Faculty

Institution

Unit

Venue

Nelson L. Seaman

Retired Professor of Meteorology

Pennsylvania State University

Affiliations

College of Earth and Mineral Sciences

Department of Meteorology and Atmospheric Science

Nelson L. Seaman is currently serving as a College Of Earth And Mineral Sciences Retired Professor of Meteorology at Pennsylvania State University.

Honors

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Experiences

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Education

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Nelson L. Seaman

Pennsylvania State University

Retired Professor of Meteorology

You can click a keyword to filter the displayed items

meteorology atmospheric research atmospheric science numerical simulations applied meteorology environmental science weather forecasting earth science forecasting climate dynamics geoscientific model development multiscale modeling atmospheric environment numerical weather prediction data science aerospace engineering time series climatology mesoscale meteorology air quality atmospheric measurement technique climate models hydrometeorology atmospheric models ocean modelling aerosol science meteorological measurements urban climate space weather quantitative science studies field observations theoretical prediction data assimilation partial evaluation computational models numerical experiment spatio-temporal models source apportionment climate forecasting climate modelling weather modification oceanic forcing case conceptualization urban weather four-dimensional data assimilation planetary boundary layer san joaquin valley shallow-convection parameterization mesoscale models field-coherence technique meteorological field-program design air quality studies numerical investigation east coast cyclogenesis cold-air damming event part ii information fusion thermal engineering fire ecology planetary change domain-specific modeling multiscale analysis multidimensional signal processing case studies benchmark studies comparative analysis comparative test curve modeling hydrodynamic stability global analysis variational analysis urban environments limited-area mesoscale model synoptic-scale data mesoscale model comparison study atmospheric condition atmospheric dynamics geography remote sensing

Notable Scholarly Works

Notable Federal Grants

Collaborators

Numerical Prediction of Submesoscale Flow in the Nocturnal Stable Boundary Layer Over Complex Terrain. Monthly Weather Review (2011)

Nelson L. SeamanBrian J. GaudetDavid R. StaufferLarry MahrtScott J. RichardsonJeffrey R. ZielonkaJohn C. Wyngaard

atmospheric researchearth sciencemeteorologyatmospheric sciencesubmesoscale flowcomplex terrainmesoscale meteorologynumerical predictionnumerical weather prediction

An Automated High-Resolution, Rapidly Relocatable Meteorological Nowcasting and Prediction System. Monthly Weather Review (2006)

Anthony J. SchroederDavid R. StaufferNelson L. SeamanAijun DengAnnette M. GibbsGlenn K. HunterGeorge S. Young

data-driven predictionnumerical simulationsdata sciencemachine learningsystems engineeringforecastingprobabilistic systemprediction systemrelocatable meteorological nowcastingprediction modellingautomated high-resolutiontime seriesstatisticstechnological forecastingremote sensingmultiple classifier systemclassifier systemsatmospheric researchmeteorologydigital earthcomputational imaging

Linking the Eta Model With the Community Multiscale Air Quality (Cmaq) Modeling System to Build a National Air Quality Forecasting System. Weather and Forecasting (2005)

Tanya L. OtteGeorge PouliotJonathan E. PleimJeffrey O. YoungKenneth L. SchereDavid C. WongPius C. S. LeeMarina TsidulkoJeffery T. McQueenPaula DavidsonRohit MathurHui-Ya ChuangGeoff DiMegoNelson L. Seaman

systems engineeringair qualityatmospheric researchforecastingcomputational modelsatmospheric environmenteta modelatmospheric sciencegeoscientific model developmentclimate forecastingatmospheric modelsenvironmental sciencesystems modelingenvironmental engineeringmultiscale modelingweather forecastingenvironmental modellingnumerical weather prediction

A Real-Time Eulerian Photochemical Model Forecast System: Overview and Initial Ozone Forecast Performance in the Northeast U.S. Corridor. Bulletin of the American Meteorological Society (2004)

John N. McHenryWilliam F. RyanNelson L. SeamanCarlie J. CoatsJanusz PudykiewiczSarav ArunachalamJeffery M. Vukovich

atmospheric researchmeteorologyatmospheric scienceaerosol scienceenvironmental scienceweather forecastingapplied meteorology

Evaluation of Interregional Transport Using the Mm5–Scipuff System. Journal of Applied Meteorology (2004)

Aijun DengNelson L. SeamanGlenn K. HunterDavid R. Stauffer

transport phenomenatransport sectornumerical simulationsmultiphase flowsenvironmental scienceunmanned aerial vehiclesearth scienceinterregional transporttransport logisticstransportation engineeringapplied meteorologysource apportionmentatmospheric researchmeteorologygeoscientific model developmentatmospheric measurement techniquetransport geographyenvironmental engineeringweather forecasting

Distributed Sensor Network for Local-Area Atmospheric Modeling. Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE (2003)

Patrick D. FrenchJohn S. LovellNelson L. Seaman

local-area atmospheric modelingoptical engineeringsensor network

Future Directions of Meteorology Related to Air-Quality Research. Environment International (2003)

Nelson L. Seaman

air-quality researchmeteorological measurementsenvironmental sciencefuture directionsplanetary sciencesair qualityair pollutionatmospheric impact assessmentearth scienceatmospheric environmentenvironmental impact assessmentatmospheric scienceapplied meteorologyurban air qualityatmospheric researchmeteorologyatmospheric conditiongeoscientific model developmentenvironmental researchclimatology

A Shallow-Convection Parameterization for Mesoscale Models. Part II: Verification and Sensitivity Studies. Journal of the Atmospheric Sciences (2002)

Aijun DengNelson L. SeamanJohn S. Kain

aerosol sciencewave nonlinearitygeographypart iidata scienceshallow-convection parameterizationmesoscale modelssensitivity analysisforecastingclimate modelsocean modellingpilot experimentmodeling and simulationapplied meteorologyaerospace engineeringhydrometeorologyatmospheric researchgeoscientific model developmentsensitivity studiestheoretical predictionmultiscale modelingpartial evaluation

A Shallow-Convection Parameterization for Mesoscale Models. Part I: Submodel Description and Preliminary Applications. Journal of the Atmospheric Sciences (2002)

Aijun DengNelson L. SeamanJohn S. Kain

numerical simulationspartial differential equationsshallow-convection parameterizationmesoscale modelssubmodel descriptionforecastingclimate dynamicsocean modellinggeophysical flowsclimate changepreliminary applicationscontinual improvement processapplied meteorologyaerospace engineeringhydrometeorologycomputational modelsatmospheric researchmeteorologyastronomycomputational fluid dynamicsenvironmental engineeringclimate modelling

A Heuristic Study on the Importance of Anisotropic Error Distributions in Data Assimilation. Monthly Weather Review (2001)

Tanya L. OtteNelson L. SeamanDavid R. Stauffer

anisotropic error distributionsdata sciencemachine learningfeedback loopsystems engineeringforecastingdeep learninglocalizationclimate dynamicsparameter identificationtime seriesproblem instanceaerospace engineeringatmospheric researchgeoscientific model developmentgeometrical accuracycase conceptualizationheuristic studyquantitative science studiesbayesian analysis

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Nelson L. Seaman

Retired Professor of Meteorology

Pennsylvania State University

Affiliations

College of Earth and Mineral Sciences

Department of Meteorology and Atmospheric Science

Nelson L. Seaman is currently serving as a College Of Earth And Mineral Sciences Retired Professor of Meteorology at Pennsylvania 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

Nelson L. Seaman

Pennsylvania State University

Retired Professor of Meteorology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Numerical Prediction of Submesoscale Flow in the Nocturnal Stable Boundary Layer Over Complex Terrain. Monthly Weather Review (2011)

Nelson L. SeamanBrian J. GaudetDavid R. StaufferLarry MahrtScott J. RichardsonJeffrey R. ZielonkaJohn C. Wyngaard

atmospheric researchearth sciencemeteorologyatmospheric sciencesubmesoscale flowcomplex terrainmesoscale meteorologynumerical predictionnumerical weather prediction

An Automated High-Resolution, Rapidly Relocatable Meteorological Nowcasting and Prediction System. Monthly Weather Review (2006)

Anthony J. SchroederDavid R. StaufferNelson L. SeamanAijun DengAnnette M. GibbsGlenn K. HunterGeorge S. Young

Linking the Eta Model With the Community Multiscale Air Quality (Cmaq) Modeling System to Build a National Air Quality Forecasting System. Weather and Forecasting (2005)

A Real-Time Eulerian Photochemical Model Forecast System: Overview and Initial Ozone Forecast Performance in the Northeast U.S. Corridor. Bulletin of the American Meteorological Society (2004)

John N. McHenryWilliam F. RyanNelson L. SeamanCarlie J. CoatsJanusz PudykiewiczSarav ArunachalamJeffery M. Vukovich

atmospheric researchmeteorologyatmospheric scienceaerosol scienceenvironmental scienceweather forecastingapplied meteorology

Evaluation of Interregional Transport Using the Mm5–Scipuff System. Journal of Applied Meteorology (2004)

Aijun DengNelson L. SeamanGlenn K. HunterDavid R. Stauffer

Distributed Sensor Network for Local-Area Atmospheric Modeling. Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE (2003)

Patrick D. FrenchJohn S. LovellNelson L. Seaman

local-area atmospheric modelingoptical engineeringsensor network

Future Directions of Meteorology Related to Air-Quality Research. Environment International (2003)

Nelson L. Seaman

A Shallow-Convection Parameterization for Mesoscale Models. Part II: Verification and Sensitivity Studies. Journal of the Atmospheric Sciences (2002)

Aijun DengNelson L. SeamanJohn S. Kain

A Shallow-Convection Parameterization for Mesoscale Models. Part I: Submodel Description and Preliminary Applications. Journal of the Atmospheric Sciences (2002)

Aijun DengNelson L. SeamanJohn S. Kain

A Heuristic Study on the Importance of Anisotropic Error Distributions in Data Assimilation. Monthly Weather Review (2001)

Tanya L. OtteNelson L. SeamanDavid R. Stauffer

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