Faculty

Institution

Unit

Venue

Stephen Nesbitt

Professor

UIUC

Affiliations

College of Liberal Arts & Sciences

Department of Climate, Meteorology and Atmospheric Sciences

School of Earth, Society & Environment

Department of Atmospheric Sciences

Stephen Nesbitt is currently serving as a College Of Liberal Arts & Sciences Professor at Uiuc.

Honors

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Experiences

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Education

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Stephen Nesbitt

UIUC

Professor

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earth science meteorology atmospheric science atmospheric research geography hydrometeorology climatology atmospheric measurement technique geophysical research meteorological measurements radar geoscientific model development remote sensing geophysics planetary sciences mesoscale meteorology climate dynamics satellite meteorology applied meteorology weather forecasting radar applications cloud physics synthetic aperture radar numerical weather prediction earth system science radar signal processing meteorological forcing climate variability climatic change environmental science aerosol science extreme weather cryosphere cloud dynamics hydrological process cold region science natural disasters microwave remote sensing weather disaster marine meteorology imaging radar atmospheric environment storm surge south america summer monsoon earth observation ocean modelling climate modelling subtropical south america natural hazards atmospheric sensing lower atmosphere diurnal cycle precipitation features radar data radar reflectivity disaster risk science atmospheric icing data assimilation high resolution atmospheric interaction name 2004 climate forecasting case studies weather modification earth observation data global tropics ice scattering maximum radar reflectivity trmm precipitation features same radar reflectivity dsd parameters convective vertical structure comprehensive trmm dataset trmm observations tibetan plateau radar meteorology

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Characteristics of Tornadic and Nontornadic Qlcs Mesovortices Observed Using Radar and Pod Data From Perils. Weather and Forecasting (2025)

Leanne Blind-DoskocilRobert J. TrappStephen W. NesbittMatthew D. ParkerKaren A. KosibaJoshua WurmanJoshua AikinsPaul Robinson

geophysicsradarmesoscale meteorologymeteorologypod dataentire lifetimesgeographylonger lifetimesstorm surge

Evaluating the Performance of Microphysics Schemes Against Observations During High-Impact Lake-Effect Snow Events. Weather and Forecasting (2025)

Abby HutsonClaire PettersenAyumi Fujisaki-ManomeGreg E. MannStephen W. NesbittMark S. Kulie

hydrometeorologygeoscientific model developmentatmospheric researchmeteorologyapplied meteorologyhydrologyforecasting modelgeophysical researchatmospheric sciencegeographynew yorkclimatologyearth scienceles convectionnumerical weather predictionweather forecasting

Identification of Discrete Updrafts Within Quasi-Linear Convective Systems Using Gridded Radar Data and Potential Implications for Tornadogenesis Prediction. (2025)

Edward WolffRobert TrappStephen Nesbitt

geophysicsradarhydrometeorologyatmospheric researchdiscrete updraftsdiscrete radar reflectivitymeteorologyforecastinggeographyatmospheric sciencegeophysical researchmeteorological measurementsearth sciencereflectivity coresnumerical weather predictionweather forecasting

Improved Understanding of Drivers of Upper-Level Updrafts and Their Role in Producing Thunderstorm Overshooting Tops. (2025)

Melinda BermanRobert TrappStephen Nesbitt

mesoscale meteorologyhydrometeorologynumerical simulationsatmospheric researchmeteorological forcinglower atmospheremeteorologyapplied meteorologyupdraft intensityearth scienceatmospheric scienceclimate dynamicsupper-level updraftsclimatologyplanetary sciences

Improved Understanding of How Kinematic and Thermodynamic Environmental Changes Impact Modeled Overshooting Top Characteristics. (2025)

Melinda T BermanRobert TrappStephen William NesbittLarry Di Girolamo

numerical simulationsgeoscientific model developmentclimatic changeclimate modellingsystems modelingenvironmental modellingclimate systemsystems engineeringenvironmental fluid mechanicsphysical modelingclimate dynamicscomputational modelsearth scienceclimate changemodeling and simulationearth system scienceocean modelling

On Discrete Convective Updrafts and Tornadoes in Quasi-Linear Convective Systems. Weather and Forecasting (2025)

Edward C. WolffRobert J. TrappStephen W. NesbittMatthew D. ParkerKaren A. KosibaJoshua Wurman

mesoscale meteorologyradarhydrometeorologyatmospheric researchmosaic reflectivity productsmeteorologyenhanced reflectivitygeophysical researchgeographyatmospheric sciencemeteorological measurementsclimatologyearth scienceradar reflectivity

Properties of Cold Pools From Perils 2022-2023. Monthly Weather Review (2025)

Miranda K. SilcottMatthew D. ParkerKaren A. KosibaStephen W. NesbittRobert J. TrappJoshua WurmanChristopher C. Weiss

applied meteorologyclimate dynamicsperils cold poolsextreme weathermeteorologygeophysical researchmeteorological measurementscold poolclimatologyearth scienceatmospheric researchcold region scienceclimatic changemeteorological forcingextreme environmentsgeographyatmospheric sciencemesoscale meteorologyhydrometeorologycold pools

The Spatial Area and Other Attributes of Goes-16 Overshooting Tops as Indicators of Potential Hail. Monthly Weather Review (2025)

Gabrielle ChristoRobert TrappStephen NesbittLarry Di GirolamoEdward C. WolffCameron R. HomeyerYulan Hong

hydrometeorologynatural disastersatmospheric researchenvironmental monitoringlimited datasetmeteorologyapplied meteorologyweather disastergeophysical researchgeographyatmospheric scienceatmospheric measurement techniqueclimatologyearth sciencemeteorological measurementsoperational forecastingspatial area

A Comprehensive Northern Hemisphere Particle Microphysics Data Set From the Precipitation Imaging Package. Earth and Space Science (2024)

Fraser KingClaire PettersenLarry F. BlivenDiego CerraiAlexey ChibisovSteven J. CooperTristan L’EcuyerMark S. KulieMatti LeskinenMarian MatelingLynn McMurdieDimitri MoisseevStephen W. NesbittWalter A. PetersenPeter RodriguezCarl SchirtzingerMartin StueferAnnakaisa von LerberMatthew T. WingoDavid B. WolffTelyana WongNorman Wood

hydrometeorologygeoscientific model developmentatmospheric researchprecipitation imaging packagemeteorologyaerosol scienceapplied meteorologyparticle microphysicsbulk precipitation characteristicsgeographyatmospheric scienceatmospheric measurement techniqueclimatologyearth sciencemeteorological measurementsnumerical weather predictionweather forecasting

Leveraging Fair Principles for Efficient Management of Meteorological Radar Data. (2024)

Alfonso LadinoMaxwell GroverStephen NesbittKai Mühlbauer

computer scienceradaratmospheric researchfair data principlemeteorologysynthetic aperture radardata sciencesignal processingradar signal processingradar applicationsdata managementfair principles

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Stephen Nesbitt

Professor

UIUC

Affiliations

College of Liberal Arts & Sciences

Department of Climate, Meteorology and Atmospheric Sciences

School of Earth, Society & Environment

Department of Atmospheric Sciences

Stephen Nesbitt is currently serving as a College Of Liberal Arts & Sciences Professor at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Stephen Nesbitt

UIUC

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Characteristics of Tornadic and Nontornadic Qlcs Mesovortices Observed Using Radar and Pod Data From Perils. Weather and Forecasting (2025)

Leanne Blind-DoskocilRobert J. TrappStephen W. NesbittMatthew D. ParkerKaren A. KosibaJoshua WurmanJoshua AikinsPaul Robinson

geophysicsradarmesoscale meteorologymeteorologypod dataentire lifetimesgeographylonger lifetimesstorm surge

Evaluating the Performance of Microphysics Schemes Against Observations During High-Impact Lake-Effect Snow Events. Weather and Forecasting (2025)

Abby HutsonClaire PettersenAyumi Fujisaki-ManomeGreg E. MannStephen W. NesbittMark S. Kulie

Identification of Discrete Updrafts Within Quasi-Linear Convective Systems Using Gridded Radar Data and Potential Implications for Tornadogenesis Prediction. (2025)

Edward WolffRobert TrappStephen Nesbitt

Improved Understanding of Drivers of Upper-Level Updrafts and Their Role in Producing Thunderstorm Overshooting Tops. (2025)

Melinda BermanRobert TrappStephen Nesbitt

Improved Understanding of How Kinematic and Thermodynamic Environmental Changes Impact Modeled Overshooting Top Characteristics. (2025)

Melinda T BermanRobert TrappStephen William NesbittLarry Di Girolamo

On Discrete Convective Updrafts and Tornadoes in Quasi-Linear Convective Systems. Weather and Forecasting (2025)

Edward C. WolffRobert J. TrappStephen W. NesbittMatthew D. ParkerKaren A. KosibaJoshua Wurman

Properties of Cold Pools From Perils 2022-2023. Monthly Weather Review (2025)

Miranda K. SilcottMatthew D. ParkerKaren A. KosibaStephen W. NesbittRobert J. TrappJoshua WurmanChristopher C. Weiss

The Spatial Area and Other Attributes of Goes-16 Overshooting Tops as Indicators of Potential Hail. Monthly Weather Review (2025)

Gabrielle ChristoRobert TrappStephen NesbittLarry Di GirolamoEdward C. WolffCameron R. HomeyerYulan Hong

A Comprehensive Northern Hemisphere Particle Microphysics Data Set From the Precipitation Imaging Package. Earth and Space Science (2024)

Leveraging Fair Principles for Efficient Management of Meteorological Radar Data. (2024)

Alfonso LadinoMaxwell GroverStephen NesbittKai Mühlbauer

computer scienceradaratmospheric researchfair data principlemeteorologysynthetic aperture radardata sciencesignal processingradar signal processingradar applicationsdata managementfair principles

1
2
3
4
5
25
10 / page