Faculty

Institution

Unit

Venue

J. Michael Fritsch

Distinguished Professor Emeritus of Meteorology

Pennsylvania State University

Affiliations

College of Earth and Mineral Sciences

Department of Meteorology and Atmospheric Science

J. Michael Fritsch is currently serving as a College Of Earth And Mineral Sciences Distinguished Professor Emeritus of Meteorology at Pennsylvania State University.

Honors

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Experiences

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Education

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J. Michael Fritsch

Pennsylvania State University

Distinguished Professor Emeritus of Meteorology

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meteorology atmospheric research atmospheric science forecasting mesoscale meteorology climate dynamics earth science numerical simulations planetary sciences atmospheric environment weather forecasting hydrometeorology applied meteorology numerical weather prediction aerospace engineering environmental science geoscientific model development climatology urban climate climate models time series climatic change aerosol science fluid dynamics space weather spatio-temporal models atmospheric measurement technique mesoscale convective systems atmospheric models quantitative science studies atmospheric process meteorological forcing fire ecology air quality mesoscale convective complexes partial evaluation short-term variability extreme weather convective parameterization large-scale environments part ii forest meteorology cryosphere hyperparameter estimation subsidence monitoring parameter identification pilot experiment climate forecasting atmospheric condition vortex dynamics theoretical prediction flash floods probabilistic forecasting extratropical cyclones computational fluid dynamics parameter estimation future scenario direct observation problem importance case studies real world evidence natural convection convective heat transfer computational models urban weather weather disaster numerical prediction mesoscale pressure systems mesoscale model tropopause undulations radar data short-term probabilistic forecasts surface fronts kain-fritsch scheme mesoscale models deep moist convection geography remote sensing atmospheric dynamics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mesoscale Convective Complexes in the Americas. Collected reprint series (2013)

Ines VelascoJ. Michael Fritsch

atmospheric measurement techniquemeteorologyfluid dynamicsmesoscale convective complexesconvective heat transferclimate dynamicsatmospheric environmentatmospheric researchmesoscale meteorologymeteorological forcingclimatic changeearth sciencegeographyatmospheric scienceastronomyclimatologyclimate systemnumerical simulations

Mesoscale Convective Systems. Cambridge University Press eBooks (2007)

Yuh-Lang Lin

meteorologygeoscientific model developmentmesoscale convective systemsatmospheric researchmesoscale meteorologyorganized clusterearth scienceatmospheric sciencemesoscale convective systemclimatologyplanetary sciencesapplied meteorology

Roll Circulations in the Convective Region of a Simulated Squall Line. Journal of the Atmospheric Sciences (2007)

George H. BryanRichard RotunnoJ. Michael Fritsch

atmospheric processatmospheric modelsmeteorologyfluid dynamicshydrometeorologyatmospheric researchsimulated squall lineroll circulationsaerospace engineeringatmospheric scienceapplied meteorologyconvective regionatmospheric conditionplanetary sciencesdisperse flownumerical simulations

Bow Echo Sensitivity to Ambient Moisture and Cold Pool Strength. Monthly Weather Review (2006)

Richard P. JamesPaul M. MarkowskiJ. Michael Fritsch

meteorologyatmospheric researchcold pool strengthatmospheric sciencebow echo sensitivityenvironmental science

Environmental Distinctions Between Cellular and Slabular Convective Lines. Monthly Weather Review (2005)

Richard P. JamesJ. Michael FritschPaul M. Markowski

meteorologyslabular convective linescell biologyatmospheric scienceenvironmental science

A Reevaluation of Ice–Liquid Water Potential Temperature. Monthly Weather Review (2004)

George H. BryanJ. Michael Fritsch

fluid dynamicsice loadforecastingcivil engineeringwater qualitysea iceatmospheric environmentwater reallocationnatural disastersaerospace engineeringair qualitymaterials sciencesummer monsoonforestrycryospherenumerical simulationsaerosol sciencecryogenics

The Impact of High-Frequency Surface Weather Observations on Short-Term Probabilistic Forecasts of Ceiling and Visibility. Journal of Applied Meteorology (2004)

Stephen M. LeytonJ. Michael Fritsch

meteorologyprobabilistic forecastingforecastingweather forecastingapplied mathematicsnumerical weather predictionapplied meteorologyshort-term probabilistic forecasts

A Method for Improved Analyses of Scalars and Their Derivatives. Monthly Weather Review (2003)

Phillip L. SpencerDavid J. StensrudJ. Michael Fritsch

meteorologynumerical analysisweather forecastingapplied mathematicsnumerical weather predictionmachine learningscaling analysisimproved analysestime seriesmathematical analysismatrix analysis

Resolution Requirements for the Simulation of Deep Moist Convection. Monthly Weather Review (2003)

George H. BryanJohn C. WyngaardJ. Michael Fritsch

forecastingaerospace engineeringcontinual improvement processfuture scenariocivil engineeringfire ecologydirect observationquantitative science studiesclimate modelsheat transferecologyresolution requirementsaerosol sciencefluid dynamicspartial evaluationatmospheric environmentunmanned aerial vehiclespilot experimentdeep moist convectioncryosphere

Short-Term Probabilistic Forecasts of Ceiling and Visibility Utilizing High-Density Surface Weather Observations. Weather and Forecasting (2003)

Stephen M. LeytonJ. Michael Fritsch

meteorologyweather forecastingforecastingprobabilistic forecastingnumerical weather predictionshort-term probabilistic forecasts

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J. Michael Fritsch

Distinguished Professor Emeritus of Meteorology

Pennsylvania State University

Affiliations

College of Earth and Mineral Sciences

Department of Meteorology and Atmospheric Science

J. Michael Fritsch is currently serving as a College Of Earth And Mineral Sciences Distinguished Professor Emeritus 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

J. Michael Fritsch

Pennsylvania State University

Distinguished Professor Emeritus of Meteorology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mesoscale Convective Complexes in the Americas. Collected reprint series (2013)

Ines VelascoJ. Michael Fritsch

Mesoscale Convective Systems. Cambridge University Press eBooks (2007)

Yuh-Lang Lin

Roll Circulations in the Convective Region of a Simulated Squall Line. Journal of the Atmospheric Sciences (2007)

George H. BryanRichard RotunnoJ. Michael Fritsch

Bow Echo Sensitivity to Ambient Moisture and Cold Pool Strength. Monthly Weather Review (2006)

Richard P. JamesPaul M. MarkowskiJ. Michael Fritsch

meteorologyatmospheric researchcold pool strengthatmospheric sciencebow echo sensitivityenvironmental science

Environmental Distinctions Between Cellular and Slabular Convective Lines. Monthly Weather Review (2005)

Richard P. JamesJ. Michael FritschPaul M. Markowski

meteorologyslabular convective linescell biologyatmospheric scienceenvironmental science

A Reevaluation of Ice–Liquid Water Potential Temperature. Monthly Weather Review (2004)

George H. BryanJ. Michael Fritsch

The Impact of High-Frequency Surface Weather Observations on Short-Term Probabilistic Forecasts of Ceiling and Visibility. Journal of Applied Meteorology (2004)

Stephen M. LeytonJ. Michael Fritsch

meteorologyprobabilistic forecastingforecastingweather forecastingapplied mathematicsnumerical weather predictionapplied meteorologyshort-term probabilistic forecasts

A Method for Improved Analyses of Scalars and Their Derivatives. Monthly Weather Review (2003)

Phillip L. SpencerDavid J. StensrudJ. Michael Fritsch

meteorologynumerical analysisweather forecastingapplied mathematicsnumerical weather predictionmachine learningscaling analysisimproved analysestime seriesmathematical analysismatrix analysis

Resolution Requirements for the Simulation of Deep Moist Convection. Monthly Weather Review (2003)

George H. BryanJohn C. WyngaardJ. Michael Fritsch

Short-Term Probabilistic Forecasts of Ceiling and Visibility Utilizing High-Density Surface Weather Observations. Weather and Forecasting (2003)

Stephen M. LeytonJ. Michael Fritsch

meteorologyweather forecastingforecastingprobabilistic forecastingnumerical weather predictionshort-term probabilistic forecasts

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hydrometeorology

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