Mea S. Cook

Williams College

Affiliations

Williams College

Department of Geosciences

Studies Of Department Of Economics, And Centerfor Environmental

NoneMea S. Cook is currently serving as a Geosciences faculty at Williams College.

Honors

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Education

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Mea S. Cook

Williams College

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earth science oceanography environmental science paleoceanography climate change paleoclimatology ocean sciences marine geology planetary sciences quaternary science geology stratigraphy geochronology geochemistry marine chemistry climatology marine biology sediment research sedimentary record isotope geochemistry bering sea geography climatic change radiocarbon dating last deglaciation palaeogeography chemical oceanography marine micropaleontology pleistocene oceanic science quaternary period holocene oceanographic research ventilation last glacial maximum calibration coastal research glacial process continental shelf physical oceanography planetary change cryosphere quaternary research sea-level history sea-level change environmental radiochemistry ocean exploration sea surface conditions nature earthquake spectrum tectonophysics numerical simulations regional geology seismic stratigraphy submarine landslides seismic waves glaciers planetary environments planetary geology oceanic forcing coastal deposit radioanalytical chemistry oxygen isotopes ocean technology cal bp carbon dioxide release north pacific abyss chukchi sea diatom-bound nitrogen isotopes last ice age subarctic pacific stratification umnak plateau stable isotope records aran islands boulder ridges storm waves

Notable Scholarly Works

Notable Federal Grants

Collaborators

A New Certified Reference Material Iaea-465 for Radionuclides in Baltic Sea Sediment. Journal of Environmental Radioactivity (2024)

planetary sciencesradioanalytical chemistrybaltic sea sedimentnuclear chemistryenvironmental radiochemistryenvironmental sciencenuclear materialsmarine pollutionmarine micropaleontologyearth sciencesedimentology

Detrital Glass in a Bering Sea Sediment Core Yields a Ca. 160 Ka Marine Isotope Stage 6 Age for Old Crow Tephra. Geology (2022)

stratigraphyquaternary sciencedetrital glassgeochemistrygeochronologysediment researchenvironmental sciencebering seamarine geologychemical geologyearth scienceisotope geochemistrycoastal depositsedimentologysedimentary recordold crow tephrageology

Can We Better Constrain the Timing of Gnaiw/Unadw Variability in the Western Equatorial Atlantic and Its Relationship to Climate Change During the Last Deglaciation?. Paleoceanography and Paleoclimatology (2021)

Thomas P. GuildersonKatherine AllenJordan P. LandersVirginia J. EttweinMea S. Cook

planetary sciencespaleoclimatologylast deglaciationpaleoceanographywestern equatorial atlanticclimate change

Marine20—the Marine Radiocarbon Age Calibration Curve (0–55,000 Cal Bp). Radiocarbon (2020)

TJ HeatonP KöhlerM ButzinE BardRW ReimerWEN Austin...

quaternary sciencegeochronologycalibrationoceanographyradiocarbon datingcal bpearth sciencepaleoceanographyclimate change

Marine20 - the Marine Radiocarbon Age Calibration Curve (0 - 55,000 Cal Bp), Simulated Data for Intcal20. Publishing Network for Geoscientific and Environmental Data (PANGAEA) (Alfred Wegener Institute for Polar and Marine Research) (2020)

Timothy J HeatonPeter KöhlerMartin ButzinEdouard BardRon W ReimerWilliam En AustinChristopher Bronk RamseyPieter Meiert GrootesKonrad A HughenBernd KromerPaula J ReimerJess F AdkinsAndreas BurkeMea S CookJesper OlsenLuke C Skinner

calibrationoceanographyradiocarbon datingnumerical simulationsdata sciencepaleoceanography

The Relationship Between Oxygenation, Productivity and Circulation in the Bering Sea During Late Pleistocene Glacial-Interglacial Cycles. AGU Fall Meeting Abstracts (2020)

quaternary sciencemarine chemistrypleistocenemilankovitch cycleclimate dynamicsocean sciencesoceanographyenvironmental sciencebering seaearth sciencepaleoceanographyquaternary period

Automated Species-Level Identification of Planktic Foraminifera Using Convolutional Neural Networks, With Comparison to Human Performance. Marine Micropaleontology (2019)

R. MitraT.M. MarchittoQ. GeB. ZhongB. KanakiyaM.S. CookJ.S. FehrenbacherJ.D. OrtizA. TripatiE. Lobaton

environmental sciencemarine biologyspecies-level identificationmarine micropaleontologyplanktic foraminifera

Can We Better Constrain the Timing of Gnaiw Variability in the Western Equatorial Atlantic and Its Relationship to High North Atlantic Climate During the Last Deglaciation. AGU Fall Meeting Abstracts (2019)

T. P. GuildersonK. A. AllenM. S. CookV. J. EttweinJ. P. Landers

planetary sciencesgnaiw variabilitytime seriespaleoclimatologylast deglaciationwestern equatorial atlantic

Deep Sea Improv: Leveraging Real-Time Ocean Exploration for Outreach. AGU Fall Meeting Abstracts (2019)

oceanographic researchocean sciencesspace explorationocean explorationgeographyocean technologydeep sea improvocean engineering

Reconstructing Surface Reservoir Age With Aleutian Tephrochronology. AGU Fall Meeting Abstracts (2019)

stratigraphygeologic time scalesurface reservoir agepalaeogeographyearth sciencegeology

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