Faculty

Institution

Unit

Venue

David S Nolan

Professor and Chair

University of Miami

Affiliations

Rosenstiel School of Marine, Atmospheric, and Earth Science

Atmospheric Sciences

David S Nolan is currently serving as an Atmospheric Sciences Professor and Chair at University of Miami.

Honors

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Experiences

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Education

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David S Nolan

University of Miami

Professor and Chair

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meteorology atmospheric science atmospheric research earth science planetary sciences storm surge climate change climatology geophysical research numerical simulations tropical cyclones geophysics aerospace engineering environmental science fluid dynamics hydrometeorology numerical weather prediction weather disaster weather forecasting modeling and simulation applied meteorology mesoscale meteorology forecasting tropical cyclogenesis atmospheric measurement technique urban climate atmospheric models boundary layers space weather extreme weather earth system science climate modelling spiral gravity waves physical oceanography idealized simulations tornado-like vortices wrf simulations high-resolution simulations hydrodynamic stability satellite meteorology human polymorphisms genetic determinants urban weather hurricane-like vortices tropical cyclone intensification atmospheric environment large-scale simulations atmospheric process atmospheric condition situ observations tropical cyclone development lower atmosphere hurricane intensity rapid intensification visual science perturbation methods diabetes mellitus diabetes epidemiology radiative-convective equilibrium three-dimensional perturbations hurricane bill economic psychology decision science bayesian analysis economic research economic behavior pediatric diabetes chaos theory atmospheric impact assessment organizational economics bayesian inference decision analysis optical testing optical engineering elemental characterization environmental flows geography tropical meteorology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Rapid Versus Slow Intensification of Idealized Tropical Cyclones Using Soundings From Reanalysis. Quarterly Journal of the Royal Meteorological Society (2025)

planetary sciencesclimatologyclimate dynamicsatmospheric researchnumerical weather predictionearth sciencestorm surgeocean modellingatmospheric sciencemeteorologyidealized tropical cyclones

Reconsideration of the Mass and Condensate Sources for the Tropical Cyclone Outflow. Bulletin of the American Meteorological Society (2025)

tropical cyclone outflowcondensate sourcesatmospheric researchstormwaterenvironmental sciencehydrometeorologyweather modificationearth sciencestorm surgeatmospheric sciencemeteorology

Sensitivity of Tropical Cyclone Intensity Projections to Longwave Radiation. Climate Dynamics (2025)

planetary sciencesclimatologyatmospheric researchgeophysical researchstorm surgeatmospheric sciencemeteorology

The Stratospheric Gravity Wave Field Produced by a Supercell. Quarterly Journal of the Royal Meteorological Society (2025)

atmospheric measurement techniquewave propagationelectromagnetic fieldsstratospheric gravityplanetary sciencesgravitywave nonlinearityatmospheric researchgeophysical researchgravity fieldgeophysicsgravitational waves

Reducing a Tropical Cyclone Weak-Intensity Bias in a Global Numerical Weather Prediction System. Monthly Weather Review (2024)

Ron McTaggart-CowanDavid S. NolanRabah AiderMartin CharronJan-Huey ChenJean-François CossetteStéphane GaudreaultSyed HusainLinus MagnussonAbdessamad QaddouriLeo SeparovicChristopher SubichJing Yang

The Stratospheric Gravity Wave Field and Momentum Fluxes Produced by Isolated Supercells. (2024)

Luke RosamondDavid NolanYi DaiChris Heale

momentum fluxesplanetary sciencesisolated supercellsspace explorationspace weather

The Vortex Structure and Near‐Surface Winds of Typhoon Faxai (2019) During Landfall. Part II: Evaluation of Wrf Simulations. Quarterly Journal of the Royal Meteorological Society (2024)

Takuya TakahashiDavid S. NolanBrian D. McNoldy

planetary sciencesvortex structureatmospheric researchnear-surface windswrf simulationsatmospheric sciencemeteorology

Large-Eddy Simulations of the Tropical Cyclone Boundary Layer at Landfall in an Idealized Urban Environment. Journal of Applied Meteorology and Climatology (2023)

Christopher M. RozoffDavid S. NolanGeorge H. BryanEric A. HendricksJason C. Knievel

idealized urban environmentplanetary sciencesclimatologylarge-eddy simulationsatmospheric researchapplied meteorologyurban climateurban environmentsclimate changeatmospheric sciencemeteorology

Modulation of Tropical Cyclone Rapid Intensification by Mesoscale Asymmetries. Quarterly Journal of the Royal Meteorological Society (2023)

David S. NolanSamantha NebylitsaBrian D. McNoldySharanya J. Majumdar

planetary sciencesmesoscale asymmetriesatmospheric researchmesoscale meteorologyclimate changeatmospheric sciencemeteorology

Revisiting Environmental Wind and Moisture Calculations in the Context of Tropical Cyclone Intensification. Weather and Forecasting (2023)

Samantha NebylitsaSharanya J. MajumdarDavid S. Nolan

tropical cyclone intensificationenvironmental sciencemoisture calculationsweather forecastingenvironmental windclimate changeatmospheric sciencemeteorology

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David S Nolan

Professor and Chair

University of Miami

Affiliations

Rosenstiel School of Marine, Atmospheric, and Earth Science

Atmospheric Sciences

David S Nolan is currently serving as an Atmospheric Sciences Professor and Chair at University of Miami.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

David S Nolan

University of Miami

Professor and Chair

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Rapid Versus Slow Intensification of Idealized Tropical Cyclones Using Soundings From Reanalysis. Quarterly Journal of the Royal Meteorological Society (2025)

planetary sciencesclimatologyclimate dynamicsatmospheric researchnumerical weather predictionearth sciencestorm surgeocean modellingatmospheric sciencemeteorologyidealized tropical cyclones

Reconsideration of the Mass and Condensate Sources for the Tropical Cyclone Outflow. Bulletin of the American Meteorological Society (2025)

tropical cyclone outflowcondensate sourcesatmospheric researchstormwaterenvironmental sciencehydrometeorologyweather modificationearth sciencestorm surgeatmospheric sciencemeteorology

Sensitivity of Tropical Cyclone Intensity Projections to Longwave Radiation. Climate Dynamics (2025)

planetary sciencesclimatologyatmospheric researchgeophysical researchstorm surgeatmospheric sciencemeteorology

The Stratospheric Gravity Wave Field Produced by a Supercell. Quarterly Journal of the Royal Meteorological Society (2025)

Reducing a Tropical Cyclone Weak-Intensity Bias in a Global Numerical Weather Prediction System. Monthly Weather Review (2024)

Ron McTaggart-CowanDavid S. NolanRabah AiderMartin CharronJan-Huey ChenJean-François CossetteStéphane GaudreaultSyed HusainLinus MagnussonAbdessamad QaddouriLeo SeparovicChristopher SubichJing Yang

The Stratospheric Gravity Wave Field and Momentum Fluxes Produced by Isolated Supercells. (2024)

Luke RosamondDavid NolanYi DaiChris Heale

momentum fluxesplanetary sciencesisolated supercellsspace explorationspace weather

The Vortex Structure and Near‐Surface Winds of Typhoon Faxai (2019) During Landfall. Part II: Evaluation of Wrf Simulations. Quarterly Journal of the Royal Meteorological Society (2024)

Takuya TakahashiDavid S. NolanBrian D. McNoldy

planetary sciencesvortex structureatmospheric researchnear-surface windswrf simulationsatmospheric sciencemeteorology

Large-Eddy Simulations of the Tropical Cyclone Boundary Layer at Landfall in an Idealized Urban Environment. Journal of Applied Meteorology and Climatology (2023)

Christopher M. RozoffDavid S. NolanGeorge H. BryanEric A. HendricksJason C. Knievel

idealized urban environmentplanetary sciencesclimatologylarge-eddy simulationsatmospheric researchapplied meteorologyurban climateurban environmentsclimate changeatmospheric sciencemeteorology

Modulation of Tropical Cyclone Rapid Intensification by Mesoscale Asymmetries. Quarterly Journal of the Royal Meteorological Society (2023)

David S. NolanSamantha NebylitsaBrian D. McNoldySharanya J. Majumdar

planetary sciencesmesoscale asymmetriesatmospheric researchmesoscale meteorologyclimate changeatmospheric sciencemeteorology

Revisiting Environmental Wind and Moisture Calculations in the Context of Tropical Cyclone Intensification. Weather and Forecasting (2023)

Samantha NebylitsaSharanya J. MajumdarDavid S. Nolan

tropical cyclone intensificationenvironmental sciencemoisture calculationsweather forecastingenvironmental windclimate changeatmospheric sciencemeteorology

1
2
3
4
5
35
10 / page

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Similar Faculty Members

Brian Earle Mapes

Institution

University of Miami

meteorology

atmospheric science

Robert Trapp

Institution

University of Illinois Urbana-Champaign

hydrometeorology

earth science

Professor Lynn K. Shay

Institution

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earth science

Sharanya J Majumdar

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Roger Samelson

Institution

Oregon State University

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William Bill Smyth

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geophysical flow

climate variability

Stephen Nesbitt

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Kelvin Droegemeier

Institution

University of Illinois Urbana-Champaign

hydrometeorology

earth science

Roni Avissar

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environmental science

Kevin Hamilton

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