Faculty

Institution

Unit

Venue

Elizabeth Screaton

Professor Emeritus

University of Florida

Affiliations

College of Liberal Arts and Sciences

Department of Geological Sciences

Elizabeth Screaton is currently serving as a College Of Liberal Arts And Sciences Professor Emeritus at University of Florida.

Honors

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Experiences

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Education

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Elizabeth Screaton

University of Florida

Professor Emeritus

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earth science planetary sciences geology tectonics marine geology environmental science geophysics geodynamics geophysical research hydrology regional tectonics engineering geology geochemistry sedimentation hydrogeology seismology materials science tectonophysics subduction zones sediment research fluid flow plate tectonics ocean sciences regional geology water science sedimentary geology geodesy coastal research applied geophysics subsurface hydrology stratigraphy fault geometries geophysical flows orogeny hydrological sciences eogenetic karst aquifer kii peninsula karst aquifers tectonic evolution applied geomorphology thermal transport crust-mantle interaction basin evolution barbados ridge complex pore pressures chemical geology hydraulic research numerical simulations geoscientific model development ore geology crustal deformation planetary geomorphology neotectonics earthquake rupture sedimentary petrology depositional process fragmentation effect permafrost exploration geophysics geological engineering mineral-fluid interaction basin analysis planetary geology computational geophysics continental tectonics frontal thrust region nankai accretionary wedge fluid pressures nankai accretionary complex excess pore pressures oregon accretionary prism barbados accretionary complex expedition 372b/375 cascadia accretionary complex heat transport nankai accretionary prism groundwater groundwater flow hydrogeophysics vadose zone water flow

Notable Scholarly Works

Notable Federal Grants

Collaborators

Do the Mann-Kendall Test and Theil-Sen Slope Fail to Inform Trend Significance and Magnitude in Hydrology?. Hydrological Sciences Journal (2023)

Jiahua ZhouMatthew J. DeitchSabine GrunwaldElizabeth Screaton

statisticstrend analysismann-kendall testhydrologytrend significance

A Simple Relation to Constrain Groundwater Models Using Surface Deformation. Ground Water (2021)

Megan R.M. BrownShemin GeElizabeth Screaton

surface deformationgroundwaterhydrogeologyearth science

Data Report: Permeability and Grain Size of Sediments, Iodp Expeditions 372 and 375. Proceedings of the International Ocean Discovery Program. Expedition reports (2021)

E.J. ScreatonC. SummerfieldJ.M. JaegerJ. Whipple

oceanographymaterials sciencesedimentationmarine geologydata scienceearth sciencegrain size

Effect of Mississippi River Discharge and Local Hydrological Variables on Salinity of Nearby Estuaries Using a Machine Learning Algorithm. Estuarine Coastal and Shelf Science (2021)

Jiahua ZhouMatthew J. DeitchSabine GrunwaldElizabeth J. ScreatonMaitane Olabarrieta

machine learningmachine learning algorithmcoastal researchenvironmental scienceestuarieshydrologyearth scienceenvironmental engineeringwater ecologiesaquatic ecosystemsriver basin managementestuarine geochemistrycoastal managementwater scienceoceanographywater resourceshydrometeorologylocal hydrological variablesnearby estuariesmississippi river dischargeocean sciencesestuarine hydrodynamics

Investigating the Basal Shear Zone of the Submarine Tuaheni Landslide Complex, New Zealand: A Core‐Log‐Seismic Integration Study. Journal of Geophysical Research Solid Earth (2021)

G. J. CrutchleyJ. ElgerJ. KuhlmannJ. J. MountjoyA. OrpinA. GeorgiopoulouJ. CareyB. DuganS. CardonaS. HanA. CookE. J. ScreatonI. A. PecherP. BarnesK. Huhn

geophysicslandslidesregional geologygeophysical researchcore-log-seismic integration studyearth sciencetectonophysicsmaterials scienceregional tectonicsseismologygeodynamicsgeologyengineering geologycrustal deformationlithospheregeomorphologymarine geologyplate tectonicsplanetary sciences

Subduction Zones. Encyclopedia of earth sciences series/Encyclopedia of earth sciences (2021)

Geoffrey A. Abers

Deformation Structures From Splay and DéCollement Faults in the Nankai Accretionary Prism, Sw Japan(Iodp Nantroseize Expedition 316): Evidence for Slow and Rapid Slip in Fault Rocks. Geochemistry Geophysics Geosystems (2020)

O. FabbriD. L. GoldsbyF. ChesterA. M. KarpoffG. MorvanK. UjiieA. YamaguchiA. SakaguchiC. F. LiG. KimuraA. TsutsumiE. ScreatonD. Curewitz

geophysicsnankai accretionary prismfault rocksseismologydeformationregional geologyearth sciencedeformation structuresplanetary sciencesdecollement faultsgeochemistrytectonics

Reply to Comments by N. Sultan on “Sedimentation Controls on Methane‐Hydrate Dynamics Across Glacial/Interglacial Stages: An Example From International Ocean Discovery Program Site U1517, Hikurangi Margin”. Geochemistry Geophysics Geosystems (2020)

E. J. ScreatonM. E. TorresB. DuganK. U. HeeschenJ. J. MountjoyC. AyresP. S. RoseI. A. PecherP. M. BarnesL. J. LeVay

geophysicssedimentationenvironmental sciencehikurangi marginpaleoceanographyglacial processearth sciencemethane-hydrate dynamicsplanetary sciencesclimate changegeologygeochemistry

Slow Slip Source Characterized by Lithological and Geometric Heterogeneity. Science Advances (2020)

Philip M. BarnesLaura M. WallaceDemian M. SafferRebecca E. BellMichael B. UnderwoodAke FagerengFrancesca MeneghiniHeather M. SavageHannah S. RabinowitzJulia K. MorganHiroko KitajimaSteffen KutterolfYoshitaka HashimotoChristie H. Engelmann de OliveiraAtsushi NodaMartin P. CrundwellClaire L. ShepherdAdam D. WoodhouseRobert N. HarrisMaomao WangStuart HenrysDaniel H.N. BarkerKaterina E. PetronotisSylvain M. BourlangeMichael B. ClennellAnn E. CookBrandon E. DuganJudith ElgerPatrick M. FultonDavide GamboaAnnika GreveShuoshuo HanAndre HüpersMatt J. IkariYoshihiro ItoGil Young KimHiroaki KogeHikweon LeeXuesen LiMin LuoPierre R. MalieGregory F. MooreJoshu J. MountjoyDavid D. McNamaraMatteo PaganoniElizabeth J. ScreatonUma ShankarSrisharan ShreedharanEvan A. SolomonXiujuan WangHung-Yu WuIngo A. PecherLeah J. LeVay

slow slip sourceearthquake rupturegeometric heterogeneitymarine geologyfault geometriessubduction zonesgeographyearth scienceslow sliptectonophysicsgeologyearthquake sourcetectonics

Expedition 372A Methods. Proceedings of the International Ocean Discovery Program. Expedition reports (2019)

I.A. PecherP.M. BarnesL.J. LeVayS.M. BourlangeM.M.Y. BrunetS. CardonaM.B. ClennellA.E. CookM.P. CrundwellB. DuganJ. ElgerD. GamboaA. GeorgiopoulouA. GreveS. HanK.U. HeeschenG. HuG.Y. KimH. KitajimaH. KogeX. LiK.S. MachadoD.D. McNamaraG.F. MooreJ.J. MountjoyM.A. NoleS. OwariM. PaganoniK.E. PetronotisP.S. RoseE.J. ScreatonU. ShankarC.L. ShepherdM.E. TorresM.B. UnderwoodX. WangA.D. WoodhouseH.-Y. Wu

astronomy

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Elizabeth Screaton

Professor Emeritus

University of Florida

Affiliations

College of Liberal Arts and Sciences

Department of Geological Sciences

Elizabeth Screaton is currently serving as a College Of Liberal Arts And Sciences Professor Emeritus at University of Florida.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Elizabeth Screaton

University of Florida

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Do the Mann-Kendall Test and Theil-Sen Slope Fail to Inform Trend Significance and Magnitude in Hydrology?. Hydrological Sciences Journal (2023)

Jiahua ZhouMatthew J. DeitchSabine GrunwaldElizabeth Screaton

statisticstrend analysismann-kendall testhydrologytrend significance

A Simple Relation to Constrain Groundwater Models Using Surface Deformation. Ground Water (2021)

Megan R.M. BrownShemin GeElizabeth Screaton

surface deformationgroundwaterhydrogeologyearth science

Data Report: Permeability and Grain Size of Sediments, Iodp Expeditions 372 and 375. Proceedings of the International Ocean Discovery Program. Expedition reports (2021)

E.J. ScreatonC. SummerfieldJ.M. JaegerJ. Whipple

oceanographymaterials sciencesedimentationmarine geologydata scienceearth sciencegrain size

Effect of Mississippi River Discharge and Local Hydrological Variables on Salinity of Nearby Estuaries Using a Machine Learning Algorithm. Estuarine Coastal and Shelf Science (2021)

Jiahua ZhouMatthew J. DeitchSabine GrunwaldElizabeth J. ScreatonMaitane Olabarrieta

Investigating the Basal Shear Zone of the Submarine Tuaheni Landslide Complex, New Zealand: A Core‐Log‐Seismic Integration Study. Journal of Geophysical Research Solid Earth (2021)

G. J. CrutchleyJ. ElgerJ. KuhlmannJ. J. MountjoyA. OrpinA. GeorgiopoulouJ. CareyB. DuganS. CardonaS. HanA. CookE. J. ScreatonI. A. PecherP. BarnesK. Huhn

Subduction Zones. Encyclopedia of earth sciences series/Encyclopedia of earth sciences (2021)

Geoffrey A. Abers

O. FabbriD. L. GoldsbyF. ChesterA. M. KarpoffG. MorvanK. UjiieA. YamaguchiA. SakaguchiC. F. LiG. KimuraA. TsutsumiE. ScreatonD. Curewitz

geophysicsnankai accretionary prismfault rocksseismologydeformationregional geologyearth sciencedeformation structuresplanetary sciencesdecollement faultsgeochemistrytectonics

E. J. ScreatonM. E. TorresB. DuganK. U. HeeschenJ. J. MountjoyC. AyresP. S. RoseI. A. PecherP. M. BarnesL. J. LeVay

geophysicssedimentationenvironmental sciencehikurangi marginpaleoceanographyglacial processearth sciencemethane-hydrate dynamicsplanetary sciencesclimate changegeologygeochemistry

Slow Slip Source Characterized by Lithological and Geometric Heterogeneity. Science Advances (2020)

slow slip sourceearthquake rupturegeometric heterogeneitymarine geologyfault geometriessubduction zonesgeographyearth scienceslow sliptectonophysicsgeologyearthquake sourcetectonics

Expedition 372A Methods. Proceedings of the International Ocean Discovery Program. Expedition reports (2019)

astronomy

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