Isabel Hong

Central Washington University

Affiliations

Studies Of Institute For Crustal

NoneIsabel Hong is currently serving as a Studies Of Institute For Crustal faculty at Central Washington University.

Honors

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Education

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Isabel Hong

Central Washington University

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earth science oceanography planetary sciences environmental science geology coastal research marine geology sediment research tectonics geomorphology geodynamics marine environments paleoceanography regional tectonics subduction zones ecology geochronology coastal management engineering geology environmental geology regional geology climatology sedimentology stratigraphy quaternary science ocean sciences geophysical research tectonophysics sedimentation plate tectonics sedimentary geology coastal geomorphology south-central chile tropical cyclone pam preservation potential climatic change marine micropaleontology disaster risk science organic geochemistry marine chemistry continental shelf research quaternary research paleoclimatology holocene arid environments marine ecology disaster research disaster response estuaries estuarine geochemistry coastal geochemistry sediment-water interaction continental tectonics sea-level history sea-level change coastal process marine ecosystem-based management coastal waters morphological impact oceanic science marine meteorology sedimentary record last millennium slip variability south pacific overwash sediments willapa bay intertidal environments sea-level indicator overwash deposit hurricane irma southern florida sea‐level change tidal marsh sediment elemental geochemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessing the Preservation Potential of Successive Hurricane Overwash Deposits in Florida, USA Mangroves. Scientific Reports (2025)

Isabel HongKristen M. JoyseJennifer S. WalkerArielle L. NogueiraWynn BryantKara R. RadabaughDonald C. Barber

coastal researchsediment researchnatural disastersenvironmental sciencemorphological impactearth scienceclimate changemarine ecosystem-based managementcoastal managementpreservation potentialhuman impacts on the environmentsediment transportcoastal watersecologywetlandscoastal processmarine systemscoastal conservationusa mangroves

Elemental Geochemistry of Tidal Marsh Sediment and Its Potential as an Indicator of Sea‐Level Change in Cascadia. Geochemistry Geophysics Geosystems (2025)

sea‐level changemarine chemistryelemental geochemistrycoastal researchsediment researchtidal marsh sedimentsea level riseenvironmental scienceestuariessedimentologyearth scienceorganic geochemistrycoastal geochemistryestuarine geochemistryoceanographywetlandsmarine geologysediment-water interactiongeochemistry

Relative Sea‐Level Trends in Southern Norway During the Last Millennium. Boreas (2025)

oceanographysea level risesea-level historysouthern norwaycontinental shelf researchsea-level changemarine geologygeochronologygeographyclimate dynamicsocean sciencesearth science

The Characteristics and Preservation Potential of Hurricane Irma's Overwash Deposit in Southern Florida, USA. Marine Geology (2023)

Kristen M. JoyseNicole S. KhanRyan P. MoyerKara R. RadabaughIsabel HongAmanda R. ChappelJennifer S. WalkerChristian J. SandersSimon E. EngelhartRobert E. KoppBenjamin P. Horton

marine environmentstsunamishistoric preservationcoastal researchenvironmental geologydisaster researchstratigraphynatural disastersenvironmental scienceearth sciencedisaster risk sciencedisaster responsecoastal managementpreservation potentialsouthern floridaoverwash depositgeologyoceanographypaleoceanographymarine geologyhurricane irmaplanetary sciences

Diatoms of the Intertidal Environments of Willapa Bay, Washington, USA as a Sea-Level Indicator. Marine Micropaleontology (2021)

Isabel HongBenjamin P. HortonAndrea D. HawkesRobert J. O'DonnellJason S. PadgettTina DuraSimon E. Engelhart

oceanographysea-level indicatormarine environmentsecologymarine ecologymarine micropaleontologywillapa bayclimatologyintertidal environmentsclimate changemarine biology

Land-Level Changes During Six Megathrust Earthquakes Over the Last 3500 Years at the Cascadia Subduction Zone Using a Diatom-Based Bayesian Transfer Function. Abstracts with programs - Geological Society of America (2021)

Isabel HongNiamh CahillNiamh CahillSimon E. EngelhartSimon E. EngelhartAndrea D. HawkesAndrea D. HawkesJason S. PadgettJason S. PadgettBenjamin P. HortonBenjamin P. Horton

engineering geologyland-level changescontinental tectonicsregional tectonicscascadia subduction zoneseismologygeomorphologymegathrust earthquakesregional geologysubduction zonesearth sciencegeographygeodynamicsplanetary sciencesgeologytectonics

Paleoseismic Surf and Turf: Updates From the Usgs Powell Center Cascadia Earthquake Working Group on Systematic Integration of Onshore and Offshore Records and Future Directions. Abstracts with programs - Geological Society of America (2021)

Lydia StaischJanet WattRobert WitterJonathan PerkinsDaniel S. BrothersTina DuraChris GoldfingerAlex GrantAndrea D. HawkesJenna C. HillHarvey M. KelseyBrian L. SherrodSimon E. EngelhartRandy EnkinJoan GombergTark HamiltonIsabel HongBruce JaffeCarrie Garrison-LaneySeanPaul La SelleAndrew MeigsDiego MelgarNora NieminskiJason S. PadgettJason R. PattonJessie PearlJessica PilarczykValerie J. SahakianKelsay StantonMaureen Walton

oceanographypaleoceanographyseismologysystematic integrationearth sciencefuture directionsplanetary sciencesgeologypaleoseismic surf

Assessing Temporal Variability of Coastal Deformation During Megathrust Earthquakes at the Cascadia Subduction Zone Using a Diatom Bayesian Transfer Function. Abstracts with programs - Geological Society of America (2020)

Isabel HongNiamh CahillNiamh CahillSimon E. EngelhartSimon E. EngelhartAndrea D. HawkesAndrea D. HawkesJason S. PadgettJason S. PadgettBenjamin P. HortonBenjamin P. Horton

cascadia subduction zonecoastal researchtemporal variabilityenvironmental sciencemegathrust earthquakesregional geologygeophysical researchearth sciencecoastal deformationtectonophysicstectonicsregional tectonicsseismologygeodynamicscoastal geomorphologygeologyengineering geologygeomorphologymarine geologyplate tectonicssubduction zonesplanetary sciences

New Fossil Foraminiferal Estimates of Coseismic Vertical Deformation During the Ad 1700 Cascadia Earthquake: Washington and Northern California, USA. AGU Fall Meeting Abstracts (2018)

J. S. PadgettS. E. EngelhartN. CahillA. HawkesB. P. HortonI. HongA. R. NelsonR. C. WitterH. M. KelseyT. Dura

cascadia earthquakepaleontologyseismologynorthern californiacoseismic vertical deformationearth sciencegeology

Diatom Variability in Tidal-Marsh Environments: Implications for Constraining Land-Level Change From Cascadia Subduction Zone Earthquakes. Abstracts with programs - Geological Society of America (2017)

Isabel HongBenjamin P. HortonSimon E. EngelhartJ. Scott PadgettAndrea D. HawkesTina DuraAlan R. NelsonRobert C. Witter

coastal researchenvironmental geologyenvironmental scienceregional geologygeophysical researchearth sciencetectonophysicstectonicsregional tectonicsdiatom variabilityseismologycoastal managementgeodynamicscoastal geomorphologygeologyengineering geologyland-level changetidal-marsh environmentsgeomorphologysubduction zonesplanetary sciences

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