64-79|Volcanism
J|0351|Zobin,V.M.|Relation of source parameters of volcanic earthquakes during central and parasitic eruptions of volcanoes|In Russian|#VSM:-:2:1987:80-88|Volcanism
J|0352|Kiseleva,L.G.+Durynin,A.F.|Accuracy of estimation of section parameters on the basis of the travel-time curve of head waves from plane boundaries|In Russian with English abstract|#GGS:-:1:1987:102-109|Travel-times+Boundary
J|0353|Seleznev,V.S.+Solov'ev,V.M.+Suvorov,V.D.+|Use of S-waves in deep seismic sounding in western Yakutiya|In Russian with English abstract|#GGS:-:1:1987:109-117
J|0354|Gol'din,S.V.|Geometrical analysis of the images of reflecting boundaries in seismics|In Russian with English abstract|#GGS:-:1:1987:117-126|Reflexion+Boundary+Geometry+Migration
J|0355|Kuznetsov,V.L.+Bgatova,G.F.+Titarenko,V.V.|The Siberian platform basement according to seismic survey data|In Russian with English abstract|#GGS:-:2:1987:77-83
J|0356|Gol'din,S.V.|Dynamic analysis of the imagery in seismics|In Russian with English abstract|#GGS:-:2:1987:90-98|Dynamics
J|0357|Perekhvatov,V.V.+Byakov,Yu.A.+Kemel'man,V.A.+|Numerical modelling of seismic data wave migration|In Russian with English abstract|#GGS:-:2:1987:99-106|Ocean+Data processing
J|0358|Drennov,A.F.|Statistical properties of the series of increase in ball level|In Russian with English abstract|#GGS:-:2:1987:106-112|Intensity+Near earthquake+Statistics
J|0359|Morozova,G.M.+Yel'tsov,I.N.|Some problems of electromagnetic translucency of seismic zones|In Russian with English abstract|#GGS:-:3:1987:83-88|Electromagnetic field
J|0360|Blyas,E.A.|Determination of velocity characteristics of the medium according to RWM and VSP data|In Russian with English abstract|#GGS:-:3:1987:88-98|Vertical seismic profiling+Inverse problem
J|0361|Yumatov,A.Yu.+Markov,M.G.|Elastic longitudinal wave travel in a porous-jointed medium|In Russian with English abstract|#GGS:-:3:1987:98-104|Porosity+Elastic wave
J|0362|Gik,L.D.|On the problem of the method of studying scattering boundaries depending upon the degree of their complexity|In Russian with English abstract|#GGS:-:3:1987:126-130|Boundary
J|0363|Timoshin,Yu.V.+Gik,L.D.+Marmalevskii,N.Ya.+|Taking into account the horizontal velocity heterogeneity in the holographic transformation of seismic records|In Russian with English abstract|#GGS:-:4:1987:86-95|Holography
J|0364|Chichinin,I.S.+Shikhaliyev,Yu.A.|Investigation of the mechanism of seismic wave radiation when the load falls down on the surface of a liquid half-space|In Russian with English abstract|#GGS:-:4:1987:95-102|Pressure
J|0365|Tsaryapkin,A.M.+Bembel',R.M.|A choice of the minimum length wavelet in the problem of shaping filtering|In Russian with English abstract|#GGS:-:4:1987:102-107
J|0366|Vasil'ev,S.A.|The principles of the study of the properties of a heterogeneous medium from its seismic imagery|In Russian with English abstract|#GGS:-:4:1987:107-115|Born approximation
J|0367|Yerokhin,G.N.+Bortnikov,P.B.|The inverse problem of the seismic moment tensor determination|In Russian with English abstract|#GGS:-:4:1987:115-123
J|0368|Zhernyak,G.F.|On the problem of the scattering of elastic waves in a spatially inhomogeneous medium|In Russian with English abstract|#GGS:-:5:1987:106-115
J|0369|Garin,V.P.|Modelling the process of selecting reflected waves using spatially generalized time fields|In Russian with English abstract|#GGS:-:6:1987:92-101
J|0370|Loktsik,V.V.+Maksimov,V.P.+Yushin,V.I.|Effect of regulation of amplitudes before correlation upon the results of correlational restoration of impulse seismograms|In Russian with English abstract|#GGS:-:6:1987:101-107
J|0371|Stuart,W.D.|Forecast model for large and great earthquakes in southern California||#JGR:91:14:1986:13771-13786|Prediction
J|0372|Silver,P.G.+Chan,W.W.|Observations of body wave multipathing from broadband seismograms: evidence for lower mantle slab penetration beneath the Sea of Okhotsk||#JGR:91:14:1986:13787-13802|Okhotsk, Sea of
J|0373|Achauer,U.+Greene,L.+Evans,J.R.+|Nature of the magma chamber underlying the Mono Craters area, eastern California, as determined from teleseismic travel time residuals||#JGR:91:14:1986:13873-13891|Travel-times
J|0374|Stark,P.B.+Parker,R.L.+Masters,G.+|Strict bounds on seismic velocity in the spherical earth||#JGR:91:14:1986:13892-13902|Inverse problem+Constraint+Sphere
J|0375|Merriam,J.B.|Transverse stress Green's functions||#JGR:91:14:1986:13903-13913
J|0376|Jemsek,J.P.+Bergman,E.A.+Nabelek,J.L.+|Focal depths and mechanisms of large earthquakes on the Arctic mid-ocean ridge||#JGR:91:14:1986:13993-14005|Focal mechanism
J|0377|Fischer,K.M.+Purdy,G.M.|Seismic amplitude modelling and the shallow crustal structure of the East Pacific Rise at 12degreesN||#JGR:91:14:1986:14006-14014
J|0378|Austin,J.A.+Divins,D.L.|Sediment sound-velocity provinces in the Cape Basin: new results using multichannel seismic reflection profiles||#JGR:91:14:1986:14015-14021|Africa+Reflexion study
J|0379|Dubendorff,B.+Menke,W.|Time-domain apparent-attenuation operators for compressional and shear waves: experiment versus single-scattering theory||#JGR:91:14:1986:14023-14032|Time domain+Compressional wave
J|0380|Reilinger,R.+Larsen,S.|Vertical crustal deformation associated with the 1979 M=6.6 Imperial Valley, California earthquake: implications for fault behaviour||#JGR:91:14:1986:14044-14056
J|0381|Meertens,C.M.+Wahr,J.M.|Topographic effect on tilt, strain, and displacement measurements||#JGR:91:14:1986:14057-14062|Topography
J|0382|Aviles,C.A.+Scholz,C.H.+Boatwright,J.|Fractal analysis applied to characteristic segments of the San Andreas Fault||#JGR:92:1:1987:331-344
J|0383|Okubo,P.G.+Aki,K.|Fractal geometry in the San Andreas Fault system||#JGR:92:1:1987:345-355|Fractal analysis
J|0384|Michael,A.J.|Use of focal mechanisms to determine stress: a control study||#JGR:92:1:1987:357-368
J|0385|Fletcher,J.+Haar,L.+Hanks,T.C.+|The digital array at Anza, California: processing and initial interpretation of source parameters||#JGR:92:1:1987:369-382|Seismicity+San Jacinto Fault
J|0386|Simila,G.W.|Azimuthal variations of teleseismic P wave residuals for northern California||#JGR:92:1:1987:383-392|P-wave
J|0387|Walck,M.C.+Clayton,R.W.|P wave velocity variations in the Coso region, California, derived from local earthquake travel times||#JGR:92:1:1987:393-405|Travel-times+P-wave
J|0388|McMechan,G.A.+Fuis,G.S.|Ray equation migration of wide-angle reflections from southern Alaska||#JGR:92:1:1987:407-420|Reflexion
J|0389|Newcomb,K.R.+McCann,W.R.|Seismic history and seismotectonics of the Sunda Arc||#JGR:92:1:1987:421-439|Indonesia+Seismicity
J|0390|McCaffrey,R.+Nabelek,J.L.|Earthquakes, gravity, and the origin of the Bali Basin: an example of a nascent continental fold-and-thrust belt||#JGR:92:1:1987:441-460
J|0391|Chave,A.D.+Thomson,D.J.+Ander,M.E.|On the robust estimation of power spectra, coherences, and transfer functions||#JGR:92:1:1987:633-648|Power spectrum+Data processing
J|0392|Pavlis,G.L.+Hokanson,N.B.|Correction to `Separated earthquake location'||#JGR:92:1:1987:711|Errata+Hypocentre
J|0393|Aki,K.|Magnitude-frequency relation for small earthquakes: a clue to the origin of fmax of large earthquakes||#JGR:92:2:1987:1349-1355|Frequency-magnitude relation
J|0394|Sato,H.|A precursorlike change in coda excitation before the western Nagano earthquake (Ms=6.8) of 1984 in central Japan||#JGR:92:2:1987:1356-1360|Nagano-ken-seibu||#*NAGANO
J|0395|Huang,P.Y.+Solomon,S.C.|Centroid depths and mechanisms of mid-ocean ridge earthquakes in the Indian Ocean, Gulf of Aden and Red Sea||#JGR:92:2:1987:1361-1382|Aden, G. of
J|0396|Butler,R.+McCreery,C.S.+Frazer,L.N.+|High-frequency seismic attenuation of oceanic P and S waves in the western Pacific||#JGR:92:2:1987:1383-1396|P-wave+S-wave+High frequency+Pacific Ocean
J|0397|Oberst,J.|Unusually high stress drops associated with shallow moonquakes||#JGR:92:2:1987:1397-1405|Lunar seismology+Stress-drop
J|0398|Van Gool,M.+Huson,W.J.+Prawirasasra,R.+|Heat flow and seismic observations in the northwestern Banda Arc||#JGR:92:3:1987:2581-2586|Banda Sea+Reflexion study
J|0399|Sammis,C.G.+Julian,B.R.|Fracture instabilities accompanying dyke intrusion||#JGR:92:3:1987:2597-2605|Long Valley+California+Instability
J|0400|Rundle,J.B.+Kanamori,H.|Application of an inhomogeneous stress (patch) model to complex subduction zone earthquakes: a discrete interaction matrix approach||#JGR:92:3:1987:2606-2616|Matrix method
J|0401|Suter,M.|Orientational data on the state of stress in northeastern Mexico as inferred from stress-induced borehole elongations||#JGR:92:3:1987:2617-2626
J|0402|Brocher,T.M.+Ten Brink,U.S.|Variations in oceanic layer 2 elastic velocities near Hawaii and their correlation to lithospheric flexure||#JGR:92:3:1987:2647-2661|Velocity+Flexing+Lithosphere
J|0403|Seeber,L.+Armbruster,J.G.|The 1886-1889 aftershocks of the Charleston, South Carolina, earthquake: a widespread burst of seismicity||#JGR:92:3:1987:2663-2696
J|0404|Farra,V.+Madariaga,R.|Seismic waveform modelling in heterogeneous media by ray perturbation theory||#JGR:92:3:1987:2697-2712|Heterogeneous medium
J|0405|Stark,P.B.+Parker,R.L.|Velocity bounds from statistical estimates of tau(p) and X(p)||#JGR:92:3:1987:2713-2719|Inverse problem+Constraint
J|0406|Savage,J.C.+Cockerham,R.S.+Estrem,J.E.|Deformation near the Long Valley caldera, eastern California, 1982-1986||#JGR:92:3:1987:2721-2746
J|0407|Shedlock,K.M.+Baranowski,J.+Xiao,W-W.+|The Tangshan aftershock sequence||#JGR:92:3:1987:2791-2803|T'ang-shan+1976
J|0408|Prescott,W.H.+Zoback,M.D.+Krueger,S.W.|Comment on `Horizontal deformation in New York and Connecticut: examining contradictory results from the geodetic evidence' by R.A. Snay||#JGR:92:3:1987:2805-2807|Comments+Geodetic survey+New York State|With a reply by the author
J|0409|Peng,J.Y.+Aki,K.+Chouet,B.+|Temporal change in coda Q associated with the Round Valley, California, earthquake of November 23, 1984||#JGR:92:5:1987:3507-3526|Temporal variation||#*ROUNDVALLEY
J|0410|Rogers,A.M.+Harmsen,S.C.+Herrmann,R.B.+|A study of ground motion attenuation in the southern Great Basin, Nevada-California, using several techniques for estimates of Qs, log A0 and coda Q||#JGR:92:5:1987:3527-3540
J|0411|Sereno,T.J.+Orcutt,J.A.|Synthetic Pn and Sn phases and the frequency dependence of Q of oceanic lithosphere||#JGR:92:5:1987:3541-3566|Pn-wave+Sn-wave
J|0412|Duennebier,F.K.+Anderson,P.N.+Fryer,G.J.|Azimuth determination of and from horizontal ocean bottom seismic sensors||#JGR:92:5:1987:3567-3572|OBS System+Geophone
J|0413|Anderson,P.N.+Duennebier,F.K.+Cessaro,R.K.|Ocean borehole horizontal seismic sensor orientation determined from explosive charges||#JGR:92:5:1987:3573-3579|OBS System+Explosion seismology
J|0414|Thatcher,W.+Lisowski,M.|Long-term seismic potential of the San Andreas Fault southeast of San Francisco, California||#JGR:92:6:1987:4771-4784|Seismicity
J|0415|Savage,J.C.+Prescott,W.H.+Lisowski,M.|Deformation along the San Andreas Fault 1982-1986 as indicated by frequent geodolite measurements||#JGR:92:6:1987:4785-4797|Geodesy+Precursor
J|0416|Minster,J.B.+Jordan,T.H.|Vector constraints on western U.S. deformation from space geodesy, neotectonics, and plate motions||#JGR:92:6:1987:4798-4804|United States
J|0417|Plumb,R.A.+Cox,J.W.|Stress directions in eastern North America determined to 4.5 km from borehole elongation measurements||#JGR:92:6:1987:4805-4816
J|0418|Zuber,M.T.|Compression of oceanic lithosphere: an analysis of intraplate deformation in the Central Indian Basin||#JGR:92:6:1987:4817-4825|Indian Ocean
J|0419|Eissler,H.K.+Kanamori,H.|A single-force model for the 1975 Kalapana, Hawaii, earthquake||#JGR:92:6:1987:4827-4836|Mechanism
J|0420|Mayrand,L.J.+Green,A.G.+Milkereit,B.|A quantitative approach to bedrock velocity resolution and precision: the Lithoprobe Vancouver Island experiment||#JGR:92:6:1987:4837-4845|Precise measurement
J|0421|Ohtake,M.|Temporal change of Qp-1 in focal area of 1984 western Nagano, Japan earthquake as derived from pulse width analysis||#JGR:92:6:1987:4846-4852|Temporal variation+Nagano-ken-seibu||#*NAGANO
J|0422|Bina,C.R.+Wood,B.J.|Olivine-spinel transitions: experimental and thermodynamic constraints and implications for the nature of the 400-km seismic discontinuity||#JGR:92:6:1987:4853-4866|Thermodynamics+Phase transition
J|0423|Taylor,F.W.+Frohlich,C.+Lecolle,J.+|Analysis of partially emerged corals and reef terraces in the central Vanuatu arc: comparison of contemporary coseismic and nonseismic with Quaternary vertical movements||#JGR:92:6:1987:4905-4933|Deformation
J|0424|McGarr,A.|Comments on `Near-surface stress and displacement in a layered elastic crust' and `Stress in a stratified crust overlying a buried screw dislocation' by P.C. Leary||#JGR:92:6:1987:4959-4969|Layered medium|With a reply by the author
J|0425|Hirata,T.|Omori's power law aftershock sequences of microfracturing in rock fracture experiment||#JGR:92:7:1987:6215-6221|Microfracture
J|0426|Al-Shukri,H.J.+Mitchell,B.J.|Three-dimensional velocity variations and their relation to the structure and tectonic evolution of the New Madrid seismic zone||#JGR:92:7:1987:6377-6390|Crustal structure+Travel-times+Upper mantle
J|0427|Owens,T.J.|Crustal structure of the Adirondacks determined from broadband teleseismic waveform modelling||#JGR:92:7:1987:6391-6401
J|0428|Morel-a-l'Huissier,P.+Green,A.G.+Pike,C.J.|Crustal refraction surveys across the Trans-Hudson Orogen/Williston Basin of south central Canada||#JGR:92:7:1987:6403-6420|COCRUST
J|0429|Kuo,B-Y.+Forsyth,D.W.+Wysession,M.|Lateral heterogeneity and azimuthal anisotropy in the North Atlantic determined from SS-S differential travel times||#JGR:92:7:1987:6421-6436|S-wave+SS-wave+Travel-times+Atlantic Ocean
J|0430|Sato,T.+Van Ruymbeke,M.+Ooe,M.|Simultaneous observations of the tidal strain at Esashi using magnetic and capacitive transducers||Publs int. Lat. Obs., Mizusawa:19:1-2:1986:29-37|Japan+Earth tide
J|0431|Sato,K.|Strain measurement with a borehole type strainmeter - instrumentation, installation and initial data||Publs int. Lat. Obs., Mizusawa:19:1-2:1986:39-62|Esashi+Japan
J|0432|Hamada,N.|Note on the focal depth of the 1923 great Kanto earthquake|In Japanese with English abstract|#QJS:50:1-2:1987:1-6|Focus
J|0433|Akutsu,T.|Numerical simulation on the propagation of the tsunami accompanying the Nihonkai-Chubu earthquake (around Noshiro)|In Japanese with English abstract|#QJS:50:1-2:1987:7-14|Numerical modelling+1983+Japan Sea||#*SEAOFJAPAN
J|0434|Sasaki,W.+Miyamura,J.|Analysis of the ScP phase observed at Asahikawa|In Japanese|#QJS:50:1-2:1987:23-26|ScP-wave+Japan
J|0435|a-Seismological Group, Fukuoka Met. Obs.|Seismic observation at Akune Weather Station|In Japanese|#QJS:50:1-2:1987:27-31|Japan+Observational seismology
J|0436|Kawano,H.|Regional characteristics of earthquakes recorded at Nemuro|In Japanese|#QJS:50:1-2:1987:33-36|Regional study+Japan
J|0437|a-Fukuoka Met. Obs.+a-Kagoshima Met. Obs.|Report on the Makizono earthquake in Kagoshima Prefecture in April 1986|In Japanese|#QJS:50:1-2:1987:37-39|Japan||#*MAKIZONO
J|0438|Popescu,M.N.+Dragoescu,I.|The new map of recent vertical crustal movements in Romania - scale 1:1,000,000|With French abstract|#RRG:30:-:1986:3-10|Geodynamics
J|0439|Polonic,G.|On the seismotectonic relations in the Moldavian platform and adjacent units|With French abstract|#RRG:30:-:1986:11-17|Seismotectonics+Focal mechanism+Fault
J|0440|Zugravescu,D.|Craciunesti - Deva Underground Polygon of Geodynamics (CDUPG)|With Russian abstract|#RRG:30:-:1986:81-88|Geodynamic polgon+Earth tide+Deformation+Romania
J|0441|Popescu,A.|Review of `Seismic stratigraphy' by R.E. Sheriff||#RRG:30:-:1986:107|Prospecting
J|0442|Zihan,I.|Review of `Applied seismic stratigraphic interpretation, 2nd edition' by J.P. Lindsey and D.B. Macuda||#RRG:30:-:1986:107|Prospecting+Stratigraphy
J|0443|Rogers,A.M.|Living with the earthquake risk||#EQV:18:3:1986:113-121
J|0444|Pararas-Carayannis,G.|The Pacific tsunami warning system||#EQV:18:3:1986:122-130|Pacific Ocean
J|0445|Holzer,T.L.|Land subsidence||#EQV:18:3:1986:131-137
J|0446|Russ,D.P.+Johnson,L.E.|Cooperative earthquake research between the United States and the People's Republic of China||#EQV:18:3:1986:138-140
A|0447|e*Olson,R.A.+Thiel,C.C.|Earthquake damage mitigation for computer systems||1983:Berkeley, California:EERI||128p
J|0448|Brantley,S.|Two dome-building episodes at Mount St. Helens in 1984 and 1985 and their accompanying seismicity||#EQV:18:5:1986:207-217|St. Helens, Mt.+Volcanism
J|0449|Kerr,R.A.|Thin-skin tectonics is getting thinner||#SCI:232:4758:1986:1603|Thickness+Reflexion study+Plate tectonics+Appalachian Mts.
J|0450|Mogi,K.|Recent earthquake prediction research in Japan||#SCI:233:4761:1986:324-330
J|0451|Comte,D.+Eisenberg,A.+Lorca,E.+|The 1985 central Chile earthquake: a repeat of previous great earthquakes in the region||#SCI:233:4762:1986:449-453|San Antonio+Prediction||#*SANANTONIO
J|0452|Smith,R.J.|Soviets agree to broad seismic test||#SCI:233:4763:1986:511-512|USSR+Underground nuclear explosion+Monitoring+USGS+Test ban
J|0453|Kerr,R.A.|Quake prediction under way in earnest||#SCI:233:4763:1986:520|USGS+California
J|0454|Kerr,R.A.|Continents at the core-mantle boundary||#SCI:233:4763:1986:523-524|Earth structure+Travel-times+Free oscillation
J|0455|Kerr,R.A.|Tracing a young and malleable Moho||#SCI:233:4764:1986:621-622|Mohorovicic discontinuity+Nevada
J|0456|Mayer,L.A.+Shipley,T.H.+Winterer,E.L.|Equatorial Pacific seismic reflectors as indicators of global oceanographic events||#SCI:233:4765:1986:761-764|Pacific Ocean+Synthetic seismogram
J|0457|Kerr,R.A.|Do California quakes portend a large one?||#SCI:233:4768:1986:1039-1040|Prediction
J|0458|Anderson,J.G.+Bodin,P.A.+Brune,J.N.+|Strong ground motion from the Michoacan, Mexico, earthquake||#SCI:233:4768:1986:1043-1049|1985+Mexico City+Accelerogram||#*MEXICOCITY|#*MEXICOCITY2
J|0459|Bodin,P.A.+Klinger,T.|Coastal uplift and mortality of intertidal organisms caused by the September 1985 Mexico earthquakes||#SCI:233:4768:1986:1071-1073|Ecology+Mexico City||#*MEXICOCITY|#*MEXICOCITY2
J|0460|Segall,P.+Harris,R.|Slip deficit on the San Andreas Fault at Parkfield, California, as revealed by inversion of the geodetic data||#SCI:233:4771:1986:1409-1413|Prediction+Geodetic survey
J|0461|Wyss,M.|Regular intervals between Hawaiian earthquakes: implications for predicting the next event||#SCI:234:4777:1986:726-728|Prediction+Periodicity
J|0462|Luosto,U.+Korhonen,H.|Crustal structure of the Baltic Shield based on off-Fennolora refraction data||#TCT:128:3-4:1986:183-208
J|0463|Behrens,K.+Hansen,J.+Fluh,E.R.+|Seismic investigations in the Skaggerak and Kattegat||#TCT:128:3-4:1986:209-228|Lithosphere+North Sea
J|0464|Husebye,E.S.+Hovland,J.+Christoffersson,A.+|Tomographical mapping of the lithosphere and asthenosphere beneath southern Scandinavia and adjacent areas||#TCT:128:3-4:1986:229-250|Tomography
J|0465|Guterch,A.+Grad,M.+Materzok,R.+|Deep structure of the earth's crust in the contact zone of the Palaeozoic and Precambrian platforms in Poland (Tornquist-Teisseyre zone)||#TCT:128:3-4:1986:251-279
J|0466|Grad,M.+Guterch,A.+Janik,T.+|Seismic model of the lithosphere of the East European Platform beneath the Baltic Sea-Black Sea profile||#TCT:128:3-4:1986:281-288|Fennolora
J|0467|Dost,B.|Preliminary results from higher-mode surface-wave measurements in western Europe using the NARS array||#TCT:128:3-4:1986:289-301|Surface wave
J|0468|Burrus,J.+Foucher,J.P.|Contribution to the thermal regime of the Provencal Basin based on Flumed heat flow surveys and previous investigations||#TCT:128:3-4:1986:303-334|Provence+Sardinia+Ligurian Sea+Geothermy
J|0469|Bethoux,N.+Petit,F.+Rehault,J.P.+|Several location methods for underwater shots in the Gulf of Genoa (Western Mediterranean)||#TCT:128:3-4:1986:357-379|Genoa, G. of+Ligurian Sea
J|0470|Cassinis,R.|The geophysical exploration of the upper crust from the Ligurian coast to the northern margin of the Po Valley: problems and results||#TCT:128:3-4:1986:381-394|Mediterranean+Ligurian Sea+Adriatic+Po, R.
J|0471|Banda,E.+Wickham,S.M.|The geological evolution of the Pyrenees - an introduction||#TCT:129:1-4:1986:1-7|Lithosphere
J|0472|Olivera,C.+Gallart,J.+Goula,X.+|Recent activity and seismotectonics of the eastern Pyrenees||#TCT:129:1-4:1986:367-380|Seismicity
J|0473||Conclusions of the first international symposium on recent crustal movements in Central and South America||#TCT:130:1-4:1986:1-2|Central America+Seismicity+Neotectonics
J|0474|Henneberg,H.G.|Report of the sub-commission of Central and South America, the CRCM of IAG||#TCT:130:1-4:1986:3-8|Central America+Neotectonics+Seismicity+Crustal movement+Geodesy
J|0475|Whitten,C.A.|Geodesy and geodynamics||#TCT:130:1-4:1986:9-21|California+Plate tectonics+Seismicity
J|0476|Chrzanowski,A.+Welsch,W.|Review of the Huaytapallana project in Peru||#TCT:130:1-4:1986:23-31|Seismicity+Huancayo
J|0477|Henneberg,H.G.+Schubert,C.|Geodetic networks along the CA Caribbean-South American plate boundary||#TCT:130:1-4:1986:77-94|Central America+Seismicity+Neotectonics+Geodesy
J|0478|Luschen,E.|Gravity and height changes in the ocean-continent transition zone in western Colombia||#TCT:130:1-4:1986:141-157|Oceanic crust+Continental crust+Geophysical investigation
J|0479|Staples,J.E.|Monitoring of movement of potential earthquake areas with precise distance measuring and levelling systems||#TCT:130:1-4:1986:171-177|Continental crust+Geodesy+Precise measurement
J|0480|Holdahl,S.R.|Readjustment of levelling networks to account for vertical coseismic motions||#TCT:130:1-4:1986:195-212|Geodesy+Deformation+Seismicity+Japan+United States
J|0481|Geiger,A.+Kahle,H-G.+Gubler,E.|Recent crustal movements in the Alpine-Mediterranean region analyzed in the Swiss Alps||#TCT:130:1-4:1986:289-298|Seismicity+Deformation
J|0482|Torge,W.|Gravimetry for monitoring vertical crustal movements: potential and problems||#TCT:130:1-4:1986:385-393|Continental crust+Microseism
J|0483|Braile,L.W.+Hinze,W.J.+Keller,G.R.+|Tectonic development of the New Madrid Rift Complex, Mississippi Embayment, North America||#TCT:131:1-2:1986:1-21|Seismicity+Subsidence
J|0484|Fahmi,K.J.+Al Salim,M.A.H.+Ayar,B.S.|Recent earthquake activity in the Lesser Zab region of northeastern Iraq||#TCT:131:1-2:1986:89-111|Seismicity+Seismotectonics+Fault
J|0485|Zhang,T-R.|Comment on `The Bayesian probabilistic prediction of strong earthquakes in the Hellenic arc' by S.G. Ferraes||#TCT:131:1-2:1986:167-170|Comments+Bayes' theorem|With a reply by the author
J|0486|Mechie,J.+Prodehl,C.+Koptschalitsch,G.|Ray-path interpretation of the crustal structure beneath Saudi Arabia||#TCT:131:3-4:1986:333-352|Red Sea
J|0487|Mukhopadhyay,M.M.+Verma,R.K.+Ashraf,M.H.|Gravity field and structures of the Rajmahal Hills: example of the Paleo-Mesozoic continental margin in eastern India||#TCT:131:3-4:1986:353-367|Gondwana
J|0488|Biswas,N.N.+Pujol,J.+Tytgat,G.+|Synthesis of seismicity studies for western Alaska||#TCT:131:3-4:1986:369-392|Focal mechanism
J|0489|Bergman,E.A.|Intraplate earthquakes and the state of stress in the oceanic lithosphere||#TCT:132:1-3:1986:1-35|Oceanic crust+P-wave+SH-wave
J|0490|Wiens,D.A.+Stein,S.+Demets,C.+|Plate tectonic models for Indian Ocean ``intraplate'' deformation||#TCT:132:1-3:1986:37-48|Plate tectonics+Seismicity
J|0491|Okal,E.A.+Woods,D.F.+Lay,T.|Intraplate deformation in the Samoa-Gilbert-Ralik area: a prelude to a change of plate boundaries in the southwest Pacific?||#TCT:132:1-3:1986:69-77|Pacific Ocean+Plate boundary+Gilbert Islands+Ralik Chain
J|0492|Kinoshita,H.+Hamamo,Y.+Uchiyama,A.|Studies on the detailed crustal structure of the trench-trench-trench triple junction off southeast Japan||#TCT:132:1-3:1986:79-87
J|0493|Barosh,P.J.|Neotectonic movement, earthquakes and stress state in the eastern United States||#TCT:132:1-3:1986:117-152|Neotectonics
J|0494|Mareschal,J-C.+Jian,K.|Intraplate stresses and seismicity: the role of topography and density heterogeneities||#TCT:132:1-3:1986:153-162|North America+Plate tectonics
J|0495|Turcotte,D.L.|A fractal model for crustal deformation||#TCT:132:1-3:1986:261-269|Fractal analysis+Continental crust+San Andreas Fault
J|0496|Ranalli,G.+Murphy,D.C.|Rheological stratification of the lithosphere||#TCT:132:4:1987:281-295|Rheology+Electrical conductivity
J|0497|Papadopoulos,G.A.|An alternative view of the Bayesian probabilistic prediction of strong shocks in the Hellenic arc||#TCT:132:4:1987:311-320|Bayes' theorem+Probability+Earthquake
J|0498|Cordoba,D.+Banda,E.+Ansorge,J.|The Hercynian crust in northwestern Spain: a seismic survey||#TCT:132:4:1987:321-333|Lithosphere+Mohorovicic discontinuity
J|0499|Banghar,A.R.|Seismo-tectonics of the Andaman-Nicobar Islands||#TCT:133:1-2:1987:95-104|Andaman Islands+Seismotectonics
J|0500|Anand,A.+Jain,A.K.|Earthquakes and deformational structures (seismites) in Holocene sediments from the Himalayan-Andaman Arc, India||#TCT:133:1-2:1987:105-120|Andaman Islands+Himalayas
J|0501|Ricard,Y.+Froidevaux,C.+Simpson,R.|Spectral analysis of topography and gravity in the Basin and Range Province||#TCT:133:3-4:1987:175-187|Basin & Range+North America+Bouguer anomaly
J|0502|Gibbs,A.D.|Basin development examples from the United Kingdom and comments on hydrocarbon prospectivity||#TCT:133:3-4:1987:189-198|Prospecting
J|0503|Finlayson,D.M.+Leven,J.H.|Lithospheric structures and possible processes in Phanerozoic eastern Australia from deep seismic investigations||#TCT:133:3-4:1987:199-215|Eromanga Basin+Deep seismic sounding
J|0504|Zheng,J-Z.+Xu,W-Y.+Liu,J.+|Some characteristics of the seismicity and the stress field in the Panxi rift zone||#TCT:133:3-4:1987:235-241|China
J|0505|Wang,J-M.|The Fenwei rift and its recent periodic activity||#TCT:133:3-4:1987:257-275|Seismicity+Periodicity+China
J|0506|Liu,G-D.|The Cenozoic rift system of the North China Plain and the deep internal process||#TCT:133:3-4:1987:277-285|Lithosphere
J|0507|Tan,T-K.|Geodynamics and tectonic evolution of the Panxi rift||#TCT:133:3-4:1987:287-304|China+Bouguer anomaly+Tectonics
J|0508|Teng,J-W.+Wei,S-Y.+Sun,K-Z.+|The characteristics of the seismic activity in the Qinghai-Xizang (Tibet) Plateau of China||#TCT:134:1-3:1987:129-144|Seismicity+Tectonics
J|0509|Saikia,M.M.+Kotoky,P.+Duarah,R.|A zone of plate convergence with associated seismic activity - the Indo-Burman arc||#TCT:134:1-3:1987:145-152|India+Seismicity
J|0510|Verma,R.K.+Krishna Kumar,G.V.R.|Seismicity and the nature of plate movement along the Himalayan arc, northeast India and Arakan-Yoma: a review||#TCT:134:1-3:1987:153-175|Burma+Himalayas+Plate tectonics
J|0511|Krishna,V.G.+Kaila,K.L.|Seismological study of the elevation of phase boundaries within the subducting lithospheric slabs||#TCT:134:1-3:1987:201-213|Lithosphere+Subduction+Tonga+Polynesia+Kermadec Islands
J|0512|Hodder,A.P.W.|Deep subduction and mantle heterogeneities||#TCT:134:4:1987:263-272|Heterogeneity
J|0513|Mathur,S.P.|Deep seismic reflection data suggest major compressional deformation of the crust in the central Eromanga Basin area during the mid-Carboniferous||#TCT:134:4:1987:311-321|Australia+Reflexion data
J|0514|Dologlou,E.|Source dynamic parameters of four Greek earthquakes and a possible correlation with the lead-times of their precursor seismic and electric signals||#TCT:134:4:1987:323-329|Greece+Monitoring
J|0515|Gibowicz,S.J.|Physics of fracturing and seismic energy release: a review||#PAG:124:4-5:1986:611-658|Bibliography+Fracture+Seismic moment tensor+Fractal analysis+Asperity
J|0516|Lockner,D.A.+Byerlee,J.D.|Changes in complex resistivity during creep in granite||#PAG:124:4-5:1986:659-676|Electrical resistivity+Prediction
J|0517|Niu,Z-R.+Zhang,Y.+Li,B-Q.+|Analysis of slip-softening instability on a fault with asperities||#PAG:124:4-5:1986:711-729|Asperity
J|0518|Chelidze,T.L.|Percolation theory as a tool for imitation of fracture process in rocks||#PAG:124:4-5:1986:731-748|Precursor
J|0519|Boler,F.M.+Spetzler,H.|Radiated seismic energy and strain energy release in laboratory dynamic tensile fracture||#PAG:124:4-5:1986:759-772|Glass
J|0520|Spicak,A.+Lokajicek,T.+Waniek,L.|Seismic regime of a single fault model||#PAG:124:4-5:1986:793-810|Seismotectonics+Energy
J|0521|Sobolev,G.A.|The study of barrier fracture in relation to earthquake and rockburst prediction||#PAG:124:4-5:1986:811-824
J|0522|Sileny,J.+Ritsema,A.R.+Csikos,I.+|Do some shallow earthquakes have a tensile source component?||#PAG:124:4-5:1986:825-840|Shallow-focus earthquake+Fracture+Energy
J|0523|Rudajev,V.+Teisseyre,R.+Kozak,J.+|Possible mechanism of rockbursts in coal mines||#PAG:124:4-5:1986:841-855|Inverse problem+Kladno+Upper Silesia
J|0524|Spicak,A.+Lokajicek,T.|Fault interaction and seismicity: laboratory investigation and its seismotectonic interpretation||#PAG:124:4-5:1986:857-874|Energy+Fracture+Seismotectonics
J|0525|Rummel,F.+Mohring-Erdmann,G.+Baumgartner,J.|Stress constraints and hydrofracturing stress data for the continental crust||#PAG:124:4-5:1986:875-895|Seismicity+Fault+Hydrofracture
J|0526|Ebblin,C.|First estimates of the principal directions of strains compared to those of stresses in seismic Friuli, NE Italy||#PAG:124:4-5:1986:897-917|Seismicity
J|0527|Bolt,B.A.|Seismic energy release over a broad frequency band||#PAG:124:4-5:1986:919-930|Accelerogram+United States
J|0528|Oncescu,M.C.|Relative seismic moment tensor determination for Vrancea intermediate-depth earthquakes||#PAG:124:4-5:1986:931-940|Romania
J|0529|Xu,Z-H.+Wang,S-Y.|A possible change in stress field orientation due to the 1976 Tangshan earthquake||#PAG:124:4-5:1986:941-955|T'ang-shan
J|0530|Harvey,D.+Wyss,M.|Comparison of a complex rupture model with the precursor asperities of the 1975 Hawaii Ms=7.2 earthquake||#PAG:124:4-5:1986:957-973|Accelerogram+Hilo
J|0531|Mascle,J.+Blarez,E.|Evidence for transform margin evolution from the Ivory Coast-Ghana continental margin||#NAT:326:6111:1987:378-381
J|0532|Flores,J.+Novaro,O.+Seligman,T.H.|Possible resonance effect in the distribution of earthquake damage in Mexico City||#NAT:326:6115:1987:783-785|1985||#*MEXICOCITY
J|0533|Kralik,M.+Klima,K.+Riedmuller,G.|Dating fault gouges||#NAT:327:6120:1987:315-317|Displacement
J|0534|Olson,P.+Schubert,G.+Anderson,C.|Plume formation in the D"-layer and the roughness of the core-mantle boundary||#NAT:327:6121:1987:409-413|Mantle plume+Plate tectonics
J|0535|Olson,P.|Drifting mantle hotspots||#NAT:327:6123:1987:559-560|Plate tectonics+Mantle plume
J|0536|Molnar,P.+Stock,J.|Relative motions of hotspots in the Pacific, Atlantic and Indian Oceans since late Cretaceous time||#NAT:327:6123:1987:587-591|Mantle plume+Pacific Ocean+Atlantic Ocean+Plate tectonics
J|0537||Seismologists to measure Soviet tests|News item|#NSC:-:1567:1987:29|Monitoring+Semipalatinsk+Underground nuclear explosion
J|0538|Papaloizou,J.|Review of `Seismology of the sun and distant stars' edited by D.O. Gough||Observatory:107:1076:1987:42-43|Helioseismology+Astroseismology
J|0539|Lerche,I.+Petroy,D.|Multiple scattering of seismic waves in fractured media: velocity and effective attenuation of the coherent components of P waves and S waves||#PAG:124:6:1986:975-1019|P-wave+S-wave
J|0540|Lerche,I.|Stratigraphic filtering of SH waves in a spherical, layered earth||#PAG:124:6:1986:1021-1037|Stratigraphy+SH-wave+Layered medium
J|0541|Stavrakakis,G.N.+Tselentis,A-G.+Drakopoulos,J.|Iterative deconvolution of teleseismic P waves from the Thessaloniki (N. Greece) earthquake of June 20, 1978||#PAG:124:6:1986:1039-1050|P-wave+Thessaloniki
J|0542|Meadows,M.+Coen,S.|Exact inversion of plane-layered isotropic and anisotropic elastic media by the state-space approach||#GPS:51:11:1986:2031-2050|Elastic medium+Isotropy+Anisotropy+State-space method
J|0543|Han,D-H.+Nur,A.+Morgan,D.|Effects of porosity and clay content on wave velocities in sandstones||#GPS:51:11:1986:2093-2107|Velocity+Prospecting
J|0544|Wuenschel,P.C.|Review of `Vertical seismic profiling, Part A. Principles, 2nd edition' by B.A. Hardage||#GPS:51:11:1986:2167
J|0545|Hill,N.R.+Lerche,I.|Acoustic reflections from undulating surfaces||#GPS:51:11:1986:2160-2161|Acoustic wave+Reflexion
J|0546|Kaufman,S.|COCORP: northern California-Nevada area and southern Appalachian area: Part 3||#GPS:51:11:1986:2162-2163|Appalachian Mts.+Reflexion study
J|0547|Whiteley,R.J.|Geophysics and sinking cities||#GPS:51:11:1986:2172|Land use+City+Urban planning
J|0548|Berryhill,J.R.+Kim,Y.C.|Deep-water peg legs and multiples: emulation and suppression||#GPS:51:12:1986:2177-2184|Marine seismic investigation+Reflexion study+Cross-correlation function
J|0549|Compani-Tabrizi,B.|k-t scattering formulation of the absorptive acoustic wave equation: wraparound and edge-effect elimination||#GPS:51:12:1986:2185-2192|Absorption+Time domain
J|0550|Purnell,G.W.|Observations of wave velocity and attenuation in two-phase media||#GPS:51:12:1986:2193-2199|Q+Porosity
J|0551|Krail,P.M.|Water-gun cavity collapse in a compressible liquid||#GPS:51:12:1986:2200-2205|Acoustic wave+Compressibility+Marine seismic investigation+Water gun
J|0552|Aminzadeh,F.|A recursive method for the separation of upgoing and downgoing waves of vertical seismic profiling data||#GPS:51:12:1986:2206-2218|Filtering+Signal+Time domain
J|0553|Cox,K.B.+Mason,I.M.|Maximum entropy analysis of dispersed seismic signals||#GPS:51:12:1986:2225-2234|Prospecting+Signal-to-noise ratio+Data processing
J|0554|Vidale,J.E.+Clayton,R.W.|A stable free-surface boundary condition for two-dimensional elastic finite-difference wave simulation||#GPS:51:12:1986:2247-2249|Finite difference method+Numerical modelling
J|0555|Ayakaiye,D.E.|Geophysics in Nigeria||#GPS:51:12:1986:2266-2267|History+Research
J|0556|Urrutia F.,J.|Geophysics in Mexico|Meeting Report|#EOS:68:25:1987:599
J|0557|McCue,K.+Barlow,B.C.+Denham,D.+|Another chip off the old Australian block||#EOS:68:26:1987:609|Intraplate earthquake+1986+Marryat Creek||#*MARRYAT
J|0558|Duschenes,J.+Potts,C.+Rayner,M.P.W.|Cambridge deep ocean geophone||#MGS:7:-:1985:455-466|Instrument
A|0559|Parasnis,D.S.|Principles of applied geophysics, 4th edition||1986:London:Chapman and Hall||400p
J|0560|Woodcock,N.H.|The role of strike-slip fault systems at plate boundaries||#PTR#, A:-:317:1986:13-29|Plate boundary
J|0561|Freeth,S.J.+Kay,R.L.F.|The Lake Nyos gas disaster||#NAT:325:6100:1987:104-105|Cameroon+Volcanism+Nyos, L.+West Africa
J|0562|Trifu,C-I.+Radulian,M.|Scaling laws of the near-field SH ground motion|With Polish abstract|#APL:34:3:1986:185-199|SH-wave+P-wave|Published in 1987
J|0563|Sileny,J.|Inversion of first-motion amplitudes recorded by local seismic network for rockburst mechanism study in the Kladno, Czechoslovakia, mining area|With Polish abstract|#APL:34:3:1986:201-213||Published in 1987
J|0564|Gibowicz,S.J.+Cichowicz,A.|Source parameters and focal mechanism of mining tremors in the Nowa Ruda coal mine in Poland|With Polish abstract|#APL:34:3:1986:215-232||Published in 1987
J|0565|Shamina,O.G.+Fedorova,T.S.+Palenov,A.M.+|Seismic and strain fields in the vicinity of shear rupture|With Polish abstract|#APL:34:3:1986:233-246|Precursor|Published in 1987
J|0566|Shamina,O.G.+Vaniek,L.|Seismic energy and seismic moment of shear cracks|In Russian with Polish and English abstracts|#APL:34:3:1986:247-257||Published in 1987
J|0567|Albert,R.N.H.|Seismicity and earthquake hazard at the proposed site for a nuclear power plant in the El Dabaa area, northwestern desert, Egypt|With Polish abstract|#APL:34:3:1986:263-281||Published in 1987
J|0568|Yin,Z-X.+Teng,J-W.+Xiong,S-B.|A study on fine structure in the upper crust of Dukou and its adjacent regions|In Chinese|#AGS:30:1:1987:22-30|Beijing
J|0569|Ding,Y-Y.+Cao,J-M.+Huang,C-L.+|Preliminary study of the structure of the Earth's crust for the profile from Suixian to Xian|In Chinese|#AGS:30:1:1987:31-38|Crustal structure+China
J|0570|Chen,P-S.+Ye,W-H.|On the surface wave magnitude measured by the seismic network in China|In Chinese|#AGS:30:1:1987:39-50
J|0571|Surinach,E.|The structure of the crust of the Canaries archipelago. Results of the interpretation of deep seismic profiles|In Spanish with English abstract|An. Fis.:82:-:1986:62-77|Deep seismic sounding+Oceanic crust+Canary Islands
J|0572|Siong,L.P.|History of earthquake activity in Sabah, 1897-1983||A. Rep. geol. Surv. Malays.:-:-:1983:350-357|Malaysia+Catalogue|Published in 1985
J|0573|Varotsos,P.|Earthquake prediction in Greece based on seismic electric signals; period January 1, 1984 to March 18, 1986|With Italian abstract|Boll. Geod. Sci. aff.:45:2:1986:191-202|1984-1986
J|0574|Miller,C.H.+Odum,J.K.|A review of concepts and techniques for obtaining shear-wave velocities from measured Rayleigh- and compressional-wave velocities at engineering sites||Bull. Ass. Engng Geol.:23:3:1986:317-324|Rayleigh wave+Compressional wave+Velocity
J|0575|Freeman,K.J.+Fuller,S.+Schell,B.A.|The use of surface faults for estimating design earthquakes; implications of the 28 October 1983 Idaho earthquake||Bull. Ass. Engng Geol.:23:3:1986:325-332|Borah Peak+Focal mechanism||#*BORAH
J|0576|Ryan,J.A.+Clark,K.M.+Landon,R.R.+|Seismic refraction study of faulting in Villa Park, Orange County, California||Bull. Ass. Engng Geol.:23:4:1986:487-497
J|0577|Matsumura,K.|On regional characteristics of seasonal variation of shallow earthquake activities in the world||#DPK:36:2:1986:43-98|History+Global seismicity+Shallow-focus earthquake
J|0578|Tsurumi,E.+Horino,M.+Ota,M.|Relationship between seismic disaster and ground conditions in Noshiro area, Akita Prefecture||Bull. geogr. Surv. Inst., Tokyo:30:-:1986:59-63|Damage+Liquefaction+Geomorphology+Japan
J|0579|Klemperer,S.L.+Hauge,T.A.+Hauser,E.C.+|The Moho in the northern Basin and Range Province, Nevada along the COCORP 40degreesN seismic-reflection transect||#BUG:97:5:1986:603-618|Basin & Range+Mohorovicic discontinuity+Reflexion study
J|0580|Hutchinson,D.R.+Klitgord,K.D.+Detrick,R.S.|Rift basins of the Long Island platform||#BUG:97:6:1986:688-702|New York State+Continental margin+Plate tectonics
J|0581|Iizuka,S.+Ohta,T.+Adachi,N.+|The results of loggings in the borehole of the Tomioka Observatory to a depth of 1,000m|In Japanese with English abstract|#BTN:39:2:1986:1-16|Japan
J|0582|Tsutsui,T.+Abe,S.+Kobayashi,Y.|A simple data-acquisition system for seismic exploration by using a personal-computer system|In Japanese|#BTN:39:2:1986:28-35|Data acquisition+Personal computer
J|0583|Matsuoka,T.+Hato,M.+Ulrych,T.J.+|Optimum gain curve for true amplitude recovery processing|In Japanese with English abstract|#BTN:39:4:1986:26-36|Reflexion+Data processing+Prospecting
J|0584|Hasegawa,H.S.|Seismotectonics in eastern Canada: an overview with emphasis on the Charlevoix and Miramichi regions||#EQN:57:3:1986:83-95
J|0585|e*Rikitake,T.|Earthquake prediction in the heart of Japan||#EPR:4:3-4:1986:213-486
J|0586|Rojahn,C.+Sharpe,R.L.+Scholl,R.E.|Earthquake damage and loss evaluation for California||Earthq. Spectra:2:4:1986:767-782|Assessment
J|0587|Musson,R.M.W.+Neilson,G.+Burton,P.W.|Two historical North Wales earthquakes. A macroseismic comparison||#ENG:23:2:1986:81-94|History+United Kingdom+Macroseismic data+1903+1940
J|0588|Al-Noury,S.I.+Ali,S.A.|Seismic risk analysis of western Arabia||#ENG:23:2:1986:95-108
J|0589|Oppeboen,K-A.|Geophysics and international exploration activity||#FSB:4:3:1986:11-14
J|0590|Kravis,S.|The F-X plot: uses for seismic data analysis and quality control||#FSB:4:3:1986:15-21|Velocity+Data processing
J|0591|Cottin,J-F.+Deletie,P.+Jacquet-Francillon,H.+|Curved ray seismic tomography: application to the Grand Etang Dam (Reunion Island)||#FSB:4:7:1986:25-30|Reservoir
J|0592|Stanley,P.J.|Some comments regarding ambient noise in Vibroseis surveys||#FSB:4:7:1986:31-33|Background noise+Data processing
J|0593|Ahmed,H.+Dillon,P.B.+Johnstad,S.E.+|Northern Viking Graben multilevel three component walkaway VSPS - a case history||#FSB:4:10:1986:9-27|Vertical seismic profiling+North Sea+Oil field
J|0594|Hermes,H.J.|Calculation of pre-Zechstein Bouguer anomaly in northwest Germany||#FSB:4:11:1986:13-22|Data processing+Salt dome
J|0595|Bredewout,J.W.+Goulty,N.R.|Some shallow seismic reflections||#FSB:4:12:1986:15-23|Reflexion study+Data processing+Coal
J|0596|Klemperer,S.L.|A reply to `Some comments regarding ambient noise in Vibroseis surveys' by P.J.Stanley||#FSB:4:12:1986:25-26|Background noise+Data processing
J|0597|Passchier,C.W.|Mylonites in the continental crust and their role as seismic reflectors||Geologie Mijnb.:65:2:1986:167-176
J|0598|Palm,H.|Conclusions from seismic refraction profiles in the central Scandinavian Caledonides||#GFF:108:3:1986:298-300|Refraction study
J|0599|Tomek,C.|Deep seismic reflection profiling in the Bohemian Massif and the west Carpathians||#GFF:108:3:1986:311-312|Reflexion study
J|0600|Ramsay,D.C.+Colwell,J.B.+Coffin,M.F.+|New findings from the Kerguelen plateau||Geology:14:7:1986:589-593|Kerguelen Islands+Reflexion study+Indian Ocean
J|0601|Murty,T.S.|Discussion on `Protection of the human race against natural hazards (asteroids, comets, volcanoes, earthquakes)' by J.V. Smith||Geology:14:7:1986:633-634|Volcanism+Natural disaster+Catastrophe+Prediction|With a reply by the author
J|0602|Ratcliffe,N.M.+Burton,W.C.+D'Angelo,R.M.+|Low-angle extensional faulting, reactivated mylonites, and seismic reflection geometry of the Newark basin margin in eastern Pennsylvania||Geology:14:9:1986:766-770|Vibroseis
J|0603|Bender,B.+Perkins,D.M.+Wheeler,R.L.|Discussion on `Correlation between seismicity and the distribution of thermal and carbonate water in southern and Baja California, United States and Mexico' by G. Gastil and K. Bertine||Geology:14:11:1986:969-971|Geothermy+Magnitude|With a reply by the authors
J|0604|Steinberg,D.M.+Leonard,G.|Discussion on `Evaluating point concentrations on a map; earthquakes in the Colorado lineament' by R.L. Wheeler||Geology:14:11:1986:971-973|Statistical method+Seismicity|With a reply by the author
J|0605|Korsch,R.J.+Lindsay,J.F.+O'Brien,P.E.+|Deep crustal seismic reflection profiling, New England orogen, eastern Australia; telescoping of the crust and a hidden, deep, layered sedimentary sequence||Geology:14:12:1986:982-985|Queensland+Deep seismic sounding+Continental crust
J|0606|Jihlavec,F.+Novak,J.|Application of seismic reflexion surveys to the prospecting of the north Bohemian basin, Czech metalliferous mountains|In Czech with Russian, English and German abstracts|Geol. Pruzk.:28:5:1986:136-138|Reflexion study+Vibroseis+Czechoslovakia
J|0607|Ruzek,B.|Interpretation of Rayleigh waves by means of the inverse problem|In Czech with Russian, English and German abstracts|Geol. Pruzk.:28:8-9:1986:239-242|Thomson-Haskell matrix
J|0608|Khan,M.A.+Maguire,P.K.H.+Henry,W.+|KRISP 85. An international seismic investigation of the Kenya rift||Geology today:2:5:1986:139-144|East African Rift+Refraction study+Explosion seismology
J|0609|Morel-a-l'Huissier,P.+Barcados,A.+Anglin,F.M.|When dams cause the earth to shake|In French with English abstract|GEOS:15:2:1986:14-17|Quebec+Induced seismicity+Reservoir+Manicouagan
J|0610|Maraffi,C.+Mozzi,G.+Posocco,F.+|Venice today||IAHS Pub.:-:151:1986:329-336|Hydrogeology+Prevention+Subsidence
J|0611|Cotecchia,V.|Subsidence phenomena due to earthquakes: Italian cases||IAHS Pub.:-:151:1986:829-834|Italy+Subsidence
J|0612|Gazdag,J.+Radicati,G.+Sguazzero,P.+|Seismic migration on the IBM 3090 vector facility||IBM Jl Res. Dev.:30:2:1986:172-183|Data processing+Computer+Finite difference method
J|0613|Pitas,I.+Venetsanopoulos,A.N.|Detection of wave reflectors and wave sources in the earth's subsurface||I.E.E.E. Trans. Acoust., Speech Signal Process.:34:5:1986:1245-1257|Prospecting
J|0614|Witten,A.J.+Long,E.|Shallow applications of geophysical diffraction tomography||#ITR:24:5:1986:654-662|Teledetection+Filtering+Data processing
J|0615|Al-Samad,H.A.+Aggour,M.S.+Amer,M.I.|Use of random loading in soil testing||Indian geotech. J.:16:2:1986:126-135|Soil mechanics+Vibration+Earthquake
J|0616|Druzhinin,V.S.+Rybalka,V.M.+Khalevin,N.I.|The deep structure of the Urals region||Int. Geol. Rev.:28:1:1986:15-22|Continental crust+Mantle
J|0617|Yel'nikov,I.N.+Shlezinger,A.Ye.|The sedimentary section of the Red Sea within the 18degreesN study area as revealed by continuous seismic profiling||Int. Geol. Rev.:28:4:1986:402-408
J|0618|Prevost,J.H.|Effective stress analysis of seismic site-response||Int. J. numer. analyt. Meth. Geomech.:10:6:1986:653-665|Rock mechanics+Finite element method+Sand
J|0619|Majer,E.L.+Doe,T.W.|Studying hydrofractures by high frequency seismic monitoring||Int. J. Rock Mech. Min. Sci.:23:3:1986:185-199
J|0620|Yegorkina,G.V.|Polarization analysis recording by means of local earthquakes|In Russian|#IVG:-:10:1986:99-103
J|0621|Chyong Min|Determination of the frequency spectra of reflected waves by means of seismic observations|In Russian|#IVG:-:11:1986:68-72|Oil+Gas
J|0622|Averbukh,A.G.+Okunev,Yu.B.+Akopov,Yu.I.|Evaluation of the propagation velocities and of the fluctuation of waves in heterogeneous inter-layers by means of resolution of kinematic direct problems by the iterative method|In Russian|#IVG:-:11:1986:99-102|Kinematics
J|0623|Boganik,G.N.+Nemetskaya,Z.A.|Attempts at statistical analysis of seismic profile data in the Tunguska synclase|In Russian|#IVG:-:2:1987:101-108|Statistical method+USSR
J|0624|Gil'bershtein,P.G.+Kaplan,S.A.+Pochtovik,V.S.|Enhancement of the efficiency of seismic prospecting during engineering geology studies|In Russian|#IVG:-:3:1987:92-100
J|0625|Adair,R.G.+Orcutt,J.A.+Jordan,T.H.|Low-frequency noise observations in the deep ocean||#JAM:80:2:1986:633-645|Background noise+OBS System+Microseism
J|0626|Sabatier,J.M.+Bass,H.E.+Bolen,L.N.|Acoustically induced seismic waves||#JAM:80:2:1986:646-649|Acoustic wave+Resistivity
J|0627|Mutyorauta,J.J.|High resolution seismic reflection, an exploration tool within an underground environment (example from Zimbabwe)||J. Afr. Earth Sci.:6:1:1987:109-115|Reflexion study+Mining
J|0628|Baishya,N.C.+Srivastava,S.K.+Singh,S.N.|Identification of lower Cretaceous sediment below thick volcanics sequence in Mahanadi offshore basin from vertical seismic profiling: a case history||#JAE:7:4:1986:195-203|Mahanadi River+Indian Ocean+Volcanism
J|0629|Agrawal,M.C.+Walia,R.K.|Seismic wavelet estimation techniques||#JAE:7:4:1986:205-210|Data processing+Hilbert transform
J|0630|Chen Li,I.+Tung,C.C.|Tsunami hazard||#JEM:112:9:1986:874-887|Ground motion+Statistical method
J|0631|Kausel,E.+Pais,A.|Stochastic deconvolution of earthquake motions||#JEM:113:2:1987:266-277|Ground motion+Statistical method
J|0632|Suzuki,F.|Seismic explosion observations in Kamisano-Kawane profile, northwest of Suruga Bay|In Japanese with English abstract|J. Fac. mar. Sci. Technol. Tokai Univ.:-:22:1986:51-57|Explosion seismology+Travel-times+Seismogram
J|0633|Suzuki,F.+Den,N.+Iizuka,S.+|Seismic explosion observations in Yamakita-Kawane Profile across south Fossa Magna|In Japanese with English abstract|J. Fac. mar. Sci. Technol. Tokai Univ.:-:22:1986:59-70|Explosion seismology+Seismogram+Travel-times
J|0634|Tanada,T.+Suzuki,F.+Sano,K.+|Temporary observation of the earthquake swarm that occurred off Kawanazaki, Izu Peninsula in September 1984|In Japanese with English abstract|J. Fac. mar. Sci. Technol. Tokai Univ.:-:22:1986:71-76|Frequency-magnitude relation+Ground motion
J|0635|Yoshimura,K.+Suzuki,F.+Tanada,T.+|Seismic activity in Suruga Bay: seismic observation by OBS and long-term seismometer|In Japanese with English abstract|J. Fac. mar. Sci. Technol. Tokai Univ.:-:22:1986:77-83|OBS System
J|0636|Emoto,K.+Kawakami,T.+Hamada,M.|Research on ground shaking intensity and maximum acceleration during the 1984 Nagano-ken-seibu earthquake|In Japanese with English abstract|J. Fac. mar. Sci. Technol. Tokai Univ.:-:22:1986:95-108|Magnitude+Accelerogram||#*NAGANO
J|0637|Kosuga,M.+Ikeda,H.+Kamazuka,Y.+|Static fault model of the 1983 Nihonkai-Chubu (Japan Sea) earthquake as inferred from aftershock distributions, crustal deformation, and tsunami data|In Japanese with English abstract|#JGJ:32:4:1986:290-302|||#*SEAOFJAPAN
J|0638|Utsu,T.|Recent studies of seismicity in Japan|In Japanese|#JGT:95:7:1986:41-48
J|0639|Nazaretian,S.N.|Seismic activity of regional faults in the Armenian SSR territory||J. geol. Soc. Iraq:15:1:1982:66-68|Seismotectonics
J|0640|Walmsley,P.J.|The British Geological Survey contribution to the exploration of the continental shelf||#JGL:144:2:1987:207-212|Prospecting+Seismicity+United Kingdom
J|0641|Gupta,H.K.+Rajendran,K.+Singh,H.N.|Seismicity of the north-east India region. 1. The data base||J. geol. Soc. India:28:5:1986:345-365
J|0642|Gupta,H.K.+Singh,H.N.|Seismicity of the north-east India region. 2. Earthquake swarms precursory to moderate magnitude to great earthquakes||J. geol. Soc. India:28:5:1986:367-406
J|0643|Sumitomo,N.+Noritomi,K.|Synchronous precursors in the electrical earth resistivity and the geomagnetic field in relation to an earthquake near the Yamasaki Fault, southwest Japan||#JGG:38:10:1986:971-989|Electrical resistivity
J|0644|Xu,S-Z.|Quantitative estimation of an annual variation of apparent resistivity||#JGG:38:10:1986:991-999|Electrical resistivity+Underground water+Groundwater+Prediction
J|0645|Miyakoshi,J.|Anomalous time variation of the self-potential in the fractured zone of an active fault preceding the earthquake occurrence||#JGG:38:10:1986:1015-1030|Polarization+Temporal variation+Precursor
J|0646|Oike,K.+Ogawa,T.|Electromagnetic radiations from shallow earthquakes observed in the low frequency range||#JGG:38:10:1986:1031-1040|Shallow-focus earthquake+Monitoring+Electromagnetic field
J|0647|Rikitake,T.|Magnetic and electrical signals precursory to earthquakes: an analysis of Japanese data||#JGG:39:1:1987:47-61|Magnetic field+Electrical resistivity
J|0648|Lerche,I.|Statistical filter theory and the O'Doherty-Anstey effect: dependence on offset||J. math. Phys.:27:4:1986:996-1014|Filtering+Signal+Synthetic seismogram
J|0649|Carrion,P.M.|On inverse scattering in an elastic medium with vertical inhomogeneities||J. math. Phys.:27:4:1986:1164-1168|Layered medium+Inhomogeneous medium
J|0650|Osawa,Y.+Osada,K.+Chow,Y-D.+|Evaluation of the damage to wooden houses caused by the 1978 off-Miyagi Prefecture earthquake||J. nat. Disast. Sci.:8:1:1986:1-27|Japan
J|0651|Tomno,I.+Shamoto,Y.|Liquefaction damage to the ground during the 1983 Nihonkai-Chubu (Japan Sea) earthquake in Aomori Prefecture, Tohoku, Japan||J. nat. Disast. Sci.:8:1:1986:85-116|||#*SEAOFJAPAN
J|0652|Miyoshi,H.+Satoh,K.|Problems concerning the directivity of tsunami; application to the case of the earthquake of 19 September 1985|With Japanese abstract|J. oceanogr. Soc. Japan:42:3:1986:161-165|Mexico City+Japan||#*MEXICOCITY
J|0653|Grapes,R.H.+Wellman,H.W.|The north-east end of the Wairau Fault, Marlborough, New Zealand||Jl R. Soc. N.Z.:16:3:1986:245-250|1948
J|0654|Ando,M.|Mantle diapirs observed in the seismic window|In Japanese with English abstract|Kazan:31:1:1986:45-53|Subduction+P-wave+S-wave
J|0655|Latinina,L.A.+Tikkomisov,A.V.|On the variations of tidal deformations before earthquakes|In French|Marees terr.:-:97:1986:6598-6606|Earth tide+Precursor+USSR
J|0656|Thomas,B.+Gennesseaux,M.|A two-stage rifting in the basins of the Corsica-Sardinia straits||Mar. Geol.:72:3-4:1986:225-239|Reflexion study+Continental margin
J|0657|Rehault,J.P.+Moussat,E.+Fabbri,A.|Structural evolution of the Tyrrhenian back-arc basin||Mar. Geol.:74:1-2:1987:123-150|Tyrrhenian Sea
J|0658|Sauter,A.M.+Dorman,L.M.|Instrument calibration of ocean bottom seismographs||#MGS:8:3:1986:265-275|OBS System+Signal+Filtering+Sea floor
J|0659|Powell,C.M.R.+Sinha,M.C.+Carter,P.W.|A sea-bottom multichannel hydrophone array||#MGS:8:3:1986:277-292|Outer Hebrides+Scotland+Sea floor
J|0660|Koelsch,D.E.+Witzell,W.E.+Broda,J.E.|A deep towed explosive source for seismic experiments on the ocean floor||#MGS:8:6:1986:345-361|Explosion seismology+Instrument+Refraction study+Sea floor
J|0661|Ebeniro,J.O.+O'Brien,W.P.+Shaub,F.J.|Crustal structure of the south Florida platform, eastern Gulf of Mexico: an ocean-bottom seismograph refraction study||#MGS:8:6:1986:363-382|OBS System+Instrument+Mexico, G. of+Sea floor
J|0662|Srivastava,H.N.+Dattatrayam,R.S.|Study of return periods of earthquakes in some selected Indian and adjoining regions|With Hindi abstract|Mausam:37:3:1986:333-340|Prediction+Periodicity
J|0663|Srivastava,H.N.+Ramachandran,K.|New catalogue of earthquakes for Peninsular India during 1839-1900|With Hindi abstract|Mausam:36:3:1985:351-358
J|0664|Singh,M.+Bhattacharya,S.N.|Amplitude spectra of microseisms generated by cyclonic storms|With Hindi abstract|Mausam:37:3:1986:391-396|India
J|0665|Tsunoda,F.|Abnormal seismic vibration and liquefaction in the Saitama Plain, central Japan|In Japanese with English abstract|#MGJ:-:27:1986:3-13|Damage
J|0666|Tohno,I.|Physical and sedimentological properties of liquefiable sandy deposits produced by a strong earthquake in Japan|In Japanese with English abstract|#MGJ:-:27:1986:15-42
J|0667|Hayashi,T.|Thixotropic liquefaction of ground, in the case of ejected sand during the 1964 Niigata earthquake and deformational sedimentary structures|In Japanese with English abstract|#MGJ:-:27:1986:55-69|Thixotropy
J|0668|Imamura,R.+Adachi,K.|Liquefaction studied by photointerpretation: in the case of the Niigata earthquake|In Japanese with English abstract|#MGJ:-:27:1986:71-94|Tsunami+Damage+1964
J|0669|Fujita,Y.|On cracks, sand craters and falls caused by earthquake depending on the inclined surface of the groundwater|In Japanese with English abstract|#MGJ:-:27:1986:95-108|Underground water+Niigata+1964
J|0670|Nirei,H.+Satoh,K.+Furuno,K.+|On the so-called ``jinami'' ground wave, and the liquefaction of aquifers during earthquake|In Japanese with English abstract|#MGJ:-:27:1986:109-114|Pore pressure+Japan
J|0671|Shimizu,K.|Geohistory of reclaimed land and soil liquefaction|In Japanese with English abstract|#MGJ:-:27:1986:115-123|Land use+Japan
J|0672|Nakagawa,H.|Ground failures caused by the Tokachi-oki earthquake of 1968 and the Miyagiken-oki earthquake of 1978 and prediction of disasters in modern urbanized areas by strong shock|In Japanese with English abstract|#MGJ:-:27:1986:125-138|Liquefaction+City
J|0673|Miyanaga,R.+Mayuzumi,H.+Anma,K.|Comparison of liquefaction intensity between standard form and expediency methods in ground destruction due to earthquake on the basis of the irregular load|In Japanese with English abstract|#MGJ:-:27:1986:163-167|Compression+Prediction
J|0674|Ono,K.|A study of earthquake disaster: especially the earth cracks with regular direction in Noshiro City|In Japanese with English abstract|#MGJ:-:27:1986:205-212|Nihonkai-Chubu+1983+Japan Sea+Damage||#*SEAOFJAPAN
J|0675|Takayasu,T.+Aita,Y.+Fukudome,T.+|Late Quaternary geology and development of the coastal alluvial plain of Akita Prefecture, Japan|In Japanese with English abstract|#MGJ:-:27:1986:213-235|Liquefaction+Alluvium+Nihonkai-Chubu+1983+Japan Sea||#*SEAOFJAPAN
J|0676|Takayasu,T.+Yoshiaki,A.+Takaaki,F.+|Ground failure caused by the Nihonkai-Chubu earthquake, 1983 in relation to surface geology|In Japanese with English abstract|#MGJ:-:27:1986:237-256|Japan Sea||#*SEAOFJAPAN
J|0677|Nakagawa,H.|Collapse of artificial ground in residential areas by the Miyagiken-oki earthquake of 1978|In Japanese with English abstract|#MGJ:-:27:1986:233-239
J|0678|Mizukoshi,I.+Sunouchi,H.+Saki,T.+|Preliminary report of geological and geophysical surveys off Amery ice shelf, east Antarctica||Mem. natn. Inst. Polar Res., Spec. Issue:-:43:1986:48-61|Kerguelen Islands+Geophysical investigation
J|0679|Smith,A.J.|An introduction to the geology of the Japanese islands and an account of the Geologists' Association visit to Japan in November 1985||Proc. Geol. Ass.:97:4:1986:311-330|Prediction+Plate tectonics
J|0680|Milsom,J.|Small inversion structures on seismic sections from the southern North Sea||Proc. Geol. Ass.:97:4:1986:379-382|Fault+Velocity
J|0681|Banghar,A.R.|Synthetic P wave seismograms from LONGSHOT, MILROW and CANNIKIN explosions||Proc. Indian Acad. Sci.:92:2:1983:189-206|Underground nuclear explosion+P-wave+Synthetic seismogram
J|0682|Banghar,A.R.|Source time function and spectra for underground explosions||Proc. Indian Acad. Sci.:92:2:1983:207-215|Underground nuclear explosion+Source-time function+Travel-times
J|0683|Jones,E.J.W.+Perry,R.G.+Wild,J.L.|Geology of the Hebridean margin of the Rockall Trough||Proc. R. Soc. Edinb., B:88:-:1986:27-51|Hebrides+North Atlantic
J|0684|Whittington,R.J.+Dobson,M.R.|Seismic investigations of sedimentary structure in the northern Rockall Trough - a synopsis||Proc. R. Soc. Edinb., B:88:-:1986:53-54|North Atlantic
J|0685|Schmidt,R.G.|Geology, earthquake hazards, and land use in the Helena area, Montana: a review||#PPG:-:1316:1986:1-64
J|0686|Obermeier,S.F.+Langer,W.H.|Relationships between geology and engineering characteristics of soils and weathered rocks of Fairfax County and vicinity, Virginia||#PPG:-:1344:1986:1-30
J|0687|Barton,N.|Effects of rock mass deformation on tunnel performance in seismic regions|With French abstract|Publner Norg. geotek. Inst.:-:162:1986:1-11
J|0688|By,T.L.|Cross hole seismic investigation for characterization of the rock foundation at the site of a large rock fill dam||Publner Norg. geotek. Inst.:-:164:1986:1-4|Cross-hole+Reservoir
J|0689|Cuthbertson,R.J.|Seismological studies by the Geological Survey of Queensland||Qd Govt Min. J.:87:1021:1986:495-497|Seismicity+Dam+Reservoir
J|0690|Badal,J.+Seron,F.V.|Propagation of Love waves in homogeneous media laterally by finite elements|In Spanish with English abstract|Revta Acad. Cienc. exact. fis.-quim. nat. Zaragoza:2:40:1985:37-50|Homogeneous medium+Finite element method+Oceanic crust
J|0691|Garcia Fernandez,M.|Relative precision of the Spanish seismic network in the location of earthquakes in the Iberian region|In Spanish with English abstract|#RGN:42:1:1986:3-8|Monte Carlo method+Iberian Peninsula+Precise measurement
J|0692|Lana,J.|State of constraints calculated from an ensemble of coherent focal mechanisms|In Spanish with English abstract|#RGN:42:1:1986:53-62|Algorithm+Case history
J|0693|Susagna,M.T.+Lana,J.|Research into a law of magnitude as a function of the duration of earthquakes|In Spanish with English abstract|#RGN:42:1:1986:73-80|Energy+Barcelona
J|0694|Lopez Marinas,J.M.+Salord,R.|Note on some earthquakes not included in the I.G.N. bibliography of the seismicity of the Ibero-Mogreb area|In Spanish with English abstract|#RGN:42:1:1986:81-90|History+Morocco+Iberian Peninsula
J|0695|Prochazkova,D.+Dudek,A.+Miesarae,Z.+|Earthquakes in Europe and their relation to basement structures and fault tectonics|With Czech and Russian abstracts|Rozpr. csl. Akad. Ved, Rada MPV:96:2:1986:1-80|Seismotectonics+Energy
J|0696|Swallow,J.L.|The seismic expression of a low angle detachment (sole fault) from the Beryl Embayment, central Viking Graben||Scott. J. Geol.:22:3:1986:315-324|North Sea
J|0697|Kleverlaan,K.|Gordo megabed: a possible seismite in a Tortonian submarine fan, Tabernas Basin, Almeria Province, southeast Spain||Sediment. Geol.:51:3-4:1987:165-180|Geometry
J|0698|Luco,J.E.|On the relation between radiation and scattering problems for foundations embedded in an elastic half-space||#SDE:5:2:1986:97-101|Elastic medium
J|0699|Lee,V.W.+Trifunac,M.D.|A note on time of maximum response of single degree of freedom oscillator to earthquake excitation||#SDE:5:2:1986:119-129|Ground motion+Instrument
J|0700|Wong,H.L.+Luco,J.E.|Dynamic interaction between rigid foundations in a layered half-space||#SDE:5:3:1986:149-158|Layered medium+Dynamics+Computer
J|0701|Chang,I-K.+Liu,S-C.+Shah,H.C.|Seismic support of electronic and computer equipment on raised floors||#SDE:5:3:1986:159-169|Isolation
J|0702|Luco,J.E.|Soil-structure interaction effects on the seismic response of tall chimneys||#SDE:5:3:1986:170-177
J|0703|Swearingen,P.H.+Cakmak,A.S.|Seismic risk analysis of the North Sea||#SDE:5:3:1986:184-194|Attenuation+Prediction
J|0704|Kelly,J.M.|Aseismic base isolation: review and bibliography||#SDE:5:4:1986:202-216|Ground motion+Building+Structure+Base isolation system
J|0705|Haroun,M.A.+Abdel-Hafiz,E.A.|A simplified seismic analysis of rigid base liquid storage tanks under vertical excitation with soil-structure interaction||#SDE:5:4:1986:217-225|S-wave
J|0706|Singh,M.P.+McCown,B.E.|Mode acceleration-based response spectrum approach for nonclassically damped structures||#SDE:5:4:1986:226-233|Damping+Ground motion+Building
J|0707|Crichlow,J.M.|The free surface response of a subsurface anomaly to an SH wave with source on the surface||#SDE:5:4:1986:234-238|SH-wave+Computer+Finite element method
J|0708|Troncoso,J.H.|Critical state of tailing silty sands for earthquake loadings||#SDE:5:4:1986:248-252|Tailings
J|0709|Kamiyama,M.+Yanagisawa,E.|A statistical model for estimating response spectra of strong earthquake ground motions with emphasis on local soil conditions||Soils Found.:26:2:1986:16-22
J|0710|Uwabe,T.+Kitazawa,S.+Higaki,N.|Shaking table tests and circular arc analysis for large models of embankments on saturated sand layers||Soils Found.:26:4:1986:1-15|Shake table+Pore pressure
J|0711|Scott,R.F.|Solidification and consolidation of a liquefied sand column||Soils Found.:26:4:1986:23-31|Liquefaction+Pore pressure
J|0712|Arabasz,W.J.+Julander,D.R.|Geometry of seismically active faults and crustal deformation within the Basin and Range-Colorado Plateau transition in Utah||Spec. Pap. geol. Soc. Am.:208:-:1986:43-74|Basin & Range
J|0713|Nicholson,C.+Seeber,L.+Williams,P.+|Seismic evidence for conjugate slip and block rotation within the San Andreas Fault system, southern California||Tectonics:5:4:1986:629-648
J|0714|Cook,F.A.|Seismic reflection geometry of the Columbia River fault zone and east margin of the Shuswap metamorphic complex in the Canadian Cordillera||Tectonics:5:4:1986:669-685|British Columbia+Reflexion study
J|0715|Meghraoui,M.+Cisternas,A.+Philip,H.|Seismotectonics of the lower Cheliff basin; structural background of the El Asnam (Algeria) earthquake||Tectonics:5:6:1986:809-836|Cheliff, R.+Risk+Cartography+1980
J|0716|Uemura,Y.+Omoto,I.+Anyoji,M.|An analysis of the dynamic behaviour of a rockfill dam during an earthquake with waves of high frequency|In Japanese with English abstract|#TTK:34:8:1986:27-33|Rock mechanics+Reservoir+Japan
J|0717|Canals,M.+Got,H.|Morphology of the Gulf of Lion continental slope: a structural and sedimentary result|In French with English abstract|Vie Milieu:36:3:1986:153-163|High resolution+Lion, G. of+France
J|0718|Jobert,G.|The Earth's interior according to seismology|In French|Vie scient.:3:4:1986:329-346|Internal structure
J|0719|Bassanini,P.|Wave reflection from a system of plane layers||Wave Motion:8:4:1986:311-319|Reflexion+Layered medium
J|0720|Evans,R.B.|The decoupling of seismic waves||Wave Motion:8:4:1986:321-328|Thomson-Haskell matrix+Algorithm
J|0721|Satoh,T.+Idehara,O.+Nishizawa,O.+|Hypocentre distribution and focal mechanisms of AE events under triaxial compression. Focal mechanisms of AE events in Yugawara andesite|In Japanese with English abstract|#ZIS:39:3:1986:351-360|Acoustic emission+Spatial distribution+Temporal distribution
J|0722|Murakami,H.+Yamada,I.+Fujimara,A.|Geomagnetic total force investigation around the epicentre of the 1984 western Nagano Prefecture earthquake|In Japanese with English abstract|#ZIS:39:3:1986:361-369|Nagano-ken-seibu+Geomagnetic anomaly||#*NAGANO
J|0723|Hasegawa,A.+Umino,N.+Yamamoto,A.+|Automatic event detection and location system of microearthquake observation network|In Japanese with English abstract|#ZIS:39:3:1986:381-395|Computer program+Automatic event detector
J|0724|Oda,H.|Shape distribution of cracks occurring in a uniaxially compressed rock sample|In Japanese with English abstract|#ZIS:39:3:1986:397-404|Compression+P-wave
J|0725|Otsuka,S.+Omura,M.+Fujimori,K.+|Characteristic crustal movements observed in the Rokko active faults area relating to the 1984 Yamasaki earthquake|In Japanese with English abstract|#ZIS:39:3:1986:405-417|Hyogo+Deformation||#*HYOGO
J|0726|Kuroiso,A.+Ito,K.+Umeda,Y.+|Anomalously high frequency aftershocks and source characteristics of the mid-Japan Sea earthquake, May 26, 1983|In Japanese with English abstract|#ZIS:39:3:1986:419-430|Spatial distribution+Nihonkai-Chubu||#*SEAOFJAPAN
J|0727|Hori,S.|Focal mechanism of the M6.1 event that occurred near the border of Chiba and Ibaraki prefectures, central Japan, on October 4, 1985 and its tectonic implication|In Japanese with English abstract|#ZIS:39:3:1986:457-468|Spatial distribution+Temporal distribution||#*CENTRALJAP
J|0728|Otsuka,M.|A simulation of earthquake occurrence. 7. Physical behaviour of the Gutenberg-Richter formula|In Japanese|#ZIS:39:3:1986:469-472|Gutenberg & Richter+Model
J|0729|Oike,K.|Response of news media to the earthquake on May 30, 1984 M5.6, in the Yamasaki fault region|In Japanese|#ZIS:39:3:1986:475-477|Hyogo||#*HYOGO
J|0730|Hirata,T.|Omori's power law for seismic aftershocks and fractal geometry of a multi-scale fault system|In Japanese|#ZIS:39:3:1986:478-481|Fractal analysis
J|0731|Minamishima,M.+Yamazaki,K.+Kudo,K.|A preliminary analysis of wave groups found in the strong ground motion records observed on sedimentary layers|In Japanese with English abstract|#ZIS:39:4:1986:533-554|Accelerogram+Group velocity+Travel-times
J|0732|Maeda,N.|On reliability of the results obtained by the method for automatic determination of phase times from seismic wave data|In Japanese with English abstract|#ZIS:39:4:1986:555-566|Automatic processing+Prediction+Japan
J|0733|Mino,K.|A tectonic zone in the southern part of the Hokuriku District. 2. Sabae fault|In Japanese with English abstract|#ZIS:39:4:1986:567-577|Levelling+Radioactivity+Prediction
J|0734|Iwata,T.+Irikura,K.|Separation of source, propagation and site effects from observed S-waves|In Japanese with English abstract|#ZIS:39:4:1986:579-593|Q+Acceleration
J|0735|Ida,Y.+Yamaguchi,M.+Masutani,F.|Recent seismicity in Kirishima Volcano and Kakuto caldera|In Japanese with English abstract|#ZIS:39:4:1986:595-605|Volcanism+Japan
J|0736|Yamanaka,H.+Seo,K.+Samano,T.+|Seismic prospecting in the southwestern part of the Tokyo metropolitan area. Underground structure along the lines from Kurokawa, Kawasaki to Okazu, Yokohama and from Yumenoshima, Tokyo to Nagatsuta, Yokohama|In Japanese with English abstract|#ZIS:39:4:1986:607-620|Refraction study+Travel-times+Explosion seismology
J|0737|Iwata,T.+Hamada,N.|Seismicity before and after the Tonankai earthquake of 1944|In Japanese with English abstract|#ZIS:39:4:1986:621-634|Frequency-magnitude relation+Japan
J|0738|Noda,H.+Oike,K.|Variation of the groundwater level related to the small earthquake (M4.6) on September 1980 in the southern part of Lake Biwa|In Japanese with English abstract|#ZIS:39:4:1986:635-643|Prediction+Biwa, L.+Underground water
J|0739|Iio,Y.|Ultramicroearthquakes (M=-3) which occurred near the ground surface. Aftershocks of the western Nagano Prefecture earthquake of Sep. 14 1984|In Japanese with English abstract|#ZIS:39:4:1986:645-652|Frequency-magnitude relation+Nagano-ken-seibu||#*NAGANO
J|0740|Sagawa,A.|Damage caused by the 1799 Kanazawa earthquake in relation to fault movement|In Japanese with English abstract|#ZIS:39:4:1986:653-663|Japan
J|0741|Tanaka,A.|On a method for determining the type of ground by measuring microearthquakes|In Japanese|#ZIS:39:4:1986:665-666|Classification+Soil mechanics
J|0742|Chowdhury,D.K.+Whiteman,S.K.|Structure of the Benioff zone under southern Peru to central Chile||#TCT:134:1-3:1987:215-226|Subduction
J|0743|Becker,A.+Blumling,P.+Muller,W.H.|Recent stress field and neotectonics in the eastern Jura Mountains, Switzerland||#TCT:135:4:1987:277-288|Fault plane solution+Borehole
J|0744|Lana,X.+Correig,A.M.|An example of stress tensor distribution deduced from the aftershocks of the November 23, 1980 southern Italy earthquake||#TCT:135:4:1987:289-296|Campania-Basilicata+Focal mechanism
J|0745|Dasgupta,S.+Mukhopadhyay,M.+Nandy,D.R.|Active transverse features in the central portion of the Himalaya||#TCT:136:3-4:1987:255-264|Fault+Focal mechanism+Stress+Himalayas
J|0746|Rikitake,T.|Earthquake precursors in Japan: precursor time and detectability||#TCT:136:3-4:1987:265-282
J|0747|Yoshida,A.|Characteristic patterns in the space-time distribution of large shallow earthquakes in the Japanese islands||#TCT:136:3-4:1987:283-297|Shallow-focus earthquake+Space-time pattern
J|0748|Varotsos,P.+Alexopoulos,K.|Physical properties of the variations in the electric field of the earth preceding earthquakes, 3||#TCT:136:3-4:1987:335-339|Geoelectricity+Greece+Precursor
J|0749|Meyer,K.+Ponomarev,A.|Electrotelluric forerunners to earthquakes in Kamchatka||#TCT:136:3-4:1987:341-347|Electrotelluric field+Precursor
J|0750|Schwab,K.|Compression and right-lateral strike-slip movement at the southern Hunsruck borderfault (southwest Germany)||#TCT:137:1-4:1987:115-126
J|0751|Tucker,R.M.+Arter,G.|The tectonic evolution of the north Celtic Sea and Cardigan Bay basins with special reference to basin inversion||#TCT:137:1-4:1987:291-307|Irish Sea+Tectonics
J|0752|Van Hoorn,B.|The south Celtic Sea/Bristol Channel basin: origin, deformation and inversion history||#TCT:137:1-4:1987:309-334|Reflexion data+Refraction data+Irish Sea
J|0753|Hamada,K.|Characteristic features of successive occurrences of foreshock sequences preceding recent major earthquakes in the Kanto-Tokai region, Japan||#TCT:138:1:1987:1-16
J|0754|Rastogi,B.K.+Ramakrishna Rao,C.V.+Chadha,R.K.+|Precursory phenomena in the microearthquake sequence near the Osmansagar reservoir, Hyderabad, India||#TCT:138:1:1987:17-24|1982
J|0755|Wei,G-X.|The 1983, M5.9 earthquake of Heze, Shandong Province with its short-term and imminent precursory phenomena||#TCT:138:1:1987:25-32|1983+China||#*HEZE
J|0756|Mogi,K.|Comparison of precursory phenomena before the 1975 Haicheng (China) earthquake and the 1978 Izu-Oshima-kinkai (Japan) earthquake: the possible effect of stress history on precursory phenomena||#TCT:138:1:1987:33-43
J|0757|Tang,T-K.+Zheng,J-Z.+Liu,J.+|Seismic patterns in northern China and the characteristics of the epicentral distribution of the medium strong earthquakes before the large events||#TCT:138:1:1987:45-53|Precursor
J|0758|Huan,W-L.+Shi,Z-L.|Great earthquakes of M>=8 in the mainland of China and their evolution||#TCT:138:1:1987:55-68|Major earthquake
J|0759|Srivastava,H.N.+Dube,R.K.+Raj,H.|Space and time variation in the seismicity patterns preceding two earthquakes in the Himadal Pradesh, India||#TCT:138:1:1987:69-77|1968+1978+Temporal variation+Spatial variation
J|0760|Khattri,K.N.|Great earthquakes, seismicity gaps and potential for earthquake disaster along the Himalayan plate boundary||#TCT:138:1:1987:79-92|Seismic gap+Himalayas+Major earthquake
J|0761|Luo,W.+Jiang,N-Q.+Luo,Z-L.|Deformation and displacement fields of the Himalayan arc, seismicity and large earthquake hazards in its eastern segment and vicinity||#TCT:138:1:1987:93-107|Himalayas
J|0762|Spetzler,H.+Mizutani,H.|Predicting failure in rocks and its implications for predicting earthquakes||#TCT:138:1:1987:109-113|Prediction
J|0763|Mansinha,L.+Shen,P.Y.|On the magnitude entropy of earthquakes||#TCT:138:1:1987:115-119|Probability+Maximum entropy
J|0764|Spence,W.|Slab pull and the seismotectonics of subducting lithosphere||#RGS:25:1:1987:55-69|Subduction
J|0765|Mooney,W.D.+Brocher,T.M.|Coincident seismic reflection/refraction studies of the continental lithosphere: a global review||#RGS:25:4:1987:723-742|Reflexion+Continental crust+World
J|0766|Kuo,J.T.|Earth tides|U.S. National Report to IUGG 1983-1986|#RGS:25:5:1987:847-850
J|0767|Stein,R.S.|Contemporary plate motion and crustal deformation|U.S. National Report to IUGG 1983-1986|#RGS:25:5:1987:855-863
J|0768|Robertson,D.S.|Radio interferometry|U.S. National Report to IUGG 1983-1986|#RGS:25:5:1987:867-870
J|0769|King,R.W.|The rotation of the Earth|U.S. National Report to IUGG 1983-1986|#RGS:25:5:1987:871-874
J|0770|Hatzfeld,D.+Christodoulou,A.A.+Scordilis,E.M.+|A microearthquake study of the Mygdonian graben (northern Greece)||#EPL:81:4:1987:379-396
J|0771|Stein,S.+Cloetingh,S.+Wiens,D.A.+|Why does near ridge seismicity occur primarily in the Indian Ocean?||#EPL:82:1-2:1987:107-113|Intraplate stress
J|0772|Carey-Gailhardis,E.+Mercier,J.L.|A numerical method for determining the state of stress using focal mechanisms of earthquake populations: application to Tibetan teleseisms and microseismicity of southern Peru||#EPL:82:1-2:1987:165-179
J|0773|De Bremaecker,J-C.|Thrust sheet motion and earthquake mechanisms||#EPL:83:1-4:1987:159-166
J|0774|Rybach,L.+Buntebarth,G.|Comments on `Is there a relationship between seismic velocity and heat production for crustal rocks?' by D.M. Fountain||#EPL:83:1-4:1987:175-180||With a reply by the author
J|0775|Tinti,S.+Rimondi,R.+Mulargia,F.|On estimating frequency-magnitude relations from heterogeneous catalogues||#PAG:125:1:1987:1-18
J|0776|Radulian,M.+Trifu,C-I.|Scaling relationship for the near-field P-SV ground motion||#PAG:125:1:1987:19-40|Near field+P-wave+SV-wave
J|0777|Cloetingh,S.+Wortel,R.|Stress in the Indo-Australian plate||#TCT:132:1-3:1986:49-67
J|0778|Belcher,S.W.+Pratt,T.L.+Costain,J.K.+|Alternative processing techniques and data improvement provided by single-sweep recording||#GPS:51:9:1986:1736-1742|Vibroseis+Reflexion data
J|0779|Knapp,R.W.|Geophone differencing to attenuate horizontally propagating noise||#GPS:51:9:1986:1743-1759|Instrument+Attenuation
J|0780|Sexton,J.L.+Jones,P.B.|Evidence for recurrent faulting in the New Madrid seismic zone from Mini-SOSIE high-resolution reflection data||#GPS:51:9:1986:1760-1788|High resolution+Reflexion data+Missouri
J|0781|McAulay,A.D.|Plane-layer prestack inversion in the presence of surface reverberation||#GPS:51:9:1986:1789-1800|Layered medium
J|0782|Lee,M.W.|Low-frequency radiation from point sources in a filled borehole||#GPS:51:9:1986:1801-1807|Low frequency
J|0783|Wright,J.|Reflection coefficients at pore-fluid contacts as a function of offset||#GPS:51:9:1986:1858-1860|Pore fluid+Reflexion coefficient
J|0784|Tan,T.H.|Errata to `The elastodynamic field of N interacting vibrators (two-dimensional theory)'||#GPS:51:9:1986:1869|Instrument
J|0785|McFadden,P.L.+Drummond,B.J.+Kravis,S.|The Nth-root stack: theory, applications, and examples||#GPS:51:10:1986:1879-1892|Data processing+Stacking+Signal-to-noise ratio
J|0786|Tarantola,A.|Strategy for nonlinear elastic inversion of seismic reflection data||#GPS:51:10:1986:1893-1903|Reflexion data+Least squares
J|0787|Justice,J.H.|Traveltime inversion for flat-layer model||#GPS:51:10:1986:1904-1911|Travel-times+Layered medium
J|0788|Nedlin,G.|t-x reflection curves for arbitrary three-dimensional media in terms of geometry of a reflector and a near-reflector wavefront||#GPS:51:10:1986:1912-1922|Reflexion
J|0789|Kohler,K.+Koenig,M.|Reconstruction of reflecting structures from vertical seismic profiles with a moving source||#GPS:51:10:1986:1923-1938|Reflexion+Vertical seismic profiling+Data processing
J|0790|Jones,T.D.|Pore fluids and frequency-dependent wave propagation in rocks||#GPS:51:10:1986:1939-1953|Q+Synthetic seismogram
J|0791|Thomsen,L.|Weak elastic anisotropy||#GPS:51:10:1986:1954-1966|Elastic medium+Data processing
J|0792|Denham,J.I.+Nelson,H.R.|Map displays from an interactive interpretation||#GPS:51:10:1986:1999-2006|Data processing
J|0793|McMechan,G.A.+Hu,L-Z.|On the effect of recording aperture in migration of vertical seismic profile data||#GPS:51:10:1986:2007-2010|Synthetic seismogram+Vertical seismic profiling
J|0794|Mayne,W.H.|Discussion on `High-resolution common-depth-point seismic reflection profiling: field acquisition parameter design' by R.W. Knapp and D.W. Steeples||#GPS:51:10:1986:2011-2012|Parameters+Common depth point+Reflexion study+High resolution|With a reply by the authors
J|0795|Inoue,H.|A least-squares smooth fitting for irregularly spaced data: finite-element approach using the cubic B-spline basis||#GPS:51:11:1986:2051-2066|Least squares+Finite element method+Cubic splines
J|0796|Miller,R.D.+Pullan,S.E.+Waldner,J.S.+|Field comparison of shallow seismic sources||#GPS:51:11:1986:2067-2092|Reflexion study
J|0797|Wuenschel,P.C.|Review of `Vertical seismic profiling and its exploration potential' by Ye.I. Gal'perin||#GPS:51:12:1986:2260|Prospecting+Data processing+Multiple cover
J|0798|Shuey,R.T.|Review of `Mathematical aspects of seismology, 2nd edition' by M. Bath and A.J. Berkhout||#GPS:51:12:1986:2260-2261|Mathematics
J|0799|Laster,S.J.|Review of `An introduction to the theory of seismology, 4th edition' by K.E. Bullen and B.A. Bolt||#GPS:51:12:1986:2261
J|0800|Wu,R-S.+Toksoz,M.N.|Diffraction tomography and multisource holography applied to seismic imaging||#GPS:52:1:1987:11-25|Image
J|0801|Bleistein,N.+Cohen,J.K.+Hagin,F.G.|Two and one-half dimensional Born inversion with an arbitrary reference||#GPS:52:1:1987:26-36|Born approximation+Data processing
J|0802|Zhu,T-F.+Brown,L.D.|Two-dimensional velocity inversion and synthetic seismogram computation||#GPS:52:1:1987:37-50
J|0803|Levy,S.+Oldenburg,D.W.|Automatic phase correction of common-midpoint stacked data||#GPS:52:1:1987:51-59|Algorithm+Vibroseis+Data processing
J|0804|Sochaki,J.+Kubichek,R.+George,J.+|Absorbing boundary conditions and surface waves||#GPS:52:1:1987:60-71|Absorption
J|0805|Jacobson,R.S.|An investigation into the fundamental relationships between attenuation, phase dispersion, and frequency using seismic refraction profiles over sedimentary structures||#GPS:52:1:1987:72-87|Q+Refraction study
J|0806|Shuey,R.T.|Review of `Seismic signal analysis and discrimination' by C.H. Chen||#GPS:52:1:1987:123
J|0807|Worthington,M.H.|Geophysics in the United Kingdom||#GPS:52:1:1987:129-130|Review
J|0808|Kan,R-J.+Hu,H-X.+Zeng,R-S.+|Crustal structure of Yunnan Province, People's Republic of China, from seismic refraction profiles||#SCI:234:4775:1986:433-437|Refraction study+Prediction
J|0809|Jones,I.F.+Levy,S.|Signal-to-noise ratio enhancement in multichannel seismic data via the Karhunen-Loeve transform||#GPP:35:1:1987:12-32|Multiple cover
J|0810|Drijkoningen,G.G.+Fokkema,J.T.|The exact seismic response of an ocean and a N-layer configuration||#GPP:35:1:1987:33-61|Layered medium+Green's function+Space-time pattern
J|0811|Buchanan,D.J.|Dispersion calculations for SH and P-SV waves in multilayered coal seams||#GPP:35:1:1987:62-70|Channel wave+SH-wave
J|0812|Ferber,R-G.|The generalized spectral function of a plane layered medium||#GPP:35:2:1987:129-134|Transfer function+Reflexion coefficient
J|0813|Krey,T.|Attenuation of random noise by 2-D and 3-D CDP stacking and Kirchhoff migration||#GPP:35:2:1987:135-147|Multiple cover+Kirchhoff's formula+Signal-to-noise ratio
J|0814|Fertig,J.+Hentschke,M.K.|Data acquisition and processing of converted pS-waves||#GPP:35:2:1987:148-166|Data processing+Filtering+Converted wave
J|0815|Kuhn,M.J.|Evanescent effects in acoustical wave propagation||#GPP:35:2:1987:167-186|Acoustic wave+Seismogram
J|0816|Gabriels,P.+Snieder,R.+Nolet,G.|In situ measurements of shear-wave velocity in sediments with higher-mode Rayleigh waves||#GPP:35:2:1987:187-196|Shear wave+Phase velocity+Inverse problem
J|0817|Szulyovszky,I.|Detection of thin beds with the pseudo-acoustic impedance section||#GPP:35:3:1987:221-235|Wavelet+Prospecting+Stratigraphy
J|0818|Campillo,M.|Modelling of SH-wave propagation in an irregularly layered medium - application to seismic profiles near a dome||#GPP:35:3:1987:236-249|Salt dome+Vertical seismic profiling
J|0819|Wen,J.+McMechan,G.A.|Three-dimensional kinematic migration in variable velocity media||#GPP:35:3:1987:250-266|Algorithm+Kinematics+Travel-times
J|0820|Beaumont,C.M.+Boyce,J.F.+Silva,R.|Phase errors of finite-difference migration||#GPP:35:3:1987:267-280|Finite difference method
J|0821|Vaage,S.+Ursin,B.|Computation of signatures of linear airgun arrays||#GPP:35:3:1987:281-287
J|0822|Bardan,V.|Trace interpolation in seismic data processing||#GPP:35:4:1987:343-358|Migration+Filtering
J|0823|Landa,E.+Shtivelman,V.+Gelchinsky,B.|A method for detection of diffracted waves on common-offset sections||#GPP:35:4:1987:359-373|Diffraction+Algorithm+Travel-times
J|0824|Tal-Ezer,H.+Kosloff,D.+Koren,Z.|An accurate scheme for seismic forward modelling||#GPP:35:5:1987:479-490|Time integration technique+Algorithm
J|0825|Sarwar,A.K.M.+Smith,D.L.|Wave scattering deconvolution by seismic inversion||#GPP:35:5:1987:491-501
J|0826|Dobroka,M.|Love seam-waves in a horizontally inhomogeneous three-layered medium||#GPP:35:5:1987:502-516|Love wave
J|0827|Benoliel,S.D.+Schneider,W.A.+Shurtleff,R.N.|Frequency wavenumber approach of the tau-p transform: some applications in seismic data processing||#GPP:35:5:1987:517-538
J|0828|Dimri,V.P.+Srivastava,K.|Ideal performance criteria for deconvolution operators||#GPP:35:5:1987:539-547|Filtering+Signal
J|0829|Morgan,F.D.|Comments on `The application of VHF measurements to earthquake prediction' by R.P. Singh and D. Rankin||#GPP:35:5:1987:618-621|High frequency|With a reply by R.P. Singh
J|0830|Schlittenhardt,J.|Investigation of velocity- and Q-structure of the lowermost mantle using PcP/P amplitude ratios from arrays at distances of 70degrees-84degrees||#JGZ:60:1:1986:1-18|Lower mantle+D"
J|0831|Temme,P.+Muller,G.|Fast plane-wave and single-shot migration by Fourier transform||#JGZ:60:1:1986:19-27|Plane wave+Wavenumber
J|0832|Kundt,W.+Jessner,A.|Volcanoes, fountains, earthquakes, and continental motion - What causes them?||#JGZ:60:1:1986:33-40|Volcanism+Plate tectonics
J|0833|Berckhemer,H.|Review of `Constitution of the earth's interior' edited by J. Leliwa-Kopystynski and R. Teisseyre||#JGZ:60:1:1986:69|Physics+Evolution
J|0834|Basham,P.W.+Kind,R.|GRF broad-band array analysis of the 1982 Miramichi, New Brunswick earthquake sequence||#JGZ:60:2:1986:120-128|Grafenberg+Theoretical seismogram||#*NEWBRUNSWICK
J|0835|Jentzsch,G.|Review of `Satellite oceanic remote sensing. Advances in geophysics, Vol. 27' edited by B. Saltzman||#JGZ:60:2:1986:137
J|0836|Faber,S.+Plomerova,J.+Babuska,V.|Deep-seated lateral velocity variations beneath the GRF array inferred from mislocation patterns and P residuals||#JGZ:60:3:1986:139-148|Grafenberg+P-wave+Travel-times
J|0837|Liu,Q-Y.+Kind,R.|Lateral variations of the structure of the crust-mantle boundary from conversions of teleseismic P waves||#JGZ:60:3:1986:149-156|Theoretical seismogram+P-wave
J|0838|Scherbaum,F.+Wendler,J.|Cross spectral analysis of Swabian Jura (SW Germany) three-component microearthquake recordings||#JGZ:60:3:1986:157-166|Doublet
J|0839|Lana,X.+Correig,A.M.|The retrieval of the seismic moment tensor from first-order perturbation theory and generation of compatible models||#JGZ:60:3:1986:167-174|Focal mechanism+Depth
J|0840|Schmidt,T.+Muller,G.|Seismic signal velocity in absorbing media||#JGZ:60:3:1986:199-203|Group velocity+Phase velocity+Absorption
J|0841|Klemperer,S.L.|A relation between continental heat flow and the seismic reflectivity of the lower crust||#JGZ:61:1:1987:1-11
J|0842|Gorich,U.+Muller,G.|Apparent and intrinsic Q: the one-dimensional case||#JGZ:61:1:1987:46-54|Scattering+Plane wave
J|0843|Snieder,R.+Nolet,G.|Linearized scattering of surface waves on a spherical earth||#JGZ:61:1:1987:55-63|Normal mode+Inversion+Sphere
J|0844|Schroder,D.|Review of `Estimation of seismicity parameters using a computer' by A.I. Zakharova||#JGZ:61:2:1987:138-139
A|0845|e*Saltzman,B.|Satellite oceanic remote sensing. Advances in geophysics, Vol. 27||1985:Orlando, Florida:Academic Press||511p
J|0846|Takenaka,H.|Strong-motion modelling of the 1980 Izu-Hanto-Toho-Oki earthquake by the inversion method||#JFH:8:2:1987:155-172|Strong-motion analysis
J|0847|Mooney,W.D.+Brocher,T.M.|Coincident seismic reflection/refraction studies of the continental lithosphere: a global review||#GEO:89:1:1987:1-6|Reflexion+Continental crust+World
J|0848|Jones,A.G.|MT and reflection: an essential combination||#GEO:89:1:1987:7-17|Magnetotellurics+Reflexion+Continental crust
J|0849|Gibson,B.S.+Levander,A.R.|Imaging deep reflectors in the presence of signal-generated noise||#GEO:89:1:1987:19-20|Image+Background noise+Reflexion
J|0850|Warner,M.R.|Migration - why doesn't it work for deep continental data?||#GEO:89:1:1987:21-25|Reflexion+Continental crust
J|0851|Meyer,R.P.+James,D.E.|Seismic reflection studies using local earthquake sources||#GEO:89:1:1987:27-34|Reflexion+Borah Peak+1983||#*BORAH
J|0852|Roy-Chowdhury,K.+Phinney,R.A.|Improved resolution of reflections from the crystalline upper crust||#GEO:89:1:1987:35-40|Reflexion+Q
J|0853|Unger,R.+Van Kampen,W.A.+Berkhout,A.J.+|New possibilities in controlled-source seismology with a magnetic levitation vibrator||#GEO:89:1:1987:41-46|Reflexion+Instrument+Controlled source
J|0854|Brown,L.D.+Wille,D.+Zheng,L.+|COCORP: new perspectives on the deep crust||#GEO:89:1:1987:47-53|Mohorovicic discontinuity+Reflexion+Continental crust
J|0855|Serpa,L.+De Voogd,B.|Deep seismic reflection evidence for the role of extension in the evolution of the continental crust||#GEO:89:1:1987:55-60|Reflexion
J|0856|Fountain,D.M.+McDonough,D.T.+Gorham,J.M.|Seismic reflection models of continental crust based on metamorphic terrains||#GEO:89:1:1987:61-65|Metamorphism+Reflexion+Synthetic seismogram
J|0857|Smithson,S.B.+Johnson,R.A.+Hurich,C.A.+|Deep crustal structure and genesis from contrasting reflection patterns: an integrated approach||#GEO:89:1:1987:67-72|Reflexion+Data processing+Mohorovicic discontinuity
J|0858|Fuis,G.S.+Ambos,E.L.+Mooney,W.D.+|Crustal structure beneath exposed accreted terranes of southern Alaska||#GEO:89:1:1987:73-78|Reflexion+Refraction
J|0859|Clowes,R.M.+Yorath,C.J.+Hyndman,R.D.|Reflection mapping across the convergent margin of western Canada||#GEO:89:1:1987:79-84|Reflexion+Oceanic crust+Lithoprobe
J|0860|Green,A.G.+Milkereit,B.+Mayrand,L.J.+|Lithoprobe seismic reflection profiling across Vancouver Island: results from reprocessing||#GEO:89:1:1987:85-90|Reflexion+Magnetotellurics
J|0861|Cook,F.A.+Simony,P.S.+Coflin,K.C.+|Lithoprobe southern Canadian Cordilleran transect: Rock Mountain thrust belt to Valhalla gneiss complex||#GEO:89:1:1987:91-98|Reflexion+Rocky Mts.
J|0862|Potter,C.J.+Allmendinger,R.W.+Hauser,E.C.+|COCORP deep seismic reflection traverses of the U.S.Cordillera||#GEO:89:1:1987:99-104|Reflexion+United States
J|0863|Wentworth,C.M.+Zoback,M.D.+Griscom,A.+|A transect across the Mesozoic accretionary margin of central California||#GEO:89:1:1987:105-109|Reflexion+Refraction
J|0864|Henyey,T.E.+Okaya,D.A.+Frost,E.G.+|CALCRUST (1985) seismic reflection survey, Whipple Mountains detachment terrane, California: an overview||#GEO:89:1:1987:111-118|Reflexion+Continental crust+Whipple Mts.
J|0865|McCarthy,J.+Fuis,G.S.+Wilson,J.|Crustal structure of the Whipple Mountains, southeastern California: a refraction study across a region of large continental extension||#GEO:89:1:1987:119-124|Continental crust+Whipple Mts.
J|0866|Louie,J.N.+Clayton,R.W.|The nature of deep crustal structures in the Mojave Desert, California||#GEO:89:1:1987:125-132|Reflexion study+Continental crust+CALCRUST+COCORP
J|0867|Mohriak,W.U.+Dewey,J.F.|Deep seismic reflectors in the Campos basin, offshore Brazil||#GEO:89:1:1987:133-139|Reflexion study+Bouguer anomaly+Gravimetry
J|0868|Nelson,K.D.+McBride,J.H.+Arnow,J.A.+|Results of recent COCORP profiling in the southeastern United States||#GEO:89:1:1987:141-146|Reflexion study+Continental crust
J|0869|Coruh,C.+Costain,J.K.+Hatcher,R.D.+|Results from regional Vibroseis profiling: Appalachian Ultra-Deep Core Hole site study||#GEO:89:1:1987:147-155|Reflexion+Appalachian Mts.+ADCOH
J|0870|Rybicki,K.|Review of `Instabilities in continuous media' edited by L. Knopoff, V.I. Keilis-Borok and G. Puppi||#APL:34:3:1986:299-301|Instability|Published in 1987
J|0871|Hatcher,R.D.+Costain,J.K.+Coruh,C.+|Tectonic implications of new Appalachian Ultradeep Core Hole (ADCOH) seismic reflection data from the crystalline southern Appalachians||#GEO:89:1:1987:157-162|Appalachian Mts.+Vibroseis+Reflexion+Tectonics
J|0872|Pratt,T.L.+Coruh,C.+Costain,J.K.|Lower crustal reflections in central Virginia, USA||#GEO:89:1:1987:163-169|Reflexion
J|0873|Unger,J.D.+Stewart,D.B.+Phillips,J.D.|Interpretation of migrated seismic reflection profiles across the northern Appalachians in Maine||#GEO:89:1:1987:171-175|Migration+Reflexion
J|0874|Spencer,C.+Green,A.G.+Luetgert,J.H.|More seismic evidence on the location of Grenville basement beneath the Appalachians of Quebec-Maine||#GEO:89:1:1987:177-182|Appalachian Mts.+Reflexion+Refraction
J|0875|Luetgert,J.H.+Mann,C.E.+Klemperer,S.L.|Wide-angle deep crustal reflections in the northern Appalachians||#GEO:89:1:1987:183-188|Reflexion+Appalachian Mts.
J|0876|Hutchinson,D.R.+Klitgord,K.D.+Trehu,A.M.|Structure of the lower crust beneath the Gulf of Maine||#GEO:89:1:1987:189-194|Reflexion+Maine, G. of
J|0877|De Voogd,B.+Keen,C.E.|Lithoprobe East: results from reflection profiling of the continental margin: Grand Banks region||#GEO:89:1:1987:195-200|Reflexion+Canada
J|0878|Hajnal,Z.+Overton,A.|Reflection experiment on a floating ice platform||#GEO:89:1:1987:201-208|Reflexion+Arctic Ocean
J|0879|Matthews,D.H.+Hobbs,R.W.+Klemperer,S.L.+|Some unsolved BIRPS problems||#GEO:89:1:1987:209-215|Reflexion+Lithosphere+Rheology
J|0880|Klemperer,S.L.|Reflectivity of the crystalline crust: hypotheses and tests||#GEO:89:1:1987:217-222|Reflexion+Lower crust
J|0881|Warner,M.R.+McGeary,S.|Seismic reflection coefficients from mantle fault zones||#GEO:89:1:1987:223-229|Reflexion+Continental crust
J|0882|McGeary,S.|Nontypical BIRPS on the margin of the northern North Sea:the SHET survey||#GEO:89:1:1987:231-238|Reflexion+Shetland Islands+Upper mantle
J|0883|Hobbs,R.W.+Peddy,C.P.|Is lower crustal layering related to extension?||#GEO:89:1:1987:239-242|Reflexion+Layered medium+United Kingdom+BIRPS
J|0884|Hillis,R.R.+Day,G.A.|Deep events in U.K. south western approaches||#GEO:89:1:1987:243-249|Reflexion+Continental margin+United Kingdom
J|0885|Reston,T.J.+Blundell,D.J.|Possible mid-crustal shears at the edge of the London Platform||#GEO:89:1:1987:251-257|Reflexion+Continental crust+North Sea
J|0886|Powell,C.M.R.+Sinha,M.C.|The PUMA experiment west of Lewis, U.K.||#GEO:89:1:1987:259-264|Reflexion+Continental crust+United Kingdom
J|0887|White,R.S.+Westbrook,G.K.+Fowler,S.R.+|Hatton Bank (northwest U.K.) continental margin structure||#GEO:89:1:1987:265-271|United Kingdom+Reflexion
J|0888|Gudlaugsson,S.T.+Faleide,J.I.+Fanavoll,S.+|Deep seismic reflection profiles across the western Barents Sea||#GEO:89:1:1987:273-278|Deep seismic sounding+Reflexion
J|0889|Bois,C.+Damotte,B.+Mascle,A.+|Operations and main results of the ECORS project in France||#GEO:89:1:1987:279-285|Reflexion+Continental margin+Gascony, G. of
J|0890|Hirn,A.+Damotte,B.+Torreilles,G.+|Crustal reflection seismics: the contributions of oblique, low frequency and shear wave illuminations||#GEO:89:1:1987:287-295|Reflexion+France+ECORS
J|0891|Bois,C.+Cazes,M.+Hirn,A.+|Crustal laminations in deep seismic profiles in France and neighbouring areas||#GEO:89:1:1987:297-304|Reflexion+Gascony, G. of+ECORS
J|0892|Pinet,B.+Montadert,L.+a-ECORS Scientific Party|Deep seismic reflection and refraction profiling along the Aquitaine shelf (Bay of Biscay)||#GEO:89:1:1987:305-312|Vertical seismic profiling+Reflexion+Biscay, B. of+ECORS
J|0893|Damotte,B.+Fuchs,K.+Luschen,E.+|Wide-angle Vibroseis test across the Rhine graben||#GEO:89:1:1987:313-318|Reflexion+DEKORP+Rhine-Graben+ECORS
J|0894|Meissner,R.+Wever,T.+Bittner,R.|Results of DEKORP 2-S and other reflection profiles through the Variscides||#GEO:89:1:1987:319-324|Reflexion+Continental crust+Germany
J|0895|a-KTB-Research Group Black Forest|Pre-drilling reflection survey of the Black Forest, SW Germany||#GEO:89:1:1987:325-331|Reflexion+DEKORP+ECORS
J|0896|Gajewski,D.+Holbrook,W.S.+Prodehl,C.|Combined seismic reflection and refraction profiling in southwest Germany - detailed velocity mapping by the refraction survey||#GEO:89:1:1987:333-337|Reflexion
J|0897|Sandmeier,K-J.+Walde,W.+Wenzel,F.|Physical properties and structure of the lower crust revealed by one- and two-dimensional modelling||#GEO:89:1:1987:339-344|Reflexion+Refraction+Black Forest+Germany
J|0898|Mueller,S.+Ansorge,J.+Sierro,N.+|Synoptic interpretation of seismic reflection and refraction data||#GEO:89:1:1987:345-351|Reflexion+Continental crust+Switzerland+Germany+Utah
J|0899|a-DEKORP Research Group|Results of deep reflection seismic profiling in the Oberpfalz (Bavaria)||#GEO:89:1:1987:353-360|Reflexion+Continental crust+Vibroseis
J|0900|Lund,C-E.+Heikkinen,P.|Reflection measurements along the EGT POLAR-profile, northern Baltic Shield||#GEO:89:1:1987:361-363|Reflexion+Continental crust+Finland+Norway
J|0901|Lund,C-E.+Roberts,R.G.+Juhlin,C.+|The use of land recorded long-range marine airgun data in crustal reflection-refraction investigations||#GEO:89:1:1987:365-369|Reflexion+EUGENO-S
J|0902|Dahl-Jensen,T.+Dyrelius,D.+Juhlin,C.+|Deep reflection seismics in the Precambrian of Sweden||#GEO:89:1:1987:371-378|Reflexion+Continental crust
J|0903|Skoko,D.+Prelogovic,E.+Alinovic,B.|Geological structure of the Earth's crust above the Moho discontinuity in Yugoslavia||#GEO:89:1:1987:379-382|Geology+Mohorovicic discontinuity+Deep seismic sounding
J|0904|Tomek,C.+Dvorakova,L.+Ibrmajer,I.|Crustal profiles of active continental collisional belt: Czechoslovak deep seismic reflection profiling in the West Carpathians||#GEO:89:1:1987:383-388|Reflexion+Deep seismic sounding+Czechoslovakia
J|0905|Rotstein,Y.+Yuval,Z.+Trachtman,P.|Deep seismic reflection studies in Israel - an update||#GEO:89:1:1987:389-393|Reflexion+Deep seismic sounding
J|0906|Durrheim,R.J.|Seismic reflection and refraction studies of the deep structure of the Agulhas Bank||#GEO:89:1:1987:395-398|Reflexion+Africa
J|0907|Kaila,K.L.+Murty,P.R.K.+Mall,D.M.+|Deep seismic soundings along Hirapur-Mandla profile, central India||#GEO:89:1:1987:399-403|Reflexion
J|0908|Teng,J-W.|Explosion study of the structure and seismic velocity distribution of the crust and upper mantle under the Xizang (Tibet) Plateau||#GEO:89:1:1987:405-414|Reflexion+Explosion seismology
J|0909|Leven,J.H.+Finlayson,D.M.|Lower crustal involvement in upper crustal thrusting||#GEO:89:1:1987:415-422|Reflexion+Queensland+Adavale Basin
J|0910|Wake-Dyster,K.D.+Sexton,M.J.+Johnstone,D.W.+|A deep seismic profile of 800km length recorded in southern Queensland, Australia||#GEO:89:1:1987:423-429|Reflexion+Tectonics
J|0911|Wright,C.+Goleby,B.R.+Collins,C.D.N.+|The Central Australian seismic experiment, 1985: preliminary results||#GEO:89:1:1987:431-436|Reflexion+Refraction+Tectonics
J|0912|Goleby,B.R.+Wright,C.+Kennett,B.L.N.|Preliminary deep reflection studies in the Arunta Block, Central Australia||#GEO:89:1:1987:437-441|Reflexion+Tectonics
J|0913|Davey,F.J.|Seismic reflection measurements behind the Hikurangi convergent margin, southern North Island, New Zealand||#GEO:89:1:1987:443-447|Reflexion+Plate boundary
J|0914|Bostrom,A.+Karlsson,A.|Broad-band synthetic seismograms for a spherical inhomogeneity in a many-layered elastic half-space||#GEO:89:2:1987:527-547|Layered medium
J|0915|White,B.S.+Norris,A.+Bayliss,A.+|Some remarks on the Gaussian beam summation method||#GEO:89:2:1987:579-636|Ray theory+Summing+Caustic
J|0916|Gagnepain-Beyneix,J.|Evidence of spatial variations of attenuation in the western Pyrenean range||#GEO:89:2:1987:681-704|Pyrenees+Coda+Q
J|0917|Tanimoto,T.|The three-dimensional shear wave structure in the mantle by overtone waveform inversion. 1. Radial seismogram inversion||#GEO:89:2:1987:713-740
J|0918|Fahmi,K.J.+Al Abbasi,J.N.|Mixture distributions - an alternative approach for estimating maximum magnitude earthquake occurrence||#GEO:89:2:1987:741-747|Statistical method+Prediction
J|0919|MacBeth,C.D.+Burton,P.W.|Single-station attenuation measurements of high-frequency Rayleigh waves in Scotland||#GEO:89:3:1987:757-797|Single-station recording+High frequency
J|0920|Kohketsu,K.|2-D reflectivity method and synthetic seismograms for irregularly layered structures. 1. SH-wave generation||#GEO:89:3:1987:821-838|Layered medium+SH-wave
J|0921|Gueguen,J-F.+Hoang-Trong,P.+Legros,H.|Seismic rays in an ellipsoidal earth model: theoretical analysis and estimation of deviations due to the ellipticity||#GEO:89:3:1987:839-855
J|0922|Lu,I.T.+Felsen,L.B.+Ruan,Y.Z.|Spectral aspects of the Gaussian beam method: reflection from a homogeneous half-space||#GEO:89:3:1987:915-932|Reflexion+Plane wave
J|0923|McLaughlin,K.L.+Anderson,L.M.|Stochastic dispersion of short-period P-waves due to scattering and multipathing||#GEO:89:3:1987:933-963|P-wave
J|0924|Mithal,R.+Diebold,J.B.|A method of obtaining a velocity-depth envelope from wide-angle seismic data||#GEO:89:3:1987:965-985|Travel-times+Inversion
J|0925|Stark,P.B.|Rigorous velocity bounds from soft tau(p) and X(p) data||#GEO:89:3:1987:987-996
J|0926|Stark,P.B.+Parker,R.L.|Smooth profiles from tau(p) and X(p) data||#GEO:89:3:1987:997-1010|Refraction+Inversion
J|0927|Houseman,G.A.|Review of `Gravity field, seismicity and tectonics of the Indian Peninsula and the Himalayas' by R.K. Verma||#GEO:89:3:1987:1023-1024
J|0928|White,R.S.|Review of `Recent earth movements: an introduction to neotectonics' by C. Vita-Finzi||#GEO:89:3:1987:1027-1028|Deformation
A|0929|Coffeen,J.A.|Interpreting seismic data||1984:Tulsa, Oklahoma:Pennwell Publishing|Prospecting+Oil+Gas+Reflexion|260p
A|0930|Robinson,E.A.+Durrani,T.S.+Peardon,L.G.|Geophysical signal processing||1986:Englewood Cliffs, N.J.:Prentice-Hall|Deconvolution+Data processing|481p
A|0931|e*Teisseyre,R.|Continuum theories in solid earth physics. Physics and evolution of the Earth's interior, Vol. 3|English translation of Polish original|1986:Amsterdam:Elsevier|Solid-earth geophysics+Continuum theory|566p
A|0932|Verma,R.K.|Offshore seismic exploration; data acquisition, processing, interpretation||1986:Houston, Texas:Gulf Publishing Co.|Data processing+Prospecting|591p
A|0933|e*Woods,R.D.|Measurement and use of shear wave velocity for evaluating dynamic soil properties||1985:New York:American Society of Civil Engineers|Soil mechanics+S-wave|78p
J|0934|Bucknam,R.C.+Stein,R.S.|Preface to collection of papers on the 1983 Borah Peak, Idaho, earthquake||#BSA:77:3:1987:691-693|Bibliography||#*BORAH
J|0935|Richins,W.D.+Pechmann,J.C.+Smith,R.B.+|The 1983 Borah Peak, Idaho, earthquake and its aftershocks||#BSA:77:3:1987:694-723|||#*BORAH
J|0936|Jackson,S.M.+Boatwright,J.|Strong ground motion in the 1983 Borah Peak, Idaho, earthquake and its aftershocks||#BSA:77:3:1987:724-738|Accelerograph+Strong-motion instrument||#*BORAH
J|0937|Crone,A.J.+Machette,M.N.+Bonilla,M.G.+|Surface faulting accompanying the Borah Peak earthquake and segmentation of the Lost River fault, central Idaho||#BSA:77:3:1987:739-770|1983||#*BORAH
J|0938|Machette,M.N.|Documentation of benchmark photographs that show the effects of the 1983 Borah Peak earthquake with some considerations for studies of scarp degradation||#BSA:77:3:1987:771-783|Idaho||#*BORAH
J|0939|Barrientos,S.E.+Stein,R.S.+Ward,S.N.|Comparison of the Hebgen Lake, Montana and the 1983 Borah Peak, Idaho, earthquakes from geodetic observations||#BSA:77:3:1987:784-808|Geodetic survey||#*BORAH
J|0940|King,J.J.+Doyle,T.E.+Jackson,S.M.|Seismicity of the eastern Snake River Plain region, Idaho, prior to the Borah Peak, Idaho earthquake: October 1972-October 1983||#BSA:77:3:1987:809-818|1972-1983+1983||#*BORAH
J|0941|Dewey,J.W.|Instrumental seismicity of central Idaho||#BSA:77:3:1987:819-836|1944-1985+1983+Borah Peak||#*BORAH
J|0942|Hanks,T.C.+Schwartz,D.P.|Morphologic dating of the pre-1983 fault scarp on the Lost River fault at Doublespring Pass Road, Custer County, Idaho||#BSA:77:3:1987:837-846|Morphology+Borah Peak||#*BORAH
J|0943|Malde,H.E.|Quaternary faulting near Arco and Howe, Idaho||#BSA:77:3:1987:847-867|Borah Peak+1983||#*BORAH
J|0944|Wallace,R.E.|Grouping and migration of surface faulting and variations in slip rate on faults in the Great Basin province||#BSA:77:3:1987:868-876|Borah Peak+Idaho+1983||#*BORAH
J|0945|Armbruster,J.G.+Seeber,L.|The 23 April 1984 Martic earthquake and the Lancaster seismic zone in eastern Pennsylvania||#BSA:77:3:1987:877-890|||#*MARTIC
J|0946|Wahlstrom,R.|Focal mechanisms of earthquakes in southern Quebec, southeastern Ontario, and northeastern New York with implications for regional seismotectonics and stress field characteristics||#BSA:77:3:1987:891-924|Canada+New York State
J|0947|Kafka,A.L.+Reiter,E.C.|Dispersion of Rg waves in southeastern Maine: evidence for lateral anisotropy in the shallow crust||#BSA:77:3:1987:925-941|Rg-wave
J|0948|Zelt,C.A.+Drew,J.J.+Yedlin,M.J.+|Picking noisy refraction data using semblance supplemented by a Monte Carlo procedure and spectral balancing||#BSA:77:3:1987:942-957|Signal-to-noise ratio+Monte Carlo method
J|0949|Magotra,N.+Ahmed,N.+Chael,E.P.|Seismic event detection and source location using single-station (three-component) data||#BSA:77:3:1987:958-971|Single-station recording
J|0950|Um,J.+Thurber,C.H.|A fast algorithm for two-point seismic ray tracing||#BSA:77:3:1987:972-986
J|0951|Denny,M.D.+Taylor,S.R.+Vergino,E.S.|Investigation of mb and Ms formulas for the western United States and their impact on the Ms/mb discriminant||#BSA:77:3:1987:987-995|Magnitude
J|0952|Day,S.M.+Cherry,J.T.+Rimer,N.+|Nonlinear model of tectonic release from underground explosions||#BSA:77:3:1987:996-1016|Underground nuclear explosion+Tectonics+Kazakhstan
J|0953|Lay,T.+Welc,J.L.|Analysis of near-source contributions to early P-wave coda for underground explosions. 1. Waveform complexity||#BSA:77:3:1987:1017-1040|Underground nuclear explosion
J|0954|Gupta,I.N.+Blandford,R.R.|A study of P waves from Nevada Test Site explosions: near-source information from teleseismic observations||#BSA:77:3:1987:1041-1056
J|0955|Daley,P.F.+Hron,F.|Reflection of an incident spherical P wave on a free surface (near-vertical incidence)||#BSA:77:3:1987:1057-1070|P-wave
J|0956|Westaway,R.W.C.|Comment on `The southern Italy earthquake of 23 November 1980: an unusual pattern of faulting' by R.S. Crosson, M. Martini, R. Scarpa and S.C. Key||#BSA:77:3:1987:1071-1077|Comments+Campania-Basilicata|With a reply by the authors
V|1987:2||Bibliography of seismology. 1987 July-December|ISC:23:2:1989
J|0001|Bott,M.H.P.|The continental margin of central East Greenland in relation to North Atlantic plate tectonic evolution||#JGL:144:4:1987:561-568|Atlantic Ocean+Plate tectonics
J|0002|Maguire,P.K.H.|CHARM II - a deep reflection profile within the central England microcraton||#JGL:144:4:1987:661-670|Reflexion study
J|0003|Swinbanks,D.+Glicken,H.|Japanese scientists to begin dialling for seismic signals?|News item|#NAT:328:6126:1987:105|POSEIDON+Network+OBS System+Submarine telephone cable
J|0004|Palca,J.|Seismic monitoring of Soviet nuclear tests to resume|News item|#NAT:328:6127:1987:192|Semipalatinsk+Underground nuclear explosion
J|0005|Anglin,F.M.+Haddon,R.A.W.|Meteoroid sonic shock-wave-generated seismic signals observed at a seismic array||#NAT:328:6131:1987:607-609|Yellowknife+1986+Canada+Shock wave
J|0006|Frohlich,C.+Willemann,R.J.|Aftershocks of deep earthquakes do not occur preferentially on nodal planes of focal mechanisms||#NAT:329:6134:1987:41-42|Deep-focus earthquake
J|0007||GLORIA charts the movement of the Earth's crust|News item|#NSC:-:1576:1987:34|Indian Ocean+Crustal movement+Side-scan sonar
A|0008|e*Walter,A.W.+Mooney,W.D.|Interpretations of the SJ-6 seismic reflection/refraction profile, south-central California, USA|Open-File Report 87-73|1987:Menlo Park, California:USGS|CCSS+Refraction study+Reflexion study|132p
J|0009|Leith,W.+Simpson,D.W.|Earthquakes related to active salt doming near Kulyab, Tadjikistan, USSR||#GRL:13:10:1986:1019-1022|Salt dome
J|0010|Clowes,R.M.+Spence,G.D.+Ellis,R.M.+|Structure of the lithosphere in a young subduction zone: results from reflection and refraction studies||#GDS:14:-:1986:313-321|Reflexion study+Refraction study
J|0011|Tremlett,W.E.|Discussion on `Seismicity and tectonics in Wales' by T.G. Blenkinsop, R.E. Long, N.J. Kusznir and M.J. Smith||#JGL:144:5:1987:839-840|Lleyn Peninsula+Newtown+Tremadoc+1984|With a reply by the authors|#*TREMADOC|#*NEWTOWN
J|0012|Wyss,M.+Burford,R.O.|Occurrence of a predicted earthquake on the San Andreas fault||#NAT:329:6137:1987:323-325|San Andreas Fault+Prediction+1986+Stone Canyon||#*STONECAN
J|0013|Anderson,I.|Rumblings over new predictor for earthquakes|News item|#NSC:-:1580:1987:18|Prediction+San Andreas Fault+1986+Stone Canyon||#*STONECAN
J|0014|Anderson,I.|Quake in the US reveals buried fault|News item|#NSC:-:1581:1987:17|Los Angeles+1987+Whittier Fault||#*WHITTIER
J|0015|Tiedemann,H.|Earthquake damage in Mexico City||#NAT:329:6141:1987:677|Resonance+1985|Letter to the editor|#*MEXICOCITY
J|0016|Crampin,S.|Geological and industrial implications of extensive-dilatancy anisotropy||#NAT:328:6130:1987:491-496|Geology+Industry
J|0017|Flores,J.+Novaro,O.+Seligman,T.H.|Earthquake damage||#NAT:330:6143:1987:25|Resonance+1985+Mexico City|Letter to the editor|#*MEXICOCITY
J|0018|Wang,W.+Liu,Z-H.|The statistical distribution of time intervals between two successive earthquakes and abnormal variation of the d value, the degree of seismic danger prior to several greater earthquakes in North China|In Chinese with English abstract|#ASS:9:2:1987:113-127|Statistics
J|0019|Huang,F-M.+Yang,Z-X.|Stress accumulation and release in the Xianshuishe fault zone|In Chinese with English abstract|#ASS:9:2:1987:128-142|Strong earthquake
J|0020|Zhao,Z.+Zhang,R-S.|Primary study of crustal and upper mantle velocity structure of Sichuan Province|In Chinese with English abstract|#ASS:9:2:1987:154-166
J|0021|Cai,Y.+Yin,Y-Q.+Wang,R.|A study on preseismic fault creep and ground temperature anomaly|In Chinese with English abstract|#ASS:9:2:1987:167-175|T'ang-shan+Prediction
J|0022|Geng,N-G.+Hao,J-S.+Li,J-H.+Liu,X-H.+|Stress path and frictional sliding of rocks|In Chinese with English abstract|#ASS:9:2:1987:201-207|Shear stress+Stick-slip
J|0023|Ji,S-C.|The effect of water on strength of marble in torsional shear deformation at high strain-rate|In Chinese with English abstract|#ASS:9:2:1987:208-216|Pore fluid+Shear stress
J|0024|Zhao,S-N.+Xiong,X-Y.|An interference-immune trigger circuit for strong-motion recording in earthquake engineering|In Chinese with English abstract|#ASS:9:2:1987:217-224|Strong-motion instrument
J|0025|Wu,J-Y.+Cao,X-F.|Quantitative studies of global seismicity (2)- discussion on global earthquakes M>6 from 1964 to 1983|In Chinese with English abstract|#ASS:9:3:1987:225-238|Quantitative analysis
J|0026|Qin,J-Z.+Li,N.+Hu,K-J.|Research on the regional q values of coda waves for the aftershocks in Luquan, Yunnan of 1985|In Chinese with English abstract|#ASS:9:3:1987:239-252|Regional study||#*LUQUAN
J|0027|Niu,Z-R.+Chen,D-M.|Slip-weakening instability on a strike-slip fault with asperity|In Chinese with English abstract|#ASS:9:3:1987:253-265
J|0028|Bia,T-X.+Zhang,Y-M.+Qi,G-Z.|Characteristics of geomagnetic storm spectra in middle and low latitudes regions and their relation with the T'ang-shan earthquake|In Chinese with English abstract|#ASS:9:3:1987:266-281
J|0029|Du,X-X.|Conductivity anomaly in the Lanzhou-Xian-Zhengzhou belt|In Chinese with English abstract|#ASS:9:3:1987:282-288
J|0030|Chen,D-Y.+Chen,F.+He,G-Y.|Influences of ``stress-reversal'' on rock resistivity during loading procedure|In Chinese with English abstract|#ASS:9:3:1987:303-310
J|0031|Zhang,W.+Xing,Y.+Xing,R-Y.|Variation of dispersion of radon content in groundwater and short-term and imminent precursors of earthquakes|In Chinese with English abstract|#ASS:9:3:1987:311-318|Strong earthquake+Prediction
J|0032|Hua,C-C.+Shen,J.+Guo,F-Y.+Zhang,Z-Y.+|Gravity change in the Beijing-Tianjin-T'ang-shan area|In Chinese with English abstract|#ASS:9:3:1987:319-325|Measurement
J|0033|Chen,J-B.+Chen,P-Y.+Li,Q-L.+Wang,K-X.+|Earthquake catalogue database of China|In Chinese with English abstract|#ASS:9:3:1987:326-334|Data base
J|0034|Barinaga,M.|New fault system to add to Los Angeles earthquake fears|News item|#NAT:330:6145:1987:197|1987+Whittier Fault||#*WHITTIER
B|0035||Development in solid earth geophysics|16|Malischewsky,P.|Surface waves and discontinuities||1987:Amsterdam:Elsevier|Solid-earth geophysics+Discontinuity|230p
B|0036|e*Jacobs,J.A.|Geomagnetism|1|Harrison,C.G.A.|The crustal field||1987:London:Academic Press||450p
B|0037|e*Jacobs,J.A.|Geomagnetism|2|Gubbins,D.+Roberts,P.H.|Magnetohydrodynamics of the earth's core||1987:London:Academic Press||586p
A|0038|Tarantola,A.|Inverse problem theory: methods for data fitting and model parameter estimation||1987:Amsterdam:Elsevier|Quantitative analysis|630p
B|0039||Methods in geochemistry and geophysics|26|Tygel,M.|Transient waves in layered media||1987:Amsterdam:Elsevier|Layered medium|342p
B|0040||Advances in exploration geophysics|1|Berkhout,A.J.|Applied seismic wave theory||1987:Amsterdam:Elsevier|Applied geophysics|400p
A|0041|e*Nolet,G.|Seismic tomography: with applications in global seismology and exploration geophysics||1987:Dordrecht, Holland:D. Reidel|Applied geophysics|398p
J|0042|Lindley,D.+Swinbanks,D.|Satellite-linked tsunami warning to avoid Pacific disasters|News item|#NAT:330:6146:1987:305|Chile+Accelerometer+Warning
J|0043|Maddox,J.|Tectonics in almost real time|News item|#NAT:330:6146:1987:309|Interferometry+California
J|0044|Shearer,P.|Slow waves in young basalts|News item|#NAT:330:6146:1987:312|Oceanic crust+P-wave+DETES
J|0045|Anderson,A.|Seismologists unshaken by earthquake|News item|#NAT:330:6147:1987:410|Superstition Hill+California+Fault
J|0046|Johnston,A.C.|Suppression of earthquakes by large continental ice sheets||#NAT:330:6147:1987:467-469|Antarctica+Greenland+Aseismic region|Letters
J|0047|Glowacka,E.+Syrek,B.+Kijko,A.|Dynamic evaluation of the seismic risks in a selected area of the bituminous coal mine Wujek|In Czech with English abstract|#ACM:-:75:1987:5-20|Czechoslovakia
J|0048|Travnicek,L.+Holecko,J.+Klima,K.+Ruprechtova,L.+|Seismological development of progressive failure of the rock mass in an area prone to anomalous rock bursts|In Czech with English abstract|#ACM:-:75:1987:21-36|Rockburst+Ostrava-Karvina+Czechoslovakia
J|0049|Makowski,R.|Some possibilities of automatic location of rock bursts on the basis of spectral analysis|With Czech abstract|#ACM:-:75:1987:37-49|Rockburst
J|0050|Klimes,L.|Kinematic location of a seismic hypocentre|In Czech with English abstract|#ACM:-:75:1987:51-64|Kinematics
J|0051|Sileny,J.|A tomographic method of location of rock bursts in the coal mining area of Kladno|In Czech with English abstract|#ACM:-:75:1987:65-82|Tomography+Rockburst+Czechoslovakia
J|0052|Garus,A.|Application of the spline theory to the determination of the velocity field of seismic waves|In Polish with English and Czech abstracts|#ACM:-:75:1987:83-89|Travel-times
J|0053|Kazimierczyk,M.+Szelag,T.|Application possibilities of the seismology for the assessment of individual phases of failure of a rock mass|In Polish with English and Czech abstracts|#ACM:-:75:1987:91-103|Prediction+Rockburst
J|0054|Syrek,B.+Mitrega,P.|Seismic activity accompanying the successive extraction of layers of a thick coal deposit|In Polish with English and Czech abstracts|#ACM:-:75:1987:105-114|Longwall+Rockburst
J|0055|Drzezla,B.+Garus,A.|Spatial distribution of aftershocks of several strong rock bumps in the Szombierki colliery|In Polish with English and Czech abstracts|#ACM:-:75:1987:115-123|Rockburst+Coal+Poland
J|0056|Holub,K.+Slavik,J.|Seismic activity associated with mining of the face 4 3765 in the Doubrava colliery in the Ostrava-Karvina Coal Basin|In Czech with English abstract|#ACM:-:75:1987:125-133|Czechoslovakia+Rockburst
J|0057|Travnickova,E.+Travnicek,L.|Seismic investigation of stress and fault zones of coal seams in rockburst-prone areas|In Czech with English abstract|#ACM:-:75:1987:135-146
J|0058|Trombik,M.+Sadlok,R.|Application of seismic observations for detection of increased stress zones during the exploitation of the seam 504 in the boundary area of collieries Dimitrov and Szombierki|In Czech with English abstract|#ACM:-:75:1987:147-160|Coal seam+Czechoslovakia
J|0059|Tobyas,V.+Prochazkova,D.+Knaislova,D.+Mittag,R.|Seismic activity in the region of opencast mines in the north Bohemian brown coal district|In Czech with English abstract|#ACM:-:75:1987:161-174|Open-cast mining+Microearthquake+Czechoslovakia
J|0060|Vavrecka,Z.+Keclik,L.+Kukulka,P.|New information from the application of breakingless blasting and evaluation of its effectiveness for the rockburst prevention in the collieries of Ostrava-Karvina|In Czech with English abstract|#ACM:-:75:1987:175-191|Czechoslovakia
J|0061|Ruzek,B.+Mohapl,P.+Klimes,L.|Relation of a seismic noise to the structure|In Czech with English abstract|#ACM:-:75:1987:193-203
J|0062|Muzik,L.|Investigation of the stress state of the rock mass in a rockburst-prone area|In Czech with English abstract|#ACM:-:75:1987:205-219|Expansion tensometry
J|0063|Keclik,L.+Vavrecka,Z.+Sladek,J.|Possibilities of continuous assessment of stress-state phenomena of the rock massif in bituminous coal mines|In Czech with English abstract|#ACM:-:75:1987:221-229|Rockburst+Prevention
J|0064|Korinek,J.+Kalenda,P.|Partial results of specific parametric measurements of the natural and induced seismoacoustic emissions of the rock mass in the coal basin of Ostrava-Karvina|In Czech with English abstract|#ACM:-:75:1987:231-244|Seismoacoustics+Rockburst+Czechoslovakia
J|0065|Macek,T.|Mobile seismoacoustic equipment for underground mines, type MDSA|In Czech with English abstract|#ACM:-:75:1987:283-294|Seismoacoustics+Mining
J|0066|Prochazkova,D.|Map of seismic areas in Czechoslovakia|In Czech with English abstract|#ACM:-:75:1987:313-334|Seismicity
J|0067|Prochazkova,D.|Earthquake properties in Central Europe|In Czech with English abstract|#ACM:-:75:1987:335-344|Seismicity
A|0068|e*Vlaar,N.J.+Nolet,G.+Wortel,M.J.R.+Cloetingh,S.A.P.L.|Mathematical geophysics: a survey of recent developments in seismology and geodynamics||1987:Dordrecht:D. Reidel
A|0069|e*Erdik,M.O.+Toksoz,M.N.|Strong ground motion seismology|NATO ASI Series Vol. C204|1987:Dordrecht:D. Reidel|Proceedings+Strong-motion seismology+Prediction
J|0070|Brown,L.D.|Lower continental crust - variations mapped by COCORP deep seismic profiling||#ANG:5:4:1987:325-330|Deep seismic sounding+Lower crust+Reflexion study
J|0071|Peddy,C.P.+Hobbs,R.W.|Lower crustal reflectivity of the continental margin southwest of Britain||#ANG:5:4:1987:331-338|Deep seismic sounding+Reflexion study+Western Approaches
J|0072|Reston,T.J.|Spatial interference, reflection character and the structure of the lower crust under extension. Results from 2-D seismic modelling||#ANG:5:4:1987:339-347|Reflexion
J|0073|Wever,T.+Meissner,R.|About the nature of reflexions from the lower continental crust||#ANG:5:4:1987:349-351|Deep seismic sounding+Lower crust+Heat flow+Crustal age
J|0074|Meissner,R.+Wever,T.+Fluh,E.R.|The Moho in Europe Implications for crustal development||#ANG:5:4:1987:357-364|Mohorovicic discontinuity
J|0075|Meissner,R.+Kusznir,N.J.|Crustal viscosity and the reflectivity of the lower crust||#ANG:5:4:1987:365-373|Reflexion
J|0076|Lund,C-E.+Roberts,R.G.+Juhlin,C.|The reflectivity of the lower crust in southwestern Sweden||#ANG:5:4:1987:375-379|EUGENO-S+Reflexion
J|0077|Bittner,R.+Trappe,H.+Meissner,R.|Piggy-back seismic experiments during deep crustal reflection surveys||#ANG:5:4:1987:381-387|Deep seismic sounding+Reflexion study+Urach geothermal anomaly+DEKORP
J|0078|Setto,I.+Meissner,R.|Support from gravity modelling for seismic interpretation||#ANG:5:4:1987:389-393|DEKORP+SWAT
J|0079|Deichmann,N.|Focal depths of earthquakes in northern Switzerland||#ANG:5:4:1987:395-402|Deep focus earthquake
J|0080|Chang,M.+Marillier,F.|Structure of the upper mantle under the Hercynian domains of Southern Ireland, the Armorican Massif and the Central Massif|In French with English abstract|#ANG:5:6:1987:613-621
J|0081|Geiss,E.|A new compilation of crustal thickness data for the Mediterranean area||#ANG:5:6:1987:623-630|Mohorovicic discontinuity
J|0082|Yamanaka,H.+Seo,K.+Samano,T.|Multiple reflection of seismic waves in sedimentary layers||#ANG:5:6:1987:631-638|Multiple reflexion+Sedimentary rock
J|0083|Grad,M.+Luosto,U.|Seismic models of the crust of the Baltic Shield along the SVEKA profile in Finland||#ANG:5:6:1987:639-649|Deep seismic sounding
J|0084|Pavlenkova,N.I.|Properties of middle and lower crust in platform areas||#ANG:5:6:1987:651-656|Middle crust
J|0085|Canas,J.A.+Egozcue,J.J.+Pujades,L.+Perez,J.A.|Crustal coda-Q in the Iberian Peninsula||#ANG:5:6:1987:657-662|Coda wave
J|0086|Molnar,P.|Inversion of profiles of uplift rates for the geometry of dip-slip faults at depth, with examples from the Alps and the Himalayas||#ANG:5:6:1987:663-670
J|0087|Gresta,S.+Glot,J.P.+Patane,G.+Poupinet,G.+|The October 1984 crisis at Mount Etna. Part I - space-time evolution of the events||#ANG:5:6:1987:671-679|Sicily+Seismicity
J|0088|Gvishiani,A.D.+Gorshkov,A.+Kosobokov,V.+Cisternas,A.+|Identification of seismically dangerous zones in the Pyrenees||#ANG:5:6:1987:681-690|Risk+Seismicity
J|0089|Karnik,V.+Schenk,V.+Schenkova,Z.|Earthquake swarm in Western Bohemia 1985-1986 - some characteristics||#ANG:5:6:1987:691-699|Bohemian Massif
J|0090|Ambraseys,N.N.+Finkel,C.F.|Seismicity of Turkey and neighbouring regions 1899-1915||#ANG:5:6:1987:701-725
J|0091|Trifu,C-I.+Oncescu,M.C.|Fault geometry of August 30, 1986 Vrancea earthquake||#ANG:5:6:1987:727-729|Romania||#*VRANCEA86
J|0092|Kouda,K.+Yasaka,A.|Base isolation system for earthquake protection and vibration isolation of structures (Part 1) - Design of base isolation of an acoustic laboratory building|In Japanese with separately published English abstract|#ARK:34:-:1986:115-120|Earthquake-resistant design
J|0093|Yasaka,A.+Iizuka,M.|Base isolation system for earthquake protection and vibration isolation of structures (Part 2) - Development of a hysteretic damper|In Japanese with separately published English abstract|#ARK:34:-:1986:121-132|Earthquake-resistant design+Hysteresis
J|0094||Vibration tests and their simulation analysis on irregular ground models made from silicon rubber|In Japanese with separately published English abstract|#ARK:34:-:1986:189-194|Ground motion
J|0095|Takemura,M.+Ishida,H.+Ohta,T.+Horikoshi,K.+|Seismic hazard analysis using distribution of active faults and attenuation curves with regional differences|In Japanese with separately published English abstract|#ARK:34:-:1986:195-200|Risk+Japan
J|0096|Ohta,T.+Hiehata,S.+Takshashi,K.+Kamagata,S.|Characteristic of earthquake ground motion during the Mexico earthquake of September 19, 1985|In Japanese with separately published English abstract|#ARK:34:-:1986:213-220|||#*MEXICOCITY
J|0101|Bormann,P.+Bankwitz,P.+Schulze,A.+Apitz,E.+|Methodical contributions to complex geophysical and geological investigations of the Earth's crust in the GDR. Part I-Geophysical methods and results|With German and Russian abstracts|#BEG:96:3-4:1987:291-310|Deep seismic sounding+Germany+Surface wave+Reflexion
J|0102|Kuhnt,W.+Knoll,P.+Grosser,H.+Behrens,H-J.|An attempt to estimate the damage in mines due to seismic events and rockbursts on the base of the determination of spectral source parameters|With German and Russian abstracts|#BEG:96:3-4:1987:311-319|Spectral analysis+Mining
J|0103|Cara,M.+Rouland,D.+Peterschmitt,E.+Trotignon,L.|Historical instruments and seismograms in Strasbourg||#BEG:96:5:1987:374-384|History+Seismometer
J|0104|Houtgast,G.+Van Bodegraven,J.A.+Ritsema,A.R.|Historical seismograms from the Netherlands||#BEG:96:5:1987:385-394|History
J|0105|Payo,G.|Contribution of the Toledo Observatory (IGN, Spain) to the catalogue of historical seismograms||#BEG:96:5:1987:395-411|History
J|0106|Starovoit,O.Ye.+Chernobai,I.P.|Historical seismograms of the strongest earthquakes recorded at the USSR seismic stations||#BEG:96:5:1987:412-414|History+Strong earthquake
J|0107|Kulhanek,O.|Historical seismograms from Sweden||#BEG:96:5:1987:415|History
J|0108|Comninakis,P.+Drakopoulos,J.+Papazachos,B.C.|Historical seismograms in Greece||#BEG:96:5:1987:416-422|History
J|0109|Drimmel,J.+Gutdeutsch,R.|The seismological observatory Vienna (VIE) from its foundation to its destruction in November 1944||#BEG:96:5:1987:423-431|History+Seismogram
J|0110|Adams,R.D.+Ambraseys,N.N.|Historical and early instrumental investigations of West African seismicity||#BEG:96:5:1987:432-433|History
J|0111|Kowalle,G.+Hurtig,E.|Application of image processing techniques for improving the quality of historical seismograms||#BEG:96:5:1987:434-437|History+Digital processing
J|0112|Cadek,O.|Studying earthquake ground motion in Prague from Wiechert seismograph records||#BEG:96:5:1987:438-447|Seismogram+Digital processing
J|0113|Bongiovanni,G.+Margottini,C.+Rinaldis,C.|Duration magnitude of small XXth century historical earthquakes by using synthetic signals derived from seismograms of recent events||#BEG:96:5:1987:448-459|Digital processing+History+20th century
J|0114|Neunhofer,H.+Stelzner,J.|Adaption of the earthquake magnitude determination to processing with real-time computer|With German and Russian abstracts|#BEG:96:6:1987:469-477|Seismogram+Automatic analysis
J|0115|Wellman,P.+Tracey,R.|Southwest seismic zone of Western Australia measurement of vertical ground movements by repeat levelling and gravity surveys||#BMR:10:3:1987:225-232|Vertical movement
J|0116|Everingham,I.B.+Denham,D.+Greenhalgh,S.A.|Surface wave magnitudes of some early Australian earthquakes||#BMR:10:3:1987:253-260|Large earthquake
J|0117|Stavrakakis,G.N.+Tselentis,G.A.|Bayesian probabilistic prediction of strong earthquakes in the main seismogenic zones of Greece||#BGT:29:113:1987:51-64|Bayes' theorem
J|0118|Suhadolc,P.+Michelini,A.+Riggio,A.|Bursts of aftershocks in Friuli, Italy||#BGT:29:113:1987:65-74|Prediction
J|0119|Papazachos,B.C.+Hatzidimitriou,P.M.+Karacostas,B.G.|Seismic fracture zones in the AEgean and surrounding area||#BGT:29:113:1987:75-84|Large earthquake+Prediction
J|0120|Mulargia,F.+Gasperini,P.+Tinti,S.|A procedure to identify objectively active seismotectonic structures||#BGT:29:114:1987:147-164|Seismotectonics+Calabria+Sicily
J|0121|Voidomatis,P.|Space distribution of the shallow earthquakes in northern Greece and surrounding area|With Russian abstract|#BGS:13:2:1987:75-81|Spatial distribution
J|0122|Dobrev,C.+Gjurov,C.|An application of the maximum entropy method for seismological data processing|In Bulgarian with Russian and English abstracts|#BGS:13:2:1987:82-87|Spectral analysis
J|0123|Dokev,C.+Paskaleva,I.+Georgiev,G.|Analysis of the records of strong ground motions for their organization in a geophysical data base|In Bulgarian with Russian and English abstracts|#BGS:13:2:1987:88-96|Strong-motion analysis
J|0124|Riznichenko,O.Yu.+Nevskii,M.V.+Rizhikova,S.+Christoskov,L.|Methodical problems related to the investigation of the differences in the P-waves travel time recorded in the Bulgarian seismic stations caused by industrial explosions|In Russian with English abstract|#BGS:13:3:1987:49-56|Travel-times
J|0125|Rangelov,B.|Depth structure characteristics of the AEgean Arc|In Bulgarian with Russian and English abstracts|#BGS:13:3:1987:57-62|Subduction
J|0126|Kostov,M.|A model for seismic motion generation|With Russian abstract|#BGS:13:3:1987:63-69|Ground motion
J|0127|Rangelov,B.+Spasov,E.|The preparedness and needs of education for the earthquake danger in Bulgaria|With Russian abstract|#BGS:13:3:1987:80-84|Risk
J|0128|Shanov,S.+Manev,G.|Variations of some physical parameters in uniaxial tests - possible implication to earthquake focal processes|With Russian abstract|#BGS:13:3:1987:93-101|Focus+Rock mechanics
J|0129|Georgiev,T.|Fault plane solutions pressure and tension axes for some earthquakes in south-western Bulgaria|With Russian abstract|#BGS:13:3:1987:102-108
J|0130|Ralchovsky,T.+Komarov,L.|The Vranchea earthquake of 31.08.1986 and its possible electrical precursors|In Bulgarian with Russian and English abstracts|#BGS:13:4:1987:59-65|Vrancea+Bulgaria+Electrical potential||#*VRANCEA86
J|0131|Spasov,E.+Botev,E.|Inhomogeneities and anisotropy in the upper mantle of the Balkans by teleseismic data|In Bulgarian with Russian and English abstracts|#BGS:13:4:1987:66-76|Inhomogeneity
J|0132|Maslinkova,S.+Pachova,S.+Maslinkov,I.|Computer determination of some parameters of the earthquakes in the upper Thracian Lowland|With Russian and English abstracts|#BGS:13:4:1987:77-82|Algorithm+Thrace
J|0133|Pachova,S.+Maslinkova,S.+Elenkov,S.+Stoyanov,T.|Seismicity of the upper Thracian Lowland for the period 1983-1984|With Russian and English abstracts|#BGS:13:4:1987:83-90|Thrace
J|0134|Solakov,D.|On some aspects in determination of the earthquake hypocentre parameters|With Russian and English abstracts|#BGS:13:4:1987:91-99|Algorithm
J|0135|Solakov,D.+Dobrev,C.|A program for earthquake location using a personal computer ``Pravetz''|With Russian and English abstracts|#BGS:13:4:1987:100-104|Geiger's method+Algorithm
J|0136|Xie,X-B.+Yao,Z-X.|Near field strong motion modelling of the June 9, 1976 Longling Yunnan, magnitude 6.2 aftershocks|In Chinese with English abstract|#AGS:30:2:1987:159-168|Strong-motion analysis
J|0137|Zhuang,Z.+Teng,T-L.|Love wave group dispersion and three dimensional structure of the Pacific crust and upper mantle|In Chinese with English abstract|#AGS:30:3:1987:246-260|Pacific Ocean
J|0138|Xia,H-M.|The significance and the character of the synchronous steps of M>4 3/4 earthquakes in North China|In Chinese with English abstract|#AGS:30:3:1987:281-291|Magnitude
J|0139|Wang,M-Y.+Guo,Y-X.|Finite element modelling of elastic wave propagating in 2-D media and its preliminary applications|In Chinese with English abstract|#AGS:30:3:1987:292-306|Finite element method
J|0140|Teng,C-K.+Yin,X-C.+Li,S-Y.+Cai,D-E.|Experimental study of three dimensional fracture in plate specimens with non-penetrating crack|In Chinese with English abstract|#AGS:30:4:1987:371-378|Earthquake
J|0141|Zhao,Z.+Zeng,R-S.|A method for improving the determination of earthquake hypocentres|In Chinese with English abstract|#AGS:30:4:1987:379-388
J|0142|Xu,Z-H.+Wang,S-Y.+Huang,Y-R.+Gao,A-J.+|Directions of mean stress axes in southwestern China deduced from microearthquake data|In Chinese with English abstract|#AGS:30:5:1987:476-486
J|0143|Liu,D-F.|The relations of delay time between rainy climate and earthquake|In Chinese with English abstract|#AGS:30:5:1987:487-493|Rainfall+Strong earthquake+North China
J|0144|Cui,Z-Z.+Lu,D-Y.+Chen,J-P.+Zhang,Z-Y.+|The deep structural and tectonic features of the crust in Panxi area|In Chinese with English abstract|#AGS:30:6:1987:566-580|Deep structure+Deep seismic sounding+Tectonics
J|0145|Li,H-H.|On the ordering and stratification characteristics of strong earthquakes in the northern part of the south-north seismic belt|In Chinese with English abstract|#AGS:30:6:1987:602-609|China
J|0146|Shao,A-M.+Zhang,Y-Y.+Chen,Y-Z.+Yin,H-S.|SSJ digital seismic recorder with trigger|In Chinese with English abstract|#AGS:30:6:1987:610-616|Digital recording
J|0147|Wu,F.T.+Wang,P.+Chen,Y.|QP and QS in Beijing and Jianchuan, Yunnan areas|In Chinese with English abstract|#ASS:9:4:1987:337-346|Q
J|0148|Gao,L-S.+Hua,Z-X.+Li,R-X.|Estimation of mean free path of S-waves under Beijing area by means of both intensity and delay of codas|In Chinese with English abstract|#ASS:9:4:1987:347-363|Q+S-wave
J|0149|Yin,X-C.+Li,S-Y.+Li,H.|On the physical essence of b value for AE of rock tests and natural earthquakes in terms of fracture mechanics|In Chinese with English abstract|#ASS:9:4:1987:364-374|b-Value
J|0150|Ge,H-C.+Lu,Z-F.+Huang,C-Z.+Ye,P-Y.|Lg magnitude determination for the eastern six provinces of China (Part II) - relation between magnitudes|In Chinese with English abstract|#ASS:9:4:1987:375-383|Lg-wave+East China
J|0151|Zhang,G-M.+Liang,B-Y.|The application of a rheologic model of rock to the seismogeny of a great earthquake and research on seismic anomalies|In Chinese with English abstract|#ASS:9:4:1987:384-391|Rheology+Seismogenesis
J|0152|Zhou,X-Y.+Su,J-Y.+Wang,G-J.|Intensity attenuation based on seismic fault-rupture model|In Chinese with English abstract|#ASS:9:4:1987:417-426|China
J|0153|Han,D-Y.|Moving AR spectrum analysis and earthquake information processing|In Chinese with English abstract|#ASS:9:4:1987:427-433|Spectral analysis+T'ang-shan
J|0154|Zhang,D-Q.+Wang,S-F.+Zhang,N-X.|Observation and studies of the electromagnetic waves during the approaching of earthquakes|In Chinese with English abstract|#ASS:9:4:1987:434-442|Jiangsu+Precursor||#*HEZE|#*YELLOWSEA
J|0155|Nikonov,A.A.|The strongest historic earthquakes in the Caucasus||#BGT:29:116:1987:333-339|Strong earthquake+History
J|0156|Nagumo,S.+Ouchi,T.+Kasahara,J.+Koresawa,S.|P-wave velocity structure of lithosphere-asthenosphere beneath the western Northwest Pacific Basin determined by an ocean-bottom seismometer array observation|With Japanese abstract|#BER:62:1:1987:1-18|P-wave
J|0157|Hatori,T.|Investigations of the seismic intensity and tsunami of historical earthquakes (1694-1810) occurring in the West Tsugaru to Oga regions, the Japan Sea|In Japanese with English abstract|#BER:62:2:1987:133-147
J|0158|Momoi,T.|Scattering of Rayleigh waves by a semi-circular rough surface on layered media|With Japanese abstract|#BER:62:3:1987:163-200|Layered medium+Leaking mode
J|0159|Kohketsu,K.|Synthetic seismograms in realistic media - A wave-theoretical approach|With Japanese abstract|#BER:62:3:1987:201-246|Kanto
J|0160|Hashida,T.|Determination of three-dimensional attenuation structure and source acceleration by inversion of seismic intensity data - Japanese Islands|With Japanese abstract|#BER:62:3:1987:247-288
J|0161|Utsu,T.|Relation between seismic intensity, epicentral distance and magnitude. Part 3. Empirical formula for earthquakes occurring off the Pacific coast of Eastern Japan|In Japanese with English abstract|#BER:62:3:1987:289-296
J|0162|Hatori,T.|Distributions of seismic intensity and tsunami of the 1793 Miyagi-Oki earthquake, northeastern Japan|In Japanese with English abstract|#BER:62:3:1987:297-309
J|0163|Hagiwara,Y.+Nagasawa,K.+Izutuya,S.+|Gravity study of active faults - detection of faults along the northeastern margin of the Kanto mountains|In Japanese with English abstract|#BER:62:3:1987:311-327
J|0164|Nguyen Van Luong|Application of dislocation theory to analysis of stresses in earthquake source areas and to aftershocks|With Polish abstract|#APL:34:4:1986:303-321
J|0165|Pham Van Thuc|Source parameters of earthquakes in South-east Asia|With Polish abstract|#APL:34:4:1986:323-334|Southeast Asia+Magnitude+Moment
J|0166|Albert,R.N.H.|Seismic noise survey along the Mediterranean Sea coast, north-western desert and in the Siwa Oasis area in Egypt|With Polish abstract|#APL:34:4:1986:335-347|Station location
J|0167|Kar,B.K.+Kalyani,V.K.|Propagation of Love waves in a water-saturated soil lying between two semi-infinite homogeneous elastic media|With Polish abstract|#APL:34:4:1986:349-359|Velocity+Porosity
J|0168|Fedotov,S.A.|A review of 25 years of detailed seismic studies in Kamchatka and Komandorskiye Islands, November 1961 - October 1986. History development and tasks|In Russian with English abstract|#VSM:-:6:1987:3-10|Catalogue+1961-1986+Prediction
J|0169|Fedotov,S.A.+Feofilaktov,V.D.+Gordeyev,Ye.I.+Gavrilov,V.A.+|The development of seismic studies in Kamchatka|In Russian with English abstract|#VSM:-:6:1987:11-28|Catalogue+Seismicity
J|0170|Fedotov,S.A.+Shumilina,L.S.+Chernysheva,G.V.|Seismicity of Kamchatka and Komandorskiye Islands as derived from detailed studies|In Russian with English abstract|#VSM:-:6:1987:29-60
J|0171|Gorel'chik,V.I.+Zobin,V.M.+Tokarev,P.I.|Seismicity of volcanoes|In Russian with English abstract|#VSM:-:6:1987:61-77|Classification+Volcanism
J|0172|Zobin,V.M.|Earthquake foci mechanism and seismotectonic deformation in the Kamchatka - Komandorskiye Islands region in 1964-1982|In Russian with English abstract|#VSM:-:6:1987:78-92|Focal mechanism+Seismotectonics
J|0173|Fedotov,S.A.+Chernyshev,S.D.|Twenty years of long-term prediction for the Kuril-Kamchatka Arc - Reliability in 1981-1985, 1965-1985 and prediction for 1986-1990|In Russian with English abstract|#VSM:-:6:1987:93-109
J|0174|Chopra,A.K.|Earthquake analysis, design and safety evaluation of concrete gravity dams||#BIT:23:4:1986:147-199|Earthquake engineering
J|0175|Munirudrappa,N.|Response of building-foundation system to an earthquake motion||#BIT:24:1:1987:1-37|Earthquake engineering
J|0176|Chen,K-C.+Wang,J-H.|The May 20, 1986 Hualien, Taiwan earthquake and its aftershocks|With Chinese abstract|#BAS:6:-:1986:1-13|||#*HUALIEN
J|0177|Liaw,Z-S.+Wang,C.+Yeh,Y-T.|A study of aftershocks of the 20 May, 1986 Hualien earthquake|With Chinese abstract|#BAS:6:-:1986:15-27|Microearthquake+Taiwan||#*HUALIEN
J|0178|Tsai,C-C.+Yeh,Y-T.+Wen,K-L.+Cheng,S-N.+|The Hualien earthquake of May 20, 1986 - strong ground motion data and response spectra|With Chinese abstract|#BAS:6:-:1986:29-64|Building code+Taiwan||#*HUALIEN
J|0179|Yen,H-Y.+Yeh,Y-H.+Lin,C-H.|Repeat measurement of gravity in Taiwan - anomalous gravity related with the May 20, 1986 Hualien earthquake|With Chinese abstract|#BAS:6:-:1986:65-72|||#*HUALIEN
J|0180|Yu,S-B.+Liu,C-C.|Coseismic deformation associated with the May 1986 Hualien earthquake|With Chinese abstract|#BAS:6:-:1986:73-84|Taiwan+Trilateration||#*HUALIEN
J|0181|Liu,K-K.+Yeh,Y-H.+Teng,T-L.|Ground-water radon variation associated with the May 20, 1986 Hualien, Taiwan earthquake|With Chinese abstract|#BAS:6:-:1986:85-94|Groundwater
J|0182|Lee,C-W.+Wang,C.+Liaw,Z-S.|A study of the crustal velocity structure in eastern Taiwan|With Chinese abstract|#BAS:6:-:1986:95-108|P-wave
J|0183|Shin,T-C.|Duration magnitude correction for Taiwan telemetered seismographic network|With Chinese abstract|#BAS:6:-:1986:109-120|Telemetry
J|0184|Wang,C-Y.+Yeh,Y-T.|The synthesis of complete seismograms with an application to the SMART-1 data|With Chinese abstract|#BAS:6:-:1986:121-140|Synthetic seismogram+SMART 1 array+Taiwan
J|0185|Wang,J-H.+Tsai,Y-B.+Chen,K-C.|Microfilming of seismograms from the Taiwan telemetered seismographic network|With Chinese abstract|#BAS:6:-:1986:227-234
J|0186|Ihnen,S.M.+Hadley,D.M.|Seismic hazard maps for Puget Sound, Washington||#BSA:77:4:1987:1091-1109
J|0187|Kiremidjian,A.S.+Suzuki,S.|A stochastic model for site ground motions from temporally dependent earthquakes||#BSA:77:4:1987:1110-1126|Mid-America Trench+Hazard+Temporal dependence
J|0188|De Natale,G.+Madariaga,R.+Scarpa,R.+Zollo,A.|Source parameter analysis from strong motion records of the Friuli, Italy, earthquake sequence (1976-1977)||#BSA:77:4:1987:1127-1146|Source-parameter relation+Strong-motion analysis
J|0189|Celebi,M.|Topographical and geological amplifications determined from strong-motion and aftershock records of the 3 March 1985 Chile earthquake||#BSA:77:4:1987:1147-1167|Strong-motion analysis||#*SANANTONIO
J|0190|Shearer,P.M.+Orcutt,J.A.|Surface and near-surface effects on seismic waves - theory and borehole seismometer results||#BSA:77:4:1987:1168-1196|Amplification+Ngendei
J|0191|Mitchell,B.J.+Hwang,H.J.|Effect of low Q sediments and crustal Q on Lg attenuation in the United States||#BSA:77:4:1987:1197-1210|Lg-wave+Q
J|0192|McLaughlin,K.L.+Anderson,L.M.+Lees,A.C.|Effects of local geologic structure on Yucca Flats, Nevada Test Site, explosion waveforms two-dimensional linear finite-difference simulations||#BSA:77:4:1987:1211-1222|Synthetic seismogram+Nuclear explosion
J|0193|Frankel,A.+Wennerberg,L.|Energy-flux model of seismic coda - separation of scattering and intrinsic attenuation||#BSA:77:4:1987:1223-1251
J|0194|Lay,T.|Analysis of near-source contributions to early P-wave coda for underground explosions. Part II - frequency dependence||#BSA:77:4:1987:1252-1273|Dispersion+P-wave
J|0195|Burger,R.W.+Lay,T.+Burdick,L.J.|Average Q and yield estimates from the Pahute Mesa Test Site||#BSA:77:4:1987:1274-1294|Attenuation+Nuclear explosion+Q
J|0196|Stump,B.W.+Reinke,R.E.|Experimental seismology - in situ source experiments||#BSA:77:4:1987:1295-1311|Explosion+Source-parameter relation
J|0197|Stump,B.W.|Mathematical representation and physical interpretation of a contained chemical explosion in alluvium||#BSA:77:4:1987:1312-1325|Spall
J|0198|Astiz,L.+Kanamori,H.+Eissler,H.|Source characteristics of earthquakes in the Michoacan seismic gap in Mexico||#BSA:77:4:1987:1326-1346|Large earthquake+1981-1986||#*MEXICOCITY|#*MEXICOCITY2
J|0199|Savage,J.C.+Cockerham,R.S.|Quasi-periodic occurrence of earthquakes in the 1978-1986 Bishop-Mammoth Lakes sequence, eastern California||#BSA:77:4:1987:1347-1358|Temporal distribution
J|0200|Nishenko,S.P.+Singh,S.K.|The Acapulco-Ometepec, Mexico earthquakes of 1907-1982 - evidence for a variable recurrence history||#BSA:77:4:1987:1359-1367|Large earthquake+Temporal distribution
J|0201|Smalley,R.F.+Chatelain,J-L.+Turcotte,D.L.+Prevot,R.|A fractal approach to the clustering of earthquakes - applications to the seismicity of the New Hebrides||#BSA:77:4:1987:1368-1381|Temporal distribution+Fractal analysis
J|0202|Nishenko,S.P.+Buland,R.|A generic recurrence interval distribution for earthquake forecasting||#BSA:77:4:1987:1382-1399|Temporal distribution+Fault+Prediction
J|0203|Bender,B.|Effects of observational errors in relating magnitude scales and fitting the Gutenberg-Richter parameter beta||#BSA:77:4:1987:1400-1428|b-Value+Seismicity
J|0204|Kijko,A.+Dessokey,M.M.|Application of the extreme magnitude distributions to incomplete earthquake files||#BSA:77:4:1987:1429-1436|Hazard
J|0205|Baer,M.+Kradolfer,U.|An automatic phase picker for local and teleseismic events||#BSA:77:4:1987:1437-1445|Automatic selection+P-wave+Local event
J|0206|Schneider,J.F.+Aster,R.C.+Powell,L.A.+Meyer,R.P.|Timing of portable seismographs from Omega navigation signals||#BSA:77:4:1987:1457-1478|Time signal
J|0207|Darragh,R.B.+Bolt,B.A.|A comment on the statistical regression relation between earthquake magnitude and fault rupture length||#BSA:77:4:1987:1479-1484||Short note
J|0208|Sabetta,F.+Pugliese,A.|Attenuation of peak horizontal acceleration and velocity from Italian strong-motion records||#BSA:77:5:1987:1491-1529|Strong-motion analysis+Italy
J|0209|Baker,G.E.+Langston,C.A.|Source parameters of the 1949 magnitude 7.1 south Puget Sound, Washington earthquake as determined from long-period body waves and strong ground motions||#BSA:77:5:1987:1530-1557|Strong-motion analysis
J|0210|Vogfjord,K.S.+Langston,C.A.|The Meckering earthquake of 14 October 1968 - a possible downward propagating rupture||#BSA:77:5:1987:1558-1578|Fault+Stress+Australia
J|0211|Langer,C.J.+Bonilla,M.G.+Bollinger,G.A.|Aftershocks and surface faulting associated with the intraplate Guinea, West Africa, earthquake of 22nd December 1983||#BSA:77:5:1987:1579-1601|||#*GUINEA
J|0212|Stickney,M.C.+Bartholemew,M.J.|Seismicity and late Quaternary faulting of the northern Basin and Range Province, Montana and Idaho||#BSA:77:5:1987:1602-1625
J|0213|Thorbjarnardottir,B.S.+Pechmann,J.C.|Constraints on relative earthquake locations from cross-correlation of waveforms||#BSA:77:5:1987:1626-1634
J|0214|Sibol,M.S.+Bollinger,G.A.+Birch,J.B.|Estimation of magnitudes in central and eastern North America using intensity and felt area||#BSA:77:5:1987:1635-1654|Regression
J|0215|Meltzer,A.S.+Levander,A.R.+Mooney,W.D.|Upper crustal structure, Livermore Valley and vicinity, California coast ranges||#BSA:77:5:1987:1655-1673|Reflexion study
J|0216|Zucca,J.J.+Kasameyer,P.W.+Mills,J.M.|Observation of a reflection from the base of a magma chamber in Long Valley Caldera, California||#BSA:77:5:1987:1674-1687|Small earthquake+Reflexion
J|0217|Cormier,V.F.|Focusing and defocusing of teleseismic P waves by known three-dimensional structure beneath Pahute Mesa, Nevada Test Site||#BSA:77:5:1987:1688-1703|P-wave
J|0218|Revenaugh,J.+Jordan,T.H.|Observations of first-order mantle reverberations||#BSA:77:5:1987:1704-1717|ScS-wave
J|0219|Kayal,J.R.+De,R.|Pn velocity study using a temporary seismographic network in the Shillong Plateau, northeast India||#BSA:77:5:1987:1718-1727|Pn-wave
J|0220|Dainty,A.M.+Duckworth,R.M.+Tie,A.|Attenuation and backscattering from local coda||#BSA:77:5:1987:1728-1747|Local earthquake
J|0221|McCreery,C.S.|Yield estimation from spectral amplitudes of direct P and P coda recorded by the Wake Island deep ocean hydrophone array||#BSA:77:5:1987:1748-1766|Explosion seismology+P-wave
J|0222|Lay,T.|Analysis of near-source contributions to early P-wave coda for underground explosions. III. Inversion for isotrophic scatterers||#BSA:77:5:1987:1767-1783|Scattering+Pahute Mesa+P-wave
J|0223|Mossessian,T.K.+Dravinski,M.|Application of a hybrid method for scattering of P, SV and Rayleigh waves by near-surface irregularities||#BSA:77:5:1987:1784-1803|P-wave+SV-wave
J|0224|Haddon,R.A.W.|Response of an oceanic wave guide to an explosive point source using leaking modes||#BSA:77:5:1987:1804-1822|Synthetic seismogram
J|0225|Xu,P-C.+Mal,A.K.|Calculation of the inplane Green's functions for a layered viscoelastic solid||#BSA:77:5:1987:1823-1837|Layered medium
J|0226|Philippacopoulos,A.J.|Waves in a partially saturated layered half-space - analytical formulation||#BSA:77:5:1987:1838-1853|Rayleigh wave+Layered medium+Biot's theory
J|0227|Buchbinder,G.G.R.|Instrumental group delay for high frequency and teleseismic P waves||#BSA:77:5:1987:1854-1861|P-wave
J|0228|Singh,S.K.+Mena,E.+Castro,R.+Carmona,C.|Empirical prediction of ground motion in Mexico City from coastal earthquakes||#BSA:77:5:1987:1862-1867||Short note
J|0229|Street,R.|Comment on `Periodic energy release in the New Madrid seismic zone' by Dean J. Mento, C. Patrick Ervin and L.D. McGinnis||#BSA:77:5:1987:1868-1869|Central America+Seismicity+Comments|With a reply by the authors
J|0230|Takemura,M.+Horikoshi,K.+Amano,A.+Ishida,H.|Seismic risk estimation from active fault data and comparison with the results on the historical earthquake data|In Japanese with English abstract|#ARK:35:-:1987:119-122|History+Gifu+Japan
J|0231|Ikeura,T.+Takemura,M.|Estimation of strong ground motions by a semi-empirical method taking into account inhomogeneous faults|In Japanese with English abstract|#ARK:35:-:1987:123-128|Ground motion+Inhomogeneity+Fault+Statistical method
J|0232|Ohta,T.+Motosaka,M.+Hiehata,S.+Kamata,M.|A study on characteristics of strong ground motions in Mexico City during Sept.19, 1985, Mexico earthquake|In Japanese with English abstract|#ARK:35:-:1987:129-134|Ground motion+Dynamic analysis||#*MEXICOCITY
J|0233|Koshida,H.+Yasaka,A.+Ueno,K.+Iizuka,M.|Base isolation system for earthquake protection and vibration isolation of structures (Part 3)|In Japanese with English abstract|#ARK:35:-:1987:79-84|Earthquake-resistant design
J|0234|Andow,K.+Yoshida,A.|Base isolation system for earthquake protection and vibration isolation of structures (Part 4)|In Japanese with English abstract|#ARK:35:-:1987:85-92|Earthquake-resistant design
J|0235|Yasaka,A.+Koshida,H.+Iizuka,M.+Fukahori,Y.|Base isolation system for earthquake protection and vibration isolation of structures (Part 5)|In Japanese with English abstract|#ARK:35:-:1987:93-100|Earthquake-resistant design
J|0236|Aoki,K.+Hibiya,K.+Atsumi,H.|Applicability of hydraulic fracturing method for tectonic stress determination|In Japanese with English abstract|#ARK:35:-:1987:185-192|Hydraulics+Fracture+Tectonics
J|0237|a-Japanese DELP Research Group on Back-Arc Basins|Report on DELP 1985 cruises in the Japan Sea Part I: General outline||#BER:62:4:1987:339-346|Refraction+Yamato Basin+Japan Basin+History
J|0238|Hirata,N.+Kinoshita,H.+Suyehiro,K.+Suyemasu,M.|Report on DELP 1985 cruises in the Japan Sea Part II: Seismic refraction experiment conducted in the Yamato Basin, Southeast Japan Sea||#BER:62:4:1987:347-365|Refraction
J|0239|Tokuyama,H.+Suyemasu,M.+Tamaki,K.+Nishiyama,E.|Report on DELP 1985 cruises in the Japan Sea Part III: Seismic reflection studies in the Yamato Basin and the Yamato Rise area||#BER:62:4:1987:367-390|Stratigraphy+Japan+Reflexion
J|0240|Yamano,M.+Uyeda,S.+Uyeshima,M.+Kinoshita,M.|Report on DELP 1985 cruises in the Japan Sea Part V: Heat flow measurements||#BER:62:4:1987:417-432|||#*SEAOFJAPAN
J|0241|Ishii,H.|Construction of a simple system for collecting, transmitting and analyzing continuous observation data of crustal movements|In Japanese with English abstract|#BER:62:4:1987:485-493|Crustal movement+Remote sensing
J|0242|Tsukuda,T.+Izutuya,S.+Haneda,T.+Hashimoto,S.|Levelling survey across the Zenkoji earthquake fault in the city of Nagano|In Japanese with English abstract|#BER:62:4:1987:502-515|Levelling+Japan
J|0243|Tarumi,Y.+Hakuno,M.|A granular assembly simulation for the liquefaction of sand and quick sand|In Japanese with English abstract|#BER:62:4:1987:535-577|Liquefaction+Sand+Pore pressure
J|0244|Nagasawa,K.+Miura,K.|Aerial path determination of a great fireball from sonic boom records on seismographs|In Japanese with English abstract|#BER:62:4:1987:579-588|Seismograph+Japan
J|0245|Abe,K.|Seismicity of Japan - earthquakes and tsunamis||Impact Sci. Soc.:-:37:1987:63-75
J|0246|Drysdale,J.+Horner,R.B.|Canadian earthquakes - 1984|In English and French|Geol. Surv. Pap. Can.:95:-:1987:1-44|Canada
J|0247|Lamontagne,M.|Seismic activity and structural features in the Charlevoix region, Quebec|With French abstract|#CJS:24:11:1987:2118-2129|Crustal structure+Canada+Seismicity
J|0248|Kanasewich,E.R.+Hajnal,Z.+Green,A.G.+Cumming,G.L.+|Seismic studies of the crust under the Williston Basin|With French abstract|#CJS:24:11:1987:2160-2171|Refraction+Reflexion+Canada+Crustal structure
J|0249|Rebollar,C.J.+Alvarez,R.M.|Stress drop estimates for some aftershocks of the Ometepec, Guerrero, Mexico earthquake of June 7, 1982|With French abstract|#CJS:24:8:1987:1727-1733||Note
J|0250|Rajapakse,R.K.+Shah,A.H.|Torsional vibrations of elastic foundations embedded in an elastic half-space||#EES:15:3:1987:279-297|Earthquake engineering
J|0251|Barton,D.C.+Parker,J.V.|Finite element analysis of the seismic response of anchored and unanchored liquid storage tanks||#EES:15:3:1987:299-322|Finite element method+Earthquake engineering
J|0252|Lin,H-T.+Roesset,J.M.+Tassoulas,J.L.|Dynamic interaction between adjacent foundations||#EES:15:3:1987:323-343|Structure interaction+Shear wave
J|0253|Ohtsuki,A.+Itoh,T.|Two-dimensional effective stress analysis of liquefaction of irregular ground including soil-structure interaction||#EES:15:3:1987:345-366
J|0254|Parisa,M.A.|Marginal cost based seismic decision - a probalistic approach||#EES:15:3:1987:367-377|Prevention+Risk
J|0255|Mostaghel,N.+Khodaverdian,M.|Dynamics of resilient-friction base isolator (R-FBI)||#EES:15:3:1987:379-390|Base isolation system
J|0256|Chen,Y-H.|General dynamic-stiffness matrix of a Timoshenko beam for transverse vibrations||#EES:15:3:1987:391-402|Transverse motion+Beam
J|0257|Shing,P-S.B.+Mahin,S.A.|Cumulative experimental errors in pseudodynamic tests||#EES:15:4:1987:409-424|Structure+Displacement
J|0258|Shing,P-S.B.+Mahin,S.A.|Elimination of spurious higher-mode response in pseudodynamic tests||#EES:15:4:1987:425-445|Structure+Damping
J|0259|Lotfi,V.+Roesset,J.M.+Tassoulas,J.L.|A technique for the analysis of the response of dams to earthquakes||#EES:15:4:1987:463-490
J|0260|Chandler,A.M.+Hutchinson,G.L.|Evaluation of code torsional provisions by a time history approach||#EES:15:4:1987:491-516|Ground motion+Building code
J|0261|Chandler,A.M.+Hutchinson,G.L.|Code design provisions for torsionally coupled buildings on elastic foundation||#EES:15:4:1987:517-536|Ground motion+Building code
J|0262|Wang,G-Y.+Ou,J-P.|Fuzzy random vibration of multi-degree-of-freedom hysteretic systems subjected to earthquakes||#EES:15:5:1987:539-548|Ground motion+Intensity+Model
J|0263|Suarez,L.E.+Singh,M.P.|Eigenproperties of non-classically damped primary structure and equipment systems by a perturbation approach||#EES:15:5:1987:565-583|Eigenvalue+Eigenvector
J|0264|Chow,Y.K.|Vertical vibration of three-dimensional rigid foundations on layered media||#EES:15:5:1987:585-594|Layered medium
J|0265|Rosenblueth,E.+Ordaz,M.|Use of seismic data from similar regions||#EES:15:5:1987:619-634|Seismicity+Poisson's ratio+Bayes' theorem
J|0266|Bernal,D.|Amplification factors for inelastic dynamic p-Delta effects in earthquake analysis||#EES:15:5:1987:635-651|Inelasticity+Gravity
J|0267|Perez,P.|Discussion of `Earthquake response spectra taking account of number of response cycles' by K. Kawashima and K. Aizawa||#EES:15:5:1987:653-657|Displacement+Strong-motion analysis|With a reply by the authors
J|0268|Caccese,V.+Harris,H.G.|Seismic resistance of precast concrete shear walls||#EES:15:6:1987:661-677|Simulation
J|0269|Minami,T.|Stiffness deterioration measured on a steel-reinforced concrete building||#EES:15:6:1987:697-709|Earthquake engineering+Small earthquake+Vibration
J|0270|Crouse,C.B.+Hushmand,B.+Martin,G.R.|Dynamic soil-structure interaction of a single-span bridge||#EES:15:6:1987:711-729|Vibration
J|0271|Tomazevic,M.|Dynamic modelling of masonry buildings - storey mechanism model as a simple alternative||#EES:15:6:1987:731-749|Simulation+Response+Earthquake engineering
J|0272|Constantinou,M.C.+Caccese,J.+Harris,H.G.|Frictional characteristics of Teflon-steel interfaces under dynamic conditions||#EES:15:6:1987:751-759|Base isolation system+Simulation+Earthquake engineering
J|0273|Zembaty,Z.|On the reliability of tower-shaped structures under seismic excitations||#EES:15:6:1987:761-775|Response+Intensity+Tower+Earthquake engineering
J|0274|Somaini,D.R.|Seismic behaviour of girder bridges for horizontally propagating waves||#EES:15:6:1987:777-793|Body wave+Rayleigh wave+Response+Earthquake engineering
J|0275|Tadjbakhsh,I.+Lin,B.C.|Displacement-proportional friction (DPF) in base isolation||#EES:15:7:1987:799-813|Base isolation system+Earthquake engineering
J|0276|Chapel,F.|Boundary element method applied to linear soil structure interaction on a heterogenous soil||#EES:15:7:1987:815-829|Foundation
J|0277|Werkle,H.|A transmitting boundary for the dynamic finite element analysis of cross anisotropic soils||#EES:15:7:1987:831-838|Anisotropy+Foundation+Layered medium
J|0278|Chuhan,Z.+Chongbin,Z.|Coupling method of finite and infinite elements for strip foundation wave problems||#EES:15:7:1987:839-851|Earthquake engineering
J|0279|Cakiroglu,A.|Earthquake-resistant design according to the most unfavourable seismic direction under combined internal forces||#EES:15:7:1987:853-864
J|0280|Singh,M.P.+Suarez,L.E.|Seismic response analysis of structure-equipment systems with non-classical damping effects||#EES:15:7:1987:871-888|Damping
J|0281|Harichandran,R.S.|Stochastic analysis of rigid foundation filtering||#EES:15:7:1987:889-899|Ground motion+Earthquake engineering+SMART 1 array
J|0282|Hong,H.P.+Rosenblueth,E.|Seismic spectra on soil with uncertain properties||#EES:15:7:1987:911-920|Ground motion+SH-wave+Spectral analysis
J|0283|Maragakis,E.A.+Jennings,P.C.|Analytical models for the rigid body motions of skew bridges||#EES:15:8:1987:923-944|1971+San Fernando+California+Earthquake engineering
J|0284|Toki,K.+Fu,C-S.|Generalized method for non-linear seismic response analysis of a three dimensional soil-structure interaction system||#EES:15:8:1987:945-961|Stress
J|0285|Constantinou,M.C.|A simplified analysis procedure for base-isolation structures in flexible foundation||#EES:15:8:1987:963-983|Base isolation system+Earthquake engineering
J|0286|Khan,M.R.|Improved method of generation of artificial time-histories, rich in all frequencies, from floor spectra||#EES:15:8:1987:985-992|Time history+Spectral analysis
J|0287|Wang,M-L.+Shah,S.P.|Reinforced concrete hysteresis model based on the damage concept||#EES:15:8:1987:993-1003|Model+Damage
J|0288|Burdisso,R.A.+Singh,M.P.|Seismic analysis of multiply supported secondary systems with dynamic interaction effects||#EES:15:8:1987:1005-1022|Response+Spectral analysis
J|0289|Antes,H.+Von Estorff,O.|Analysis of absorption effects on the dynamic response of dam reservoir systems by boundary element methods||#EES:15:8:1987:1023-1036|Ground motion
J|0290|Petrovic,M.|Spatial and temporal seismic characteristics of SR Serbia Territory expressed by seismic hazard of the maximum intensity of earthquakes|In Serbocroatian with English abstract|#ASI:13:13:1987:1-11|Yugoslavia
J|0291|Trnkoczy,A.+Hrzic,M.|International exchange of the regional and teleseismic data of Yugoslav seismological stations|In Serbocroatian with English abstract|#ASI:13:13:1987:13-37|Yugoslavia+Telemetry+Seismograph station
J|0292|Sinadinovski,C.|Telemetered system of seismological stations on the territory of SR Macedonia|In Serbocroatian with English abstract|#ASI:13:13:1987:39-53|Telemetry+Seismograph station+Yugoslavia
J|0293|Hadzievski,D.+Cejkovska,V.+Pekevski,L.+Hristovski,B.+|Earthquakes of the year 1985 in SR Macedonia|In Serbocroatian with English abstract|#ASI:13:13:1987:55-69|Yugoslavia+Catalogue
J|0294|Trnkoczy,A.+Bohm,J.+Hrzic,M.|A system for the easier management of data in seismological bulletins|In Serbocroatian with English abstract|#ASI:13:13:1987:71-83|Data management
J|0295|Gibowicz,S.J.+Niewiadomski,J.+Pham Van Thuc|Source study of the Tuan Giao, Vietnam earthquake of 24 June 1983|With Polish abstract|#APL:35:1:1987:1-18|Source+SH-wave+Aftershock||#*TUANGIAO
J|0296|De,R.K.+Chandra,A.+Chakraborty,S.K.|SH-source in a dry sandy layer underlain by an anisotropic elastic medium|With Polish abstract|#APL:35:1:1987:34-41|SH-wave+Soil+Anisotropy
J|0297|Grad,M.|Seismic model of the Earth's crust and upper mantle of the East European Platform|With Polish abstract|#APL:35:2:1987:121-155|P-wave
J|0298|Kijko,A.+Drzezla,B.+Stankiewicz,T.|Bimodal character of the distribution of extreme seismic events in Polish mines|With Polish abstract|#APL:35:2:1987:157-166|Mining+Tremor+Poland
J|0299|Deshwal,P.S.+Gogna,M.L.|Diffraction of compressional waves in a solid halfspace by the surface impedance|With Polish abstract|#APL:35:2:1987:167-182
J|0300|Teisseyre,R.|Stress evolution and crack induced dilatancy in the in-plane motion of cracks|With Polish abstract|#APL:35:3:1987:231-238|Rebound
J|0301|Teisseyre,K.|Review of `Earthquake hydrology and chemistry' edited by C-Y. King||#APL:34:4:1986:413|Precursor
J|0302|Gori,P.L.+Shearer,C.F.|A chronology of U.S. Geological Survey hazards warnings - 1976-1986||#EQV:19:1:1987:4-11|United States+Prediction
J|0303|King,J.P.+Loveday,I.C.|Failure of a massive earthquake-induced landslide dam in Papua New Guinea||#EQV:19:2:1987:40-47
A|0304|e*Das,S.+Boatwright,J.+Scholz,C.H.|Earthquake source mechanics. Maurice Ewing Series, 6||1986:Washington, D.C.:American Geophysical Union|Rock mechanics+Fault|352p
J|0305|Simpson,D.W.|U.S. seismology network|News item|#EOS:68:43:1987:1145|United States+Telemetry
J|0306|a-Staff, New Zealand Department of Scientific and Industrial Research|The March 2, 1987, earthquake near Edgecumbe, North Island, New Zealand||#EOS:68:44:1987:1162-1171|Shallow earthquake||#*EDGECUMBE
J|0307||A well-layered earth|News item|#EOS:68:47:1987:1609|Mantle+Tomography
J|0308||COCORP looks at Moho results, plans new lines|News item|#EOS:68:48:1987:1625|Mohorovicic discontinuity+Reflexion
J|0309|Sharpe,R.D.|Support structure design for New Zealand Forest Products Ltd's No. 5 recovery boiler||#BNZ:20:1:1987:2-6
J|0310|Popov,E.P.|On California structural steel seismic design||#BNZ:20:1:1987:7-21|Structure
J|0311|Popov,E.P.+Kasai,K.+Engelhardt,M.D.|Advances in design of eccentrically braced frames||#BNZ:20:1:1987:22-29|Eccentricity+Braced+Frame
J|0312|Martinez-Romero,E.|The behaviour, overview of damage and retrofit of steel buildings after the earthquakes of September 1985||#BNZ:20:1:1987:30-41|Mexico||#*MEXICOCITY
J|0313|Smith,W.D.|Principal New Zealand earthquakes in 1986||#BNZ:20:1:1987:1
J|0314|Beamish,M.J.|Cyclic loading tests on steel portal frame knee joints||#BNZ:20:1:1987:42-52
J|0315|Takanashi,K.+Ohi,K.+Sakai,Y.|Shake table tests of an industrial building||#BNZ:20:1:1987:53-62|Industry
J|0316|Hughes,D.K.|Shear modulus Gs||#BNZ:20:1:1987:63-65||Technical note
J|0317|Clifton,G.C.|Seismic reponse of low-rise buildings||#BNZ:20:1:1987:66-67||Discussion
J|0318|Hopkins,D.C.|Earthquake fault movement and town planning||#BNZ:20:2:1987:79-83
J|0319|Moss,P.J.|The influence of earthquake fault-lines on town planning||#BNZ:20:2:1987:84-90|Fault lines
J|0320|Moss,P.J.|Review of current earthquake engineering research in New Zealand||#BNZ:20:2:1987:91-98
J|0321|Zahn,F.A.+Park,R.+Priestley,J.N.|The use of grade 380 steel for transverse confining reinforcement in columns||#BNZ:20:2:1987:99-115
J|0322|Ichinose,T.|Shear reinforcement of reinforced concrete inelastic interior beam-column joints||#BNZ:20:2:1987:116-126
J|0323|Krawinkler,H.|Seismic code development for steel structures||#BNZ:20:2:1987:127-133|California
J|0324|Whitman,R.V.|Liquefaction - the state of knowledge||#BNZ:20:3:1987:145-158|Soil|Keynote address
J|0325|Esteva,L.|Earthquake engineering research and practice in Mexico after the 1985 earthquakes||#BNZ:20:3:1987:159-200
J|0326|Pender,M.J.+Robertson,T.W.|Edgecumbe earthquake; reconnaissance report||#BNZ:20:3:1987:201-249|New Zealand+1987|Editors|#*EDGECUMBE
J|0327||Confronting natural disasters - an international decade for natural hazard reduction||#BNZ:20:4:1987:253-254||Editorial note
J|0328|Shepherd,R.|The October 1, 1987 Whittier Narrows earthquake||#BNZ:20:4:1987:255-263|California||#*WHITTIER
J|0329|Menglin,L.|The static substructure method for dynamic analysis of structures||#BNZ:20:4:1987:264-268|Response
J|0330|Zhiming,L.+Shujiang,G.|The energy dissipation effects of redundant members in silos under earthquakes||#BNZ:20:4:1987:269-274|Concrete
J|0331|Yu-An,F.|Earthquakes and earthquake engineering in China||#BNZ:20:4:1987:275-280
J|0332|Fischinger,M.+Fajfar,P.+Capuder,F.|Earthquake resistance of the SCT large panel building system||#BNZ:20:4:1987:281-289|Earthquake-resistant design
J|0333|Tanaka,H.+Park,R.|Prediction of the ultimate longitudinal compressive concrete strain at hoop fracture using energy considerations||#BNZ:20:4:1987:290-305
J|0334|Kostecki,A.+Polchlopek,A.|Problems of seismic migration with erroneous velocity||#GEK:32:3:1986:203-220|Method+Reflexion
J|0335|Szeidovitz,G.|Earthquakes in the region of Komarom, Mor and Varpalota||#GEK:32:3:1986:255-274|Seismicity+Risk+Hungary
J|0336|Hubral,P.+Tygel,M.|A fresh look at causality in wave propagation||#GEK:32:4:1987:277-289|Point source+Velocity
J|0337|Paal,E.F.|Removal of medium and long-wavelength statics anomaly from velocity gathers (a 2-D model study)||#GEK:32:4:1987:291-306|Method+Reflexion+Low-velocity layer+Signal to noise ratio
J|0338|Edelmann,H.A.K.|How vibrator behaviour influences seismic results||#GEK:32:4:1987:307-312|Method+Reflexion+Anomaly+Vibroseis
J|0339|Steiner,F.|Possibilities to realize higher efficiency in geophysical interpretation||#GEK:33:1:1987:3-9|Statistics+Least squares+Probability+Distribution
J|0340|Deregowski,S.M.|Integral implementation of dip moveout||#GEK:33:1:1987:11-22|Move-out+Velocity+Signal to noise ratio
J|0341|Daures,R.+Tariel,P.|Applying three-component records in wave field separation||#GEK:33:1:1987:23-39|Velocity+Filtering+Profile+Polarization
J|0342|Hoffmann,H.+Krug,V.|Offset vertical profiling for exploring complicated areas||#GEK:33:1:1987:41-55|Profile+Velocity+Attenuation+Ray tracing
J|0343|Thomas,B.+Pilling,R.|Efficiency of geophone patterns in 3D-seismics||#GEK:33:1:1987:57-65|Attenuation+Signal to noise ratio+Geophone+Directivity
J|0344|Leyds,F.B.+Fokkema,J.T.|A discrete-time inverse scattering algorithm for plane wave incidence in a one-dimensional inhomogeneous acoustic medium||#GEK:33:2:1987:69-87|Signal to noise ratio+Synthetic seismogram+Inversion+Scattering
J|0345|Gupta,S.|Reflection and transmission of SH-waves in laterally and vertically heterogeneous media at an irregular boundary||#GEK:33:2:1987:89-111|Reflexion coefficient+Transmission coefficient+Irregularity+Boundary
J|0346|Zugravescu,D.+Enescu,D.+Delion,D.+Fatulescu,I.|On a possible connection between the mechanism of earthquakes in the Vrancea region and earth tides|In Russian with Romanian abstract|#SGG:25:-:1987:3-7|Earth tide+Triggering agent+Vrancea+Romania
J|0347|Zugravescu,D.+Enescu,D.+Fatulescu,I.+Ghemigian,V.|The gravity tide and Vrancea earthquakes in the interval 1 April 1977 - 1 April 1986||#SGG:25:-:1987:8-11|Triggering agent+Earth tide+Vrancea+Romania
J|0348|Constantinescu,L.+Marza,V.I.|Preliminaries to characterizing the Vrancea earthquake of August 30, 1986||#SGG:25:-:1987:12-19|Quantification+Intermediate-depth earthquake+Vrancea+Romania||#*VRANCEA86
J|0349|Enescu,D.|Contributions to the knowledge of the lithosphere structure in Romania on the basis of seismic data||#SGG:25:-:1987:20-27|Velocity+Lithosphere+Explosion seismology+Romania
J|0350|Constantinescu,P.+Cristea,P.|Contribution to the method of seismic transmission|In Russian with Romanian abstract|#SGG:25:-:1987:50-58|Inhomogeneity+Transmission+Velocity+Diffracted wave
J|0351|Raileanu,V.+Raducanu,M.+Radulescu,F.|Applications of seismic methods in engineering geophysics|In Romanian with English abstract|#SGG:25:-:1987:59-69|Impact+Cement+Directivity+Velocity
J|0352|Oncescu,M.C.+Trifu,C.I.|A large seismic sequence on April 27-29, 1986 in the Vrancea foredeep, Romania||#SGG:25:-:1987:88-99|Focal mechanism+Joint hypocentre determination+Vrancea+Romania
J|0353|Hurukawa,N.+Imoto,M.|P and S velocities in the source region of subcrustal earthquakes in the Tokai district, central Japan||#JPE:35:1:1987:1-17|Earthquake+Velocity+Tokai+Japan
J|0354|Yamauchi,T.|Anomalous strain response to rainfall in relation to earthquake occurrence in the Tokai area, Japan||#JPE:35:1:1987:19-36|Rainfall+Occurrence+Tokai+Japan
J|0355|Masuda,K.+Mizutani,H.+Yamada,I.|Experimental study of strain-rate dependence and pressure dependence of failure properties of granite||#JPE:35:1:1987:37-66|Strain+Pressure+Granite+Failure
J|0356|Hashida,T.+Shimazaki,K.|Determination of seismic attenuation structure and source strength by inversion of seismic intensity data: Tohoku district, northeastern Japan arc||#JPE:35:1:1987:67-92|Attenuation+Structure+Intensity+Tohoku+Japan
J|0357|Ogawa,M.|A numerical stability analysis of the growing oceanic lithosphere - the effect of subduction on initiation||#JPE:35:1:1987:93-110|Lithosphere+Ocean+Subduction+Tectonics
J|0358|Walker,D.A.+McCreery,C.S.|Po/So phases: propagation velocity across a 1,500-km-long, deep ocean hydrophone array||#JPE:35:2:1987:111-125|Propagation+Velocity+Ocean+Hydrophone
J|0359|Kobayashi,Y.+Horike,M.|Analysis of seismic exploration data using the ray method - Kanegahara fault structure near Kyoto, Japan||#JPE:35:2:1987:127-141|Exploration+Ray tracing+Kanegahara+Japan
J|0360|Singh,D.D.|Strain rates and earthquakes in the Himalayan and nearby regions||#JPE:35:2:1987:143-157|Himalayas+Strain+Seismicity+Focal mechanism+Seismic moment tensor
J|0361|Mochizuki,E.|Application of Group theory to free oscillations of an anisotropic rectangular parallelepiped||#JPE:35:2:1987:159-170|Group analysis+Free oscillation+Anisotropy+Normal mode
J|0362|Izutani,Y.+Hirasawa,T.|Use of strong motion duration for rapid evaluation of fault parameters||#JPE:35:2:1987:171-190|Strong-motion analysis+Duration+Fault+Parameters
J|0363|Mochizuki,E.|On the ellipticity splitting parameter||#JPE:35:2:1987:191-193|Free oscillation+Ellipticity+Splitting|Letter
J|0364|Honda,S.|The RMS residual temperature in the convecting mantle and seismic heterogeneities||#JPE:35:3:1987:195-207|Convection+Mantle+Heterogeneity+Temperature
J|0365|Nosaka,M.+Suyehiro,K.+Urabe,T.|Aftershock distribution of the 1983 Japan Sea earthquake revealed by ocean-bottom and land-based stations||#JPE:35:3:1987:209-224|Japan Sea+1983+Aftershock+Distribution||#*SEAOFJAPAN
J|0366|Tabei,T.|On the postseismic deformation at Ikuno immediately after the 1984 Yamasaki earthquake||#JPE:35:3:1987:225-239|Deformation+Ikuno+Yamasaki+Japan+1984||#*HYOGO
J|0367|Satake,K.|Inversion of tsunami waveforms for the estimation of a fault heterogeneity - method and numerical experiments||#JPE:35:3:1987:241-254|Inversion+Tsunami+Waveform+Fault+Heterogeneity
J|0368|Hasemi,A.+Ishida,M.|Travel times and hypocentre determinations by using the three-dimensional velocity model of the Kanto-Tokai district, Japan||#JPE:35:4:1987:255-271|Kanto-Tokai+Japan+Travel-times+Velocity
J|0369|Imoto,M.|A Bayesian modelling of seismicity in time and space||#JPE:35:4:1987:273-283|Modelling+Seismicity+Space+Time
J|0370|Amaike,F.|Seismic explorations of the buried fault associated with the 1948 Fukui earthquake||#JPE:35:4:1987:285-308|Exploration+Fault+1948+Fukui+Japan
J|0371|Miyamachi,H.+Moriya,T.|Velocity structure and aftershock distribution of the 1982 Urakawa-Oki earthquake||#JPE:35:4:1987:309-326|Structure+Aftershock+1982+Urakawa+Japan||#*URAKAWA
J|0372|Ghose,R.+Oike,K.|Tectonic implications of some reservoir-induced earthquakes in the aseismic region of western Thailand||#JPE:35:4:1987:327-345|Tectonics+Thailand+Reservoir+Induced seismicity
J|0373|Ben-Menahem,A.+Singh,S.J.|Supershear accelerations and Mach-waves from a rupturing front. Part 1. Theoretical model and implications||#JPE:35:5:1987:347-365|Rupture+Acceleration+Wave+Modelling
J|0374|Hashida,T.+Shimazaki,K.|Predicting JMA seismic intensities based on 3-D attenuation structure and surface amplifying factor - the Tohoku district, Japan||#JPE:35:5:1987:367-379|Intensity+Attenuation+Structure+Tohoku+Japan
J|0375|Seno,T.+Gonzales,D.G.|Faulting caused by earthquakes beneath the outer slope of the Japan Trench||#JPE:35:5:1987:381-407|Faulting+Japan Trench+Focal mechanism+Depth
J|0376|Satake,K.+Shimazaki,K.|Computation of tsunami waveforms by a superposition of normal modes||#JPE:35:5:1987:409-414||Letter
J|0377|Grapes,R.H.|Faulting and subsidence during the Edgecumbe earthquake, March 2, 1987, New Zealand||#JPE:35:6:1987:415-423|Faulting+Subsidence+Edgecumbe+1987+New Zealand||#*EDGECUMBE
J|0378|Nishigami,K.|Clustering structure and fracture process of microearthquake sequences||#JPE:35:6:1987:425-448|Clustering+Fracture+Microearthquake+Sequence
J|0379|Miyashita,K.|A model of plate convergence in southwest Japan, inferred from levelling data associated with the 1946 Nankaido earthquake||#JPE:35:6:1987:449-467|Nankaido+Japan+1946+Levelling+Plate motion+Convergence
J|0380|Ando,M.+Crampin,S.+Booth,D.C.+Redmayne,D.|A study of anisotropy beneath Great Britain using the polarizations of teleseismic shear-waves recorded by BGS/UKNET||#JPE:35:6:1987:469-485|Anisotropy+United Kingdom+Polarization+Shear wave
J|0381|Emanov,A.F.+Sharov,N.V.|Use of industrial explosions during deep seismic sounding|In Russian with English abstract|#GFZ:9:4:1987:35-43|Open-cast mining+Explosion seismology
J|0382|Bayuk,Ye.I.+Diyaur,N.I.|Change in certain physical properties of rocks in the process of deformation at high pressure|In Russian with English abstract|#GFZ:9:4:1987:52-59|Longitudinal wave
J|0383|Chekunov,A.V.|Lomonosov and study of lithosphere in connection with the 275th anniversary of his birth|In Russian with English abstract|#GFZ:9:5:1987:3-7|History
J|0384|Karpenko,I.V.+Budkevich,O.M.+Ilnitsky,L.P.|Determination and analysis of seismic wave attenuation decrement as a function of frequency in real geological media|In Russian with English abstract|#GFZ:9:5:1987:42-50|Reflexion
J|0385|Kendzera,A.V.|Algorithm to obtain design accelerograms by conversion from seismic records|In Russian with English abstract|#GFZ:9:5:1987:75-79|Earthquake engineering+Building
J|0386|Isai,V.M.|Concerning the correlation of vertical and horizontal components of the fault limb shifts|In Russian with English abstract|#GFZ:9:5:1987:80-86|Motion
J|0387|Chekunov,A.V.+Sollogub,V.B.+Gintov,O.B.+Tripol'skii,A.A.+|A seismotectonophysical model of the lithosphere|In Russian with English abstract|#GFZ:9:6:1987:5-28|Seismotectonics
J|0388|Kutas,R.I.+Kutas,V.V.|Temperature and velocity inhomogeneities in the Carpathian-Balkan upper mantle|In Russian with English abstract|#GFZ:9:6:1987:28-36|Carpathians+Balkans+P-wave
J|0389|Konig,G.+Otes,A.|Modelling of stiffness and damping changes in reinforced concrete frames under seismic actions||#EEE:1:-:1987:3-10|Model+Earthquake engineering+Stiffness
J|0390|Elnashai,A.S.+Pilakoutas,K.+Ambraseys,N.N.+Lefas,I.D.|Lessons learnt from the Kalamata (Greece) earthquake of 13 September 1986||#EEE:1:-:1987:11-17|Building code+Earthquake-resistant design||#*KALAMATA
J|0391|Benedetti,D.+Benzoni,G.M.+Pezzoli,P.|Seismic behaviour of a non-symmetric masonry building||#EEE:1:-:1987:20-30|Building code+Earthquake-resistant design
J|0392|Fajfar,P.+Fischinger,M.|Non-linear seismic analysis of RC buildings - implications of a case study||#EEE:1:-:1987:31-43|Reinforced concrete+Model+Earthquake-resistant design
J|0393|Duarte,R.T.|Generalised derivative analysis of strong ground motion earthquake records||#EEE:1:-:1987:44-54|Response+Acceleration
J|0394||Review of `Inginerie Sismica' by A. Negoita||#EEE:1:-:1987:57|Earthquake-resistant design
J|0395||Review of `Dynamic soil-structure interaction' by J.P. Wolf||#EEE:1:-:1987:57
J|0396||Review of `Seismic design of concrete structures' by Euro-International Committee for Concrete||#EEE:1:-:1987:57|Building code
J|0397||Links between seismicity and fluid activity||Episodes:10:3:1987:191|Trigger+Water|News
J|0398|Filson,J.R.|Geological hazards - programmes and research in the U.S.A.||Episodes:10:4:1987:292-295|Prediction+United States
J|0399|Zorin,Yu.A.|Maximal thickness of the lithosphere and heat flow on the continents|In Russian with English abstract|#GGS:7:-:1987:93-101|Deep seismic sounding+Siberian platform+Lithosphere+Heat flow
J|0400|Holzmann,F.M.+Kalinin,D.F.+Karajev,N.A.|Graphoanalytical methods of synthesis of groups of seismic sources and receivers in searching for lithological heterogeneity|In Russian with English abstract|#GGS:7:-:1987:101-110|Heterogeneity+Lithosphere+Group analysis+Reflected wave
J|0401|Krylov,S.V.+Shelud'ko,I.F.|Principles of the method of linearized interpretation of time field of reflected seismic waves|In Russian with English abstract|#GGS:7:-:1987:110-120|Reflected wave+Kinematics+Velocity+Dipping layer
J|0402|Stovas,A.M.|Wave approximations in the theory of migration. Fresnel approximation|In Russian with English abstract|#GGS:7:-:1987:120-130
J|0403|Logachev,N.A.+Sherman,S.I.+Levi,K.G.|Geodynamic activity of the lithosphere of Siberia in the Cenozoic|In Russian with English abstract|#GGS:8:-:1987:3-10|Geodynamics+Lithosphere+Siberia+Earthquake+Magnitude
J|0404|Kuznetsov,V.L.+Stepanenko,T.D.|Regional seismic investigations of sedimentary mantle of the Siberian platform|In Russian with English abstract|#GGS:8:-:1987:71-78|Siberian platform+Seismic prospecting+Borehole+Sediment
J|0405|Petrik,G.V.+Bochanov,A.I.+Sergejev,V.N.+Nosov,V.M.|Study of the crust by DSS method in the western Antarctic|In Russian with English abstract|#GGS:8:-:1987:78-83|Antarctic+Deep seismic sounding+Crust+Upper mantle+1982-1983
J|0406|Kruglyakov,M.I.+Vladimirov,V.G.+Kharlov,E.M.|Estimation of seismic conditions for the area of Bilibinskaya AES|In Russian with English abstract|#GGS:8:-:1987:84-90|Microzoning+Bilibinskaya+Neotectonics+Intensity
J|0407|Bryksin,A.V.|Features of Poisson coefficient distribution in the crust and uppermost mantle for the Baikalian region|In Russian with English abstract|#GGS:8:-:1987:98-106|Crust+Upper mantle+Baikal+Deep seismic sounding+Seismology
J|0408|Obolentseva,I.R.+Grechka,V.Yu.|Study of three-dimensional fields of reflected PS waves and SS waves in transversely-isotropic media|In Russian with English abstract|#GGS:8:-:1987:107-116|Polarization+PS-wave+SS-wave+Isotropic medium
J|0409|Makarov,A.V.|Random noise effects on the accuracy of equations system solution of amplitude correction for energy generation and reception conditions|In Russian with English abstract|#GGS:9:-:1987:64-70|Noise+Exploration+Amplitude+Energy
J|0410|Drennov,A.F.|Statistical characteristics of earthquakes' wave field|In Russian with English abstract|#GGS:9:-:1987:99-109|Earthquake+Wave field+Ground+Filtering
J|0411|Galagan,Ye.A.+Kuznetsov,O.L.+Talvirsky,D.B.|Features of dynamic characteristics of the reflected waves in thin-layered media|In Russian with English abstract|#GGS:9:-:1987:109-118|Dynamics+Layered medium+Reflected wave+Geology
J|0412|Yashkov,G.N.|On the equivalence of kinematics of diffracted waves and those reflected from two-dimensional curvilinear boundaries|In Russian with English abstract|#GGS:9:-:1987:132-137||Brief communication
J|0413|Sharlovskaya,L.A.+Zakharova,T.L.|The results of study of the upper mantle in the Baikal-Amur railway region|In Russian with English abstract|#GGS:10:-:1987:91-97|Baikal+Seismicity+Crust+Upper mantle
J|0414|Mishen'kin,B.P.+Mishen'kina,Z.R.+Annenkov,V.V.|Deep seismic sounding in the Bureinsky massif|In Russian with English abstract|#GGS:10:-:1987:98-107|Deep seismic sounding+Bureinsky+Crust+Velocity
J|0415|Karapetov,K.K.+Pashkov,V.G.+Trufanova,N.V.+Pjanikov,A.A.|Effect of the upper part of the section in mapping reflecting horizons in the south of the Siberian platform|In Russian with English abstract|#GGS:10:-:1987:107-114|Siberian platform+KING system+Depth+Velocity
J|0416|Dantsig,L.G.+Dergachev,A.A.|Foci of minor earthquakes in the Baikal region|In Russian with English abstract|#GGS:10:-:1987:114-121|Earthquake+Baikal+Moment+Stress
J|0417|Zhalkovskii,N.D.+Muchnaya,V.I.|On the accuracy of estimating the slope of the earthquakes frequency graph|In Russian with English abstract|#GGS:10:-:1987:121-129|Earthquake+Frequency-time analysis
J|0418|Kochnev,V.A.+Markov,N.P.|Adaptive method of estimating the parameters of the upper part of the section according to dynamic characteristics for head wave|In Russian with English abstract|#GGS:11:-:1987:113-119|Dynamics+Head wave+Layered medium+Frequency
J|0419|Puzyrev,N.N.|The problem of dividing the refracted waves into head and diving ones|In Russian with English abstract|#GGS:12:-:1987:65-73|Head wave+Refracted wave+Basalt+Mantle
J|0420|Gridnev,D.G.+Sarycheva,Yu.K.+Timofejev,V.Yu.+Savinykh,A.N.|Anormal inclination of the earth surface before some earthquakes in the Baikal region|In Russian with English abstract|#GGS:12:-:1987:78-82|Inclination+Baikal+Upper mantle+Crust
J|0421|Shteiman,E.A.|Some regularities of the seismic process in the Baikal rift zone|In Russian with English abstract|#GGS:12:-:1987:82-88|Baikal+Earthquake+Gap+Sequence
J|0422|Tuzovsky,A.A.|Application of dynamic characters of migration into inhomogeneous media fields to the problems of reconstructing reflection coefficients|In Russian with English abstract|#GGS:12:-:1987:88-97|Dynamics+Inhomogeneous medium+Reflexion coefficient+Interface
J|0423|Blyas,E.A.+Levit,A.N.|The algorithm for solution of direct kinematic problem in layered medium with curved interfaces|In Russian with English abstract|#GGS:12:-:1987:114-119|Kinematics+Time-distance relation+Layered medium+Interface|Brief communication
J|0424|Roecker,S.W.+Yeh,Y-H.+Tsai,Y-B.|Three dimensional P and S wave velocity structures beneath Taiwan - deep structure beneath an arc-continent collision||#BAS:7:-:1987:1-24|Tectonics+P-wave+S-wave
J|0425|Wang,J-H.+Chiang,S-T.|MD-Mb and MD-Ms relationships for Taiwan earthquakes||#BAS:7:-:1987:25-32|Magnitude scale
J|0426|Lee,C.+Yu,S-B.|Horizontal crustal movements in eastern Taiwan|In Chinese|#BAS:7:-:1987:33-40
J|0427|Liu,C-C.|Mean sea level and vertical crustal deformations|In Chinese|#BAS:7:-:1987:41-48
J|0428|Liu,C-C.+Wang,J-H.+Yeh,Y-T.|Planning of a digital seismic data processing system, Open File Report, ASIES|In Chinese|#BAS:7:-:1987:139-140|Digital processing|Report
J|0429|Cheng,S-N.+Tsai,C-C.+Yeh,Y-T.|Report on the seismological observations around the Nanhua Reservoir area, Taiwan|In Chinese with English abstract|#BAS:7:-:1987:145-148|Fault+Dam+Accelerograph|Report
J|0430|Tsai,C-C.+Yeh,Y-T.+Cheng,S-N.|Site-dependent design response spectra and synthetic accelerogram for Nanhua Dam Taiwan|In Chinese with English abstract|#BAS:7:-:1987:149-151|Dam|Report
J|0431|Ma,K.F.+Wang,J.H.|Scattering of SH waves from a circular inclusion through finite-difference method|In Chinese with English abstract|#BAS:7:-:1987:153-155|SH-wave|Report
J|0432|Cheng,S-N.+Tsai,C-C.+Yeh,Y-T.|Strong motion observations of Feitsui Dam, Taiwan|In Chinese|#BAS:7:-:1987:157-158|Strong-motion analysis|Report
J|0433|Tsai,C-C.+Tsai,I-C.|Proposed design response spectra for Taipei Metropolitan Area Rapid Transit System|In Chinese with English abstract|#BAS:7:-:1987:159-161|Earthquake-resistant design+Transport|Report
J|0434|Tan,R.Y-C.+Yeh,Y-H.+Chen,K-C.|Seismic hazard analysis for Taipei Metropolitan Area Rapid Transit System|In Chinese|#BAS:7:-:1987:163-164|Transport|Report
J|0435|Kagan,Y.Y.|Point sources of elastic deformation: elementary sources, static displacements||#GEO:90:1:1987:1-34|Point source+Elasticity+Deformation+Seismic moment tensor
J|0436|Smith,W.D.|Underground nuclear explosions recorded at Rarotonga: estimation of mb from T-phase amplitude||#GEO:90:1:1987:35-42|Explosion+Hydroacoustic+Magnitude+T-phase
J|0437|Romanowicz,B.|Multiplet-multiplet coupling due to lateral heterogeneity: asymptotic effects on the amplitude and frequency of the Earth's normal modes||#GEO:90:1:1987:75-100|Normal mode+Coupling+Asymptotics
J|0438|Douglas,A.+Marshall,P.D.+Young,J.B.|The P waves from the Amchitka Island explosions||#GEO:90:1:1987:101-117|P-wave+Amchitka+Explosion+Broadband seismology
J|0439|Sleep,N.H.|An analytic model for a mantle plume fed by a boundary layer||#GEO:90:1:1987:119-128|Mantle plume+Hot spot
J|0440|Park,J.|Asymptotic coupled-mode expressions for multiplet amplitude anomalies and frequency shifts on a aspherical earth||#GEO:90:1:1987:129-169|Free oscillation+Seismology+Mantle+Heterogeneity
J|0441|Brooks,S.G.+Chroston,P.N.+Booth,D.C.|Extensive-dilatancy (EDA) inferred from observations of crustal shear waves generated by a refraction experiment in northern Scandinavia||#GEO:90:1:1987:225-232|Shear wave+Anisotropy+Refraction+Scandinavia
J|0442|El-Isa,Z.H.+Mechie,J.+Prodehl,C.|Shear velocity structure of Jordan from explosion seismic data||#GEO:90:1:1987:265-281|Shear wave+Crustal structure+Jordan
J|0443|Bording,R.P.+Gersztenkorn,A.+Lines,L.R.+Scales,J.A.|Applications of seismic travel-time tomography||#GEO:90:2:1987:285-303|Tomography+Inverse problem+Migration+Travel-times
J|0444|Benz,H.M.+Smith,R.B.|Kinematic source modelling of normal-faulting earthquakes using the finite element method||#GEO:90:2:1987:305-325|Modelling+Kinematics+Finite element method+Fault
J|0445|Hirata,T.+Satoh,T.+Ito,K.|Fractal structure of spatial distribution of microfracturing in rock||#GEO:90:2:1987:369-374|Fractal+Spatial distribution+Microfracture+Creep
J|0446|Westaway,R.W.C.+Jackson,J.|The earthquake of 1980 November 23 in Campania-Basilicata (southern Italy)||#GEO:90:2:1987:375-443|Earthquake+Campania-Basilicata+Italy+Faulting||#*CAMPANIA
J|0447|Gobarenko,V.S.+Nikolova,S.B.+Yanovskaya,T.B.|2-D and 3-D velocity patterns in southeastern Europe, Asia Minor and the eastern Mediterranean from seismological data||#GEO:90:2:1987:473-484|Velocity+Crust+Model+Europe+Asia Minor+Mediterranean
J|0448|Fremont,M-J.+Poupinet,G.|Temporal variation of body-wave attenuation using earthquake doublets||#GEO:90:3:1987:503-520|Body wave+Spectral ratio+Attenuation+Prediction
J|0449|Boutin,C.+Bonnet,G.+Bard,P-Y.|Green functions and associated sources in infinite and stratified poroelastic media||#GEO:90:3:1987:521-550|Green's function+Source+Permeability+Synthetic seismogram
J|0450|Caputo,M.|The interpretation of the b and the b0 values and its implications on the regional deformation of the crust||#GEO:90:3:1987:551-573|Crust+Deformation+Stress-drop+b-Value
J|0451|Hwang,H.J.+Mitchell,B.J.|Shear velocities, Qbeta, and the frequency dependence of Qbeta in stable and tectonically active regions from surface wave observations||#GEO:90:3:1987:575-613|Attenuation+Crust+Mantle+Q+Surface wave
J|0452|Mochizuki,E.|Ray tracing of body waves in an anisotropic medium||#GEO:90:3:1987:627-634|Anisotropy+Ray tracing+Seismology
J|0453|Anufriev,A.|About a new method of spectral analysis||#GEO:90:3:1987:635-648|Spectral analysis+Fourier transform+Maximum entropy
J|0454|Lee,H-Z.+McMechan,G.A.|Estimation of shear-velocity profiles by imaging of surface waves||#GEO:90:3:1987:649-667|Shear velocity+Imaging+Surface wave
J|0455|Saikia,C.K.+Herrmann,R.B.|Determination of focal mechanism solutions for four earthquakes from Monticello, South Carolina, and crustal structure by waveform modelling||#GEO:90:3:1987:669-691|Crustal structure+Synthetic seismogram+Green's function+Ray theory
J|0456|Whitmarsh,R.B.+Miles,P.R.|Seismic structure of a seaward-dipping reflector sequence southwest of Rockall Plateau||#GEO:90:3:1987:731-739|Dip+Reflector+Rockall+Structure|Research note
J|0457|Chapman,C.H.+Kennett,B.L.N.|On reducing the reflectivity integral to a finite range||#GEO:90:3:1987:741-746|Reflectivity|Research note
J|0458|Yamashita,T.+Knopoff,L.|Models of aftershock occurrence||#GEO:91:1:1987:13-26|Aftershock+Asperity+Barrier+Fracture
J|0459|Doser,D.I.|The Ancash, Peru, earthquake of 1946 November 10: evidence for low-angle normal faulting in the high Andes of northern Peru||#GEO:91:1:1987:57-71|Earthquake+Faulting+Peru+Tectonics
J|0460|Fryer,G.J.+Frazer,L.N.|Seismic waves in stratified anisotropic media - II. Elastodynamic eigensolutions for some anisotropic systems||#GEO:91:1:1987:73-101|Anisotropy+Synthetic seismogram+Symmetry+Isotropy
J|0461|Schwartz,S.Y.+Lay,T.|Effects of off great-circle propagation on the phase of long-period surface waves||#GEO:91:1:1987:143-154|Surface wave+Heterogeneity+Ray tracing+Propagation
J|0462|Paulssen,H.|Lateral heterogeneity of Europe's upper mantle as inferred from modelling of broad-band body waves||#GEO:91:1:1987:171-199|Upper mantle+Heterogeneity+Body wave+Europe
J|0463|Guttorp,P.+Walden,A.|On the evaluation of geophysical models||#GEO:91:1:1987:201-210|Exploration+Correlation+Modelling
J|0464|Glenn,L.A.+Rial,J.A.|Blast wave effects on decoupling with axissymmetric cavities||#GEO:91:1:1987:229-239|Explosion+Decoupling+Cavity+High frequency|Research note
J|0465|Dahlen,F.A.|Multiplet coupling and the calculation of synthetic long-period seismograms||#GEO:91:1:1987:241-254|Free oscillation+Synthetic seismogram+Heterogeneity|Research note
J|0466||Review of `Seismic Velocity Analysis and the Convolutional Model' edited by E.A. Robinson||#GEO:91:1:1987:255|Velocity+Convolution+Model+Review|Book review
J|0467|Booth,D.C.+Crampin,S.+Chesnokov,E.M.|Preface: Proceedings of the Second International Workshop on Seismic Anisotropy||#GEO:91:2:1987:261-263|Anisotropy
J|0468|Fong Chao,B.+Gross,R.S.|Changes in the Earth's rotation and low-degree gravitational field induced by earthquakes||#GEO:91:3:1987:569-596|Earthquake+Normal mode+Gravitation+Polar motion
J|0469|Anderson,H.+Jackson,J.|The deep seismicity of the Tyrrhenian Sea||#GEO:91:3:1987:613-637|Seismicity+Tyrrhenian Sea+Fault plane solution+Benioff zone
J|0470|Chen,Y-T.+Knopoff,L.|Simulation of earthquake sequences||#GEO:91:3:1987:693-709|Earthquake+Seismicity+Fracture+Creep+Sequence
J|0471|Honda,S.+Tanimoto,T.|Regional 3-D heterogeneities by waveform inversion - application to the Atlantic area||#GEO:91:3:1987:737-753|Waveform+Inversion+Atlantic+Structure
J|0472|Park,J.+Lindberg,C.R.+Thomson,D.J.|Multiple-taper spectral analysis of terrestrial free oscillations: part I||#GEO:91:3:1987:755-794|Free oscillation+Spectral analysis
J|0473|Lindberg,C.R.+Park,J.|Multiple-taper spectral analysis of terrestrial free oscillations: part II||#GEO:91:3:1987:795-836|Free oscillation+Spectral analysis
J|0474|Maupin,V.+Kennett,B.L.N.|On the use of truncated modal expansions in laterally varying media||#GEO:91:3:1987:837-851|Mode+Surface wave+Waveguide+Heterogeneity
J|0475|Verma,R.K.+Prasad,K.A.V.L.|Analysis of gravity fields in the northwestern Himalayas and Kohistan region using deep seismic sounding data||#GEO:91:3:1987:869-889|Himalayas+Kohistan+Gravity+Tectonics
J|0476|Kagan,Y.Y.|Point sources of elastic deformation: elementary sources, dynamic displacements||#GEO:91:3:1987:891-912|Elastic wave+Source+Seismic moment tensor+Inversion
J|0477|Stern,T.A.+Smith,E.G.C.+Davey,F.J.+Muirhead,K.J.|Crustal and upper mantle structure of the northwestern North Island, New Zealand, from seismic refraction data||#GEO:91:3:1987:913-936|Refraction+Crust+Upper mantle+Structure+New Zealand
J|0478|Anderson,H.+Jackson,J.|Active tectonics of the Adriatic Region||#GEO:91:3:1987:937-983|Seismicity+Fault plane solution+Tectonics+Adriatic
J|0479|Bonafede,M.+Dragoni,M.|A crack model of creep processes on deep sections of faults||#GEO:91:3:1987:1059-1086|Fault+Creep+Rock+Plasticity
J|0480|Heyman,E.+Felsen,L.B.|Real and complex spectra - a generalization of WKBJ seismograms||#GEO:91:3:1987:1087-1126|Synthetic seismogram+Spectral theory+Plane wave+Transient wave
J|0481|Lilwall,R.C.|Station threshold bias in short-period amplitude distance and station terms used to compute body-wave magnitudes mb||#GEO:91:3:1987:1127-1133|Source+Body wave+Magnitude+Station correction|Research note
J|0482|Chapman,C.H.|Review of `Advances in Geophysical Data Processing, Vol.2, Two-dimensional transforms' edited by M. Simaan||#GEO:91:3:1987:1137-1138|Review+Geophysical data+Process+Transform
J|0483|Gal'perina,R.M.+Gal'perin,Ye.I.|Experimental study of shear-waves from shots in anisotropic media||#GEO:91:2:1987:517-533|S-wave+Anisotropy+Krasnodar+Geophone
J|0484|Silaeva,O.I.+Zamakhaev,A.M.|Temporal variations of P-wave velocity-anisotropy near a tectonic fault||#GEO:91:2:1987:535-542|P-wave+Anisotropy+Velocity+Fault
J|0485|Obolentseva,I.R.+Grechka,V.Yu.+Nickolsky,A.A.|Investigation of 3D wavefields of reflected shear-waves and converted waves: mathematical modelling and reflection data processing||#GEO:91:2:1987:543-554|Anisotropy+Wave+Modelling
J|0486|Evans,R.+Beamish,D.+Crampin,S.+Ucer,S.B.|The Turkish Dilatancy Project (TDP3): multidisciplinary studies of a potential earthquake source region||#GEO:91:2:1987:265-286|Anisotropy+Turkish Dilatancy Project+Source+Earthquake
J|0487|Chen,T-C.|Shear-wave polarizations near the North Anatolian Fault - III. Observations of temporal changes||#GEO:91:2:1987:287-311|Anisotropy+S-wave+Polarization+Anatolia
J|0488|Lovell,J.+Crampin,S.+Evans,R.+Ucer,S.B.|Microearthquakes in the TDP swarm, Turkey: clustering in space and time||#GEO:91:2:1987:313-330|Anisotropy+Microearthquake+Turkish Dilatancy Project+Clustering
J|0489|Crampin,S.|The basis for earthquake prediction||#GEO:91:2:1987:331-347|Anisotropy+Prediction+Earthquake+S-wave
J|0490|Luboshits,V.M.|On the connection between the critical value of the ``vertical'' electrical anisotropy and earthquake prediction||#GEO:91:2:1987:349-354|Anisotropy+Prediction+Earthquake+Electric dipole field
J|0491|Van Der Hijden,J.H.M.T.|Radiation from an impulsive line source in an unbounded homogeneous anisotropic medium||#GEO:91:2:1987:355-372|Anisotropy+Impulse+Line source+Radiation
J|0492|Taylor,D.B.|Double contour integration for transmission from point source through anisotropic layers as used in ROCPAC (ANISEIS) software||#GEO:91:2:1987:373-381|Anisotropy+Transmission+Point source+Synthetic seismogram
J|0493|Gajewski,D.+Psencik,I.|Computation of high-frequency seismic wavefields in 3-D laterally inhomogeneous anisotropic media||#GEO:91:2:1987:383-411|Anisotropy+Wave field+High frequency+Synthetic seismogram
J|0494|Tsvankin,I.D.+Chesnokov,E.M.|Plane wave propagation in nonlinear-elastic anisotropic media||#GEO:91:2:1987:413-427|Anisotropy+Plane wave+Propagation+Elasticity
J|0495|Lyakhovskii,V.A.+Myasnikov,V.P.|On the relation between seismic wave velocity and stress in a solid||#GEO:91:2:1987:429-437|Anisotropy+Stress+Velocity+Fracture
J|0496|Lyakhovitskii,F.M.|Determination of elastic parameters of transversely isotropic media by seismic techniques||#GEO:91:2:1987:439-447|Anisotropy+Elasticity+Shear modulus+Young's modulus
J|0497|Artyushkov,E.V.|Mechanism of formation of fold belts and associated seismic anisotropy||#GEO:91:2:1987:449-459|Anisotropy+Fold+Crust+Lithosphere
J|0498|Leary,P.C.+Li,Y-G.+Aki,K.|Observation and modelling of fault-zone fracture seismic anisotropy - I. P, SV and SH travel times||#GEO:91:2:1987:461-484|Anisotropy+P-wave+S-wave+Fracture
J|0499|Li,Y-G.+Leary,P.C.+Aki,K.|Observation and modelling of fault-zone fracture seismic anisotropy - II. P-wave polarization anomalies||#GEO:91:2:1987:485-492|Anisotropy+P-wave+Polarization+Fracture
J|0500|Gorbatsevich,F.F.|Physical principles and instruments for the acoustic polarization method of determining elastic anisotropy in rock samples||#GEO:91:2:1987:493-500|Anisotropy+Rock+Polarization+Acoustic wave
J|0501|Young,R.P.+Hutchins,D.A.|Measuring anisotropy in rocks using laser-generated ultrasound||#GEO:91:2:1987:501-516|Anisotropy+Polarization+Laser+Ultrasonic wave
J|0502|Aguirre,C.A.|Some lessons of the March 3, 1985 Chilean earthquake||#IIS:22:-:1987:1-15|Building
J|0503|Troncoso,J.H.|Performance of structures, foundations, soils and tailing dams||#IIS:22:-:1987:17-26|Chile+1985
J|0504|Albert,R.N.H.|Earthquake activity in the Cairo-Suez district compared with the fault pattern from satellite photographs considering Egyptian large scale construction plans||#IIS:22:-:1987:27-40|Seismicity+Satellite photography+Construction
J|0505|Karamanos,A.|Aseismic design codes in Greece||#IIS:22:-:1987:41-44|Building code
J|0506|Soetjiono,C.|Earthquake loading for earthquake-resistant design of dams in Indonesia||#IIS:22:-:1987:45-83
J|0507|Abdul-Kader,J.|Construction of foundation in soft soil in Iraq||#IIS:22:-:1987:85-88
J|0508|De Alba,H.R.|Repair and strengthening of structures||#IIS:22:-:1987:89-108|Damage+Strength
J|0509|Gelman,O.|The interdisciplinary disaster research - Mexican experience||#IIS:22:-:1987:109-111|Mexico+Disaster
J|0510|Satyanarain,R.|Aseismic design code for Nepal||#IIS:22:-:1987:113-124|Building code+Earthquake-resistant design
J|0511|Zegarra,L.A.|Peruvian aseismic code||#IIS:22:-:1987:125-137|Building code+Earthquake-resistant design
J|0512|Sato,V.K.|Structural performance of structures during earthquakes (low cost construction of earthquake resistant buildings)||#IIS:22:-:1987:139-140|Earthquake-resistant design
J|0513|Commandante,A.S.|A country report||#IIS:22:-:1987:141-147|Philippines+Earthquake-resistant design+Building code
J|0514|Fajfar,P.+Fischinger,M.|Recent earthquakes and research in earthquake engineering - applications in the design of RC buildings||#IIS:22:-:1987:149-158|Reinforced concrete
J|0515|Din,S-H.|Seismic exploration for earthquake engineering purpose||#IDV:23:-:1987:1-16|Reflexion+Refraction+P-wave+SH-wave
J|0516|William,A.L.|Seismotectonics of the region off the west coast of Colombia||#IDV:23:-:1987:17-34
J|0517|Drakatos,G.|Three-dimensional velocity structure beneath northwestern AEgean Sea||#IDV:23:-:1987:35-50|Velocity+Arrival time+Inversion
J|0518|Rizal,S.|Volcanic earthquake and tremor at Izu-Oshima volcano||#IDV:23:-:1987:51-64|Volcanism+Tectonics
J|0519|Gheitanch,M.R.|Normal faulting earthquake beneath Zagros suture zone||#IDV:23:-:1987:65-77|Tectonics
J|0520|Mahre,M.R.P.|Time-term analysis of natural earthquake data and crustal structure in Kanto-Tokai district, Japan||#IDV:23:-:1987:81-93
J|0521|Palluck,L.B.|Experimental study on seismic intensity for seismic microzoning||#IDV:23:-:1987:97-109
J|0522|Ponce,L.|Periodic strain variations in southwest Japan observed at Yamasaki fault||#IDV:23:-:1987:113-127|Fault+Temperature+Spectral analysis
J|0523|Valencia,T.L.Jr.|Microseismicity around the Lower Agno River Hydro Electric Project site, Luzon, the Philippines||#IDV:23:-:1987:131-144
J|0524|Moulay-Ali,B.D.|Acceleration response spectrum considering dynamic soil-piles group interaction||#IDV:23:-:1987:147-163|Soil-structure interaction
J|0525|Swe,T.|Aseismic design of a fifteen story reinforced concrete building||#IDV:23:-:1987:167-180|High-rise+Building code
J|0526|Sulaeman,E.|Seismic diagnosis of the existing low rise reinforced concrete building||#IDV:23:-:1987:183-196|Earthquake engineering
J|0527|Rivera G.,E.C.C.|Aseismic design of buried pipeline||#IDV:23:-:1987:199-215|Mexico City+Soil+Earthquake-resistant design
J|0528|Upadhyay,S.P.|Seismic behaviour of brick masonry structure||#IDV:23:-:1987:219-237|Model
J|0529|Holgado M.,D.|Experimental study on an advanced reinforced masonry system||#IDV:23:-:1987:241-251|Earthquake engineering
J|0530|Villaraza,C.M.|Simulation of strong ground motion based on the acceleration response spectrum||#IDV:23:-:1987:255-266|Strong-motion analysis+Simulation
J|0531|Aysoy,F.F.|Simulated earthquake ground motions for nuclear power plants||#IDV:23:-:1987:269-282|Simulation
J|0532|Zhao,J.|Geomagnetic transfer functions across tectonic lines in central Japan||#IDV:22:-:1986:1-13|Geomagnetism+Spectral analysis
J|0533|Hassib,G.H.|Focal mechanisms of earthquakes in Egypt||#IDV:22:-:1986:17-32
J|0534|Bolanos M.,M.J.|Monitoring system with three types of filters for various kinds of seismic waves||#IDV:22:-:1986:35-46|Filtering+Amplifier
J|0535|Papanastassiou,D.|Evaluation of location probability for a seismological network||#IDV:22:-:1986:49-62|Network+Station location+Prediction+Kanto+Tokai
J|0536|Rohi,W.E.|Seismic activities of Asama Volcano in October 1984 to May 1985||#IDV:22:-:1986:65-74|Japan+Volcanology+Focal mechanism
J|0537|Morales,M.D.|Non-reverse faulting earthquakes beneath Nicaragua||#IDV:22:-:1986:95-107|Seismotectonics+Centroid-moment tensor
J|0538|Mahmood,A.|Focal mechanisms of earthquakes in the Hindu Kush region||#IDV:22:-:1986:111-123|Seismotectonics
J|0539|Garcia,D.C.|Surveillance of Tarumai Volcano, Japan with reference to the seismic phenomena preceding the February 27, 1981 activity||#IDV:22:-:1986:127-141|Volcanology+Precursor+Prediction
J|0540|Osodundu,E.|Design of seismic recording system by using a video cassette recorder||#IDV:22:-:1986:145-154|Recording+Portable station
J|0541|Tell,F.P.|Seismic behaviour of a reinforced concrete frame-wall designed in accordance to Argentine code||#IDV:22:-:1986:157-169|Argentina+Building code+Model
J|0542|Aye,T.N.|Seismic design of three-spanned post-tensioned box girder bridge||#IDV:22:-:1986:173-188|Earthquake-resistant design
J|0543|Tobar,R.E.|Implementation of the pseudodynamic test method at USM-DOC laboratory in Chile||#IDV:22:-:1986:191-206|Pseudodynamic test+Simulation+Earthquake engineering
J|0544|Korgi,S.L.|Model experiments of dynamic building-pile-soil interaction||#IDV:22:-:1986:209-225|Soil-structure interaction+Earthquake engineering
J|0545|Villacis V.,C.A.|Distribution of seismic forces along the height of a tower on a base type building||#IDV:22:-:1986:229-244|Building code+Lateral force
J|0546|Valenzuela,A.A.|Input ground motion for aseismic design of structures in Guatemala||#IDV:22:-:1986:247-264|Building code
J|0547|Youl,H.|Study on aseismic design of retaining wall||#IDV:22:-:1986:267-281|Building code
J|0548|Tapia,J.G.|Behaviour of adobe shear wall||#IDV:22:-:1986:285-297|Lateral force+Earthquake engineering
J|0549|Bozinovski,Z.|Behaviour of large panel precast reinforced concrete structures in Japan||#IDV:22:-:1986:301-313|Model+Earthquake engineering
J|0550|Prasad,G.+Bock,G.|P-wave travel-times from the Tonga subduction zone to stations on the oceanic side of the Tonga-Kermadec trench||#GRL:14:1:1987:9-12|P-wave+Travel-times+Tonga+Velocity
J|0551|Goldstein,P.+Archuleta,R.J.|Array analysis of seismic signals||#GRL:14:1:1987:13-16|Array+Signal+Source+Plane wave
J|0552|Rothman,D.H.|Modelling seismic P-waves with cellular automata||#GRL:14:1:1987:17-20|P-wave+Propagation+Reflexion+Synthetic seismogram
J|0553|Jacobs,D.C.+Cox,C.S.|Internal wave stress-shear correlations; a choice of reference frames||#GRL:14:1:1987:25-28|High frequency+Anisotropy+Shear stress+Ocean
J|0554|Power,W.L.+Tullis,T.E.+Brown,S.R.+Boitnott,G.N.|Roughness of natural fault surfaces||#GRL:14:1:1987:29-32|Roughness+Surface+San Andreas Fault+Earthquake+Creep
J|0555|Hudnut,K.W.+Taber,J.J.|Transition from double to single Wadati-Benioff seismic zone in the Shumagin Islands, Alaska||#GRL:14:2:1987:143-146|Wadati-Benioff zone+Discontinuity+Shumagin Islands+Alaska
J|0556|Okal,E.A.+Stein,S.|The 1942 southwest Indian ridge earthquake: largest ever recorded on an oceanic transform||#GRL:14:2:1987:147-150|Earthquake+Indian Ocean+1942+Transform fault
J|0557|Christensen,U.R.|Time-dependent convection in elongated Rayleigh-Benard cells||#GRL:14:3:1987:220-223|Mantle+Convection+Time dependence+Viscosity
J|0558|Tabeli,S.+Cornet,F-H.|Analysis of the microseismicity induced by a fluid injection in a granitic rock mass||#GRL:14:3:1987:227-230|Microseismicity+Granite+Fluid injection+Induction
J|0559|Holbrook,W.S.+Gajewski,D.+Prodehl,C.|Shear-wave velocity and Poisson's ratio structure of the upper lithosphere in southwest Germany||#GRL:14:3:1987:231-234|S-wave+Velocity+Lithosphere+Germany
J|0560|Tanimoto,T.|Three dimensional reconstruction of Pangea||#GRL:14:3:1987:235-238|Surface wave+Structure+Velocity+Pangea
J|0561|Costain,J.K.+Decker,E.R.|Heat flow at the proposed Appalachian ultradeep core hole (ADCOH) site: tectonic implications||#GRL:14:3:1987:252-255|Appalachian Mts+Heat flow+Tectonics+Borehole
J|0562|Rybach,L.+Cermak,V.|The depth dependence of heat production in the continental lithosphere, derived from seismic velocities||#GRL:14:3:1987:311-313|Velocity+Continent+Lithosphere+Heat+Depth
J|0563|Kubas,A.+Sipkin,S.A.|Non-double-couple earthquake mechanisms in the Nazca plate subduction zone||#GRL:14:4:1987:339-342|Nazca-Cocos Plate+Mechanism+Subduction+Scalar moment
J|0564|Roult,G.+Rouland,D.+Montagner,J.P.|Phase velocity distribution in the Indian Ocean and Indonesian region inferred from GEOSCOPE records||#GRL:14:4:1987:343-346|Phase velocity+Indian Ocean+Indonesia+GEOSCOPE
J|0565|Sverdrup,K.A.|Multiple-event relocation of earthquakes near the Gorda rise - Mendocino fracture zone intersection||#GRL:14:4:1987:347-350|Multiple event+Location+Gorda Plate+Mendocino fracture zone
J|0566|Vidale,J.E.|Waveform effects of a high-velocity, subducted slab||#GRL:14:5:1987:542-545|High velocity+Slab+Subduction+Waveform
J|0567|Young,C.J.+Lay,T.|Comment on `Wave propagation effects and the Earth's structure in the lower mantle' by R.A.W. Haddon and G.G.R. Buchbinder||#GRL:14:5:1987:562-567|Propagation+Lower mantle+Structure+Shear velocity|With a reply by the authors
J|0568|Hsu,V.+Wang,C.+Liaw,Z-S.+Shyu,C.T.|Aftershocks monitored by a joint array of land stations and ocean bottom seismometers east of Taiwan||#GRL:14:6:1987:591-594|Taiwan+Aftershock+Array+OBS System||#*TAIWAN85
J|0569|Shudofsky,G.N.+Cloetingh,S.+Stein,S.+Wortel,R.|Unusually deep earthquakes in East Africa: constraints on the thermo-mechanical structure of a continental rift system||#GRL:14:7:1987:741-744|East Africa+Continental rift+Heat flow+Lower crust
J|0570|Ruegg,J.C.+Kasser,M.|Deformation across the Asal-Ghoubbet rift, Djibouti, uplift and crustal extension 1979-1986||#GRL:14:7:1987:745-748|Djibouti+Crust+Deformation+Rift
J|0571|Myers,P.B.+Miller,R.D.+Steeples,D.W.|Shallow seismic reflection profile of the Meers fault, Comanche County, Oklahoma||#GRL:14:7:1987:749-752|Reflexion study+Oklahoma+Profile+Fault
J|0572|Wiens,D.A.|Effects of near source bathymetry on teleseismic P waveforms||#GRL:14:7:1987:761-764|Waveform+P-wave+Source+Bathymetry+Teleseism
J|0573|Woods,M.T.+Okal,E.A.|Effect of variable bathymetry on the amplitude of teleseismic tsunamis: a ray-tracing experiment||#GRL:14:7:1987:765-768|Tsunami+Bathymetry+Ray tracing+Amplitude+Teleseism
J|0574|Morton,J.L.+Holmes,M.L.+Koski,R.A.|Volcanism and massive sulphide formation at a sedimented spreading centre, Escanaba Trough, Gorda Ridge, northeast Pacific Ocean||#GRL:14:7:1987:769-772|Gorda Plate+Reflexion study+Profile+Volcanism+Spreading centre
J|0575|Brocher,T.M.+Frazer,L.N.|A comparison of two sets of synthetic seismograms for a complex two-dimensional model of the oceanic crust-mantle transition||#GRL:14:8:1987:801-803|Synthetic seismogram+Oceanic crust+Mantle+Transition+Reflexion
J|0576|Sabadini,R.+Smith,B.K.+Yuen,D.A.|Consequences of experimental transient rheology||#GRL:14:8:1987:816-819|Rheology+Creep+Lower crust+Upper mantle+Tomography
J|0577|Crosson,R.S.+Owens,T.J.|Slab geometry of the Cascadia subduction zone beneath Washington from earthquake hypocentres and teleseismic converted waves||#GRL:14:8:1987:824-827|Slab+Hypocentre+Converted wave+Cascadia subduction zone+Washington State
J|0578|Carpenter,P.J.+Sanford,A.R.+Ake,J.P.|A technique to obtain a Q(F) model from microearthquake swarms||#GRL:14:8:1987:828-831|Quality+Microearthquake+Swarm+Rio Grande Rift
J|0579|Tsuboi,S.+Geller,R.J.|Partial derivatives of synthetic seismograms for a laterally heterogeneous Earth model||#GRL:14:8:1987:832-835|Synthetic seismogram+Partial derivative+Heterogeneity+Earth model
J|0580|Okal,E.A.+Talandier,J.|Mm: theory of a variable-period mantle magnitude||#GRL:14:8:1987:836-839|Rayleigh wave+Mantle+Magnitude+Dispersion
J|0581|Talandier,J.+Reymond,D.+Okal,E.A.|Mm: use of a variable-period mantle magnitude for the rapid one-station estimation of teleseismic moments||#GRL:14:8:1987:840-843|Teleseism+Mantle+Magnitude+Moment
J|0582|Haddon,R.A.W.+Buchbinder,G.G.R.|S-wave scattering by 3-D heterogeneities at the base of the mantle||#GRL:14:9:1987:891-894|S-wave+Scattering+Heterogeneity+Lower mantle
J|0583|Pollitz,F.F.+Park,J.+Dahlen,F.A.|Observations of free oscillation amplitude anomalies||#GRL:14:9:1987:895-898|Free oscillation+IDA+Amplitude+Anomaly
J|0584|Zhang,S.+Yuen,D.A.|Deformation of the core-mantle boundary induced by spherical-shell, compressible convection||#GRL:14:9:1987:899-902|Core-mantle boundary+Deformation+Convection+Compressibility
J|0585|Holt,W.E.+Wallace,T.C.|A procedure for the joint inversion of regional and teleseismic long-period body waves||#GRL:14:9:1987:903-906|Inversion+Body wave+Teleseism+Waveform
J|0586|Demets,C.+Gordon,R.G.+Stein,S.+Argus,D.F.|A revised estimate of Pacific-North America motion and implications for western North America plate boundary zone tectonics||#GRL:14:9:1987:911-914|Plate boundary+Tectonics+Pacific Plate+North America
J|0587|House,L.|Locating microearthquakes induced by hydraulic fracturing in crystalline rock||#GRL:14:9:1987:919-921|Microearthquake+Induced seismicity+Hydrofracture+Rock
J|0588|Ferreira,J.M.+Takeya,M.+Costa,J.M.+Moreira,J.A.|A continuing intraplate earthquake sequence near Joao Camara, Northeastern Brazil - preliminary results||#GRL:14:10:1987:1042-1045|Sequence+Northeastern Brazil+Intraplate seismicity+Fault plane solution||#*BRAZIL86
J|0589|Cara,M.+Leveque,J-J.|Waveform inversion using secondary observables||#GRL:14:10:1987:1046-1049|Inversion+Surface wave+Waveform+Pacific Ocean
J|0590|Sayers,C.M.|Orientation of olivine in dunite from elastic wave velocity measurements||#GRL:14:10:1987:1050-1052|Velocity+Anisotropy+Elastic wave+Upper mantle
J|0591|Van den Beukel,J.+Wortel,R.|Temperatures and shear stresses in the upper part of a subduction zone||#GRL:14:10:1987:1057-1060|Shear stress+Temperature+Subduction+Friction
J|0592|Glenn,L.A.+Denny,M.D.+Rial,J.A.|STERLING revisited: the seismic source for a cavity-decoupled explosion||#GRL:14:11:1987:1103-1106|Cavity+Nuclear explosion+Source+Salt dome
J|0593|Pyrak-Nolte,L.J.+Cook,N.G.W.|Elastic interface waves along a fracture||#GRL:14:11:1987:1107-1110|Elastic wave+Interface+Fracture+Dispersion
J|0594|Valasek,P.A.+Hawman,R.B.+Johnson,R.A.+Smithson,S.B.|Nature of the lower crust and Moho in Eastern Nevada from ``wide-angle'' reflection measurements||#GRL:14:11:1987:1111-1114|Eastern Nevada+Lower crust+Reflexion study+Mohorovicic discontinuity
J|0595|Romanowicz,B.+Roult,G.+Kohl,T.|The upper mantle degree two pattern: constraints from GEOSCOPE fundamental spheroidal mode eigenfrequency and attenuation measurements||#GRL:14:12:1987:1219-1222|Upper mantle+GEOSCOPE+Spheroidal mode+Attenuation
J|0596|Zhao,W.+Yuen,D.A.|The effects of adiabatic and viscous heatings on plumes||#GRL:14:12:1987:1223-1226|Plume+Heat flow+Mantle+Equation of state
J|0597|Li,G.+Yuen,D.A.|Viscous relaxation of a compressible spherical shell||#GRL:14:12:1987:1227-1230|Viscosity+Relaxation+Core-mantle boundary+Compression+Shell
J|0598|Morgan,J.P.|Melt migration beneath mid-ocean spreading centres||#GRL:14:12:1987:1238-1241|Mid-ocean ridge+Spreading+Melting+Migration
J|0599|Sharov,V.I.|On the new three-layered seismic model of the continental crust|In Russian|#GTK:-:4:1987:19-30|Continent+Crust+Model+Layered medium
J|0600|Yakovlev,F.L.|Investigation of linear folding kinematics (exemplified by South-East Caucasus)|In Russian|#GTK:-:4:1987:31-48|Caucasus+Kinematics+Folding
J|0601|Kogan,L.I.|The inner structure and deformations of the oceanic crystalline crust (according to the data of multichannel seismic reflection profiling)|In Russian|#GTK:-:5:1987:48-61|Structure+Deformation+Oceanic crust+Reflexion study
J|0602|Mints,M.V.+Kolpakov,N.I.+Lanev,V.S.+Rusanov,M.S.|On the nature of subhorizontal seismic boundaries in the Earth's crust upper part (according to the data obtained from the superdeep borehole in the Kola Peninsula)|In Russian|#GTK:-:5:1987:62-72|Upper crust+Borehole+Boundary+Kola Peninsula
J|0603|Kazmin,V.G.+Zonenshain,L.P.+Savostin,L.A.+Verzhbitskaya,A.I.|Kinematics of the African-Arabian rift system|In Russian|#GTK:-:5:1987:73-83|Kinematics+Africa+Arabia+Rift
J|0604|Parfenov,L.M.+Koz'min,B.M.+Imaev,V.S.+Savostin,L.A.|Tectonic nature of the Olekmo-Stanovoy seismic zone|In Russian|#GTK:-:6:1987:94-108|Seismicity+Tectonics+Amur Oblast
J|0605|Magnitsky,V.A.+Chesnokov,E.M.|Geophysics of anisotropic media - a state of the problem|In Russian|#IFZ:-:11:1986:3-9|Anisotropy+Geophysics
J|0606|Petrashen',G.I.+Kashtan,B.M.+Kovtun,A.A.|Methods for calculating wave fields in an elastic anisotropic medium|In Russian|#IFZ:-:11:1986:10-18|Anisotropy+Wave field+Elasticity
J|0607|Martynov,V.N.|Wave fields produced by point sources in transversely-isotropic media|In Russian|#IFZ:-:11:1986:19-26|Wave field+Point source+Isotropic medium
J|0608|Timoshin,Yu.V.+Birdus,S.A.|Inverted continuation of seismic wave fields including anisotropy and dispersion|In Russian|#IFZ:-:11:1986:27-32|Inversion+Wave field+Anisotropy+Dispersion
J|0609|Chesnokov,E.M.+Abaseyev,S.S.|Surface waves dispersion in a multilayered anisotropic medium|In Russian|#IFZ:-:11:1986:33-42|Surface wave+Dispersion+Anisotropy+Layered medium
J|0610|Molotkov,L.A.+Khils,A.E.|Matrix approach to the problem of averaging of periodical media|In Russian|#IFZ:-:11:1986:43-47|Rayleigh wave+Matrix method+Periodic structure
J|0611|Brodov,L.Yu.+Kovtun,A.A.+Tikhonov,A.A.|Numerical modelling for transversely isotropic media|In Russian|#IFZ:-:11:1986:48-57|Numerical modelling+Isotropic medium+Anisotropy
J|0612|Bugayevsky,A.G.+Chesnokov,E.M.|Dynamics of the seismic anisotropy generation in the oceanic upper crust|In Russian|#IFZ:-:11:1986:58-68|Dynamics+Lithosphere+Anisotropy+Upper mantle
J|0613|Lyakhovskii,V.A.+Myasnikov,V.P.|Anisotropy, reflectors, and differences in moduli|In Russian|#IFZ:-:11:1986:69-73|Anisotropy+Reflector+Lithosphere
J|0614|Gorbatsevich,F.F.|Acoustical polarization method for anisotropy determinations in rocks|In Russian|#IFZ:-:11:1986:74-79|Acoustics+Polarization+Anisotropy+Rock
J|0615|Volarovich,M.P.+Balasanyan,V.S.+Yefimova,G.A.|Elastic wave velocity anisotropy in granitoid rocks and its origin|In Russian|#IFZ:-:11:1986:80-86|Elastic wave+Velocity+Anisotropy+Granite
J|0616|Lyakhovitskii,F.M.|Ultrasonic study of elastic anisotropy in thin-layered media|In Russian|#IFZ:-:11:1986:87-89|Anisotropy+Layered medium+Elasticity+Ultrasound
J|0617|Izotov,V.G.+Drozdov,A.V.+Pen'kov,I.N.|Anisotropy of magnetic susceptibility and elastic properties in crystalline basement rocks of the Tatar Arch|In Russian|#IFZ:-:11:1986:90-93|Anisotropy+Elasticity+Rock+Tatar Arch
J|0618|Trigubov,A.V.+Gorshkalev,S.B.|The relation between tectonic faults and velocity anisotropy in sediments|In Russian|#IFZ:-:11:1986:94-100|Anisotropy+Fault+Sediment+Velocity
J|0619|Obolentseva,I.R.+Gorshkalev,S.B.|An algorithm for discrimination between interfering quasi-S waves in an anisotropic medium|In Russian|#IFZ:-:11:1986:101-105|Interference+S-wave+Anisotropy+Discrimination
J|0620|Yegorkin,A.B.+Yegorkin,A.A.|S-wave velocity anisotropy in the consolidated crust of Siberia|In Russian|#IFZ:-:11:1986:106-112|Anisotropy+S-wave+Velocity+Siberia+Crust
J|0621|Vinnik,L.P.+Kosarev,G.L.+Makeyeva,L.I.|Azimuthal anisotropy of the Earth's interior derived from data on long-period converted waves|In Russian|#IFZ:-:11:1986:113-120|Anisotropy+Converted wave+Earth structure+Long wave
J|0622|Boldyrev,S.A.|The All-Union Conference on Correlation of Geophysical Fields over the World Ocean (Zvenigorod, 1985, October 20-23)|In Russian|#IFZ:-:11:1986:121-124|Geophysics|Chronicle
J|0623|Weber,C.+Gvishiani,A.D.+Godefroy,A.I.+Kushnir,A.F.|On high seismicity zoning in the Western Alps|In Russian|#IFZ:-:12:1986:3-16|Seismicity+Zoning+Western Alps
J|0624|Slepyan,L.I.+Kulakhmetova,Sh.A.|Crack propagation in rock mass containing rigid blocks with elastic interlayers|In Russian|#IFZ:-:12:1986:17-23|Crack+Propagation+Rock+Layered medium
J|0625|Guberman,Sh.A.+Rotvain,I.M.|Analysis of the prediction results for strong earthquake sites (the years 1974-1984)|In Russian|#IFZ:-:12:1986:72-74|Prediction+Large earthquake+Site+1974-1984|Scientific communication
J|0626|Balakina,L.M.|The lithospheric earthquakes of 1973 at the south of the Kuril Island Arc|In Russian|#IFZ:-:1:1987:5-20|Lithosphere+Earthquake+1973+Kuril Islands
J|0627|Aptekman,Zh.Ya.+Kogan,S.Ya.+Polikarpova,L.A.+Sinelnikova,L.G.|Dynamical properties of earthquake sources at the Tonga Arc as determined from measurements at Petropavlovsk station|In Russian|#IFZ:-:1:1987:21-34|Dynamics+Source+Tonga Arc+Petropavlovsk
J|0628|Solovyov,S.L.+Kovalev,S.A.+Kopnichev,Yu.F.|Enhancing the efficiency of tsunami prediction|In Russian|#IFZ:-:1:1987:35-45|Tsunami+Prediction
J|0629|Petrov,V.A.+Gorobets,L.Zh.|Dimensional effect on the crack concentration breaking threshold|In Russian|#IFZ:-:1:1987:95-98|Crack+Threshold|Scientific communication
J|0630|Moskvina,A.G.|Spectral response of the crust to seismic motions|In Russian|#IFZ:-:1:1987:99-105|Spectral characteristics+Crust+Seismics+Motion|Scientific communication
J|0631|Yefimov,A.B.+Labutin,S.A.|The Stefan's problem for a finite layer subjected to stationary lateral strain|In Russian|#IFZ:-:2:1987:3-9|Layered medium+Strain
J|0632|Gershenzon,N.I.+Gokhberg,M.B.+Morgunov,V.A.+Nikolayevskii,V.N.|On sources of electromagnetic radiation prior to seismic events|In Russian|#IFZ:-:2:1987:10-16|Electromagnetism+Radiation+Source+Earthquake
J|0633|Gokhberg,M.B.+Gufel'd,I.L.+Marenko,V.F.+Ponomarev,Ye.A.|Study of seismically induced perturbations of natural and artificial electromagnetic fields|In Russian|#IFZ:-:2:1987:17-24|Electromagnetic field+Perturbation+Induction+Seismics
J|0634|Zvolinskii,N.V.+Shkhinek,K.N.|Analysis and interpretation of laboratory tests of layered rock samples|In Russian|#IFZ:-:2:1987:25-33|Anisotropy+Rock+Layered medium
J|0635|Bugayevsky,A.G.|Two methods for evaluating the effective elastic moduli for a fractured medium|In Russian|#IFZ:-:2:1987:34-42|Anisotropy+Elastic modulus+Fracture
J|0636|Surnev,V.B.|Integrodifferential equations describing the elastic waves scattering by a finite body and including magnetostriction effects|In Russian|#IFZ:-:2:1987:43-52|Elastic wave+Scattering
J|0637|Antonova,L.M.|Kinematic and dynamical features of P coda at teleseismic distances|In Russian|#IFZ:-:2:1987:77-83|Kinematics+Dynamics+P-wave+Teleseism|Scientific communication
J|0638|Sidorin,A.Ya.|On regional variations of premonitory events|In Russian|#IFZ:-:2:1987:84-87|Regional study+Precursor|Scientific communication
J|0639|Morochnik,V.S.|Wave scattering by a spherical inhomogeneity in a lossy elastic medium|In Russian|#IFZ:-:2:1987:88-90|Wave+Scattering+Inhomogeneity+Elastic medium|Scientific communication
J|0640|Abbasov,V.D.+Khavroshkin,O.B.+Tsyplakov,V.V.|Soliton properties of the microseismic surface wave envelope|In Russian|#IFZ:-:2:1987:91-94|Microseism+Surface wave+Envelope|Scientific communication
J|0641|Burmin,V.Yu.|Approximating the system of refraction wave travel-time curves by incomplete splines|In Russian|#IFZ:-:2:1987:95-99|Travel-times+Refracted wave+Spline|Scientific communication
J|0642|Krestnikov,V.N.+Shishkin,Ye.I.+Shtange,D.V.+Yunga,S.L.|Tectonic cracks in rocks and the stress within the crust at the Tien-Shan area|In Russian|#IFZ:-:3:1987:3-12|Tectonics+Crack+Stress+Crust+Tien Shan
J|0643|Krestnikov,V.N.+Shishkin,Ye.I.+Shtange,D.V.+Yunga,S.L.|The stressed state of the crust at the central and northern parts of the Tien-Shan area|In Russian|#IFZ:-:3:1987:13-30|Stress+Crust+Tien Shan
J|0644|Grayzer,V.M.|On the intermittent propagation of ruptures and prediction analysis of a focal zone|In Russian|#IFZ:-:3:1987:31-43|Propagation+Rupture+Prediction+Focus
J|0645|Vasil'yev,Yu.I.+Ivanova,L.A.+Sokolov,V.L.+Shcherbo,M.N.|Soft soil shear diagrams as an indicator of the earthquake's seismic effect|In Russian|#IFZ:-:3:1987:44-50|Shear+Soil+Seismics
J|0646|Krauklis,P.V.+Tsepelev,N.V.|On the problem of Pn and Sn far-field propagation within the oceanic lithosphere|In Russian|#IFZ:-:3:1987:51-55|Pn-wave+Sn-wave+Propagation+Lithosphere
J|0647|Boler,F.M.+Stanchits,S.A.+Savelyev,V.N.|Registration of displacements and stresses generated by elastic waves|In Russian|#IFZ:-:3:1987:98-103|Displacement+Stress+Elastic wave|Scientific communication
J|0648|Drumya,A.V.+Stepanenko,N.Ya.+Simonova,N.A.+Shumila,V.I.|Seismotectonic deformation of the crust in the Carpathian-Balkan region|In Russian|#IFZ:-:4:1987:3-10|Seismotectonics+Deformation+Crust+Carpathians+Balkans
J|0649|Artyushkov,Ye.V.+Batsanin,S.F.|Changes in the thermal state of the crust due to folding|In Russian|#IFZ:-:4:1987:11-18|Temperature+Crust+Folding
J|0650|Karakin,A.V.+Myasnikov,V.P.+Fadeyev,V.E.|On qualitative behaviour of a surface density inhomogeneity overlying a viscous half-space|In Russian|#IFZ:-:4:1987:19-27|Surface+Density+Inhomogeneity+Viscosity
J|0651|Yegorkina,G.V.+Bezgodkov,V.A.|Study of seismic anisotropy in the upper part of the crust|In Russian|#IFZ:-:4:1987:28-39|Anisotropy+Upper crust
J|0652|Dokuchayev,V.P.+Razin,A.V.|Elastic wave propagation in a solid medium with fluctuating parameters|In Russian|#IFZ:-:4:1987:40-45|Elastic wave+Propagation+Solid medium
J|0653|Ponomarev,V.S.|On the stressed state of a non-equilibrium geophysical medium|In Russian|#IFZ:-:4:1987:94-97|Stress+Strain+Equilibrium|Scientific communication
J|0654|Dunin,S.Z.+Nagornov,O.V.|Non-linear elasticity effects arising from propagation of spherical seismic waves|In Russian|#IFZ:-:4:1987:98-101|Elasticity+Propagation+Seismics+Wave|Scientific communication
J|0655|Tsvankin,I.D.+Chesnokov,E.M.|Plane waves in a non-linear elastic anisotropic medium|In Russian|#IFZ:-:5:1987:3-11|Plane wave+Anisotropy+Elastic medium
J|0656|Kulikov,V.I.|Seismic waves from an explosion in a prestressed medium|In Russian|#IFZ:-:5:1987:12-21|Stress+Explosion+Wave
J|0657|Myasnikov,V.P.+Topale,V.I.|Seismically anisotropic lithosphere modelled by an elastic medium with different moduli|In Russian|#IFZ:-:5:1987:22-30|Anisotropy+Lithosphere+Modelling+Elastic medium
J|0658|Mostovoy,S.V.+Starostenko,V.I.|Interpretation of incomplete geophysical data|In Russian|#IFZ:-:5:1987:31-40|Interpretation+Geophysics
J|0659|Zubkov,S.I.|Origin times of earthquake forerunners|In Russian|#IFZ:-:5:1987:87-91|Foreshock+Precursor+Origin time+Earthquake|Scientific communication
J|0660|Magnitskaya,N.N.+Nikolayev,A.V.|A method for vibrosignals processing in Earth sounding|In Russian|#IFZ:-:5:1987:92-96|Vibroseis+Earth+Sounding|Scientific communication
J|0661|Prodayvoda,G.T.+Sviridov,A.M.+Lakhtanov,V.T.+Vyzhva,S.A.|Ultrasonic setup for measuring rock anisotropy|In Russian|#IFZ:-:5:1987:97-102|Ultrasound+Rock+Anisotropy|Scientific communication
J|0662|Grigoryev,A.S.+Volovich,I.M.+Mikhaylova,A.V.+Rebetsky,Yu.L.|The problem of block spreading|In Russian|#IFZ:-:6:1987:3-21|Block+Spreading
J|0663|Talonov,A.V.+Tulinov,B.M.|Calculation of deformational behaviour of fractured rocks including pre-limit failure|In Russian|#IFZ:-:6:1987:22-29|Deformation+Fracture+Rock+Failure
J|0664|Ditmar,P.G.+Yanovskaya,T.B.|Extension of Backus-Gilbert method for estimating lateral variations of surface wave velocities|In Russian|#IFZ:-:6:1987:30-40|Backus-Gilbert method+Surface wave+Velocity+Lateral variation
J|0665|Yanovskaya,T.B.+Maaz,R.+Neinhofer,H.|Joint interpretation of phase and group velocities of surface waves: implications for the lateral inhomogeneity of the Earth|In Russian|#IFZ:-:6:1987:41-47|Phase velocity+Group velocity+Surface wave+Inhomogeneity
J|0666|Kozhevnikov,V.M.|Rayleigh waves dispersion and the lithospheric structure of the Siberian Platform|In Russian|#IFZ:-:6:1987:48-56|Rayleigh wave+Dispersion+Lithosphere+Siberian platform
J|0667|Nesterov,A.N.+Grigoryeva,O.A.|Azimuthal anomalies of Love waves at the Carpathian-Balkan region|In Russian|#IFZ:-:6:1987:57-65|Anomaly+Azimuth+Love wave+Carpathians+Balkans
J|0668|Its,Ye.N.+Malischewsky,P.|Rayleigh waves propagation across a vertical non-rigid contact between elastic media|In Russian|#IFZ:-:6:1987:66-72|Rayleigh wave+Propagation+Elastic medium+Interface
J|0669|Khalevin,N.I.+Kolmogorova,V.V.+Yunusov,F.F.|The crust and uppermost mantle at the axial zone of the Ural mountains from multiwave seismics data|In Russian|#IFZ:-:7:1987:3-13|Crust+Upper mantle+Urals+Seismics
J|0670|Grechka,V.Yu.+Obolentseva,I.R.|Mathematical modelling of reflected waves in a layered homogeneous transversely isotropic medium|In Russian|#IFZ:-:7:1987:50-59|Modelling+Reflected wave+Layered medium+Isotropy+Homogeneity
J|0671|Blyas,E.A.|Temporal patterns of reflected waves in a medium including low-curvature boundaries and anisotropic layers|In Russian|#IFZ:-:7:1987:60-68|Reflected wave+Curvature+Anisotropy+Boundary+Pattern
J|0672|Bayuk,Ye.I.+Fomin,A.A.+Aleksandrov,B.L.+Dmitriyenko,I.M.|Strength-strain behaviour of Upper Jurassic rocks from the area of the Tersky-Sunjensky Ridges|In Russian|#IFZ:-:7:1987:101-106|Strength+Strain+Rock+Tersky Sunjersky|Scientific communication
J|0673|Alekseyev,A.S.+Aref'ev,S.S.+Gusakov,V.K.+Zavyalov,A.D.|The XX General Assembly of the European Seismological Commission|In Russian|#IFZ:-:7:1987:109-112|European Seismological Commission
J|0674|Grachev,A.F.+Magnitsky,V.A.+Kalashnikov,I.V.|Recent crustal movements, neotectonics and physical fields of the Carpathian-Balkan region. Analysis of recent sedimentation and volcanism|In Russian|#IFZ:-:8:1987:3-20|Crustal movement+Neotectonics+Carpathians+Balkans
J|0675|Trubitsyn,V.P.+Kharybin,E.V.|Mantle convection instability of a sedimentation process|In Russian|#IFZ:-:8:1987:21-30|Mantle+Convection+Sedimentation
J|0676|Braginsky,S.I.+Meytlis,V.P.|On the over-heating instability in the lower mantle at the core boundary|In Russian|#IFZ:-:8:1987:31-35|Heat+Lower mantle+Core-mantle boundary
J|0677|Khachay,Yu.V.|Convective stability of compressible liquids in density models of the Earth's upper mantle|In Russian|#IFZ:-:8:1987:36-40|Convection+Upper mantle+Compressibility+Density
J|0678|Gavrilov,S.V.+Karpychev,M.A.|On oscillational instability of the oceanic upper mantle|In Russian|#IFZ:-:8:1987:41-47|Oscillation+Instability+Upper mantle+Ocean
J|0679|Maslennikov,A.M.|Dependence of explosion-generated elastic wave characteristics on material properties|In Russian|#IFZ:-:8:1987:48-55|Explosion+Elastic wave
J|0680|Dokuchayev,V.P.+Razin,A.V.|Drag radiation of surface waves at the Earth-atmosphere interface|In Russian|#IFZ:-:8:1987:56-61|Radiation+Surface wave+Earth+Atmosphere+Interface
J|0681|Lopatnikov,S.L.+Gorbachev,P.Yu.|Propagation and attenuation of longitudinal waves in a partially gas-saturated porous medium|In Russian|#IFZ:-:8:1987:78-86|Propagation+Attenuation+Longitudinal wave+Porous medium+Gas|Scientific communication
J|0682|Grachev,A.F.+Magnitsky,V.A.+Kalashnikova,I.V.|Recent crustal movements, neotectonics, and physical fields of the Carpathian-Balkan region. Composition and constitution of the upper mantle and the origin of modern and recent tectonic activity|In Russian|#IFZ:-:9:1987:3-15|Crustal movement+Neotectonics+Carpathians+Balkans
J|0683|Shamina,O.G.|Source mechanisms of acoustical emission produced by fracturing of a granite block|In Russian|#IFZ:-:9:1987:16-22|Source+Mechanism+Acoustics+Fracture
J|0684|Lyakhov,G.M.+Sultanov,K.S.|Longitudinal waves in a medium with varying viscosity|In Russian|#IFZ:-:9:1987:23-32|Viscosity+Longitudinal wave+Variable
J|0685|Krutin,V.N.+Markov,M.G.+Yumatov,A.Yu.|The velocity and attenuation of a Lamb-Stoneley wave in a hole surrounded by a saturated porous medium|In Russian|#IFZ:-:9:1987:33-38|Lamb wave+Velocity+Attenuation+Porous medium
J|0686|Braginsky,S.I.|Generation of the 65-years oscillation in the Earth's core|In Russian|#IFZ:-:9:1987:64-67|Oscillation+Earth+Core|Scientific communication
J|0687|Bykov,V.G.+Vorob'ev,F.A.|Seismoacoustic pulse propagation in a porous water-saturated and partially gas-saturated medium|In Russian|#IFZ:-:9:1987:75-79|Acoustics+Propagation+Porous medium+Gas|Scientific communication
J|0688|Kamenobrodskii,A.G.+Pustovitenko,B.G.+Porechnova,E.I.|Spatial-temporal variations in the epicentre distributions of weak shocks as an indicator of strong earthquake preparation|In Russian|#IFZ:-:10:1987:3-10|Large earthquake+Precursor+Spatial distribution+Temporal distribution
J|0689|Kopnichev,Yu.F.+Nurmagambetov,A.N.|Detailed mapping of the upper mantle at the Tien-Shan area from data on S-wave attenuation|In Russian|#IFZ:-:10:1987:11-25|Mapping+Upper mantle+Tien Shan+S-wave+Attenuation
J|0690|Shamina,O.G.+Palenov,A.M.+Ponyatovskaya,V.I.+Stakhovskii,I.R.|Seismic and deformational fields along a shear fault|In Russian|#IFZ:-:10:1987:26-34|Seismics+Deformation+Shear fault
J|0691|Zaretsky-Feoktistov,G.G.+Tanov,G.N.|Strain behaviour of rocks during dilatancy-induced fracturing|In Russian|#IFZ:-:10:1987:35-40|Dilatancy+Strain+Rock+Fracture
J|0692|Gol'tsman,F.M.+Kalinina,T.B.|Statistical approach to current estimation of unknown parameters of geophysical objects from uncertain data|In Russian|#IFZ:-:10:1987:71-81|Statistics+Geophysics
J|0693|Yakobson,A.N.|Rayleigh waves used for reconnaissance study of the Barents Sea region|In Russian|#IFZ:-:10:1987:82-87|Rayleigh wave+Study+Barents Sea|Scientific communication
J|0694|Vasil'ev,Yu.I.+Borzyak,I.P.+Ivanova,L.A.+Molotova,L.V.|Mechanical stress measurements in the Quaternary deposits of the Crimea|In Russian|#IFZ:-:10:1987:88-90|Stress+Crimea|Scientific communication
J|0695|Voinov,K.A.+Krakov,A.S.+Lomakin,V.S.+Khalevin,N.I.|Seismological studies of rock bursts at the Northern Ural bauxite deposits|In Russian|#IFZ:-:10:1987:98-104|Seismics+Rockburst+Urals|Scientific communication
J|0696|Petrovsky,M.A.+Panasyan,L.L.+Khromova,V.B.|Heating-induced acoustical emission in rocks including memory effects|In Russian|#IFZ:-:10:1987:105-108|Heat+Acoustics+Emission+Rock|Scientific communication
J|0697|Molodensky,S.M.+Kramer,M.V.|On the mechanical properties of the Earth's core and mantle from new astrometrical data|In Russian|#IFZ:-:11:1987:3-11|Mechanics+Core+Mantle+Astronomy
J|0698|Gol'fand,Ya.Yu.+Kogan,S.Ya.+Polikarpova,L.A.|On spatial distribution of seismic energy of deep-focus earthquakes|In Russian|#IFZ:-:11:1987:12-23|Spatial distribution+Energy+Deep-focus earthquake
J|0699|Kuznetsova,K.I.+Muraliyev,A.M.|On the relation of stress-strain state of rock mass to the energy distribution of earthquakes|In Russian|#IFZ:-:11:1987:24-33|Energy+Distribution+Stress+Strain+Rock
J|0700|Sadovskii,M.A.|Explosion-induced seismicity and seismology|In Russian|#IFZ:-:11:1987:34-42|Induced seismicity+Seismology+Explosion
J|0701|Lyubushin,A.A.|Hierarchical model of the seismic process|In Russian|#IFZ:-:11:1987:43-52|Modelling+Seismics
J|0702|Gusyakov,V.K.+Chubarov,L.B.|Numerical modelling of generation and near-shore propagation of tsunami|In Russian|#IFZ:-:11:1987:53-64|Numerical modelling+Generation+Propagation+Tsunami
J|0703|Trunin,R.F.+Zhernokletov,M.V.+Kuznetsov,N.F.+Sutulov,Yu.N.|Shock compression of metal hydrides|In Russian|#IFZ:-:11:1987:65-70|Compression+Shock+Metal
J|0704|Nikonov,A.A.|Strong earthquakes distribution and seismic danger in North Caucasus|In Russian|#IFZ:-:11:1987:108-113|Large earthquake+Distribution+Hazard+Caucasus|Scientific communication
J|0705|Zvolinskii,N.V.+Shkhinek,K.N.|Stress distribution in a layered rock sample under axial compression|In Russian|#IFZ:-:11:1987:114-116|Stress+Rock+Layered medium+Compression|Scientific communication
J|0706|Romashov,A.N.|Mechanical modelling of the Earth's upper layers|In Russian|#IFZ:-:12:1987:3-13|Crust+Earth+Mechanics+Modelling
J|0707|Krestnikov,V.N.+Shtange,D.V.|On tectonic processes in the Central Kyzylkumy|In Russian|#IFZ:-:12:1987:14-25|Tectonics+Kyzylkum
J|0708|Yunga,S.L.|Analysis of seismic dipoles on the sphere of stresses|In Russian|#IFZ:-:12:1987:26-36|Stress+Sphere+Dipole source
J|0709|Trunin,R.F.+Zhernokletov,M.V.+Kuznetsov,N.F.+Simakov,G.V.|Dynamical compressibility of aqueous solutions of some salts|In Russian|#IFZ:-:12:1987:37-41|Dynamics+Compressibility+Salt
J|0710|Ivanov,V.V.+Garder,O.I.|Discriminating approach to the determination of tsunami source process duration|In Russian|#IFZ:-:12:1987:72-78|Source+Duration+Tsunami|Scientific communication
J|0711|Gal'perin,Ye.I.+Vinnik,L.P.+Petersen,N.V.|On modulation of high frequency seismic noise by the tidal deformations of the lithosphere|In Russian|#IFZ:-:12:1987:102-109|High frequency+Noise+Tide+Deformation+Lithosphere|Letter to the editor
J|0712|Berberian,M.|Active faulting and tectonics of Iran|In Persian with English abstract|#JES:13:1:1984:1-3|Faulting+Tectonics+Iran
J|0713|Berberian,M.|Aftershock tectonics of the 1978 Tabas-E-Golshan(Iran) earthquake sequence: a documented active thin- and thick-skinned tectonic case|In Persian with English abstract|#JES:13:2:1984:3-5|Aftershock+Tectonics+Tabas+Sequence
J|0714|Zohoorian Izadpanah,A.A.+Mohajer-Ashjai,A.+Kabiri,A.+Ghamsari,M.|Damage distribution and aftershock of two major events of 1981 in Kerman region SE Iran|In Persian with English abstract|#JES:14:1:1985:5-7|Damage+Aftershock+Kerman+1981
J|0715|Akhavan-Sadeghi,A.|Tidal-elastic behaviour of the crust (Love parameters) in the north of Iran|In Persian with English abstract|#JES:14:2:1985:9-10|Tide+Elasticity+Crust+Iran
J|0716|Hajeb-Hosseinieh,H.+Riahi,M.A.+Dasar,N.|Surface weathered layer in seismic refraction studies|In Persian with English abstract|#JES:14:2:1985:13-14|Surface+Weathering+Refraction study
J|0717|Islami,A.A.|Erzurum-Kars earthquake of 30 Oct 1983 analysis|In Persian with English abstract|#JES:15:1:1986:39|Iran+1983+Erzurum+Earthquake||#*ERZURUM
J|0718|Islami,A.A.+Hassanzadeh,J.|Seismic potential of Makran|In Persian with English abstract|#JES:15:1:1986:40|Seismicity+Makran+Iran
J|0719|Hajeb-Hosseinieh,H.+Riahi,M.A.+Dasar,N.|Surface weathering layer and its elimination in seismic refraction studies|In Persian with English abstract|#JES:15:2:1986:40|Surface+Weathering+Refraction study
J|0720|Noubary Dargahi,G.|A stochastic model P-wave and its applications in identification|In Persian with English abstract|#JES:15:2:1986:41|Modelling+P-wave+Identification+Discrimination
J|0721|Hood,L.L.+Jones,J.H.|Geophysical constraints on lunar bulk composition and structure: a reassessment||#JGR:92:4:1987:396-410|Lunar seismic velocity+Lunar density+Lunar structure
J|0722|Zuber,M.T.|Constraints on the lithospheric structure of Venus from mechanical models and tectonic surface features||#JGR:92:4:1987:541-551|Venus lithospheric structure+Venus mechanical model+Venus tectonic surface feature
J|0723|Solomon,S.C.+Duxbury,E.D.|A test of the longevity of impact-induced faults as preferred sites for later tectonic activity||#JGR:92:4:1987:759-768|Impact+Fault+Tectonics+Seismicity
J|0724|Oberst,J.+Nakamura,Y.|Distinct meteoroid families identified on lunar seismograms||#JGR:92:4:1987:769-773|Lunar seismology+Meteor+Impact
J|0725|Oliver,H.W.|Introduction to special section on geophysical investigations of proposed radioactive waste disposal sites||#JGR:92:8:1987:7783-7785|Nuclear waste+Hydraulics+Fracture+Induced seismicity
J|0726|Wynn,J.C.+Roseboom,E.H.|Role of geophysics in identifying and characterizing sites for high-level nuclear waste repositories||#JGR:92:8:1987:7787-7796|Induced seismicity+Fault+Refraction+Reflexion
J|0727|Brereton,N.R.+McEwen,T.J.+Lee,M.K.|Fluid flow in crystalline rocks: relationship between groundwater spring alignments and other surface lineations at Altnabreac, United Kingdom||#JGR:92:8:1987:7797-7806|Rock+Fracture+Fault+United Kingdom
J|0728|Lee,M.K.|Geophysical investigations in the Strath Halladale-Altnabreac district (northeast Scotland) in relation to radioactive waste disposal||#JGR:92:8:1987:7807-7819|Rock+Fracture+Fault+United Kingdom
J|0729|Sinnock,S.+Lin,Y.T.+Brannen,J.P.|Preliminary bounds on the expected postclosure performance of the Yucca Mountain repository site, southern Nevada||#JGR:92:8:1987:7820-7842|Rock+Fracture+Nevada
J|0730|Keller,B.+Prothero,W.|Western Tranverse Ranges crustal structure||#JGR:92:8:1987:7890-7906|Crustal structure+Refraction study+Transverse Ranges+California
J|0731|Fisher,M.A.+Von Huene,R.+Smith,G.L.|Reflections from midcrustal rocks within the Mesozoic subduction complex near the eastern Aleutian Trench||#JGR:92:8:1987:7907-7915|Reflexion study+Aleutian Trench+Subduction+Crust
J|0732|Milkereit,B.|Migration of noisy crustal seismic data||#JGR:92:8:1987:7916-7930|Migration+Noise+Crust+Reflexion study
J|0733|Geli,L.+Bard,P-Y.+Schmitt,D.P.|Seismic wave propagation in a very permeable water-saturated surface layer||#JGR:92:8:1987:7931-7944|Wave+Propagation+Permeability+Water+Surface+Layer
J|0734|Harris,R.A.+Segall,P.|Detection of a locked zone at depth on the Parkfield, California, segment of the San Andreas fault||#JGR:92:8:1987:7945-7962|Locked zone+Parkfield+San Andreas Fault+Earthquake
J|0735|Michael,A.J.|Stress rotation during the Coalinga aftershock sequence||#JGR:92:8:1987:7963-7979|Stress+Rotation+Coalinga+Aftershock+Sequence
J|0736|Gladwin,M.T.+Gwyther,R.L.+Hart,R.+Francis,M.|Borehole tensor strain measurements in California||#JGR:92:8:1987:7981-7988|Borehole+Tensor+Strain+California
J|0737|Hardin,E.L.+Cheng,C.H.+Paillet,F.L.+Mendelson,J.D.|Fracture characterization by means of attenuation and generation of tube waves in fractured crystalline rock at Mirror Lake, New Hampshire||#JGR:92:8:1987:7989-8006|Profile+New Hampshire+Acoustic wave+Tube wave
J|0738|Swanson,P.L.|Tensile fracture resistance mechanisms in brittle polycrystals: an ultrasonics and in situ microscopy investigation||#JGR:92:8:1987:8015-8036|Travel-times+Fracture+Ultrasonic wave+Microcrack
J|0739|Advani,S.H.+Torok,J.S.+Lee,J.K.+Choudhry,S.|Explicit time-dependent solutions and numerical evaluations for penny-shaped hydraulic fracture models||#JGR:92:8:1987:8049-8055|Propagation+Crack+Fracture+Hydraulics
J|0740|Blankenship,D.D.+Bentley,C.R.+Rooney,S.T.+Alley,R.B.|Till beneath ice stream B: 1. Properties derived from seismic travel times||#JGR:92:9:1987:8903-8911|Travel-times+Antarctica+Ice stream+Reflexion study
J|0741|Rooney,S.T.+Blankenship,D.D.+Alley,R.B.+Bentley,C.R.|Till ice beneath stream B: 2. Structure and continuity||#JGR:92:9:1987:8913-8920|Structure+Antarctica+Ice stream+Reflexion study
J|0742|Alley,R.B.+Blankenship,D.D.+Bentley,C.R.+Rooney,S.T.|Till beneath ice stream B: 3. Till deformation: evidence and implications||#JGR:92:9:1987:8921-8929|Deformation+Antarctica+Ice stream+Reflexion study
J|0743|Perry,F.V.+Baldridge,W.S.+DePaolo,D.J.|Role of asthenosphere and lithosphere in the genesis of late Cenozoic basaltic rocks from the Rio Grande Rift and adjacent regions of the southwestern United States||#JGR:92:9:1987:9193-9213|Rio Grande Rift+Asthenosphere+Lithosphere+Basalt
J|0744|Ferrazzini,V.+Aki,K.|Slow waves trapped in a fluid-filled infinite crack: implications for volcanic tremor||#JGR:92:9:1987:9215-9223|Radiation+Fluid+Crack+Volcanic tremor
J|0745|Rivers,M.L.+Carmichael,I.S.E.|Ultrasonic studies of silicate melts||#JGR:92:9:1987:9247-9270|Ultrasonic wave+Velocity+Absorption+Silicate
J|0746|Schlue,J.W.+Hostettler,K.K.+Edwards,C.L.|Evidence from Rayleigh wave data for magma in an upper crustal dike in the Albuquerque-Belen basin of the Rio Grande Rift, New Mexico||#JGR:92:9:1987:9281-9292|Rayleigh wave+Rio Grande Rift+Magma+Crust+Upper mantle
J|0747|Mahrer,K.D.+Mauk,F.J.|Seismic wave motion for a new model of hydraulic fracture with an induced low-velocity zone||#JGR:92:9:1987:9293-9309|Wave motion+Fracture+Hydraulics+Synthetic seismogram
J|0748|Sobolev,G.+Getting,I.C.+Spetzler,H.|Laboratory study of the strain field and acoustic emissions during the failure of a barrier||#JGR:92:9:1987:9311-9318|Strain+Acoustic wave+Barrier+Fault
J|0749|Shedlock,K.M.+Roecker,S.W.|Elastic wave velocity structure of the crust and upper mantle beneath the North China Basin||#JGR:92:9:1987:9327-9350|Crust+Upper mantle+Elastic wave+Velocity+Structure+North China Basin
J|0750|Purdy,G.M.|New observations of the shallow seismic structure of young oceanic crust||#JGR:92:9:1987:9351-9362|Structure+Oceanic crust+Refraction study+Mid-Atlantic Ridge
J|0751|Shaw,P.R.|Investigations of relative plate motions in the South Atlantic using Seasat altimeter data||#JGR:92:9:1987:9363-9375|Plate motion+South Atlantic Ocean+Altimetry+Crust
J|0752|Coffin,M.F.+Rabinowitz,P.D.|Reconstruction of Madagascar and Africa: evidence from the Davie fracture zone and Western Somali Basin||#JGR:92:9:1987:9385-9406|Africa+Madagascar+Reflexion study+Fracture
J|0753|Fehler,M.+House,L.+Kaieda,H.|Determining planes along which earthquakes occur: method and application to earthquakes accompanying hydraulic fracturing||#JGR:92:9:1987:9407-9414|Hydraulics+Fracture+Plane+Earthquake
J|0754|Langbein,J.+Linker,M.+Tupper,D.|Analysis of two-colour geodimeter measurements of deformation within the Long Valley caldera: June 1983 to October 1985||#JGR:92:9:1987:9423-9442|Deformation+Swarm+Geodetic survey||#*LONGVALLEY
J|0755|Matthews,M.V.+Reasenberg,P.|Comment on Habermann's Method for detecting seismicity rate changes||#JGR:92:9:1987:9443-9450|Pattern+Seismicity+Large earthquake+Statistical method|With a reply by R.E. Habermann and M. Wyss
J|0756|Weaver,C.S.+Malone,S.D.|Overview of the tectonic setting and recent studies of eruptions of Mount St. Helens, Washington||#JGR:92:10:1987:10149-10154|Tectonics+Eruption+Mount St. Helens+Swarm||#*MOUNTSTHELENS
J|0757|Weaver,C.S.+Grant,W.C.+Shemeta,J.E.|Local crustal extension at Mount St. Helens, Washington||#JGR:92:10:1987:10170-10178|Mount St. Helens+Extension+Crust+Fault plane||#*MOUNTSTHELENS
J|0758|Fremont,M-J.+Malone,S.D.|High precision relative locations of earthquakes at Mount St. Helens, Washington||#JGR:92:10:1987:10223-10236|Mount St. Helens+Sequence+Location+Precision||#*MOUNTSTHELENS
J|0759|Paul,A.+Gratier,J.P.+Boudon,J.|A numerical model for simulating deformation of Mount St. Helens volcano||#JGR:92:10:1987:10299-10312|Deformation+Mount St. Helens+Acceleration+Modelling||#*MOUNTSTHELENS
J|0760|Ahrens,T.J.+Jeanloz,R.|Pyrite: shock compression, isentropic release, and composition of the Earth's core||#JGR:92:10:1987:10363-10375|Core+Elastic wave+Compression+Composition
J|0761|Jones,C.H.+Nelson,M.R.+Abers,G.+Biehler,S.|A geophysical investigation of the northern Panamint Valley, Inyo County, California: evidence for possible low-angle normal faulting at shallow depth in the crust||#JGR:92:10:1987:10427-10441|Refraction study+California+Profile+Travel-times
J|0762|Goff,J.A.+Bergman,E.A.+Solomon,S.C.|Earthquake source mechanisms and transform fault tectonics in the Gulf of California||#JGR:92:10:1987:10485-10510|Source+Mechanism+Fault+Tectonics+Gulf of California
J|0763|Segall,P.+Harris,R.A.|Earthquake deformation cycle on the San Andreas Fault near Parkfield, California||#JGR:92:10:1987:10511-10525|Deformation+Parkfield+Fault+Rupture
J|0764|Spudich,P.+Bostwick,T.|Studies of the seismic coda using an earthquake cluster as a deeply buried seismograph array||#JGR:92:10:1987:10526-10546|Clustering+Array+Coda+S-wave||#*MORGAN
J|0765|Roecker,S.W.+Yeh,Y-H.+Tsai,Y.B.|Three-dimensional P and S wave velocity structures beneath Taiwan: deep structure beneath an arc-continent collision||#JGR:92:10:1987:10547-10570|P-wave+S-wave+Velocity+Structure+Taiwan
J|0766|Berge,P.A.+Stauber,D.A.|Seismic refraction study of upper crustal structure in the Lassen Peak area, Northern California||#JGR:92:10:1987:10571-10579|Refraction study+Upper crust+Structure+Northern California
J|0767|Rohr,K.|Variations of the amplitudes of reflections from old oceanic basement in the North Atlantic||#JGR:92:10:1987:10581-10594|Reflexion study+Oceanic crust+North Atlantic+Synthetic seismogram
J|0768|Savage,J.C.|Effect of crustal layering upon dislocation modelling||#JGR:92:10:1987:10595-10600|Modelling+Layer+Crust+Slip
J|0769|Ito,T.+Uesugi,Y.+Yonezawa,H.+Kano,K.|Analytical method for evaluating superficial fault displacements in volcanic air fall deposits: case of the Hirayama fault, south of Tanazawa Mountains, Central Japan, since 21,500 years B.P.||#JGR:92:10:1987:10683-10695|Fault+Displacement+Volcanism+Hirayama
J|0770|Reilinger,R.|Comments on `Saugus-Palmdale, California, field test for refraction error in historical levelling surveys' by R.S. Stein, C.T. Whalen, S.R. Holdahl, W.E. Strange||#JGR:92:10:1987:10711-10717|Palmdale+Uplift+Levelling+Profile|With a reply by the authors
J|0771|Morton,J.L.+Sleep,N.H.+Normark,W.R.+Tompkins,D.H.|Structure of the Southern Juan de Fuca Ridge from seismic reflection records||#JGR:92:11:1987:11315-11326|Reflexion study+North Pacific Ocean+Structure+Oceanic ridge
J|0772|Heinz,D.L.+Jeanloz,R.|Measurement of the melting curve of Mg0.9Fe0.1SiO3 at lower mantle conditions and its geophysical implications||#JGR:92:11:1987:11437-11444|Lower mantle+Melting+Convection+Rheology
J|0773|Skogseid,J.+Eldholm,O.|Early Cenozoic crust at the Norwegian continental margin and the conjugate Jan Mayen ridge||#JGR:92:11:1987:11471-11491|Reflexion study+Profile+Norwegian Sea+Continental shelf
J|0774|McNutt,S.R.+Beavan,R.J.|Eruptions of Pavlof Volcano and their possible modulation by ocean load and tectonic stresses||#JGR:92:11:1987:11509-11523|Alaska+Volcanism+Seismicity+Eruption
J|0775|Stoddard,P.R.|A kinematic model for the evolution of the Gorda Plate||#JGR:92:11:1987:11524-11532|Gorda Plate+Kinematics+Magnetism+Seismicity
J|0776|Li,V.C.+Rice,J.R.|Crustal deformation in great Californian earthquake cycles||#JGR:92:11:1987:11533-11551|Crust+Deformation+Large earthquake+California
J|0777|Lisowski,M.+Savage,J.C.+Burford,R.O.|Strain accumulation across the Fairweather and Totschunda Faults, Alaska||#JGR:92:11:1987:11552-11560|Strain+Deformation+Fault+California
J|0778|Langston,C.A.|Depth of faulting during the 1968 Meckering, Australia, earthquake sequence determined from waveform analysis of local seismograms||#JGR:92:11:1987:11561-11574|Depth+Fault+Sequence+Meckering
J|0779|Wenzel,F.+Sandmeier,K-J.+Walde,W.|Properties of the lower crust from modelling refraction and reflection data||#JGR:92:11:1987:11575-11583|Refraction study+Reflexion study+Germany+Lower crust+Modelling
J|0780|Sugisaki,R.|Behaviour and origin of helium, neon, argon, and nitrogen from active faults||#JGR:92:12:1987:12523-12530|Helium+Fault+Precursor+Stress
J|0781|Wakita,H.+Sano,Y.+Mizoue,M.|High 3He emanation and seismic swarms observed in a nonvolcanic, forearc region||#JGR:92:12:1987:12539-12546|Helium+Swarm+Japan+Microseism
J|0782|Campillo,M.|Lg wave propagation in a laterally varying crust and the distribution of the apparent quality factor in central France||#JGR:92:12:1987:12604-12614|Lg-wave+Propagation+Crust+France
J|0783|Nabelek,J.+Chen,W-P.+Ye,H.|The Tangshan earthquake sequence and its implications for the evolution of the North China Basin||#JGR:92:12:1987:12615-12628|T'ang-shan+Sequence+Evolution+North China Basin||#*TANGSHAN
J|0784|Nelson,M.R.+McCaffrey,R.+Molnar,P.|Source parameters for 11 earthquakes in the Tien Shan, Central Asia, determined by P and SH waveform inversion||#JGR:92:12:1987:12629-12648|Source+Tien Shan+P-wave+SH-wave
J|0785|Ukawa,M.+Ohtake,M.|A monochromatic earthquake suggesting deep-seated magmatic activity beneath the Izu-Oshima Volcano, Japan||#JGR:92:12:1987:12649-12663|Volcanism+Earthquake+Izu-Oshima+Magma||#*IZUOSHIMA85
J|0786|Park,J.+Vernon,F.L.+Lindberg,C.R.|Frequency dependent polarization analysis of high-frequency seismograms||#JGR:92:12:1987:12664-12674|High frequency+Polarization+Seismogram+Anza
J|0787|Park,J.+Lindberg,C.R.+Vernon,F.L.|Multitaper spectral analysis of high-frequency seismograms||#JGR:92:12:1987:12675-12684|High frequency+Spectral analysis+Seismogram+Anza
J|0788|Tivey,M.A.+Johnson,H.P.|The central anomaly magnetic high: implications for oceanic crust construction and evolution||#JGR:92:12:1987:12685-12694|Refraction study+Magnetism+Ocean crust+Evolution
J|0789|Burns,D.R.+Cheng,C.H.|Inversion of borehole guided wave amplitudes for formation shear wave attenuation values||#JGR:92:12:1987:12713-12725|Guided wave+Shear wave+Borehole+Attenuation
J|0790|Bonatti,E.+Seyler,M.|Crustal underplating and evolution in the Red Sea rift: uplift gabbro/gneiss crustal complexes on Zabargad and Brothers Islands||#JGR:92:12:1987:12803-12821|Red Sea+Crust+Velocity+Evolution
J|0791|Morgan,J.P.+Parmentier,E.M.+Lin,J.|Mechanism for the origin of mid-ocean ridge axial topography: implications for the thermal and mechanical structure of accreting plate boundaries||#JGR:92:12:1987:12823-12836|Microseism+Mid-ocean ridge+Structure+Plate boundary
J|0792|Andrews,D.J.+Bucknam,R.C.|Fitting degradation of shoreline scarps by a nonlinear diffusion model||#JGR:92:12:1987:12857-12867|Prehistoric earthquake+Degradation+Scarp
J|0793|Rovetta,M.R.+Blacic,J.D.+Delaney,J.R.|Microfracture and crack healing in experimentally deformed peridotite||#JGR:92:12:1987:12902-12910|Crack+Microfracture+Peridotite
J|0794|Abdel-Gawad,M.+Bulau,J.+Tittmann,B.|Quantitative characterization of microcracks at elevated pressure||#JGR:92:12:1987:12911-12916|Microcrack+Q+Velocity+Pressure
J|0795|McTigue,D.F.|Elastic stress and deformation near a finite spherical magma body: resolution of the point source paradox||#JGR:92:12:1987:12931-12940|Stress+Deformation+Magma+Point source
J|0796|Tilling,R.I.|Introduction to special section on how volcanoes work: Part 1||#JGR:92:13:1987:13685-13686|Eruption+Seismics+Volcanism
J|0797|Ten Brink,U.S.+Brocher,T.M.|Multichannel seismic evidence for a subcrustal intrusive complex under Oahu and a model for Hawaiian volcanism||#JGR:92:13:1987:13687-13707|Hawaii+Reflexion study+Refraction study+Volcanism
J|0798|Dzurisin,D.+Yamashita,K.M.|Vertical surface displacements at Yellowstone Caldera, Wyoming, 1976-1986||#JGR:92:13:1987:13753-13766|Displacement+Yellowstone+Uplift+Caldera
J|0799|Mortensen,C.E.+Hopkins,D.G.|Tiltmeter measurements in Long Valley caldera, California||#JGR:92:13:1987:13767-13776|Long Valley+Crust+Deformation+Swarm+Tiltmeter
J|0800|Frohlich,C.|Kiyoo Wadati and early research on deep focus earthquakes: introduction to special section on deep and intermediate focus earthquakes||#JGR:92:13:1987:13777-13788|Wadati+Deep-focus earthquake+Intermediate-depth earthquake
J|0801|Kirby,S.H.|Localized polymorphic phase transformations in high-pressure faults and applications to the physical mechanism of deep earthquakes||#JGR:92:13:1987:13789-13800|Deep-focus earthquake+Mechanism+Fault+Phase change
J|0802|Ogawa,M.|Shear instability in a viscoelastic material as the cause of deep focus earthquakes||#JGR:92:13:1987:13801-13810|Deep-focus earthquake+Shear+Instability+Viscoelasticity
J|0803|Goto,K.+Suzuki,Z.+Hamaguchi,H.|Stress distribution due to olivine-spinel phase transition in descending plate and deep focus earthquakes||#JGR:92:13:1987:13811-13820|Deep-focus earthquake+Stress+Phase transition+Plate
J|0804|Apperson,K.D.+Frohlich,C.|The relationship between Wadati-Benioff zone geometry and P, T and B axes of intermediate and deep focus earthquakes||#JGR:92:13:1987:13821-13831|Wadati-Benioff zone+Deep-focus earthquake+Intermediate-depth earthquake+Focal mechanism
J|0805|Kincaid,C.+Olson,P.|An experimental study of subduction and slab migration||#JGR:92:13:1987:13832-13840|Subduction+Slab+Migration+Wadati-Benioff zone
J|0806|Hamburger,M.W.+Isacks,B.L.|Deep earthquakes in the southwest Pacific: a tectonic interpretation||#JGR:92:13:1987:13841-13854|Deep-focus earthquake+Distribution+Pacific Ocean+Tectonics
J|0807|Engdahl,E.R.+Gubbins,D.|Simultaneous travel time inversion for earthquake location and subduction zone structure in the central Aleutian Islands||#JGR:92:13:1987:13855-13862|Travel-times+Inversion+Location+Subduction+Aleutian Islands
J|0808|Bock,G.|P wave travel times from deep and intermediate-depth earthquakes to local seismic stations and the subducted slab of oceanic lithosphere beneath the Tonga Island arc||#JGR:92:13:1987:13863-13877|Travel-times+P-wave+Deep-focus earthquake+Intermediate-focus earthquake+Subduction+Tonga
J|0809|Trifu,C-I.|Depth distribution of local stress inhomogeneities in the Vrancea region, Romania||#JGR:92:13:1987:13878-13886|Depth+Distribution+Stress+Vrancea
J|0810|Schneider,J.F.+Sacks,I.S.|Stress in the contorted Nazca plate beneath southern Peru from local earthquakes||#JGR:92:13:1987:13887-13902|Stress+Nazca-Cocos Plate+Peru+Local earthquake
J|0811|Smalley,R.F.+Isacks,B.L.|A high-resolution local network study of the Nazca plate Wadati-Benioff zone under western Argentina||#JGR:92:13:1987:13903-13912|Wadati-Benioff zone+Argentina+High resolution+Network
J|0812|Schneider,J.F.+Pennington,W.D.+Meyer,R.P.|Microseismicity and focal mechanism of the intermediate-depth Bucaramanga nest, Colombia||#JGR:92:13:1987:13913-13926|Microseism+Focal mechanism+Intermediate-focus earthquake+Colombia
J|0813|Willemann,R.J.+Frohlich,C.|Spatial patterns of aftershocks of deep focus earthquakes||#JGR:92:13:1987:13927-13943|Deep-focus earthquake+Aftershock+Spatial distribution+Pattern
J|0814|Frohlich,C.|Aftershocks and temporal clustering of deep earthquakes||#JGR:92:13:1987:13944-13956|Deep-focus earthquake+Aftershock+Clustering+Location
J|0815|Curchin,J.M.+Pennington,W.D.|Tidal triggering of intermediate and deep focus earthquakes||#JGR:92:13:1987:13957-13967|Intermediate-focus earthquake+Deep-focus earthquake+Tide+Triggering agent
J|0816|Anderson,D.L.|Thermally induced phase changes, lateral heterogeneity of the mantle, continental roots, and deep slab anomalies||#JGR:92:13:1987:13968-13980|Phase change+Heterogeneity+Mantle+Slab
J|0817|Lerner-Lam,A.L.+Jordan,T.H.|How thick are the continents?||#JGR:92:13:1987:14007-14026|Thickness+Continent+Rayleigh wave+Upper mantle
J|0818|Sibuet,J-C.+Letouzey,J.+Barbier,F.+Charvet,J.|Back arc extension in the Okinawa Trough||#JGR:92:13:1987:14041-14063|Okinawa Trough+Extension+Rift+Reflexion study
J|0819|Grand,S.P.|Tomographic inversion for shear velocity beneath the North American plate||#JGR:92:13:1987:14065-14090|Tomography+Shear wave+Velocity+North America+Structure
J|0820|Cooper,P.A.+Milholland,P.D.+Duennebier,F.K.|Seismicity of the Galapagos 95.5degreesW propagating rift||#JGR:92:13:1987:14091-14112|Galapagos+Seismicity+Rift+OBS System+Propagation
J|0821|Juhlin,C.+Pedersen,L.B.|Reflection seismic investigations of the Siljan impact structure, Sweden||#JGR:92:13:1987:14113-14122|Reflexion study+Sweden+Profile+Impact+Structure
J|0822|Beck,S.L.+Ruff,L.J.|Rupture process of the great 1963 Kurile Islands earthquake sequence: asperity interaction and multiple event rupture||#JGR:92:13:1987:14123-14138|Rupture+Kuril Islands+1963+Sequence+Asperity
J|0823|Bianchi,R.+Coradini,A.+Federico,C.+Giberti,G.|Modelling of surface deformation in volcanic areas: the 1970-1972 and 1982-1984 crises of Campi Flegrei, Italy||#JGR:92:13:1987:14139-14150|Modelling+Surface+Deformation+Volcanism+Italy
J|0824|Kroger,P.M.+Lyzenga,G.A.+Wallace,K.S.+Davidson,J.M.|Tectonic motion in the western United States inferred from very long baseline interferometry measurements, 1980-1986||#JGR:92:13:1987:14151-14163|Tectonics+United States+Interferometry+Deformation
J|0825|Hayward,B.W.|Comment on `Identity of igneous bodies beneath the continental shelf of west Northland, New Zealand' by P.J.J. Kamp||#NEZ:30:1:1987:93-98|Reflexion study+Continental shelf+Structure+New Zealand|With a reply by the author
J|0826|Imoto,M.|A Bayesian method for estimating earthquake magnitude distribution and changes in the distribution with time and space in New Zealand||#NEZ:30:2:1987:103-116|Bayesian method+b-Value+Magnitude+Seismicity+Space+Time+New Zealand
J|0827|Stern,T.A.+Davey,F.J.|A seismic investigation of the crustal and upper mantle structure within the central volcanic region of New Zealand||#NEZ:30:3:1987:217-231|New Zealand+Crustal structure+Upper mantle+Refraction study+Reflexion study
J|0828|Nunn,P.D.|Late Cenozoic tectonic history of Lau Ridge, Southwest Pacific, and associated shoreline displacements: review and analysis||#NEZ:30:3:1987:241-260|Tectonics+Southwest Pacific+Cenozoic+Displacement
J|0829|Yeats,R.S.|Tectonic map of Central Otago based on Landsat imagery||#NEZ:30:3:1987:261-271|Tectonics+Fault+New Zealand+Cenozoic
J|0830|Sundaralingam,K.+Denham,D.|Structure of the upper mantle beneath the Coral and Tasman Seas, as obtained from group and phase velocities of Rayleigh waves||#NEZ:30:4:1987:329-341|Upper mantle+Rayleigh wave+Coral Sea+Tasman Sea
J|0831|Zonenshain,L.P.+Matveenkov,V.V.+Baranov,B.V.+Khain,V.V.|Motion of Cretaceous sea mountains in the western Pacific during the last 110 million years|In Russian with English abstract|#OKN:27:4:1987:592-597|Sea mount+Volcanism+Western Pacific+Mantle
J|0832|Kazmin,V.G.+Evsyukov,Yu.D.+Merklin,L.R.|Tectonic control of sediments distribution in the Brazil basin|In Russian with English abstract|#OKN:27:4:1987:613-616|Tectonics+Brazil Basin+Sediment+Lithosphere
J|0833|Kalinin,A.V.+Pivovarov,B.L.+Tsvankin,I.D.|Ground Stoneley wave's dynamics and possibilities of its utilization in seismoacoustics|In Russian with English abstract|#OKN:27:6:1987:939-945|Stoneley wave+Seismoacoustics+Modelling+Wave field
J|0834||Earthquake fault in southwest Oklahoma described||Okla. Geol. Notes:47:4:1987:185|Fault+Oklahoma+Seismogenesis+Stability|Abstract
J|0835|Thomson,W.A.|A geophysical investigation of a possibly recent fault in southwestern Oklahoma||Okla. Geol. Notes:47:5:1987:234-235|Fault+Oklahoma+Uplift+Refraction study|Abstract
J|0836|Dziewonski,A.M.+Ekstrom,G.+Franzen,J.E.+Woodhouse,J.H.|Centroid-moment tensor solutions for July-September 1986||#PEP:46:4:1987:305-315|Centroid-moment tensor+1986|Letter section
J|0837|Dziewonski,A.M.+Ekstrom,G.+Franzen,J.E.+Woodhouse,J.H.|Global seismicity of 1978: centroid-moment tensor solutions for 512 earthquakes||#PEP:46:4:1987:316-342|Centroid-moment tensor+1978+Seismicity
J|0838|Wang,Z-S.+Zhong,T-J.|Study on the sequential activity and consecutive strong earthquakes in mainland China||#PEP:46:4:1987:343-356|Sequence+Large earthquake+China+Time+Space
J|0839|Poirier,J.P.|On Poisson's ratio and composition of the Earth's lower mantle||#PEP:46:4:1987:357-368|Poisson's ratio+Composition+Lower mantle+Velocity
J|0840|Stewart,R.C.|Comment on `A seismic event on August 20, 1983: double explosion or a single earthquake' by S.K. Arora and T.K. Basu||#PEP:46:4:1987:381-387|Earthquake+Explosion+PcP-wave+Magnitude|With a reply by the authors|#*CASPIANSEA
J|0841|Ashcroft,W.|Review of `An Introduction to Seismic Interpretation' by R. McQuillin, M. Bacon and W. Barclay||#PEP:46:4:1987:391-392|Survey+Seismics+Interpretation+Exploration+Review
J|0842|McFadden,P.L.|Review of `Landolt-Bornstein. Numerical Data and Functional Relationship in Science and Technology. New Series Group V, Volume 2. Geophysics of the Solid Earth, the Moon and the Planets. Subvolume b. V/2b.' by K. Fuchs and H. Soffel (Editors)||#PEP:46:4:1987:392-394|Solid-earth geophysics+Heat flow+Tectonics+Geomagnetism
J|0843|Gubbins,D.|Review of `Continuum Theories in Solid Earth Physics' by R.Teisseyre (Editor)||#PEP:46:4:1987:394-395|Continuum theory+Seismology+Mantle convection+Plate tectonics+Geomagnetism
J|0844|Engdahl,E.R.+Doornbos,D.J.+Woodhouse,J.H.|Preface to a special issue on seismological theory and practice||#PEP:47:1:1987:1-2|Theoretical seismology+Seismological practice
J|0845|Hjortenberg,E.|Seismic noise sampled in a worldwide experiment||#PEP:47:1:1987:1-3|Noise+Amplitude+Period+Station
J|0846|Pisarenko,V.F.+Kushnir,A.F.+Savin,I.V.|Statistical adaptive algorithms for estimation of onset moments of seismic phases||#PEP:47:1:1987:4-10|Detection+Onset+Signal+Noise
J|0847|Kosarev,G.L.+Makeyeva,L.I.+Vinnik,L.P.|Inversion of teleseismic P-wave particle motions for crustal structure in Fennoscandia||#PEP:47:1:1987:11-24|Inversion+P-wave+Crustal structure+Fennoscandia
J|0848|Del Pezzo,E.+De Natale,G.+Martini,M.+Zollo,A.|Source parameters of microearthquakes at Phlegraean fields (Southern Italy) volcanic area||#PEP:47:1:1987:25-42|Phlegraean fields+Microearthquake+Italy+Volcanism
J|0849|Console,R.+Di Giovambattista,R.|Local earthquake relative location by digital records||#PEP:47:1:1987:43-49|Location+Local earthquake+Digital recording+Waveform
J|0850|Hirata,N.+Matsu'ura,M.|Maximum-likelihood estimation of hypocentre with origin time eliminated using nonlinear inversion technique||#PEP:47:1:1987:50-61|Hypocentre+Origin time+Nonlinear inversion+Japan||#*GIFU
J|0851|Ekstrom,G.+Dziewonski,A.M.+Woodhouse,J.H.|Centroid-moment tensor solutions for the 51 IASPEI selected earthquakes, 1980-1984||#PEP:47:1:1987:62-66|Centroid-moment tensor+Earthquake+1980-1984
J|0852|Sipkin,S.A.|Moment tensor solutions estimated using optimal filter theory for 51 selected earthquakes, 1980-1984||#PEP:47:1:1987:67-79|1980-1984+Moment+Tensor+Broadband seismology
J|0853|Choy,G.L.+Engdahl,E.R.|Analysis of broadband seismograms from selected IASPEI events||#PEP:47:1:1987:80-92|Broadband seismology+Depth+Mechanism+Digital recording
J|0854|Rogers,R.M.+Pearce,R.G.|Application of the relative amplitude moment-tensor program to three intermediate-depth IASPEI earthquakes||#PEP:47:1:1987:93-106|Moment+Tensor+Amplitude+Intermediate-depth earthquake
J|0855|Stimpson,I.G.+Pearce,R.G.|Moment tensors and source processes of three deep Sea of Okhotsk earthquakes||#PEP:47:1:1987:107-124|Moment+Tensor+Deep-focus earthquake+Okhotsk, Sea of
J|0856|Pettersen,O.+Doornbos,D.J.|A comparison of source analysis methods as applied to earthquakes in Tibet||#PEP:47:1:1987:125-136|Tibet+Source+Location+Residual
J|0857|Pearce,R.G.|The relative amplitude method applied to 19 March 1984 Uzbekistan earthquake and its aftershocks||#PEP:47:1:1987:137-149|Uzbekistan+Amplitude+Aftershock+Mechanism||#*GAZLI3
J|0858|Stimpson,I.G.|The relative amplitude moment tensor method applied to the IASPEI deep earthquakes||#PEP:47:1:1987:150-158|Moment+Tensor+Amplitude+Deep-focus earthquake
J|0859|Kim,W-Y.|Modelling short-period crustal phases at regional distances for the seismic source parameter inversion||#PEP:47:1:1987:159-178|Modelling+Crust+Phase+Inversion
J|0860|Matsu'ura,M.+Hasegawa,Y.|A maximum likelihood approach to nonlinear inversion under constraints||#PEP:47:1:1987:179-187|Nonlinear inversion+Maximum likelihood+Geophysical data+Modelling
J|0861|Okal,E.A.+Jo,B-G.|Stacking investigations of the dispersion of higher order mantle Rayleigh waves and normal modes||#PEP:47:1:1987:188-204|Stacking+Rayleigh wave+Dispersion+Normal mode
J|0862|Suetsugu,D.+Nakanishi,I.|Three-dimensional velocity map of the upper mantle beneath the Pacific Ocean as determined from Rayleigh wave dispersion||#PEP:47:1:1987:205-229|Upper mantle+Pacific Ocean+Rayleigh wave+Dispersion+Map
J|0863|Suetsugu,D.+Nakanishi,I.|Regional and azimuthal dependence of phase velocities of mantle Rayleigh waves in the Pacific Ocean||#PEP:47:1:1987:230-245|Pacific Ocean+Rayleigh wave+Mantle+Velocity+Phase
J|0864|Cara,M.+Leveque,J-J.|Oriented olivine crystals in the upper mantle: a test from the inversion of multimode surface-wave data||#PEP:47:1:1987:246-252|Inversion+Surface wave+Upper mantle+Olivine
J|0865|Jobert,N.|Mantle wave deviations from `pure-path' propagation on aspherical models of the Earth by Gaussian beam waveform synthesis||#PEP:47:1:1987:253-266|Mantle+Wave+Propagation+Earth model
J|0866|Tajima,F.+Garmany,J.D.|Surface wave amplitude anomalies: is reciprocity valid?||#PEP:47:1:1987:267-287|Surface wave+Amplitude+Reciprocity+Path
J|0867|Morris,S.P.+Geller,R.J.+Kawakatsu,H.+Tsuboi,S.|Variational free oscillation computations for three laterally heterogeneous Earth models||#PEP:47:1:1987:288-318|Earth model+Free oscillation+Synthetic line spectra+Attenuation+Lateral heterogeneity
J|0868|Kennett,B.L.N.|Observational and theoretical constraints on crustal and upper mantle heterogeneity||#PEP:47:1:1987:319-332|Crust+Upper mantle+Heterogeneity+Modelling+Synthetic seismogram
J|0869|Olson,A.H.|A Chebyshev condition for accelerating convergence of iterative tomographic methods - solving large least squares problems||#PEP:47:1:1987:333-345|Tomography+Chebyshev method+Convergence+Least squares solution
J|0870|Felsen,L.B.|Spectral methods for bulk and guided waves in weakly inhomogeneous media||#PEP:47:1:1987:346-352|Spectral analysis+Body wave+Guided wave+Inhomogeneity
J|0871|Dziewonski,A.M.+Ekstrom,G.+Woodhouse,J.H.+Zwart,G.|Centroid-moment tensor solutions for October-December 1986||#PEP:48:1:1987:5-17|Centroid-moment tensor+Earthquake+1986|Letter section
J|0872|Dziewonski,A.M.+Ekstrom,G.+Franzen,J.E.+Woodhouse,J.H.|Global seismicity of 1979: centroid-moment tensor solutions for 524 earthquakes||#PEP:48:1:1987:18-46|1979+Centroid-moment tensor+Focal mechanism+Digital recording
J|0873|Eguchi,T.+Ukawa,M.+Fujinawa,Y.|Microearthquakes and tectonics around an outer rise: the Zenisu Ridge, Japan||#PEP:48:1:1987:47-63|Microearthquake+Tectonics+Zenisu Ridge+Japan
J|0874|Doser,D.I.|Modelling the Pnl waveforms of the Fairview Peak-Dixie Valley, Nevada, U.S.A. earthquake sequence (1954-1959)||#PEP:48:1:1987:64-72|Fairview Peak+Pn-wave+Sequence+1954-1959+Modelling
J|0875|Mori,J.+McKee,C.+Letz,H.|The central New Britain earthquake of May 10, 1985: tensional stresses in the frontal arc||#PEP:48:1:1987:73-78|New Britain+Earthquake+Tension+Stress||#*NEWBRITAIN85
J|0876|Gubbins,D.|Review of `The Physics of the Earth's Core' by P. Melchior||#PEP:48:1:1987:175-176|Review+Physics+Earth+Core
J|0877|Hanyga,A.|Review of `An introduction to the theory of seismology' by K.E. Bullen and B.A. Bolt||#PEP:48:1:1987:176-177|Review+Theory+Seismology
J|0878|Teisseyre,R.|Earthquake generation in different stress states||#PEP:49:1:1987:24-29|Generation+Stress+Creep+Numerical modelling
J|0879|Gusev,A.A.+Abubakirov,I.R.|Monte-Carlo simulation of record envelope of a near earthquake||#PEP:49:1:1987:30-36|Monte Carlo method+S-wave+Envelope+Near earthquake
J|0880|Young,C.J.+Lay,T.|Evidence for a shear velocity discontinuity in the lower mantle beneath India and the Indian Ocean||#PEP:49:1:1987:37-53|Shear wave+Velocity+Lower mantle+India
J|0881|Schwartz,S.Y.+Ruff,L.J.|Asperity distribution and earthquake occurrence in the southern Kurile Islands arc||#PEP:49:1:1987:54-77|Asperity+Occurrence+Kuril Islands+Distribution
J|0882|Kittl,P.+Diaz,G.|Earthquake risk and fracture statistics||#PEP:49:3:1987:222-224|Risk+Fracture+Statistics+Chile
J|0883|Gupta,S.|Reflection coefficient and the surface amplitude of SH waves from a multilayered laterally and vertically inhomogeneous anisotropic crust||#PEP:49:3:1987:225-237|SH-wave+Reflection coefficient+Anisotropy+Crust+Layered medium
J|0884|Mochizuki,E.|The excitation of normal modes by a curved line source||#PEP:49:3:1987:238-241|Normal mode+Line source+Stress+Inversion
J|0885|Mantovani,E.+Mucciarelli,M.|Evidence of interrelation between the seismicity of the Southern Apennines and Southern Dinarides||#PEP:49:3:1987:259-263|Apennines+Dinarides+Seismicity+Tectonics
J|0886|Wiens,D.A.+Okal,E.A.|Tensional intraplate seismicity in the Eastcentral Pacific||#PEP:49:3:1987:264-282|Intraplate seismicity+Tension+Pacific Ocean+Swarm||#*PACIFIC84
J|0887|Main,I.G.|A characteristic earthquake model of the seismicity preceding the eruption of Mount St. Helens on 18 May 1980||#PEP:49:3:1987:283-293|Seismicity+Modelling+Mount St. Helens+Eruption||#*MOUNTSTHELENS
J|0888|Wajeman,N.+Souriau,A.|A possible local anomaly in the 670-km discontinuity beneath Kerguelen||#PEP:49:3:1987:294-303|Kerguelen Islands+670km discontinuity+Converted wave+Lower mantle
J|0889|Smith,B.K.+Carpenter,F.O.|Transient creep in orthosilicates||#PEP:49:3:1987:314-324|Creep+Silicate+Viscosity
J|0890|Evernden,J.F.+Marsh,G.E.|Yields of US and Soviet nuclear tests||Physics today:40:8:1987:37-44|Magnitude+Discrimination+Explosion seismology+Nuclear explosion+Nuclear test ban
J|0891|Sweet,W.|Nuclear test ban verification agreements yield new seismic data||Physics today:40:11:1987:83-85|Explosion seismology+Discrimination+Nuclear explosion+Nuclear test ban
J|0892|Guterch,A.+Grad,M.+Materzok,R.+Perchuc,E.|Results of seismic crustal studies in Poland: 1969-1985|In Polish with English abstract|#PAA:A:-:1986:3-84|Poland+Crust+Velocity+Structure+1969-1985
J|0893|Aspden,H.|Earthquake-related EM disturbances||#QJR:28:4:1987:535-536|Electromagnetism+Earthquake lights|Letter
J|0894|Martelli,G.+Rothwell,P.|A reply to `Earthquake-related EM disturbances' by H. Aspden||#QJR:28:4:1987:537|Reply+Electromagnetism+Earthquake lights|Letter
J|0895|Kamigaichi,O.|Physical considerations on correction methods of volumetric strain and tilt data for the effects of atmospheric pressure change|In Japanese with English abstract|#QJS:50:3:1987:1-10|Crust+Tilt+Strain+Atmospheric pressure
J|0896|Hosono,K.+Sasakawa,I.+Tokunaga,K.+Katsumata,M.|Specific earthquake swarm activities in the area northwest of Chichijima, the Bonin Islands, since May 1985|In Japanese with English abstract|#QJS:50:3:1987:11-20|1985+Swarm+Bonin Islands+Mechanism
J|0897|Kanjo,K.|The existance of the seismic-wave velocity discontinuity in the Sagami Bay region estimated from converted SP waves|In Japanese with English abstract|#QJS:50:3:1987:21-24|Sagami Bay+Discontinuity+Converted wave+Velocity
J|0898|a-JMA Earthquake and Tsunami Observation Division|Tsunami observed in Japan, during 1980-1985|In Japanese|#QJS:50:3:1987:49-64|Tsunami+1980-1985+Japan
J|0899|Nihei,S.+Kamigaichi,O.+Sato,K.|On the observation of volume strain meter, based on the data 1976 to 1986 (part 1)|In Japanese|#QJS:50:3:1987:25-48|Japan+Strain+1976-1986
J|0900|a-JMA Seismological Observatory|Report on an earthquake in the eastern part of Nagano Prefecture, on August 24 1986|In Japanese|#QJS:50:3:1987:65-78|Earthquake+Nagano+Damage+1986||#*NAGANO86
J|0901|a-Sapporo District Meteorological Observatory|Report on the earthquake of the northern part of Sorachi region, Hokkaido, 13 November 1986|In Japanese|#QJS:50:3:1987:79-86|Earthquake+1986+Hokkaido+Damage||#*HOKKAIDO86
J|0902|Hosono,K.+Sasakawa,I.+Tokunaga,K.+Uechi,S.|Moderate-size earthquake activity in the southwest area of the Okinawa Trough in March, 1986|In Japanese with English abstract|#QJS:51:1:1987:1-8|Swarm+Okinawa+1986+Mechanism
J|0903|Kobayashi,A.|Verification of magma reservoir just under Usu Volcano|In Japanese|#QJS:51:1:1987:9-14|Magma+Reservoir+Usu Volcano+Japan
J|0904|Kobayashi,M.|Maximum amplitude characters recorded at Obihiro|In Japanese|#QJS:51:1:1987:15-20|Amplitude+Obihiro+Japan
J|0905|Haino,H.+Marui,S.+Tanaka,K.+Wajima,A.|On the recent seismicity in Urakawa region|In Japanese|#QJS:51:1:1987:21-26|Seismicity+Urakawa+Japan+Magnitude
J|0906|a-Fukuoka District Meteorological Observatory|Accuracy of the focal parameters near the Satsunan Islands region|In Japanese|#QJS:51:1:1987:27-34|Accuracy+Focus+Satsunan Islands+Japan
J|0907|Yamauchi,Y.+Takayama,H.|On the variation of the seismic detection capability by the newly installed Sapporo Seismic Telemetering System|In Japanese|#QJS:51:1:1987:35-46|Detection+Capability+Sapporo+Japan+Telemetry
J|0908|Ishikawa,Y.|Change of JMA hypocentre data and some problems|In Japanese with English abstract|#QJS:51:1:1987:47-56|Japan Meteorological Agency+Hypocentre
J|0909|a-Sapporo District Meteorological Observatory|Report on the earthquake of the northern part of Hidaka Mountains, January 14 1987|In Japanese|#QJS:51:1:1987:57-74|Hidaka Mountains+Earthquake+Damage+Hokkaido||#*HOKKAIDO87
J|0910|Yuliang,H.+Xiancheng,C.+Zhonglian,Z.+Wentao,M.|Induced seismicity at Hunanzhen reservoir, Zhejiang Province||#SMG:8:4:1986:1-26|Induced seismicity+Hunanzhen Reservoir+Zhejiang+China
J|0911|Huizhen,S.+Junxiu,S.+Lihua,L.|Analysis of stress field on fault on Liaodong Peninsula after Haicheng earthquake||#SMG:8:4:1986:27-50|Stress+Fault+Haicheng+China||#*HAICHENG
J|0912|Xianggen,L.+Yonkang,R.+Gui,P.+Jing,Z.|Active faults and their relationship with seismic activities in Dali of Yunnan Province and its adjacent regions|In Chinese with English abstract|#SMG:8:4:1986:51-62|Fault+Seismicity+Yunnan+China
J|0913|Yizhang,Z.+Ligong,W.+Haizhi,Z.|Investigation of epicentre of Jinzhou M=6.0 earthquake of 1861|In Chinese with English abstract|#SMG:8:4:1986:63-76|Epicentre+Liaoning+Jinzhou+1861
J|0914|Yongtai,C.|On pore pressure parameter in saturated rock-soils|In Chinese with English abstract|#SMG:8:4:1986:77-90|Pore pressure+Rock+Mechanism+Water level
J|0915|Zhang,J-S.+Lao,Q-Y.|Basement weakness zones on North China platform and its relationship with seismic activity||#SMG:9:1:1987:1-16|Basement+North China+Platform+Seismicity
J|0916|Sun,W-C.+Li,S-L.+Luo,L-L.+Yue,H-F.|A preliminary study on low velocity layer in the crust in North China|In Chinese with English abstract|#SMG:9:1:1987:17-26|Low-velocity layer+Crust+North China+Structure
J|0917|Gao,X-X.+Zhang,B-C.+Shen,M-Q.|Processing and interpretation of remote sensing information for the middle of Tancheng-Lujiang fault zone|In Chinese with English abstract|#SMG:9:1:1987:27-34|Tancheng-Lujiang+Remote sensing+Fault+Imaging
J|0918|Zhang,Y-M.+Guo,W-X.+Wang,L-M.|Research on the fault activity for determination of potential hypocentral area for Liaodong Peninsula|In Chinese with English abstract|#SMG:9:1:1987:35-41|Liaodong Peninsula+Fault+Risk+Source
J|0919|An,L-J.+He,Y-N.|Estimate of differential flow stress and strain rate for Honghe fault zone||#SMG:9:1:1987:45-59|Stress+Strain+Honghe+Dislocation
J|0920|Li,J-G.+Wang,S-Z.+Zhang,B-T.+Shi,L-Q.|The mechanical properties of fault gouge of Honghe fault zone at high temperature and pressure|In Chinese with English abstract|#SMG:9:1:1987:61-71|Stress+Strain+Fault+Honghe
J|0921|Xu,J-Y.|Approach to the mathematical expressions of the functions of shear strain y(x) and distortion distance s(x) across ductile shear zones|In Chinese with English abstract|#SMG:9:1:1987:77-84|Deformation+Shear strain+Ductility
J|0922|Ye,W-H.|Quantitative relationship between the source parameters and the earthquake magnitudes|In Chinese with English abstract|#SMG:9:2:1987:17-25|Source+Magnitude+Surface wave+Swarm
J|0923|Zhang,G-M.|Rhythmic characteristics of high seismic activity in China mainland|In Chinese with English abstract|#SMG:9:2:1987:27-37|Large earthquake+Seismicity+China+Quiescence
J|0924|Wang,L-M.|Some features of strong earthquake activity in space and time variation and recent seismically active trend in North China|In Chinese with English abstract|#SMG:9:2:1987:39-47|Seismicity+Space+Time+North China+Large earthquake
J|0925|Ning,J-Y.+Sang,S-X.|The distribution of earthquakes and stress state in the Japan Sea and the Northeast China|In Chinese with English abstract|#SMG:9:2:1987:49-60|Japan Sea+North China+Stress+Depth
J|0926|Gao,X-L.+Luo,H-Y.+Neugebauer,H.J.|Three dimensional numerical modelling for the dynamics of the continental collision|In Chinese with English abstract|#SMG:9:2:1987:65-73|Continent+Collision+Stress+Modelling
J|0927|Feng,X-Y.|Palaeoseismological study for Kaxhe fault zone, Xinjiang|In Chinese with English abstract|#SMG:9:2:1987:75-77|Palaeoseismology+Fault+Kaxhe+China
J|0928|Hang,H-Y.+He,M-L.+Li,Y-S.|The active faults in the eastern part of the Weihe Basin|In Chinese with English abstract|#SMG:9:2:1987:85-90|Fault+Mechanism+Weihe Basin+China
J|0929|Xie,J-M.+Huang,L-R.|The vertical deformation before and after the Tangshan earthquake of 1976||#SMG:9:3:1987:1-19|T'ang-shan+Deformation+Levelling+Stability||#*TANGSHAN
J|0930|Xiang,J-C.+Zhang,C-D.+Wan,S-F.+Zhang,C-L.|The recent characteristics of active main faults in the Beijing-Tianjin-Tangshan region|In Chinese with English abstract|#SMG:9:3:1987:21-28|Beijing+T'ang-shan+Fault+Geodetic survey||#*TANGSHAN
J|0931|Liang,H-H.|A mathematical simulation of structural features in Fen-Wei fault basin zone|In Chinese with English abstract|#SMG:9:3:1987:29-37|Finite element method+Uplift+Mantle+Fen-Wei fault
J|0932|Pan,S-D.+Du,Y-J.+Ma,J.+Yuan,S-R.|A primary study on tectonic earthquake and potential magnitude - an example of `lambda' type structure|In Chinese with English abstract|#SMG:9:3:1987:39-47|Tectonics+Fracture+Strain+Magnitude
J|0933|Huang,X-M.+Zheng,B-H.+Wang,T-M.+Li,T-P.|Identification of fault activity using recent topographic data|In Chinese with English abstract|#SMG:9:3:1987:51-60|Fault+Topography+Thrust
J|0934|Guo,S-M.+Liao,Y-H.+Li,Y-L.|Late Quaternary scarps and earthquakes on the Mackay segment of the Lost River fault in central Idaho, United States|In Chinese with English abstract|#SMG:9:3:1987:61-70|Idaho+Fault+Profile+Recurrence
J|0935|Lu,S-A.+Su,L-S.+Chen,Z-P.+Ding,B-Y.|Induced earthquakes by injecting and leaking water in Jiao 7 oil well, Shandong Province macroscopic phenomena on ground surface and characteristics of earthquake swarm activity|In Chinese with English abstract|#SMG:9:3:1987:79-83|Induced seismicity+Shandong+Water+Swarm
J|0936|Li,A-R.+Han,X-G.+Xu,Y-J.|Characteristics of gravity field in the Three-Gorge region, Western Hubei Province and its seismotectonic significance|In Chinese with English abstract|#SMG:9:3:1987:71-78|Seismotectonics+Gravity+Hubei+China
J|0937|Diao,S-Z.+Zhou,H-P.+Guo,A-X.|Induced earthquakes by injecting and leaking water in Jiao 7 oil well, Shandong Province characteristics of the focal parameters and earthquake sequences|In Chinese with English abstract|#SMG:9:3:1987:84-89|Induced seismicity+Shandong+Swarm+Water
J|0938|Wu,S-W.|Bentonite clay and ground deformation|In Chinese with English abstract|#SMG:9:3:1987:88-96|Clay+Deformation+Structure
J|0939|Ma,S-L.+Ma,J.|Experimental study on deformation fabrics of quartz and calcite in shear zone||#SMG:9:4:1987:1-17|Deformation+Microstructure+Shear+Friction
J|0940|Jin,Y-M.+Yu,X-C.|Dynamic variation of composite fault plane solution of small earthquakes in the North China|In Chinese with English abstract|#SMG:9:4:1987:19-31|Stress+Fault plane solution+Earthquake+North China
J|0941|Liang,H-Q.+Zhai,Q-S.+Li,F-Q.|Analysis of present state in Fangshan granodiorite mass and its surroundings in Beijing|In Chinese with English abstract|#SMG:9:4:1987:32-40|Stress+Beijing+Rotation+Fault||#*TANGSHAN
J|0942|Zhang,A-L.+Mi,F-S.|Discussion of genesis of recent Longwan-Shangyukou fracture zone in Hancheng County, Shaanxi Province|In Chinese with English abstract|#SMG:9:4:1987:55-61|Fracture+Shaanxi+Tectonics+Gravitation
J|0943|Zhang,J-S.|Two-phase deformation in the fault zone and related earthquake generation|In Chinese with English abstract|#SMG:9:4:1987:63-70|Deformation+Fault+Ductility+Strain+Generation
J|0944|Ou,A.|Analysis of observing data for seismic source dynamic from Earth's rotation in East Asia continent|In Chinese with English abstract|#SMG:9:4:1987:71-80|Source+Rotation+Continent+Earthquake
J|0945|Kubackova,L.+Kubacek,L.|Optimum estimators in the case of an a priori unknown covariance matrix||#CGS:17:-:1987:7-14|Estimator+Geophysical data
J|0946|Kubacek,L.+Kubackova,L.|The effect of stochastic relations on the statistical properties of an estimator||#CGS:17:-:1987:31-42|Estimator+Modelling+Statistics
J|0947|Brimich,L.|Analysis of Earth tide observations using the least-squares method||#CGS:17:-:1987:52-55|Least squares+Earth tide
J|0948|Bielik,M.+Skorvanek,M.+Burda,M.+Hubner,M.|Geological density model of the Earth crust along the international DSS profile No. V||#CGS:17:-:1987:66-75|Crust+Profile+Deep seismic sounding+Carpathians
J|0949|Pajdusak,P.|Modelling of the velocity distribution along profile KII using ray methods||#CGS:17:-:1987:76-86|Modelling+Velocity+Refraction study+Carpathians
J|0950|Sajgalikova,J.|Travel times of seismic waves propagating from the southwest and south-southeast to the seismic station Zelezna Studnicka||#CGS:17:-:1987:87-96|Travel-times+Velocity+Crust+Czechoslovakia
A|0951|Eriksson,A.+Ivansson,S.|Seismology 1987: nuclear test ban verification, earthquake and earth resource investigation||1988:Stockholm:Forsvarets Forskningsanstalt|Nuclear test ban+Resources+Earthquake
J|0952|Jech,J.|Iterative geophysical tomography||#SGE:30:3:1986:242-256|Tomography+Geophysics+Spline+P-wave
J|0953|Teikari,P.+Tobyas,V.|Consequences of transducer inductance for seismograph calibration||#SGE:30:3:1986:257-267|Magnification+Digital recording+Seismograph+Calibration
J|0954|Schenk,V.+Shenkova,Z.+Pospisil,P.+Zeman,A.|Seismotectonic model of the upper part of the Earth's crust of Czechoslovakia||#SGE:30:4:1986:321-330|Crust+Czechoslovakia+Seismotectonics+Occurrence
J|0955|Matyska,C.|The optimal shape design method applied to modelling thermal thinning of the oceanic lithosphere near hot spots||#SGE:30:4:1986:356-375|Hot spot+Lithosphere+Heat flow
J|0956|Kubik,J.+Cermak,V.|Heat flow in the Upper-Silesian coal basin: re-evaluation of data with special attention to lithology||#SGE:30:4:1986:376-393|Heat flow+Coal+Upper Silesia
J|0957|Wielandt,E.+Sigg,A.+Plesinger,A.+Horalek,J.|Deep structure of the Bohemian Massif from phase velocities of Rayleigh and Love waves||#SGE:31:1:1987:1-7|Structure+Bohemia+Velocity+Rayleigh wave+Love wave
J|0958|Hanus,V.+Vanek,J.|Deep seismically active fracture zones in Ecuador and northern Peru: Part 1: Ecuador||#SGE:31:1:1987:8-25|Fracture+Deep-focus earthquake+Ecuador+Peru
J|0959|Christoskov,L.+Eneva,M.|A generalized treatment of fault length distribution and magnitude-frequency relationship||#SGE:31:1:1987:26-36|Tectonics+Fault+Magnitude+Bulgaria
J|0960|Kopecky,M.|Forecast of abnormally high solar activity in the next century and of its possible negative effects on the Earth||#SGE:31:1:1987:43-59|Solar activity+Seismicity
J|0961|Tresl,J.|Topography effects on tidal strains and tilts||#SGE:31:2:1987:121-130|Topography+Tide+Strain+Tilt
J|0962|Tresl,J.+Vyskocil,V.+Hubner,M.|Stress in the lithosphere generated by terrain topography and density inhomogeneities in the Earth's crust||#SGE:31:2:1987:145-155|Stress+Lithosphere+Topography+Crust
J|0963|Hanus,V.+Vanek,J.|Deep seismically active fracture zones in Ecuador and northern Peru: Part 2: Northern Peru||#SGE:31:2:1987:156-175|Fracture+Deep-focus earthquake+Ecuador+Peru
J|0964|Hanus,V.+Vanek,J.+Sandoval,G.|Seismically active fracture zones and distribution of thermal springs in Ecuador||#SGE:31:3:1987:258-265|Deep-focus earthquake+Fracture+Ecuador+Thermal spring
J|0965|Babuska,V.+Plomerova,J.+Spasov,E.|Deep structure of the lithosphere beneath the territory of Bulgaria||#SGE:31:3:1987:266-283|Structure+Lithosphere+Bulgaria+P-wave
J|0966|Safanda,J.|Some remarks on the estimation of geothermal topocorrections||#SGE:31:3:1987:284-300|Heat flow+Topography
J|0967|Horak,J.|On the algebraic structure of particle motion in a field of turbulence||#SGE:31:3:1987:315-323|Particle motion+Turbulence
J|0968|Topferova,D.+Cerveny,V.|Numerical modelling of seismic wave fields in models containing stacks of thin layers||#SGE:31:4:1987:344-358|Stacking+Wave field+Numerical modelling+Layer
J|0969|Poezd,A.D.+Poezd,E.D.+Reznikov,A.E.|Method for numerical computing of wave fields of sources in nonuniform media||#SGE:31:4:1987:386-389|Numerical modelling+Wave field+Source
J|0970|Pec,K.|Angular correlation of geophysical fields||#TVG:23:-:1984:9-117|Geophysics+Symmetry+Rotation+Field
J|0971|Martinec,Z.|Free oscillations of the Earth||#TVG:23:-:1984:117-236|Free oscillation+Stress+Deformation+Boundary
J|0972|Prochazkova,D.+Tobyas,V.+Knaislova,D.|Earthquakes in the region of the open-pit mines in the Most area (CSSR)||#TVG:23:-:1984:237-250|Earthquake+Mining+Stability+Czechoslovakia
J|0973|Tobyas,V.+Prochazkova,D.+Knaislova,D.|Weak seismic phenomena localized in northwest Bohemia in 1982||#TVG:23:-:1984:251-260|1982+Bohemia+Macroseismic data+Mining+Seismicity
J|0974|Holub,K.+Tobyas,V.|Velocity of ground motion near blasts in an open-pit mine||#TVG:23:-:1984:261-280|Mining+Velocity+Ground motion+Blast+Bohemia
J|0975|Ruprechtova,L.+Holub,K.|How are the Ostrava-Karvina rockbursts recorded by teleseismic stations||#TVG:23:-:1984:281-296|Rockburst+Czechoslovakia+Station+Weak earthquake
J|0976|Kurata,E.+Iai,S.+Noda,S.|Annual report on strong-motion earthquake records in Japanese ports (1986)|With Japanese abstract|#TNP:-:588:1986:1-370|Report+Japan+Port+1986+Strong-motion instrument+Accelerogram
J|0977|Hasegawa,A.+Takagi,A.|Comparison of Wadati-Benioff zone geometry and distribution of earthquake generating stress beneath northeastern Japan and those beneath western South America||#SRT:31:1:1987:1-18|Stress+Earthquake+South America+Wadati-Benioff zone+Japan
J|0978|Matsuzawa,T.+Umino,N.+Hasegawa,A.+Takagi,A.|Estimation of thickness of a low-velocity layer at the surface of the descending oceanic plate beneath the northeastern Japan Arc by using synthesized PS-wave||#SRT:31:1:1987:19-28|Low-velocity layer+Plate+Japan+Converted wave
J|0979|Pararas-Carayannis,G.|An analysis of the dispersive characteristics of the 7 May 1986 tsunami||Tsunami Newsl.:20:1:1987:1-5|Tsunami+Earthquake+Dispersion||#*ANDREANOF
J|0980|Pararas-Carayannis,G.|The earthquakes and tsunamis of 17 & 30 November 1987||Tsunami Newsl.:20:2:1987:1|Earthquake+Tsunami||#*ALASKA187|#*ALASKA287
J|0981|Gordeyev,Ye.I.+Mel'nikov,Yu.Yu.+Chebrov,V.N.+Shevchenko,S.A.|Foreshock-aftershock process of the Kamchatka earthquake of August 17, 1983|In Russian|#VSM:-:3:1987:81-96|Foreshock+Aftershock+1983+Kamchatka||#*KAMCHATKA2
J|0982|Goritskii,Yu.A.+Feofilaktov,V.D.+Batasova,V.S.|Evaluation of the capacity of seismograph network to distinguish between elongated and point sources|In Russian|#VSM:-:4:1987:59-69|Seismograph+Network+Line source+Point source
J|0983|Zobin,V.M.|Seismotectonic deformation of the Earth's crust in the area of Klyuchevskoi group of volcanoes in Kamchatka, 1975-1978|In Russian|#VSM:-:4:1987:70-77|Volcanism+Seismotectonics+Deformation+Crust+Kamchatka+1975-1978
J|0984|Danilova,M.A.+Yunga,S.L.|Some regularities of stressed-deformed state of the Kuril-Kamchatka seismofocal zone|In Russian|#VSM:-:4:1987:78-87|Stress+Deformation+Focus+Kuril-Kamchatka Arc
J|0985|Rulenko,O.P.+Kim,K.P.|Measurement of acoustic noise and the height of water outburst during eruptions of Velikan, Bol'shoi, and Malyi geysers|In Russian|#VSM:-:4:1987:88-92|Noise+Acoustic emission+Water+Eruption+Geyser|Brief communication
J|0986|Starkov,V.I.|Anomalies in inclination and linear deformation of the Earth's crust preparing the earthquake of July 29, 1985|In Russian|#VSM:-:4:1987:93-97|Earthquake+Deformation+Crust+Inclination|Brief communication|#*HINDUKUSH85
J|0987|Shevchenko,Yu.V.+Gavrilov,V.A.+Lyannik,Yu.A.|Pulse calibration of seismometric channels of radiotelemetry system|In Russian|#VSM:-:4:1987:98-103|Calibration+Pulse+Seismometry+Radiotelemetry|Brief communication
J|0988|Shilov,V.N.|Catastrophic volcanic eruption in Cameroon in August 1986|In Russian|#VSM:-:4:1987:104-108|Volcanism+Eruption+Cameroon|Brief communication
J|0989||Seismometry, recordings and seismometric channels: general editors E.S. Borisevic, D.P. Kirnos|In Russian|#SMP:18:-:1986:3-167|Instrument+Seismometry+Recording+Channel
J|0990||Instruments and methods of recording of earthquakes: general editor D.P. Kirnos|In Russian|#SMP:19:-:1987:3-183|Instrument+Method+Recording+Earthquake
J|0991||Detailed engineering seismological investigations: general editor E.V. Popova|In Russian|#VIS:27:-:1986:3-216|Engineering seismology
J|0992||Strong earthquakes and seismic forces: general editor V.I. Bune|In Russian|#VIS:28:-:1987:4-253|Large earthquake+Force
J|0993|Ulbrich,U.+Ahorner,L.+Ebel,A.|Statistical investigations on diurnal and annual periodicity and on tidal triggering of local earthquakes in Central Europe||#JGZ:61:3:1987:150-157|Earthquake+Tide+Triggering+Periodicity+Central Europe+Rhine Massif
J|0994|Lana,X.+Carbonell,R.|Surface harmonic expansion methodology in restricted domains of the Earth's surface - Application to the Indian Ocean||#JGZ:61:3:1987:158-167|Group velocity+Rayleigh wave+Spherical harmonics+Mode+Indian Ocean+Lithosphere
J|0995|Ha,J.|Simple algorithms for vertical seismic profiling in transversely isotropic media||#JGZ:61:3:1987:168-172|Profile+Isotropy+Synthetic seismogram
J|0996|Berckhemer,H.|Review of `The continental crust: a geophysical approach' by R. Meissner||#JGZ:61:3:1987:200|Review+Continent+Crust
J|0997|Muller,G.|Review of `Acoustical imaging, Vol. 14' by A.J. Berkhout, J. Ridder, L.F. van der Wal (editors)||#JGZ:61:3:1987:200|Review+Acoustics+Imaging+Tomography
J|0998|Wapenaar,C.P.A.+Kinneging,N.A.+Berkhout,A.J.|Principle of prestack migration based on the full elastic two-way wave equation||#GPS:52:2:1987:151-173|Migration+Elasticity+Wave equation
J|0999|Lovera,O.M.|Boundary conditions for a fluid-saturated porous solid||#GPS:52:2:1987:174-178|Boundary+Saturation+Porosity
J|1000|Scales,J.A.|Tomographic inversion via the conjugate gradient method||#GPS:52:2:1987:179-185|Tomography+Inversion+Travel-times+Least squares solution+Conjugate gradient
J|1001|Hu,L-Z.+McMechan,G.A.|Wave-field transformation of vertical seismic profiles||#GPS:52:3:1987:307-321|Wave field+Profile+P-wave+S-wave
J|1002|Klemperer,S.L.|Seismic noise-reduction techniques for use with vertical stacking: An empirical comparison||#GPS:52:3:1987:322-334|Noise+Stacking+Vibroseis+Amplitude
J|1003|Schrodt,J.K.|Techniques for improving Vibroseis data||#GPS:52:4:1987:469-482|Vibroseis+Amplitude+Spectral analysis+Harmonic distortion
J|1004|Fornberg,B.|The pseudospectral method: Comparisons with finite differences for the elastic wave equation||#GPS:52:4:1987:483-501|Fourier analysis+Elasticity+Wave equation
J|1005|Gutowski,P.R.+Treitel,S.|The generalized one-dimensional synthetic seismogram||#GPS:52:5:1987:589-605|Synthetic seismogram+Elastic medium+Source+Receiver
J|1006|Macdonald,C.+Davis,P.M.+Jackson,D.D.|Inversion of reflection travel times and amplitudes||#GPS:52:5:1987:606-617|Inversion+Reflexion study+Travel-times+Amplitude
J|1007|Larner,K.+Beasley,C.|Cascade migrations: Improving the accuracy of finite-difference migration||#GPS:52:5:1987:618-643|Cascade+Migration+Finite difference method+Accuracy
J|1008|Hornby,B.E.+Murphy,W.F.|Vp/Vs in unconsolidated oil sands: Shear from Stoneley||#GPS:52:4:1987:502-513|Stoneley wave+Velocity+Waveform+Oil sand
J|1009|Siggins,A.F.+Stokes,A.N.|Circumferential propagation of elastic waves on boreholes and cylindrical cavities||#GPS:52:4:1987:514-529|Propagation+Elastic wave+Borehole+Cavity
J|1010|Lang,S.W.+Kurkjian,A.L.+McClellan,J.H.+Morris,C.F.+|Estimating slowness dispersion from arrays of sonic logging waveforms||#GPS:52:4:1987:530-544|Slowness+Dispersion+Array+Waveform
J|1011|Ursin,B.|Discussion on `When reflection coefficients are zero' by F.K. Levin||#GPS:52:3:1987:372|Reflexion coefficient|With reply by the author
J|1012|Hutchinson,D.R.|Discussion on `Deconvolution of noisy seismic data - A method for prestack wavelet extraction' by B.J. Newman||#GPS:52:3:1987:375|Discussion+Deconvolution+Noise+Stacking
J|1013|Wright,J.|The effects of transverse isotropy on reflection amplitude versus offset||#GPS:52:4:1987:564-567|Isotropy+Reflexion+Amplitude+Offset|Short note
J|1014|Vera,E.E.|On the connection between the Herglotz-Wiechert-Bateman and tau-sum inversions||#GPS:52:4:1987:568-570|Travel-times+Inversion|Short note
J|1015|Norris,A.|The tube wave as a Biot slow wave||#GPS:52:5:1987:694-696|Biot theory+Slow wave+Tube wave|Short note
J|1016|Hardec,H.C.+Elbring,G.J.+Paulsson,B.N.P.|Downhole seismic source||#GPS:52:6:1987:729-739|Borehole+Source
J|1017|Iverson,W.P.|Combining attenuation by Q and spherical divergence||#GPS:52:6:1987:740-744|Q+Attenuation+Divergence
J|1018|Sullivan,M.F.+Cohen,J.K.|Prestack Kirchoff inversion of common-offset data||#GPS:52:6:1987:745-754|Stacking+Inversion+Offset
J|1019|Yedlin,M.J.+Seymour,B.R.+Zelt,B.C.|Truncated asymptotic representation of waves in a one-dimensional elastic medium||#GPS:52:6:1987:755-764|Wave+Elastic medium+Synthetic seismogram
J|1020|Kummer,B.+Behle,A.+Doran,F.|Hybrid modelling of elastic-wave propagation in two-dimensional laterally inhomogeneous media||#GPS:52:6:1987:765-771|Modelling+Elastic wave+Propagation+Inhomogeneous medium
J|1021|Badri,M.+Mooney,H.M.|Q measurements from compressional seismic waves in unconsolidated sediments||#GPS:52:6:1987:772-784|Q+Compressional wave+Sediment
J|1022|Morse,V.C.+Johnson,J.H.+Crittenden,J.L.+Anderson,T.D.|Techniques for seismic delineation of complex structures: A case history||#GPS:52:6:1987:802-809|Delineation+Exploration+Structure
J|1023|Winterstein,D.F.|Vector attenuation: Some implications for plane waves in anelastic layered medium||#GPS:52:6:1987:810-814|Attenuation+Plane wave+Layered medium+Anelasticity|Short note
J|1024|Amundsen,H.E.F.+Griffin,W.L.+O'Reilly,S.Y.|The lower crust and upper mantle beneath northwestern Spitsbergen: evidence from xenoliths and geophysics||#TCT:139:3:1987:169-185|Lower crust+Upper mantle+Spitsbergen+Velocity
J|1025|Singh,D.D.|Crust and upper mantle velocity structure beneath north and central India from phase and group velocity of Rayleigh and Love waves||#TCT:139:3:1987:187-203|Crust+Upper mantle+Velocity+India
J|1026|Mogi,K.|Precursory seismic activity before the 1944 Tonankai (Japan) earthquake: focusing on the downward migration of seismic activity||#TCT:139:3:1987:205-221|Precursor+Japan+Migration+Magnitude
J|1027|Kuge,K.+Satake,K.|Lateral segmentation within the subducting lithosphere: three-dimensional structure beneath the North Island, New Zealand||#TCT:139:3:1987:223-237|New Zealand+Lithosphere+Structure+Velocity
J|1028|Bella,F.+Bella,R.+Biagi,P.F.+Della Monica,G.|Tilt measurements and seismicity in central Italy over a period of approximately three years||#TCT:139:3:1987:333-338|Italy+Tilt+Seismicity
J|1029|Tinti,S.+Vittori,T.+Mulargia,F.|On the macroseismic magnitude of the largest Italian earthquakes||#TCT:138:2:1987:159-178|Magnitude+Italy+Macroseismic data+Large earthquake
J|1030|Papadopoulos,G.A.|Large deep-focus shocks and significant volcanic eruptions in convergent plate boundaries during 1900-1980||#TCT:138:2:1987:223-233|Deep-focus earthquake+Plate boundary+Eruption+1900-1980
J|1031|El-Isa,Z.H.+Mechie,J.+Prodehl,C.+Makris,J.|A crustal structure study of Jordan derived from seismic refraction data||#TCT:138:2:1987:235-253|Refraction study+Jordan+Structure+Crust
J|1032|Mogi,K.|Recent seismic activity in the Tokai (Japan) region where a large earthquake is expected in the near future||#TCT:138:2:1987:255-268|Prediction+Japan+Seismicity+Large earthquake
J|1033|Kaila,K.L.+Tewari,H.C.+Chowdhury,K.R.+Rao,V.K.|Crustal structure of the northern part of the Proterozoic Cuddapah basin of India from deep seismic soundings and gravity data||#TCT:140:1:1987:1-12|Deep seismic sounding+India+Crust+Structure+Gravity
J|1034|Ashiya,K.+Asano,S.+Yoshii,T.+Ishida,M.|Simultaneous determination of the three-dimensional crustal structure and hypocentres beneath the Kanto-Tokai district, Japan||#TCT:140:1:1987:13-27|Crust+Structure+Japan+Hypocentre
J|1035|Egorkin,A.V.+Zuganov,S.K.+Pavlenkova,N.I.+Chernyshev,N.M.|Results of lithospheric studies from long-range profiles in Siberia||#TCT:140:1:1987:29-47|Lithosphere+Profile+Siberia+Velocity
J|1036|Holbrook,W.S.+Mooney,W.D.|The crustal structure of the axis of the Great Valley, California, from seismic refraction measurements||#TCT:140:1:1987:49-63|Crust+Structure+California+Refraction study
J|1037|James,D.E.+Clarke,T.J.+Meyer,R.P.|A study of seismic reflection imaging using microearthquake sources||#TCT:140:1:1987:65-79|Reflexion study+Imaging+Microearthquake+Source
J|1038|Cassinis,R.+Ranzoni,A.|Contribution of controlled source seismology to the study of seismogenesis - examples from the Italian transitional area||#TCT:140:1:1987:81-91|Controlled source+Seismogenesis+Italy+Velocity
J|1039|Alekseyev,A.S.+Tsibul'cik,G.M.|Comparative properties of the wave migration method and the inverse dynamic method in the processing of seismic reflection data||#TCT:140:1:1987:93-102|Migration+Inversion+Reflexion study
J|1040|Nikolayev,A.V.+Troitskii,P.A.|Lithospheric studies based on array analysis of P-coda and microseisms||#TCT:140:1:1987:103-113|Lithosphere+P-wave+Array+Microseism
J|1041|Tomada,Y.+Fujimoto,H.|Seismic velocity structure and gravity anomalies: a comparison||#TCT:140:1:1987:115-120|Velocity+Structure+Gravity
J|1042|Price,N.J.+Audley-Charles,M.G.|Tectonic collision processes after plate rupture||#TCT:140:2:1987:121-129|Tectonics+Plate+Collision+Banda Sea
J|1043|Yoshida,A.|Precursory activity in seismic belts containing the focal region of forthcoming large intraplate earthquakes||#TCT:140:2:1987:131-143|Precursor+Large earthquake+Focus+Intraplate earthquake
J|1044|Kirsch,R.+Lambert,A.+Buchbinder,G.G.R.|The seismic travel-time drop in the Charlevoix region from 1979 to 1980: evidence for aligned saturated cracks in the crust||#TCT:140:2:1987:145-154|Travel-times+Charlevoix+Crack+Saturation
J|1045|Brodie,K.H.+Rutter,E.H.|Deep crustal extensional faulting in the Ivrea Zone of northern Italy||#TCT:140:2:1987:193-212|Crust+Faulting+Reflexion study+Italy
J|1046|Joffe,S.+Garfunkel,Z.|Plate kinematics of the circum Red Sea - a re-evaluation||#TCT:141:1:1987:5-22|Kinematics+Plate+Red Sea+Rift
J|1047|Kashai,E.L.+Croker,P.F.|Structure geometry and evolution of the Dead Sea-Jordan rift system as deduced from new subsurface data||#TCT:141:1:1987:33-60|Reflexion study+Rift+Dead Sea+Jordan
J|1048|Shapira,A.+Feldman,L.|Microseismicity of three locations along the Jordan rift||#TCT:141:1:1987:89-94|Microseismicity+Jordan+Rift
J|1049|Rotstein,Y.|Gaussian probability estimates for large earthquake occurrence in the Jordan Valley, Dead Sea rift||#TCT:141:1:1987:95-105|Large earthquake+Occurrence+Jordan+Prediction
J|1050|Courtillot,V.+Armijo,R.+Tapponnier,P.|The Sinai triple junction revisited||#TCT:141:1:1987:181-190|Sinai+Tectonics+Structure+Kinematics
J|1051|Makris,J.+Ginzburg,A.|The Afar Depression: transition between continental rifting and sea floor spreading||#TCT:141:1:1987:199-214|Reflexion study+Rift+Sea-floor spreading+Afar
J|1052|Ebinger,C.J.+Rosendahl,B.R.+Reynolds,D.J.|Tectonic model of the Malawi rift, Africa||#TCT:141:1:1987:215-235|Tectonics+Modelling+Profile+Reflexion study+Malawi
J|1053|Cello,G.|Structure and deformation processes in the Strait of Sicily ``rift zone''||#TCT:141:1:1987:237-247|Structure+Deformation+Sicily+Deep seismic sounding
J|1054|Fuchs,K.+Bonjer,K-P.+Gajewski,D.+Luschen,E.|Crustal evolution of the Rhinegraben area. 1. Exploring the lower crust in the Rhinegraben rift by unified geophysical experiments||#TCT:141:1:1987:261-275|Lower crust+Geophysics+Rhine-Graben+Reflexion study
J|1055|Mandl,G.|Tectonic deformation by rotating parallel faults:- the ``bookshelf'' mechanism||#TCT:141:4:1987:277-316|Tectonics+Fault+Mechanism+Crust
J|1056|Moreau,C.+Regnoult,J-M.+Deruelle,B.+Robineau,B.|A new tectonic model for the Cameroon Line, Central Africa||#TCT:141:4:1987:317-334|Tectonics+Modelling+Cameroon
J|1057|Umeda,Y.+Kurioiso,A.+Ito,K.+Muramatu,I.|High accelerations produced by the Western Nagano Prefecture, Japan, earthquake of 1984||#TCT:141:4:1987:335-343|Acceleration+Japan+Earthquake+1984||#*NAGANO
J|1058|Clowes,R.M.+Gens-Lenartowicz,E.+Dernartin,M.+Saxov,S.|Lithosphere structure in southern Sweden - results from FENNOLORA||#TCT:142:1:1987:1-14|European Geotraverse Project+Lithosphere+Structure+Sweden
J|1059|Wessel,P.+Husebye,E.S.|The Oslo Graben gravity high and taphrogenesis||#TCT:142:1:1987:15-26|Gravity+Local earthquake+Norway+European Geotraverse Project
J|1060|Gajewski,D.+Prodehl,C.|Seismic refraction investigation of the Black Forest||#TCT:142:1:1987:27-48|Refraction study+Germany+Reflexion study+Crust+Upper mantle+European Geotraverse Project
J|1061|Gajewski,D.+Holbrook,W.S.+Prodehl,C.|A three-dimensional crustal model of southwest Germany derived from seismic refraction data||#TCT:142:1:1987:49-70|Crust+Modelling+Germany+Refraction study+European Geotraverse Project
J|1062|Biella,G.C.+Gelati,R.+Maistrello,M.+Mancuso,M.|The structure of the upper crust in the Alps-Apennines boundary region deduced from refraction seismic data||#TCT:142:1:1987:71-85|Upper crust+Structure+Alps+Refraction study+Apennines+European Geotraverse Project
J|1063|Van Wamel,W.A.|On the tectonics of the Ligurian Apennines||#TCT:142:1:1987:87-98|Tectonics+Italy+Apennines+European Geotraverse Project
J|1064|Cohen,S.+Morgan,R.C.|Propagating and quasi-static compressional straining in continental collisions||#TCT:142:2:1987:155-162|Strain+Collision+Compression+Continent
J|1065|Mogi,K.|The relation between the duration of long-term precursors and the magnitude of the subsequent earthquake||#TCT:142:2:1987:163-172|Precursor+Duration+Magnitude+Prediction
J|1066|Behr,H.J.+Heinrich,S.T.|Geological interpretation of DEKORP 2-S: A deep seismic reflection profile across the Saxothuringian and possible implications for the late Variscan structural evolution of Central Europe||#TCT:142:2:1987:173-202|Reflexion study+Central Europe+Crust
J|1067|Mulargia,F.+Gasperini,P.+Tinti,S.|Contour mapping of Italian seismicity||#TCT:142:2:1987:203-216|Italy+Seismicity+Map
J|1068|Olsen,K.H.+Baldridge,W.S.+Callender,J.F.|Rio Grande rift: an overview||#TCT:143:1:1987:119-139|Rio Grande Rift+Seismicity+Structure+Lithosphere
J|1069|Isaev,E.N.|Structural-geophysical model of the basement complex of the Aden-Red Sea region||#TCT:143:1:1987:181-192|Geophysics+Modelling+Aden+Red Sea
J|1070|Ben-Avraham,Z.|Rift propagation along the southern Dead Sea rift (Gulf of Elat)||#TCT:143:1:1987:193-200|Rift+Dead Sea+Reflexion study
J|1071|Logatchev,N.A.+Zorin,Yu.A.|Evidence and causes of the two-stage developement of the Baikal rift||#TCT:143:1:1987:225-234|Baikal+Rift+Refraction study+Reflexion study
J|1072|Izzeldin,A.Y.|Seismic, gravity and magnetic surveys in the central part of the Red Sea: their interpretation and implications for the structure and evolution of the Red Sea||#TCT:143:4:1987:269-306|Reflexion study+Red Sea+Gravity+Magnetism
J|1073|Chen,Y-T.+Chen,X-F.+Knopoff,L.|Spontaneous growth and autonomous contraction of a two-dimensional earthquake fault||#TCT:144:1:1987:5-17|Fault+Growth+Contraction+Mechanics
J|1074|Mikumo,T.+Hirahara,K.+Miyatake,T.|Dynamical fault rupture processes in heterogeneous media||#TCT:144:1:1987:19-36|Fault+Rupture+Heterogeneous medium+Dynamics
J|1075|Li,V.C.+Seale,S.H.+Cao,T.|Postseismic stress and pore pressure readjustment and aftershock distribution||#TCT:144:1:1987:37-54|Stress+Pore pressure+Aftershock+Mechanics
J|1076|Spetzler,H.+Sondergeld,C.+Sobolev,G.+Salov,B.|Seismic and strain studies on large laboratory rock samples being stressed to failure||#TCT:144:1:1987:55-68|Strain+Rock+Stress+Failure
J|1077|Hiraga,H.+Shimamoto,T.|Textures of sheared halite and their implications for the seismogenic slip and deep faults||#TCT:144:1:1987:69-86|Seismogenesis+Fault+Slip+Shear+Halite
J|1078|Logan,J.M.+Ranenzahn,K.A.|Frictional dependence of gouge mixtures of quartz and montmorillonite on velocity, composition and fabric||#TCT:144:1:1987:87-108|Friction+Velocity
J|1079|Ohnaka,M.+Kuwahara,Y.+Yamamoto,K.|Constitutive relations between dynamic physical parameters near a tip of the propagating slip zone during stick-slip shear failure||#TCT:144:1:1987:109-125|Failure+Shear+Dynamics+Slip
J|1080|Dieterich,J.H.|Nucleation and triggering of earthquake slip: effect of periodic stresses||#TCT:144:1:1987:127-139|Nucleation+Triggering+Slip+Periodicity
J|1081|Wang,R.+Zhao,Y.+Chen,Y.+Yan,H.|Experiment and finite element simulation of X-type shear fractures from a crack in marble||#TCT:144:1:1987:141-150|Fracture+Shear+Finite element method+Crack
J|1082|Cheng,A.+Jackson,D.D.+Matsu'ura,M.|Aseismic crustal deformation in the Transverse Ranges of Southern California||#TCT:144:1:1987:159-180|Aseismicity+California+Deformation+Crust
J|1083|Kato,T.+Rybicki,K.+Kasahara,K.|Mechanical interaction between neighbouring active faults - an application to the Atera fault, central Japan||#TCT:144:1:1987:181-188|Fault+Japan+Mechanics+Large earthquake
J|1084|Johnston,M.J.S.+Linde,A.T.+Gladwin,M.T.+Borcherdt,R.D.|Fault failure with moderate earthquakes||#TCT:144:1:1987:189-206|Fault+Failure+Strain+Tilt
J|1085|Shimada,S.+Sakata,S.+Noguchi,S.|Coseismic strain steps observed by three-component borehole strainmeters||#TCT:144:1:1987:207-214|Strain+Borehole+Japan+Deformation
J|1086|Wesson,R.L.|Modelling aftershock migration and afterslip of the San Juan Bautista, California, earthquake of October 3, 1972||#TCT:144:1:1987:215-229|Modelling+Aftershock+Migration+California
J|1087|Kikuchi,M.+Fukao,Y.|Inversion of long-period P-waves from great earthquakes along subduction zones||#TCT:144:1:1987:231-247|Inversion+P-wave+Large earthquake+Subduction
J|1088|Fukao,Y.+Kikuchi,M.|Source retrieval for mantle earthquakes by iterative deconvolution of long-period P-waves||#TCT:144:1:1987:249-269|Source+Mantle+Deconvolution+P-wave
J|1089|Takeo,M.+Mikami,N.|Inversion of strong motion seismograms for the source process of the Naganoken-Seibu earthquake of 1984||#TCT:144:1:1987:271-285|Inversion+Strong-motion analysis+Source+Japan||#*NAGANO
J|1090|Shimizu,H.+Ueki,S.+Koyama,J.|A tensile-shear crack model for the mechanism of volcanic earthquakes||#TCT:144:1:1987:287-300|Crack+Shear+Modelling+Volcanism
J|1091|Larroque,J.M.+Etchecopar,A.+Philip,A.|Evidence for the permutation of stresses sigma1 and sigma2 in the Alpine foreland: the example of the Rhine graben||#TCT:144:4:1987:315-322|Stress+Rhine Massif+Focal mechanism+Asthenosphere
J|1092|Stuart,G.W.+Zengeni,T.G.|Seismic crustal structure of the Limpopo mobile belt, Zimbabwe||#TCT:144:4:1987:323-335|Crust+Structure+Zimbabwe+Profile
J|1093|Rikitake,T.|Review of `Evaluating Earthquake Hazards in the Los Angeles Region - An Earth-Science Perspective' by J.I. Ziony||#TCT:144:4:1987:353-354|Review+Hazard+Los Angeles
J|1094|Rikitake,T.|Review of `The National Earthquake Hazards Reduction Programme - Scientific status' by T.C. Hanks||#TCT:144:4:1987:354-355|Hazard+United States+Review
J|1095|Westbrook,G.K.|Review of `Data-Processing and Interpretation' by R.E. Sheriff and L.P. Geldart||#TCT:144:4:1987:355-356|Data processing+Interpretation+Review
J|1096|Min,Z.+Wu,F.T.|Nature of the upper crust beneath central Tibet||#EPL:84:2:1987:204-210|Reflexion study+Refraction study+Tibet+Crust
J|1097|Peters,J.+Beaumont,C.|Tidal and secular tilt from an earthquake zone: thresholds for detection of regional anomalies||#EPL:84:2:1987:263-276|Tide+Tilt+Detection+Earthquake
J|1098|Forsyth,D.W.+Ehrenbard,R.L.+Chapin,S.|Anomalous upper mantle beneath the Australian-Antarctic discordance||#EPL:84:4:1987:471-478|Upper mantle+Rayleigh wave+Australia+Antarctica
J|1099|Jones,A.G.|Are impact-generated lower-crustal faults observable?||#EPL:85:1:1987:248-252|Lower crust+Fault+Impact
J|1100|Hurich,C.A.+Smithson,S.B.|Compositional variation and origin of deep crustal reflections||#EPL:85:4:1987:416-426|Reflexion study+Deep crust+Composition+Reflexion coefficient
J|1101|Bounif,A.+Haessler,H.+Meghraoui,M.|The Constantine (northeast Algeria) earthquake of October 27, 1985: surface ruptures and aftershock study||#EPL:85:4:1987:451-460|Earthquake+Algeria+Rupture+Aftershock||#*ALGERIA85
J|1102|Anderson-Fontana,S.+Engeln,J.F.+Lundgren,P.+Larson,R.L.|Tectonics of the Nazca-Antarctic plate boundary||#EPL:86:1:1987:46-56|Tectonics+Nazca Plate+Antarctica+Seismicity+Focal mechanism
J|1103|Holberg,O.|Computation aspects of the choice of operator and sampling interval for numerical differentiation in large-scale simulation of wave phenomena||#GPP:35:6:1987:629-655|Modelling+Sampling+Exploration+Numerical differentiation+Simulation
J|1104|Gelius,L.J.|Inverse Q-filtering. A spectral balancing technique||#GPP:35:6:1987:656-667|Q+Filtering+Inversion
J|1105|Tarif,P.+Bourbie,T.|Experimental comparison between spectral ratio and rise time techniques for attenuation measurement||#GPP:35:3:1987:668-680|Attenuation+Spectral ratio+Rise time+Q+Borehole
J|1106|Hutton,G.D.|The perfectly reflecting wedge used as a control model in seismic diffraction modelling||#GPP:35:6:1987:681-699|Diffraction+Modelling+Wedge+Fault+Discontinuity
J|1107|Vetter,W.J.|Vertical heterogeneity and moveout in the one-dimensional medium||#GPP:35:6:1987:700-717|Moveout+Velocity profile+Layered medium+Heterogeneous medium
J|1108|Brotz,R.+Marschall,R.+Knecht,M.|Signal adjustment of vibroseis and impulsive source data||#GPP:35:7:1987:739-766|Signal+Vibroseis+Source+Profile
J|1109|Krajewski,P.+Dresen,L.+Schott,W.+Ruter,H.|Studies of roadway modes in a coal seam by dispersion and polarization analysis: a case history||#GPP:35:7:1987:767-786|Coal+Dispersion+Polarization+Mode
J|1110|Scherbaum,F.|Levinson inversion of earthquake geometry SH-transmission seismograms in the presence of noise||#GPP:35:7:1987:787-802|Inversion+Noise+SH-wave+Layered medium
J|1111|Dankbaar,J.W.M.|Vertical seismic profiling - separation of P- and S-waves||#GPP:35:7:1987:803-814|Profile+P-wave+S-wave+Filtering
J|1112|Meister,J.+Dresen,L.|Hybrid seismic modelling: a technique to combine physical and computer methods for vertical wave incidence||#GPP:35:7:1987:815-831|Modelling+Synthetic seismogram+Feedback method+Coal+Inhomogeneity
J|1113|Breitzke,M.+Dresen,L.+Csokas,J.+Gyulai,A.|Parameter estimation and fault detection by three-component seismic and geoelectrical surveys in a coal mine||#GPP:35:7:1987:832-863|Coal+Fault+Seismic survey+Attenuation+Polarization
J|1114|Milkereit,B.|Decomposition and inversion of seismic data - an instantaneous slowness approach||#GPP:35:8:1987:875-894|Inversion+Slowness+Velocity+Stacking+Reflexion study+Refraction study
J|1115|Sutton,G.R.+Moore,B.J.|Inversion of an unmigrated stacked section to determine an interval velocity model||#GPP:35:8:1987:895-907|Inversion+Stacking+Velocity+Modelling
J|1116|De Amorim,W.N.+Hubral,P.+Tygel,M.|Computing field statics with the help of seismic tomography||#GPP:35:8:1987:907-919|Field+Statics+Tomography+Reflexion study
J|1117|Eiken,O.|Comment on ``Extended marine arrays versus simulated extended arrays'' by M.M. Roksandic||#GPP:35:8:1987:932-933|Array+Stacking+Source+Shot
J|1118|Knecht,M.+Edelmann,H.A.K.|Processing shear-wave VSP data||#GPP:35:9:1987:955-972|Shear wave+Vertical seismic profiling+Vibroseis+P-wave
J|1119|Bruckl,E.|The interpretation of traveltime fields in refraction seismology||#GPP:35:9:1987:973-992|Refraction study+Travel-times+Profile+Wavefront
J|1120|Smith,G.C.+Gidlow,P.M.|Weighted stacking for rock property estimation and detection of gas||#GPP:35:9:1987:993-1014|Gas+Rock+Stacking+P-wave
J|1121|Rouhiainen,P.J.|Engineering geophysical studies of the Loviisa nuclear power plant site, Finland||#GPP:35:9:1987:1015-1029|Finland+Geophysics+Nuclear waste+Fracture+Borehole
J|1122|Kelamis,P.G.|Comment on ``The exact seismic response of an ocean and n-layer configuration'' by G.G. Drijkoningen and J.T. Fokkema||#GPP:35:9:1987:1065-1069|Response+Layered medium+Synthetic seismogram+Modelling|With a reply by the authors
J|1123|Hanks,T.C.|Seismology in the United States 1983-1986||#RGS:25:6:1987:1131-1133|Seismology+United States+1983-1986
J|1124|Bakun,W.H.|Future earthquakes||#RGS:25:6:1987:1135-1138|Prediction+Earthquake
J|1125|Hill,D.P.|Seismotectonics||#RGS:25:6:1987:1139-1148|Seismotectonics+Seismicity+Fault+Rupture
J|1126|Joyner,W.B.|Strong-Motion Seismology||#RGS:25:6:1987:1149-1160|Strong-motion analysis+Ground motion+Engineering seismology+Source
J|1127|Lay,T.|Structure of the Earth: Mantle and Core||#RGS:25:6:1987:1161-1167|Structure+Earth+Mantle+Core
J|1128|Mooney,W.D.|Seismology of the Continental Crust and Upper Mantle||#RGS:25:6:1987:1168-1176|Seismology+Crust+Upper mantle+Continent
J|1129|Orcutt,J.A.|Structure of the Earth: Oceanic Crust and Uppermost Mantle||#RGS:25:6:1987:1177-1196|Structure+Earth+Oceanic crust+Upper mantle
J|1130|Schwartz,D.P.|Earthquakes of the Holocene||#RGS:25:6:1987:1197-1202|Earthquake+Holocene+Fault+Deformation+Geology
J|1131|Smith,S.W.|IRIS - A University Consortium for Seismology||#RGS:25:6:1987:1203-1207|IRIS+Broadband seismology+Network
J|1132|Sykes,L.R.|Underground Nuclear Explosions: Verifying Limits on Underground Testing, Yield Estimates, and Public Policy||#RGS:25:6:1987:1209-1214|Nuclear explosion+Verification+Yield
J|1133|Chapman,D.S.|Tectonophysics 1983-1986; an overview||#RGS:25:6:1987:1215-1218|Tectonophysics+1983-1986
J|1134|Kirby,S.H.+Kronenberg,A.K.|Rheology of the Lithosphere: Selected Topics||#RGS:25:6:1987:1219-1244|Rheology+Lithosphere
J|1135|McNutt,M.|Lithospheric stress and deformation||#RGS:25:6:1987:1245-1253|Lithosphere+Stress+Deformation
J|1136|Hager,B.H.+Gurnis,M.|Mantle Convection and the State of the Earth's Interior||#RGS:25:6:1987:1277-1285|Mantle+Convection+Structure+Tomography
J|1137|Jurdy,D.M.|Plates and their Motions||#RGS:25:6:1987:1286-1292|Plate+Continental drift+Driving mechanism+Subduction+Tectonics
J|1138|Bruhn,R.L.|Continental Tectonics: Selected Topics||#RGS:25:6:1987:1293-1304|Tectonics+Continent+Deep crust+Fault
J|1139|Moore,J.C.+Silver,E.A.|Continental Margin Tectonics: Submarine Accretionary Prisms||#RGS:25:6:1987:1305-1312|Geophysics+Tectonics+Continental boundary+Accretionary prism
J|1140|Sempere,J-C.+Macdonald,K.C.|Marine Tectonics: Processes at Mid-Ocean Ridges||#RGS:25:6:1987:1313-1347|Tectonics+Mid-ocean ridge+Fault+Fracture
J|1141|Mase,C.W.+Smith,L.|The Role of Pore Fluids in Tectonic Processes||#RGS:25:6:1987:1348-1358|Tectonics+Pore pressure+Mechanics+Fault
J|1142|Kastens,K.A.|A Compendium of Causes and Effects of Processes at Transform Faults and Fracture Zone||#RGS:25:7:1987:1554-1562|Transform fault+Fracture zone+Tectonics
J|1143||Correction to ``Rheology of the Lithosphere: Selected Topics'' by S.H. Kirby and A.K. Kronenberg||#RGS:25:8:1987:1680-1681|Rheology+Lithosphere
J|1144|Bleistein,N.|On the imaging of reflectors in the Earth||#GPS:52:7:1987:931-942|Imaging+Reflector+Theory+Inversion
J|1145|Miller,D.+Oristaglio,M.+Beylkin,G.|A new slant on seismic imaging: Migration and integral geometry||#GPS:52:7:1987:943-964|Imaging+Migration+Reflexion study+Velocity
J|1146|Fokkema,J.T.+Ziolkowski,A.|The critical reflection theorem||#GPS:52:7:1987:965-972|Deconvolution+Reflexion study+Plane wave+Layered medium
J|1147|Ronen,J.|Wave-equation trace interpolation||#GPS:52:7:1987:973-984|Wave equation+Inversion+Moveout+Trace+Fourier analysis
J|1148|Pullan,S.E.+MacAulay,H.A.|An in-hole shotgun source for engineering seismic surveys||#GPS:52:7:1987:985-996|Source+Explosion+Seismic survey+Shot
J|1149|Loewenthal,D.+Stoffa,P.L.+Foria,E.L.|Suppressing the unwanted reflections of the full wave equation||#GPS:52:7:1987:1007-1012|Reflexion study+Wave equation|Short note
J|1150|Kaufman,S.|Report on COCORP: Northwest Cordillera and Southern Appalachian regions||#GPS:52:7:1987:1015|Reflexion study+Map+Digital processing
J|1151|Mareschal,J-C.|Review of ``The Physics of the Earth's Core: An introduction'' by P. Melchior||#GPS:52:7:1987:1017-1081|Earth+Core+Density+Model
J|1152|Martinez,R.D.+McMechan,G.A.|Analysis of absorption and dispersion effects in synthetic tau-p seismograms||#GPS:52:8:1987:1033-1047|Absorption+Dispersion+Synthetic seismogram+Q
J|1153|Cliet,C.+Dubesset,M.|Three-component recordings: Interest for land seismic source study||#GPS:52:8:1987:1048-1059|Seismic survey+Recording+Polarization+SH-wave
J|1154|Hildebrand,S.T.|Reverse-time depth migration: Impedance imaging condition||#GPS:52:8:1987:1060-1064|Migration+Imaging+Inversion+Wave field
J|1155|George,Th.+Virieux,J.+Madariaga,R.|Seismic wave synthesis by Gaussian beam summation: A comparison with finite differences||#GPS:52:8:1987:1065-1073|Reflexion study+Finite difference method+Numerical analysis+Gaussian beam+Theory
J|1156|Kosloff,D.+Kessler,D.|Accurate depth migration by a generalized phase-shift method||#GPS:52:8:1987:1074-1084|Migration+Phase shift+Velocity+Structure+Fault
J|1157|Chiu,S.K.L.+Stewart,R.R.|Tomographic determination of three-dimensional seismic velocity structure using well logs, vertical seismic profiles, and surface seismic data||#GPS:52:8:1987:1085-1098|Tomography+Profile+Well-log+Travel-times+Inversion
J|1158|Haddon,R.A.W.|Numerical evaluation of Green's functions for axisymmetric boreholes using leaking modes||#GPS:52:8:1987:1099-1105|Leaking mode+Green's function+Borehole+Body wave
J|1159|Ross,W.S.+Shah,P.M.|Vertical seismic profile reflectivity: Ups and downs||#GPS:52:8:1987:1149-1154|Reflectivity+Profile+Layered medium+Deconvolution|Short note
J|1160|Greaves,R.J.+Fulp,T.J.|Three-dimensional seismic monitoring of an enhanced oil recovery process||#GPS:52:9:1987:1175-1187|Reflexion study+Monitoring+Oil+Profile+Velocity
J|1161|Hill,N.R.|Downward continuation of refracted arrivals to determine shallow structure||#GPS:52:9:1987:1188-1198|Structure+Refraction study+Imaging+Wave field
J|1162|Raz,S.|Beam stacking: A generalized preprocessing technique||#GPS:52:9:1987:1199-1201|Beam+Stacking+Imaging+Structure
J|1163|Mora,P.|Nonlinear two-dimensional elastic inversion of multioffset seismic data||#GPS:52:9:1987:1211-1228|P-wave+S-wave+Velocity+Inversion+Least squares
J|1164|Drogset,B.+Hargreaves,N.+Larner,K.|Air-gun source instabilities||#GPS:52:9:1987:1229-1251|Airgun+Source
J|1165|Emmerich,H.+Korn,M.|Incorporation of attenuation into time-domain computations of seismic wave fields||#GPS:52:9:1987:1252-1264|Attenuation+Wave field+Propagation+Time domain+SH-wave
J|1166|Cheng,C.H.+Jinzhong,Z.+Burns,D.R.|Effects of in-situ permeability on the propagation of Stoneley (tube) waves in a borehole||#GPS:52:9:1987:1279-1289|Permeability+Propagation+Stoneley wave+Tube wave+Borehole
J|1167|Lee,M.W.|Particle displacements on the wall of a borehole from incident plane waves||#GPS:52:9:1987:1290-1296|Borehole+Plane wave+Particle motion+Vertical seismic profiling
J|1168|Hildebrand,S.T.|Local Fourier transform of the Helmholtz wave equation||#GPS:52:9:1987:1303-1305|Fourier transform+Wave equation|Short note
J|1169|Mareschal,J-C.|Review of `Reflection Seismology: A Global Perspective and Reflexion Seismology: The Continental Crust' by M. Barazangi and L. Brown, editors||#GPS:52:9:1987:1306|Reflexion study+Continent+Crust
J|1170|Mareschal,J-C.|Review of `The continental crust: a geophysical approach' by R. Meissner||#GPS:52:9:1987:1307-1308|Continent+Crust+Geophysics+Reflexion study
J|1171|Brown,A.R.+Edwards,G.S.+Howerd,R.E.|Fault slicing - A new approach to the interpretation of fault data||#GPS:52:10:1987:1319-1327|Fault+Slicing+Seismic survey+Mapping
J|1172|Christie,P.A.F.+Dangerfield,J.A.|Borehole seismic profiles in the Ekofisk Field||#GPS:52:10:1987:1328-1345|Borehole+Profile+North Sea+Reflexion study
J|1173|Robertson,J.D.|Carbonate porosity from s/p traveltime ratios||#GPS:52:10:1987:1346-1354|Porosity+Travel-times+P-wave+S-wave+Reflexion study+Oklahoma
J|1174|Mallick,S.+Frazer,L.N.|Practical aspects of reflectivity modelling||#GPS:52:10:1987:1355-1364|Reflectivity+Modelling+Synthetic seismogram+Layered medium
J|1175|Chang,W-F.+McMechan,G.A.|Elastic reverse-time migration||#GPS:52:10:1987:1365-1375|Migration+Modelling+P-wave+S-wave+Stacking
J|1176|Hsu,K.+Chang,S-K.|Multiple-shot processing of array sonic waveforms||#GPS:52:10:1987:1376-1390|Waveform+Array+Compressional wave+Shear wave+Stoneley wave
J|1177|Johnston,D.H.|Physical properties of shale at temperature and pressure||#GPS:52:10:1987:1391-1401|Shale+Deformation+P-wave+S-wave+Velocity
J|1178|Nobes,D.C.+Schneider,G.+Hodgson,S.|Discussion on ``Effects of porosity and clay content on wave velocities in sandstones'' by D. Han, A. Nur, D. Morgan||#GPS:52:10:1987:1439-1441|Porosity+Velocity+Sandstone|With a reply by the authors
J|1179|Schoenberg,M.+Levin,F.K.|Discussion on ``An investigation into fundamental relationship between attenuation phase dispersion and frequency using seismic refraction profiles over sedimentary structures'' by R.S. Jacobson||#GPS:52:10:1987:1445|Attenuation+Dispersion+Refraction study+Profile+Structure+Sediment|With reply by the author
J|1180|Dehlinger,P.|Review of ``Seismic Traveltime Inversion'' by S.V. Goldin||#GPS:52:10:1987:1446|Inversion+Travel-times
J|1181|Laine,E.F.|Remote monitoring of the steam-flood enhanced oil recovery process||#GPS:52:11:1987:1457-1465|Oil+Borehole+Tomography+Attenuation
J|1182|Biondi,B.+Ronen,J.|Dip moveout in shot profiles||#GPS:52:11:1987:1473-1482|Moveout+Profile+Dip
J|1183|Muller,G.+Temmi,P.|Fast frequency-wavenumber migration for depth-dependant velocity||#GPS:52:11:1987:1483-1491|Migration+Velocity+Density+Fourier transform
J|1184|Diebold,J.B.|Three-dimensional traveltime equation for dipping layers||#GPS:52:11:1987:1492-1500|Travel-times+Layered medium+Dip
J|1185|Lynn,W.+Doyle,M.+Larner,K.+Marschall,R.|Experimental investigation of interference from other seismic crews||#GPS:52:11:1987:1501-1524|Reflexion study+Noise+Interference
J|1186|Blair,J.M.+Korringa,J.|Aberration-free image for SH reflection in transversely isotropic media||#GPS:52:11:1987:1563-1565|SH-wave+Imaging+Isotropic medium|Short note
J|1187|Schoenberg,M.+Sen,P.N.+White,J.E.|Attenuation of acoustic modes due to viscous drag at the borehole wall||#GPS:52:11:1987:1566-1569|Attenuation+Acoustics+Borehole+Viscosity|Short note
J|1188|Shuey,R.T.|Review of ``Methodes Sismiques'' by M. Lavergne||#GPS:52:11:1987:1587|Review+Propagation+Reflexion study+Refraction study+Profile+Signal
J|1189|Nakamura,Y.+Donoho,P.L.+Roper,P.H.+McPherson,P.M.|Large-offset seismic surveying using ocean-bottom seismographs and air guns: Instrumentation and field technique||#GPS:52:12:1987:1601-1611|Seismic survey+Ocean-bottom seismograph+Airgun+Instrumentation
J|1190|Huang,K-Y.+Fu,K-S.+Cheng,S-W.+Liu,Z-S.|Syntatic pattern recognition and Hough transformation for reconstruction of seismic patterns||#GPS:52:12:1987:1612-1620|Pattern recognition+Seismic exploration
J|1191|Giannakis,G.B.+Mendel,J.M.|Entropy interpretation of maximum-likelihood deconvolution||#GPS:52:12:1987:1621-1630|Entropy+Reflexion study+Seismogram+Deconvolution
J|1192|Mithal,R.+Vera,E.E.|Comparison of plane-wave decomposition and slant stacking of point-source seismic data||#GPS:52:12:1987:1631-1638|Plane wave+Stacking+Point source+Reflexion study
J|1193|Beydoun,W.B.+Keho,T.H.|The paraxial ray method||#GPS:52:12:1987:1639-1653|Green's function+Heterogeneous medium+Wave field+Ray tracing
J|1194|Banik,N.C.|An effective anisotropy parameter in transversely isotropic media||#GPS:52:12:1987:1654-1664|Anisotropy+P-wave+SV-wave+Velocity+Moveout+Reflexion study
J|1195|Ebeniro,J.O.+Nakamura,Y.+Sawyer,D.S.|Estimating the thickness of shallow salt from seismic refractions||#GPS:52:12:1987:1708-1714|Salt+Refraction study+Mexico G. of+Thickness|Short note
J|1196|Tan,T.H.|Reciprocity theorem applied to the geophone-ground coupling problem||#GPS:52:12:1987:1715-1717|Geophone+Coupling+Reciprocity+Velocity|Short note
J|1197|Notfors,C.D.+Godfrey,R.J.|Dip moveout in the frequency-wavenumber domain||#GPS:52:12:1987:1718-1721|Dip+Moveout+Seismic processing+Reflexion study|Short note
J|1197|Notfors,C.D.+Godfrey,R.J.|Dip moveout in the frequency-wavenumber domain||#GPS:52:12:1987:1718-1721|Dip+Moveout+Seismic processing+Reflexion study|Short note