Faculty

Institution

Unit

Venue

Karen Shell

Professor of Practice and Climate Science Program Head

Oregon State University

Affiliations

College of Earth, Ocean, and Atmospheric Sciences

Climate Science

Ocean, Earth, and Atmospheric Sciences

Karen Shell is currently serving as a Climate Science Professor of Practice and Climate Science Program Head at Oregon State University.

Honors

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Experiences

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Education

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Karen Shell

Oregon State University

Professor of Practice and Climate Science Program Head

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earth science climate change atmospheric science climatology climate dynamics geoscientific model development environmental science atmospheric research climatic change climate models climate system climate feedbacks climate modelling planetary sciences earth system science cryosphere climate projections geophysics geophysical research atmospheric models oceanography aerosol science climate variability sea ice atmospheric interaction climate sensitivity journalism modeling and simulation global climate radiative kernels albedo feedback atmospheric measurement technique phytoplankton ecology radiative forcing atmospheric response ocean modelling numerical simulations hydrometeorology regional climate response cloud dynamics upper atmosphere lower atmosphere dewvaporation radiative kernel technique relative humidity solar radiation multi-thousand member ensemble plant physiology nonlinear dynamics modern physics planetary change environmental fluid mechanics future climatic change paleoclimatology fragmentation effect short-term variability geological modeling oceanic science cloud scheduling cloud resource management cloud service adaptation feedback loop climate communication supergravity ice-water system glaciers atmospheric impact assessment water quantity ocean monitoring marine environments community atmospheric model climate feedback analysis state variable interdecadal climate variations potential feedbacks pacific ocean ecosystems general circulation radiative transfer

Notable Scholarly Works

Notable Federal Grants

Collaborators

Using Jupyter Notebook Server and Python to Teach Undergraduate Climate Data Analysis. 100th American Meteorological Society Annual Meeting (2020)

Karen M. Shell

computer sciencemeteorologyjupyter notebook servercomputing educationclimate communicationdata science

Vertical Structure of Radiative Heating Rates of the Mjo During Dynamo. Journal of Climate (2020)

Karen M. ShellSimon P. de SzoekeMichael MakiyamaZhe Feng

atmospheric scienceradiative heating ratesjournalismvertical structure

Using Jupyter Notebook Server and Python to Teach Undergraduate Climate Data Analysis. AGU Fall Meeting Abstracts (2019)

climate changeeducationundergraduate researchjupyter notebook serverdata scienceeducational technology

Lessons Learned: Using Python and Jupyter Notebook to Teach Undergraduate Climate Data Analysis. 97th American Meteorological Society Annual Meeting (2017)

Karen M. Shell

meteorologyjupyter notebookdata science

Seasonal Spatial Patterns of Projected Anthropogenic Warming in Complex Terrain: A Modeling Study of the Western Us. Climate Dynamics (2016)

David E. RuppSihan LiPhilip W. MoteKaren M. ShellNeil MasseySarah N. SparrowDavid C. H. WallomMyles R. Allen

climate changeearth scienceclimate projectionsseasonal spatial patternsatmospheric scienceclimatic changegeoscientific model developmentfuture climatic changeenvironmental scienceclimate modelsclimate dynamicsgeographycomplex terrainanthropogenic warmingregional climate responsepaleoclimatologyclimate modellingclimatology

Simulation of the Melt Season Using a Resolved Sea Ice Model With Snow Cover and Melt Ponds. Journal of Geophysical Research Oceans (2015)

Eric D. SkyllingstadKaren M. ShellLee CollinsChris Polashenski

oceanographyearth sciencegeophysicsatmospheric sciencesea icesea ice modelenvironmental sciencesnow covermelt seasonoceanic sciencegeological modelingplanetary sciencesgeophysical research

A High Resolution Sea-Ice Model With Variable Snow Cover and Resolved Melt Ponds. 2014 AGU Fall Meeting (2014)

E. D. SkyllingstadK. M. ShellC. Polashenski

oceanographyearth sciencesea icemelt pondsvariable snow covercryosphere

An Observationally Based Constraint on the Water‐Vapor Feedback. Journal of Geophysical Research Atmospheres (2013)

N. D. GordonA. K. JonkoP. M. ForsterK. M. Shell

atmospheric researchfragmentation effectatmospheric sciencegeophysicsenvironmental sciencewater-vapor feedbackgeophysical research

Comparison of Short-Term and Long-Term Radiative Feedbacks and Variability in Twentieth-Century Global Climate Model Simulations. Journal of Climate (2013)

Meghan M. DaltonKaren M. Shell

climate changelong-term radiative feedbacksclimate variabilityshort-term variabilityclimate modelsmodeling and simulationglobal climateclimate modellingjournalism

Climate Feedbacks in Ccsm3 Under Changing Co2 Forcing. Part I: Adapting the Linear Radiative Kernel Technique to Feedback Calculations for a Broad Range of Forcings. Journal of Climate (2012)

Alexandra K. JonkoKaren M. ShellBenjamin M. SandersonGokhan Danabasoglu

climate changeclimate feedbacksjournalism

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Karen Shell

Professor of Practice and Climate Science Program Head

Oregon State University

Affiliations

College of Earth, Ocean, and Atmospheric Sciences

Climate Science

Ocean, Earth, and Atmospheric Sciences

Karen Shell is currently serving as a Climate Science Professor of Practice and Climate Science Program Head at Oregon State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Karen Shell

Oregon State University

Professor of Practice and Climate Science Program Head

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Using Jupyter Notebook Server and Python to Teach Undergraduate Climate Data Analysis. 100th American Meteorological Society Annual Meeting (2020)

Karen M. Shell

computer sciencemeteorologyjupyter notebook servercomputing educationclimate communicationdata science

Vertical Structure of Radiative Heating Rates of the Mjo During Dynamo. Journal of Climate (2020)

Karen M. ShellSimon P. de SzoekeMichael MakiyamaZhe Feng

atmospheric scienceradiative heating ratesjournalismvertical structure

Using Jupyter Notebook Server and Python to Teach Undergraduate Climate Data Analysis. AGU Fall Meeting Abstracts (2019)

climate changeeducationundergraduate researchjupyter notebook serverdata scienceeducational technology

Lessons Learned: Using Python and Jupyter Notebook to Teach Undergraduate Climate Data Analysis. 97th American Meteorological Society Annual Meeting (2017)

Karen M. Shell

meteorologyjupyter notebookdata science

Seasonal Spatial Patterns of Projected Anthropogenic Warming in Complex Terrain: A Modeling Study of the Western Us. Climate Dynamics (2016)

David E. RuppSihan LiPhilip W. MoteKaren M. ShellNeil MasseySarah N. SparrowDavid C. H. WallomMyles R. Allen

Simulation of the Melt Season Using a Resolved Sea Ice Model With Snow Cover and Melt Ponds. Journal of Geophysical Research Oceans (2015)

Eric D. SkyllingstadKaren M. ShellLee CollinsChris Polashenski

oceanographyearth sciencegeophysicsatmospheric sciencesea icesea ice modelenvironmental sciencesnow covermelt seasonoceanic sciencegeological modelingplanetary sciencesgeophysical research

A High Resolution Sea-Ice Model With Variable Snow Cover and Resolved Melt Ponds. 2014 AGU Fall Meeting (2014)

E. D. SkyllingstadK. M. ShellC. Polashenski

oceanographyearth sciencesea icemelt pondsvariable snow covercryosphere

An Observationally Based Constraint on the Water‐Vapor Feedback. Journal of Geophysical Research Atmospheres (2013)

N. D. GordonA. K. JonkoP. M. ForsterK. M. Shell

atmospheric researchfragmentation effectatmospheric sciencegeophysicsenvironmental sciencewater-vapor feedbackgeophysical research

Comparison of Short-Term and Long-Term Radiative Feedbacks and Variability in Twentieth-Century Global Climate Model Simulations. Journal of Climate (2013)

Meghan M. DaltonKaren M. Shell

climate changelong-term radiative feedbacksclimate variabilityshort-term variabilityclimate modelsmodeling and simulationglobal climateclimate modellingjournalism

Climate Feedbacks in Ccsm3 Under Changing Co2 Forcing. Part I: Adapting the Linear Radiative Kernel Technique to Feedback Calculations for a Broad Range of Forcings. Journal of Climate (2012)

Alexandra K. JonkoKaren M. ShellBenjamin M. SandersonGokhan Danabasoglu

climate changeclimate feedbacksjournalism

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10 / page

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Similar Faculty Members

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Oregon State University

western us snowpack

regional climate response

Brian J Soden

Institution

University of Miami

atmospheric science

climate change

Jen Kay

Institution

University of Colorado Boulder

environmental science

earth science

Brian Earle Mapes

Institution

University of Miami

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atmospheric science

Joellen Russell

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University of Arizona

geoethics

earth science

Andreas Schmittner

Institution

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deep overturning circulation

carbon cycle

John Cassano

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atmospheric science

environmental science

Christopher L. Castro

Institution

University of Arizona

regional climate response

meteorology

Ben Kravitz

Institution

Indiana University Bloomington

solar radiation management

atmospheric chemistry

Laure Zanna

Institution

New York University

ocean circulation

climate model