Faculty

Institution

Unit

Venue

Gregory F. Moore

Professor Emeritus

University of Hawaii at Manoa

Affiliations

School of Ocean & Earth Science & Technology

Department of Earth Sciences

Gregory F. Moore is currently serving as an Earth Sciences Professor Emeritus at University of Hawaii At Manoa.

Honors

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Experiences

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Education

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Gregory F. Moore

University of Hawaii at Manoa

Professor Emeritus

You can click a keyword to filter the displayed items

earth science planetary sciences tectonics geology marine geology regional tectonics seismology geodynamics geomorphology geophysics geophysical research engineering geology regional geology tectonophysics plate tectonics oceanography environmental science geochemistry nankai trough subduction zones stratigraphy geography sedimentary geology orogeny planetary geology fault geometries planetary geomorphology sedimentation coastal geomorphology basin analysis kii peninsula basin evolution ocean sciences crustal deformation kumano basin geodesy tectonic evolution southwest japan nankai accretionary prism nankai subduction zone nankai accretionary wedge landslides coastal research marine structures seismic stratigraphy neotectonics oregon accretionary prism earth system science fluid flow earthquake rupture continental tectonics crust-mantle interaction southwestern japan kilauea volcano sediment accretion sunda arc mariana forearc geophysical prospecting water science seismic analysis reservoir geology exploration geophysics sedimentary petrology marine geophysical data nias island seismogenic zone cenozoic evolution gondwana research space weather earthquake source continental margins environmental geology facies analysis applied geophysics physical oceanography planetary environments seafloor mapping site investigation structural geology mountain building convergent plate margins

Notable Scholarly Works

Notable Federal Grants

Collaborators

Frontal Thrust Ramp‐Up and Slow Earthquakes Due to Underthrusting of Basement High in the Nankai Trough. Geochemistry Geophysics Geosystems (2024)

G. KimuraK. ShiraishiY. NakamuraS. KodairaG. FujieR. AraiG. F. Moore

geophysical researchtectonophysicsgeophysicsslow earthquakesregional tectonicsearth sciencefrontal thrust ramp-upgeochemistrygeodynamicstectonicsnankai trough

Compactive Deformation of Incoming Calcareous Pelagic Sediments, Northern Hikurangi Subduction Margin, New Zealand: Implications for Subduction Processes. Earth and Planetary Science Letters (2023)

Maomao WangPhilip M. BarnesJulia K. MorganRebecca E. BellGregory F. MooreMing WangAke FagerengHeather SavageDavide GamboaRobert N. HarrisStuart HenrysJoshu MountjoyAnne M. TréhuDemian SafferLaura WallaceKaterina Petronotis

tectonophysicscalcareous pelagic sedimentsplanetary geologyenvironmental scienceearth system scienceseismologyplanetary geomorphologymarine geologyplanetary sciencestectonicsgeomorphologyplanetary environmentsearth sciencecompactive deformationgeodynamicsplanetary changegeophysical researchregional tectonicsplanetary sciencesubduction processessedimentation

Slow Slip Along the Hikurangi Margin Linked to Fluid-Rich Sediments Trailing Subducting Seamounts. Nature Geoscience (2023)

Nathan L. BangsJulia K. MorganRebecca E. BellShuoshuo HanRyuta AraiShuichi KodairaAndrew C. GaseXinming WuRichard DavyLaura FrahmHannah L. TilleyDaniel H. N. BarkerJoel H. EdwardsHarold J. TobinTim J. RestonStuart A. HenrysGregory F. MooreDan BassettRichard KellettValerie StuckerBill Fry

sedimentationplate tectonicsregional tectonicsgeologygeomorphologycoastal geomorphologyearth scienceplanetary geomorphologyhikurangi marginfluid-rich sedimentsmarine geologyslow slipgeodynamicstectonicsplanetary sciences

Crustal Structure of the Nankai Subduction Zone Revealed by Two Decades of Onshore‐Offshore and Ocean‐Bottom Seismic Data: Implications for the Dimensions and Slip Behavior of the Seismogenic Zone. Journal of Geophysical Research Solid Earth (2022)

Dan BassettAdrien ArnulfShuichi KodairaAyako NakanishiAlistair HardingGregory Moore

crustal structureseismogenic zonegeophysical researchgeophysicsslip behaviorseismologynankai subduction zoneearth sciencemarine geologygeodynamicsplanetary sciencestectonics

DéCollement Geometry Controls on Shallow Very Low Frequency Earthquakes. Scientific Reports (2022)

Yoshitaka HashimotoShigeyuki SatoGaku KimuraMasataka KinoshitaAyumu MiyakawaGregory F. MooreMasaru NakanoKazuya ShiraishiYasuhiro Yamada

planetary sciencesseismology

Sequence Stratigraphic Evolution of the Kumano Forearc Basin During the Last Deglaciation: Influence of Eustasy and Tectonically-Controlled Shelf Morphology on Deep-Marine Sediment Dynamics. Sedimentary Geology (2022)

P.H. CornardJ. MoernautG.F. MooreA. KiokaA. KopfC. dos Santos FerreiraM. Strasser

last deglaciationtectonically-controlled shelf morphologyregional geologygeologystratigraphydeep-marine sediment dynamicssequence stratigraphic evolutionearth sciencekumano forearc basinmarine geologyenvironmental scienceclimate changesedimentary geologyplanetary sciences

Upper-Plate Controls on Subduction Zone Geometry, Hydration and Earthquake Behaviour. Nature Geoscience (2022)

Adrien F. ArnulfDan BassettAlistair J. HardingShuichi KodairaAyako NakanishiGregory Moore

upper-plate controlsseismologyearthquake behaviourplanetary sciencessubduction zone geometrytectonics

Along-Strike Variations in Protothrust Zone Characteristics at the Nankai Trough Subduction Margin. Geosphere (2021)

Hannah L. TilleyGregory F. MooreMikiya YamashitaShuichi Kodaira

plate tectonicsstructural geologyseismologyregional tectonicsspace geodesyprotothrust zone characteristicsgeomorphologysubduction zonesearth scienceplanetary geomorphologyalong-strike variationsgeodynamicstectonicsplanetary sciences

Development of the Kumano Forearc Basin, Nankai Trough Subduction Zone. Abstracts with programs - Geological Society of America (2021)

Gregory MoorePauline CornardMichael Strasser

engineering geologyregional tectonicsgeologygeomorphologysubduction zonesearth sciencekumano forearc basinmarine geologygeodynamicstectonicsregional geologyplanetary sciences

Heterogeneous Sediment Input at the Nankai Trough Subduction Zone: Implications for Shallow Slow Earthquake Localization. Geochemistry Geophysics Geosystems (2021)

H. TilleyG. F. MooreM. B. UnderwoodF. J. Hernández‐MolinaM. YamashitaS. KodairaA. Nakanishi

sedimentationheterogeneous sediment inputgeophysical researchplate tectonicsgeophysicsregional tectonicsgeologysubduction zonesearth sciencegeochemistrygeodynamicsenvironmental sciencetectonicsplanetary sciences

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Gregory F. Moore

Professor Emeritus

University of Hawaii at Manoa

Affiliations

School of Ocean & Earth Science & Technology

Department of Earth Sciences

Gregory F. Moore is currently serving as an Earth Sciences Professor Emeritus at University of Hawaii At Manoa.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Gregory F. Moore

University of Hawaii at Manoa

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Frontal Thrust Ramp‐Up and Slow Earthquakes Due to Underthrusting of Basement High in the Nankai Trough. Geochemistry Geophysics Geosystems (2024)

G. KimuraK. ShiraishiY. NakamuraS. KodairaG. FujieR. AraiG. F. Moore

geophysical researchtectonophysicsgeophysicsslow earthquakesregional tectonicsearth sciencefrontal thrust ramp-upgeochemistrygeodynamicstectonicsnankai trough

Compactive Deformation of Incoming Calcareous Pelagic Sediments, Northern Hikurangi Subduction Margin, New Zealand: Implications for Subduction Processes. Earth and Planetary Science Letters (2023)

Slow Slip Along the Hikurangi Margin Linked to Fluid-Rich Sediments Trailing Subducting Seamounts. Nature Geoscience (2023)

Dan BassettAdrien ArnulfShuichi KodairaAyako NakanishiAlistair HardingGregory Moore

crustal structureseismogenic zonegeophysical researchgeophysicsslip behaviorseismologynankai subduction zoneearth sciencemarine geologygeodynamicsplanetary sciencestectonics

DéCollement Geometry Controls on Shallow Very Low Frequency Earthquakes. Scientific Reports (2022)

Yoshitaka HashimotoShigeyuki SatoGaku KimuraMasataka KinoshitaAyumu MiyakawaGregory F. MooreMasaru NakanoKazuya ShiraishiYasuhiro Yamada

planetary sciencesseismology

P.H. CornardJ. MoernautG.F. MooreA. KiokaA. KopfC. dos Santos FerreiraM. Strasser

Upper-Plate Controls on Subduction Zone Geometry, Hydration and Earthquake Behaviour. Nature Geoscience (2022)

Adrien F. ArnulfDan BassettAlistair J. HardingShuichi KodairaAyako NakanishiGregory Moore

upper-plate controlsseismologyearthquake behaviourplanetary sciencessubduction zone geometrytectonics

Along-Strike Variations in Protothrust Zone Characteristics at the Nankai Trough Subduction Margin. Geosphere (2021)

Hannah L. TilleyGregory F. MooreMikiya YamashitaShuichi Kodaira

Development of the Kumano Forearc Basin, Nankai Trough Subduction Zone. Abstracts with programs - Geological Society of America (2021)

Gregory MoorePauline CornardMichael Strasser

engineering geologyregional tectonicsgeologygeomorphologysubduction zonesearth sciencekumano forearc basinmarine geologygeodynamicstectonicsregional geologyplanetary sciences

Heterogeneous Sediment Input at the Nankai Trough Subduction Zone: Implications for Shallow Slow Earthquake Localization. Geochemistry Geophysics Geosystems (2021)

H. TilleyG. F. MooreM. B. UnderwoodF. J. Hernández‐MolinaM. YamashitaS. KodairaA. Nakanishi

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