Faculty

Institution

Unit

Venue

Michael E. Oskin

Professor

University of California, Davis

Affiliations

College of Letters and Science

Earth and Planetary Sciences

Michael E. Oskin is currently serving as a College Of Letters And Science Professor at University of California, Davis.

Honors

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Experiences

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Education

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Michael E. Oskin

University of California, Davis

Professor

You can click a keyword to filter the displayed items

earth science planetary sciences tectonics geology seismology geodynamics regional tectonics geomorphology geophysical research regional geology geophysics plate tectonics marine geology geography engineering geology environmental science earthquake rupture climate change tectonophysics fault geometries stratigraphy structural geology altyn tagh fault shear zones crustal deformation geodesy quaternary science planetary geomorphology planetary geology orogeny northern gulf basin evolution neotectonics coastal geomorphology paleoclimatology arid environments eastern california coastal research hillslope process tectonic evolution sedimentary geology geospatial mapping earth observation strike-slip faults numerical simulations seismic hazard planetary environments tibetan plateau continental tectonics rift system southern california basement-cored uplifts upper delfin basin high-resolution topography el mayor-cucapah ridgecrest earthquake sequence haiyuan fault hydrological process land degradation landslides geoenvironmental engineering soil erosion geological engineering applied geomorphology pleistocene facies analysis active tectonics structure from motion kyrgyz range pull-apart basins central los angeles ridgecrest earthquakes double bend hydrometeorology planetary change earth system science morphotectonics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Crustal‐Scale Duplex Development During Accretion of the Jiuxi Foreland Basin, North Qilian Shan. Tectonics (2024)

Yiran WangMichael E. OskinYouli LiXiu HuJinghao LeiFei Liu

planetary sciencestectonicsseismologyregional tectonicsjiuxi foreland basincivil engineeringcrustal-scale duplex developmentbasin analysisgeodynamicsearth sciencestructural geologyregional geologynorth qilian shancontinental tectonicsbasin evolution

Fault Interaction and Strain Partitioning Deduced From Deformed Fluvial Terraces of the Eastern North Qilian Foreland, Ne Tibetan Plateau. Journal of Geophysical Research Solid Earth (2024)

Xiu HuYiran WangWeitao WangMichael E. OskinZhigang LiJinghao LeiYouli LiPeizhen ZhangWenjun ZhengKairong LinShanfeng XiaoHonghua LuJunxiang ZhaoYipeng ZhangRuizhi JinYuezhi Zhong

tibetan plateautectonicsseismologyregional tectonicsne tibetan plateaugeomorphologyfault interactiongeodynamicsearth sciencestrain partitioning

The Effect of Geometrical Complexity on Earthquake Rupture Length. Abstracts with programs - Geological Society of America (2024)

Alba Mar Rodriguez PadillaMichael E. OskinEmily E. BrodskyKelian Dascher-CousineauVanessa HerreraSophia White

earthquake ruptureearthquake rupture lengthtectonicsgeometrical complexityearth sciencegeology

The Influence of Earthquake Gates on Surface Rupture Length. Authorea (Authorea) (2024)

Alba Mar Rodriguez PadillaMichael OskinEmily E. BrodskyKelian Dascher-CousineauVanesssa F HerreraSophia White

seismologysurface rupture lengthearthquake gatesearth science

The Influence of Fault Geometrical Complexity on Surface Rupture Length. Geophysical Research Letters (2024)

A. M. Rodriguez PadillaM. E. OskinE. E. BrodskyK. Dascher‐CousineauV. HerreraS. White

tectonicsgeophysical researchgeophysicssurface rupture lengthearth sciencefault geometrical complexityfault geometries

Displacement Hazard From Distributed Ruptures in Strike-Slip Earthquakes. Bulletin of the Seismological Society of America (2023)

Alba Mar Rodriguez PadillaMichael E. Oskin

strike-slip earthquakesearthquake ruptureseismologyapplied physicsdisplacement hazard

Evaluating How Well Active Fault Mapping Predicts Earthquake Surface-Rupture Locations. Geosphere (2023)

Chelsea ScottRachel AdamRamon ArrowsmithChristopher MadugoJoseph PowellJohn FordBrian GrayRich KoehlerStephen ThompsonAlexandra SarmientoTimothy DawsonAlbert KottkeElaine YoungAlana WilliamsOzgur KozaciMichael OskinReed BurgetteAshley StreigGordon SeitzWilliam PageCurtis BadinLorraine CarnesJacqueline GiblinJames McNeilJenna GrahamDaniel ChupikSean Ingersoll

seismologyearth sciencegeospatial mapping

Milankovitch-Paced Erosion in the Southern Central Andes. Nature Communications (2023)

G. Burch FisherLisa V. LunaWilliam H. AmidonDouglas W. BurbankBas de BoerLennert B. StapBodo BookhagenVincent GodardMichael E. OskinRicardo N. AlonsoErik TuenterLucas J. Lourens

paleontologyregional tectonicsenvironmental sciencesoil erosionmarine geologycoastal geomorphologyquaternary sciencecoastal researchmilankovitch-paced erosionengineering geologyearth scienceenvironmental geologyorogenystratigraphyplanetary sciencestectonicssouthern central andesgeomorphologygeodynamicsgeology

Reproducibility of Remote Mapping of the 2019 Ridgecrest Earthquake Surface Ruptures. Seismological Research Letters (2023)

Elaine K. YoungMichael E. OskinAlba M. Rodriguez Padilla

seismologyremote sensingremote mappingearth science

Accrual of Widespread Rock Damage From the 2019 Ridgecrest Earthquakes. Nature Geoscience (2022)

Alba M. Rodriguez PadillaMichael E. OskinChristopher W. D. MillinerAndreas Plesch

planetary sciencesseismologyridgecrest earthquakesearth sciencewidespread rock damagegeology

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Michael E. Oskin

Professor

University of California, Davis

Affiliations

College of Letters and Science

Earth and Planetary Sciences

Michael E. Oskin is currently serving as a College Of Letters And Science Professor at University of California, Davis.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael E. Oskin

University of California, Davis

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Crustal‐Scale Duplex Development During Accretion of the Jiuxi Foreland Basin, North Qilian Shan. Tectonics (2024)

Yiran WangMichael E. OskinYouli LiXiu HuJinghao LeiFei Liu

Fault Interaction and Strain Partitioning Deduced From Deformed Fluvial Terraces of the Eastern North Qilian Foreland, Ne Tibetan Plateau. Journal of Geophysical Research Solid Earth (2024)

Xiu HuYiran WangWeitao WangMichael E. OskinZhigang LiJinghao LeiYouli LiPeizhen ZhangWenjun ZhengKairong LinShanfeng XiaoHonghua LuJunxiang ZhaoYipeng ZhangRuizhi JinYuezhi Zhong

tibetan plateautectonicsseismologyregional tectonicsne tibetan plateaugeomorphologyfault interactiongeodynamicsearth sciencestrain partitioning

The Effect of Geometrical Complexity on Earthquake Rupture Length. Abstracts with programs - Geological Society of America (2024)

Alba Mar Rodriguez PadillaMichael E. OskinEmily E. BrodskyKelian Dascher-CousineauVanessa HerreraSophia White

earthquake ruptureearthquake rupture lengthtectonicsgeometrical complexityearth sciencegeology

The Influence of Earthquake Gates on Surface Rupture Length. Authorea (Authorea) (2024)

Alba Mar Rodriguez PadillaMichael OskinEmily E. BrodskyKelian Dascher-CousineauVanesssa F HerreraSophia White

seismologysurface rupture lengthearthquake gatesearth science

The Influence of Fault Geometrical Complexity on Surface Rupture Length. Geophysical Research Letters (2024)

A. M. Rodriguez PadillaM. E. OskinE. E. BrodskyK. Dascher‐CousineauV. HerreraS. White

tectonicsgeophysical researchgeophysicssurface rupture lengthearth sciencefault geometrical complexityfault geometries

Displacement Hazard From Distributed Ruptures in Strike-Slip Earthquakes. Bulletin of the Seismological Society of America (2023)

Alba Mar Rodriguez PadillaMichael E. Oskin

strike-slip earthquakesearthquake ruptureseismologyapplied physicsdisplacement hazard

Evaluating How Well Active Fault Mapping Predicts Earthquake Surface-Rupture Locations. Geosphere (2023)

seismologyearth sciencegeospatial mapping

Milankovitch-Paced Erosion in the Southern Central Andes. Nature Communications (2023)

G. Burch FisherLisa V. LunaWilliam H. AmidonDouglas W. BurbankBas de BoerLennert B. StapBodo BookhagenVincent GodardMichael E. OskinRicardo N. AlonsoErik TuenterLucas J. Lourens

Reproducibility of Remote Mapping of the 2019 Ridgecrest Earthquake Surface Ruptures. Seismological Research Letters (2023)

Elaine K. YoungMichael E. OskinAlba M. Rodriguez Padilla

seismologyremote sensingremote mappingearth science

Accrual of Widespread Rock Damage From the 2019 Ridgecrest Earthquakes. Nature Geoscience (2022)

Alba M. Rodriguez PadillaMichael E. OskinChristopher W. D. MillinerAndreas Plesch

planetary sciencesseismologyridgecrest earthquakesearth sciencewidespread rock damagegeology

1
2
3
4
5
15
10 / page

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Similar Faculty Members

Ray Weldon

Institution

University of Oregon

earth science

planetary sciences

Eric S. Cowgill

Institution

University of California, Davis

structural geology

india-asia collision zone

James Dolan

Institution

University of Southern California

seismic hazard assessment

fault system behavior

Terry Wilson

Institution

Ohio State University

structural geology

continental tectonics

Terry Pavlis

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University of Texas at El Paso

earth science

tectonics

Christopher Scholz

Institution

Syracuse University

geology

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Sylvain Barbot

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University of Southern California

bulk rheology

tsunami

Rebecca Dorsey

Institution

University of Oregon

sediment research

basin analysis

Kevin Furlong

Institution

Pennsylvania State University

plate tectonics

crustal evolution

Mark Brandon

Institution

Yale University

new zealand

plate tectonics