引文
谷继成、谢小碧、赵莉,1979,强余震的时空分布规律及其理论解释,地球物理学报,22(1),32~46。
国家地震局,1990,地震学分析预报方法程式指南,25~65,北京:地震出版社。
蒋海昆、傅征祥、刘杰等,2007a,中国大陆地震序列研究,北京:地震出版社。
蒋海昆、黎明晓、吴琼等,2008,5·12汶川8.0级地震序列及相关问题讨论,地震地质,30(3),746~758。
蒋海昆、杨马陵、孙学军等,2011,暴雨触发局部地震活动的一个典型例子:2010年6月广西凌云-凤山交界3级震群活动,地球物理学报,154(10),2606~2619。
蒋海昆、郑建常、吴琼等,2007b,传染型余震序列模型震后早期参数特征及其地震学意义,地球物理学报,50(6),1778~1786。
蒋海昆、郑建常、吴琼,2007c,中国大陆中强以上地震余震分布尺度的统计特征,地震学报,29(2),151~164。
陆远忠、吴佩稚、沈建文,1983,直接余震和间接余震,地球物理学报,36(4),355~365。
平田隆幸,许晏平译,1990,通过破裂实验观察地震现象,见:斋藤正德等,数理地震学,57~65,北京:地震出版社。
吴开统、焦远碧、吕培苓等,1990,地震序列概论,165~198,北京:北京大学出版社。
张国民、李丽,2003,地壳介质的流变性与孕震模型,地震地质,25(1),1~10。
中国地震局,1998,地震现场分析大纲及技术指南,79~125,北京:地震出版社。
Aki K,1979,Characterization of barriers on an earthquake fault,J Geophys Res,84,6140~6148.
Aki K,1981,A probabilistic synthesis of precursory phenomena.In earthquake prediction,an International review,M Ewing Ser4ed,American Geophysical Union,56~574.
Aki K,1984,Asperities,barriers,characteristic earthquake and strong motion prediction,J Geophys Res,89(B7),5867~5872.
Aki K,Bouchon M,Chouet B,et al,1977,Quantitative prediction of strong motion for a potential earthquake fault,Ann Geofits,30,341~368.
Benioff H,1951,Earthquake and rock creep,Bull Seism Soc Am,41,31~62.
Ben-Zion Y,James R R,1993,Earthquake failure sequences along a cellular fault zone in a Three-Dimensional Elastic Solidcontaining asperity and Nonasperity regions,J Geophys Res,98(B8),14109~14131.
Biasi G P,Weldon R J,2006,Estimating surface rupture length and magnitude of paleoearthquakes from point measurements ofrupture displacement,Bull Seism Soc Am,96,1612~1623.
Bosl W J,Nur A,2002,Aftershocks and pore fluid diffusion following the1992Landers earthquake,J Geophys Res,107(B12),2366.
Bowden F P,Tabor D,1950,The friction and lubrication of solids,PartⅠClarendon Press,Oxford.
Bowden F P,Tabor D,1964,The friction and lubrication of solids,PartⅡClarendon Press,Oxford.
Brace W F,Byerlee J D,1966,Stick-slip as a mechanism for earthquakes,Science,153(5),990~992.
Brune J N,1979,Implications of earthquake triggering and rupture prepagation for earthquake based on premonitory phenomena,J Geophys Res,84,2195~2198.
Burridge R,Knopoff L,1967,Model and theoretical seismicity,Bull Seism Soc Am,57(3),341~371.
Chen Y T,Knopoff L,1987,Similation of earthquake sequences,J Geophys Res,91,693~703.
Clement N,2009,Common dependence on stress for the two fundamental laws of statistical seismology,Nature,462(3),642~645.
Das S,Aki K,1977,Fault plane with Barriers:A versatile earthquake model,J Geophys Res,82,5658~5670.
Das S,Henry C,2003,Spatial relation between main earthquake slip and its aftershock distribution,Reviews of Geophysics,41(3),1013,doi:10.1029/2002RG000119.
Deng J S,Hudnut K,Gurnis M,et al,1999,Stress loading from viscous flow in the lower crust and triggering of aftershocksfollowing the1994Northridge California,earthquake,Geophys Res Lett,26(21),3209~3212.
Dieterich J H,1972,Time-dependent friction as a possible mechanism for aftershocks,J Geophys Res,77,3771~3781.
Dieterich J H,1979a,Modeling of rock friction,1,experimental results and constitutive equations,J Geophys Res,84,2161~2168.
Dieterich J H,1979b,Modeling of rock friction,2,simulation of preseismic slip,J Geophys Res,84,2169~2175.
Dieterich J H,1981,Constitutive properties of rock with simulated gouge,in Mechanical behavior of crustal rocks,Geophys,Monogr Ser,24,103~120.
Dieterich J H,1994,A constitutive law for rate of earthquake production and it application to earthquake clustering,J Geophys Res,99(B2),2601~2618.
Dieterich J H,2000,The use of earthquake rate changes as a stress meter at Kilauea volcano,Nature,408(23),457~460.
Drakatos G,2000,Relative seismic quiescence before large aftershocks,Pure Appl Geophys,157(9),1407~1421.Drakatos G,2000,Relative seismic quiescence before large aftershocks,Pure Appl Geophys,157(9),1407~1421.
Eaton J P,O'Neil M E,Murdoch J N,1970,Aftershocks of the1966Parkfield-Cholame,California,earthquake:A detailedstudy,Bull Seism Soc Am,60,1151~1197.
Enescu B,Mori J,Miyazawa M,2007,Quantifying early aftershock activity of the2004mid-Niigata Prefecture earthquake(MW6.6),J Geophys Res,112(B4),BO4310.
Freed A M,Lin J,2001,Delayed triggering of the1999Hector Mine earthquake by Viscoelastic stress transfer,Nature,411(6834),180~183.
Gasperini P,Mulargia F,1989,A statistical analysis of seimicity in Italy:The clustering properties,Bull Seism Soc Am,79,973~988.
Gentili S,Bressan G,2008,The partitioning of radiated energy and the largest aftershock of sequences occurred in thenortheastern italy and western slovenia,J Seismol,12,343~354.
Griffith A A,1920,The phenomena of rupture and flow in solids,Philos T Roy Soc A,221,163~198.
Griffith A A,1924,The theory of rupture.In:Biezeno CG,Burgers JM Proc,1st Int,54~63.
Gross S,Bürgmann R,1998,Rate and state of background stress estimated from the aftershocks of the1989Loma Prieta,California,earthquake,J Geophys Res,103,4915~4927.
Guo Z Q,Ogata Y,1997,Statistical relations between the parameters of aftershocks in time,space,and magnitude,J Geophys Res,102(B2),2857~2873.
Hainzl S,Enescu B,Cocco M,et al,2008,Aftershock modeling based on uncertain stress calculations,J Geophys Res,114(B05309),1~12.
Hainzl S,Zoller G,Wang R,2010,Impact of the receriver fault distribution on aftershock activity,J Geophys Res,115(B05315),1~12.
Hauksson E,2000,Crustal structure and seismicity distribution adjacent to the pacific and North America Plate boundary insouthern California,J Geophys Res,105(B6),13875~13903.
Helmstetter A,Didier S,2003,Importance of direct and indirect triggered seismicity in ETAS model of seismicity,Geophys ResLett,30(11),1576~1580.
Henry C,Das S,2001,Aftershock zones of large shallow earthquakes:fault dimensions,aftershock area expansion,and scalingrelationships,Geophys J Int,147,272~293.
Hidel A,Satoshi I,2009,Complexity in earthquake sequences controlled by multiscale heterogeneity in fault fracture energy,JGeophys Res,114,B03305.
Hirata T,1987,Omori's power law aftershock sequences of microfracturing in rock fracture experiment,J Geophys Res,92,6215~6221.
Hori T,Miyazaki S,2011,A possible mechanism of M9earthquake generation cycles in the area of repeating M7~8earthquakessurrounder by aseismic sliding,Earth Planets Space,63,773~777.
Huc M,Main I G,2003,Anomalous stress diffusion in earthquake triggering:Correlation length,time-dependence,anddirectionality,J Geophys Res,108,2324.
Husen S,Bachmann C,Giardini D,2007,Locally triggered seismicity in the central Swiss Alps following the large rainfall event ofAugust2005,Geophys J Int,171,1126~1134.
Jones L M,Hauksson E,1998,Stress triggering of aftershocks,In EOS Trans American Geophysical Union,79,pages Fall Meet.Suppl,Abstract S32B-06.
Kagan Y Y,2004,Short-term properties of earthquake catalogs and models of earthquake source,Bull Seism Soc Am,94(4),1207~1228.
Kagan Y Y,Houston H,2005,Relation between mainshock rupture process and Omori's law for aftershock monent release rate,Geophy J Int,163(3),1039~1048.
Kanamori H,1981,The nature of seismicity patterns before large earthquake.Earthquake prediction———an international review,Maurice Ewing Series(American Geophysical Union4),1~19.
Kanamori H,Brodsky E E,2004,The physics of earthquakes,Rep Prog Phys,67(8),1429~1496.
Karen R F,2010,Aftershock triggering is a multi-step process,Submitted to Bull Seism Soc Am.
Kisslinger C,Jones L M,1991,Properties of aftershocks in southern California,J Geophys Res,96,11947~11958.
Latoussakis J,Drakatos G,1994,A quantitative study of some aftershock sequence in Greece,Pure Appl Geophys,143(4),603~616.
Lei X L,Yu G Z,Ma S L,et al,2008,Earthquakes induced by water injection at~3km depth within the Rongchang gas field,Chongqing,China,J Geophys Res,113,B10310.
Lindman M,Jonsdottir K,Roberts R,et al,2005,Earthquakes descaled:on waiting time distributions and scaling laws,PhysRev Lett,94(10),108501.
Lolli B,Gasperini P,2006,Comparing different models of aftershock decay:the role of catalog incompleteness in the first timesafter mainshock,Tectonophysics,423,43~59.
Madariaga R,Peyrat S,Olsen K B,2000,Rupture dynamics in3D:A review in problems in geophysics for the New Millennium,Editrici Compositori,Bologna,Italy,89~110.
Marone C,1998,Laboratory-derived frictional laws and their application to seismic faulting,Ann Rev Earth Planet Sci,26,643~696.
Mendoza C,Hartzell S H,1988a,Aftershock patterns and mainshock faulting,Bull Seism Soc Am,78,1438~1449.
Mendoza C,Hartzell S H,1988b,Inversion for slip distribution using teleseismic P waveforms North Palm Springs,Borah Peak,and Michoacan earthquakes,Bull Seism Soc Am,78,1092~1111.
Mendoza C,Hartzell S H,1989,Slip distibution of the19September1985Michoacan,Mexicl earthquake:Near-source andteleseismic constraints,Bull Seism Soc Am,79,655~669.
Mikumo T,Miyatake T,1979,Earthquake sequences on a frictional fault model with non-uniform strengths and relaxation times,Geophys J R Astr Soc,59,559~583.
Miller SA,Collettini C,Chiaraluce L,et al,2004,Aftershocks driven by a high-pressure CO2source at depth,Nature,427,724~727.
Miyake H,Iwata T,Irikura K,2001,Estimation of rupture propagation direction and strong motion generation area from azimuthand distance dependence of source amplitude spectra,Geophys Res Lett,28(14),2727~2730.
Mogi K,1962a,On the time distribution of aftershocks accompanying the recent major earthquake in and near Japan,BullEarthquake Res Inst,40,107~124.
Mogi K,1962b,Study of elastic shocks cansed by the fracture of heterogonous materials,and ite relation to the earthquakephenomena,Bull Earthquake Res Inst,40,1~31.
Mogi K,1963,Some discussions on aftershocks,foreshocks and earthquake swarms———the fracture of a semi-infinite body causedby inner stress origin and its relation to the earthquake phenomena,Bull Earthquake Res Inst,Univ,Tokyo,615~658.
Mogi K,1977,Seismicity activity and earthquake prediction,in Preceedings of the Symposium on Earthquake PredictionResearch,203~214.
Nur A,Booker J R,1972,Aftershocks caused by pore fluid flow?Science,175,885~888.
Ogata Y,1988,Statistical models for earthquake occurrences and residual analysis for point processes,J Am Stat Assoc,83(401),9~27.
Ogata Y,1989,Statistical model for standard scismicity and detection of anomalies by residual analysis,Tectonophysics,169,159~174.
Ojala I O,Main I G,Ngwenya B T,2004,Strain rate and temperature dependence of Omori law scaling constants of AE data:Implications for earthquake foreshock-aftershock sequences,Geophys Res Lett,31,L24617.
Ojala I O,Ngwenya B T,Main I G,et al,2003,Correlation of microseismic and chemical properties of brittle deformation inLocharbriggs sandstone,J Geophys Res,108(B5),2268.
ztürk S,Bayrak Y,2005,Statistical analysis of the aftershock sequences that occurred in Turkey during1995~2004,4thcongress of Balkan geophysical Society,11~23.
Pandee A P,Chadha R K,2003,Surface loading and triggered earthquakes in the Koyna-Warna region,western India,PhysEarth Planet Inter,139(3),207~223.
Papageorgiou A,Aki K,1983a,A specific barrier model for the quantitative description of inhomogeneous faulting and theprediction of strong ground motion,I,Description of the model,Bull Seism Soc Am,73,693~722.
Papageorgiou A,Aki K,1983b,A specific barrier model for the quantitative description of inhomogeneous faulting and theprediction of strong ground motion,Ⅱ,Applications of the model,Bull Seism Soc Am,73,953~978.
Peng Z,Vidale J E,Houston H,2006,Anomalous early aftershock decay rate of the2004MW6.0Parkfield,California,earthquake,Geophys Res Lett,33,L17307.
Peng Z,Vidale J E,Ishii M,et al,2007,Seismicity rate immediately before and after main shock rupture from high-frequencywaveforms in Japan,J Geophys Res,112,B03306.
Peng Z,Zhao P,2009,Migration of early aftershocks following the2004Parkfield earthquake,Nature Geoscience,2,877~881.
Perfettini H,Avouac J P,2004,Postseismic relaxation driven by brittle creep:A possible mechanism to reconcile geodeticmeasurements and the decay rate of aftershocks,application to the Chi-Chi earthquake,Taiwan,J Geophys Res,109(B2),B02304.
Perfettini H,Avouac J P,2007,Modeling afterslip and aftershocks following the1992Landers earthquake,J Geophys Res,112(B7),B07409.
Rabinowitz N,Steinberg D M,1998,Aftershock decay of three recent strong earthquakes in the Levant,Bull Seism Soc Amer,88(6),1580~1587.
Roeloffs E A,1988,Fault stability changes induced beneath a reservoir with cyclic variations in water level,J Geophys Res,93(B3),2107~2124.
Rudnicki J W,1986,Slip on an impermeable fault in a fluid-saturated rock mass,Earthquake Source Mechanics,GeophysicalMonograph37and Maurice Ewing volume6,8l~90.
Ruina,1983,Slip Instability and State Variable Friction Laws,J Geophys Res,88(B12),10359~10370.
Rybichi K,1973,Analysis of aftershocks on the base of dislocation theory,Phys Earth Planet Inter,7(4),409~422.
Saar M O,Manga M,2003,Seismitity induced by seasonal groundwater recharge at Mt.Hood,Oregon,Earth Planet Sci Lett,214(3),605~618.
Scholz C H,1968a,Microfractures aftershocks and seismicity,Bull Seism Soc Am,58,1117~1130.
Scholz C H,1968b,An experimental study of the fracturing process in brittle rock,J Geophys Res,73,1447~1454.
Scholz C H,1968c,Microfractures and the inlastic deformation of rock in compression,J Geophys Res,73,1417~1432.
Scholz C H,1972,Static fatigue of Quartz,J Geophys Res,77,2104~2114.
Scholz C H,1990,The mechanics of earthquakes and faulting,Cambrige University Press,116~133.
Shapiro S A,Patzig R,Rothert E,et al,2003,Triggering of seismicity bypore-pressure perturbations:Permeability-relatedsignatures of the phenomenon,Pure Appl Geophys,160(5~6),1051~1066.
Shaw B E,1993,Generalized Omori law for aftershocks and foreshocks from a simple dynamics,Geophys Res Lett,20,907~920.
Shibazaki B,Shimamato T,2007,Modelling of short-interval silent slip events in deeper subduction interfaces considering thefrictional properties at the unstable-stable transition regime,Geophys J Int,doi:10.1111/j.1365-246X.2007.03434x.
Shibazaki B,Shuhui B,Takanori M,et al,2010,Modeling the activity of short-term slow slip events along deep subductioninterfaces beneath Shikoku,southwest Japan,J Geophys Res,115,B00A19,doi:10.1029/2008JB006057.
Somerville P,Irikula K,Graver R,1999,Characterizing crustal earthquake slip models for the prediction of strong ground motion,Seism Res Lett,70(1),59~80.
Stephan H,Robert B S,2004,Probabilistic earthquake relocation in three-dimensional velocity models for the YellowstoneNational Park region,Wyoming,Bull Seism Soc Am,94(3),880~896.
Takayuki W,Hirata G A,1987,Omori's Power law aftershock sequences of microftacturing in rock fracture experiment,J GeophysRes,92,6215~6221.
Talwani P,Acree S,1985,Pore pressure diffusion and the mechanism of reservoir-induced seismicity,Pure Appl Geophys,122(6),947~965.
Tang C A,1997,Numerical simulation of rock failure and associated seismicity,Int J Rock Mech Min Sct,34(2),249~262.
Tang C A,John A,Hudson,1993,Rock failure instability and related aspects of earthquake mechanisms,Beijing:China CoalIndustry publishing House.
Utsu T,1961,A statistical study on the occurrence of aftershocks,Geophys,30,521~545.
Utsu T,2002,Statistical Features of Seismicity,International Handbook of Earthquake and Engineering Seismology,81,719~731
Utsu T,Ogata Y,Matsuura R S,1995,The Centenary of the Omori formula for a decay law of aftershock activity,J Phys Earth,43(1),1~33.
Vinciguerra S,1999,Seismic scaling exponents as a tool in detecting stress corrosion crack growth leading to the september-october1989flank eruption at Mt.Etna Volcanl,Geophys Res Lett,26(24),3685~3688.
Wells D L,coppersmith K J,1994,New empirical relationships among magnitude,rupture length,rupture width,rupture area andsurface displacement,Bull Seism Soc Am,84,974~1002.
Yamada T,Paul G O,Cecily J W,2010,Kīholo Bay,Hawaii,earthquake sequence of2006:Relationship of the main shock slipwith locations and source parameters of aftershocks,J Geophys Res,115(B08304),1~12.
Yamashita T,1979,Aftershock occurrence due to viscoelastic stress recovery and an eatimate of the tectonic stress field near the SanAndreas fault system,Bull Seism Soc Am,68(3),680~686.
Yamanaka Y,Kikuchi M,2004,Asperity map along the subduction zone in northeastern Japan inferred from regional seismic data,J Geophys Res,109,B07307.
Yamashita T,Knopoff L,1987,Model of aftershock occurrence,Geophysical Journal of the Royal Astronomical Society,91,13~26.
Zoback M D,Harjes H P,1997,Injection-induced earthquakes and crustal stress at9km depth at the KTB deep drilling site,Germany,J Geophys Res,102(B8),18477~18491.