Faculty

Institution

Unit

Venue

John R. Mecikalski

Professor

University of Alabama in Huntsville

Affiliations

College of Science

Atmospheric & Earth Science

John R. Mecikalski is currently serving as an Atmospheric & Earth Science Professor at University of Alabama In Huntsville.

Honors

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Experiences

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Education

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John R. Mecikalski

University of Alabama in Huntsville

Professor

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atmospheric science meteorology atmospheric research earth science environmental science remote sensing planetary sciences satellite meteorology weather forecasting climatology applied meteorology climate change hydrometeorology forecasting geophysical research data assimilation data science earth observation aerosol science numerical weather prediction earth observation data hydrology geoscientific model development geophysics thermal infrared remote sensing mesoscale meteorology extreme weather soil science convective initiation soil moisture earth system science precision agriculture water science numerical simulations atmospheric measurement technique hydrological modeling optical remote sensing climate forecasting arid environments water resource management hydrological sciences microwave remote sensing thermal remote sensing southeastern united states hydrological process forest meteorology thermal engineering terrestrial sensing drylands vegetation science infrared optic cloud physics cloud-top properties continental scales puerto rico climatic change applied geography geospatial mapping image classification climate modelling agricultural water management satellite measurements water balance surface fluxes continental united states surface energy fluxes geostationary satellite observations meteosat second generation cloud properties convective storms data sources land surface surface-water hydrology regional climate response landscape ecology drought management machine learning geography

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Brief History of the Thermal Ir-Based Two-Source Energy Balance (Tseb) Model – Diagnosing Evapotranspiration From Plant to Global Scales. Agricultural and Forest Meteorology (2024)

Martha C. AndersonWilliam P. KustasJohn M. NormanGeorge T. DiakChristopher R. HainFeng GaoYun YangKyle R. KnipperJie XueYang YangWade T. CrowThomas R.H. HolmesHector NietoRadoslaw GuzinskiJason A. OtkinJohn R. MecikalskiCarmelo CammalleriAlfonso T. Torres-RuaXiwu ZhanLi FangPaul D. ColaizziNurit Agam

thermal remote sensingthermal infrared remote sensingsurface fluxesenvironmental sciencehydrometeorologyremote sensingenvironmental monitoringgeoscientific model developmentterrestrial sensingmeteorologyearth scienceprecision agriculturewater stress informationclimate models

Characterization of Reflectance Signatures Within Above Anvil Cirrus Plumes in Goes‐16 Infrared and Visible Imagery. Journal of Geophysical Research Atmospheres (2024)

Kelley M. MurphyJohn R. MecikalskiKristopher M. BedkaJohn W. CooneyCameron R. Homeyer

visible imagerygeophysical researchinfrared opticanvil cirrus plumesreflectance signaturesatmospheric science

Hydrometeor Identification Using Gmi Passive Microwave Brightness Temperatures. Journal of Applied Meteorology and Climatology (2024)

Daniel J. CecilMichael B. SolomonRetha MecikalskiKenneth D. Leppert

climatologyhydrometeor identificationhydrometeorologyenvironmental scienceapplied meteorologymeteorology

Use of Satellite, Surface Observations and Numerical Weather Prediction Model Data to Improve Cloud Base Height and Cloud Base Vertical Velocity Estimation. Journal of Geophysical Research Atmospheres (2024)

David T. HaliczerJohn R. MecikalskiPavlos Kollias

atmospheric measurement techniqueatmospheric researchgeophysical researchcloud base heightgeoscientific model developmentnumerical weather predictionatmospheric modelsnumerical simulationsdata scienceweather forecastingcloud dynamicssurface observationsatmospheric sciencemeteorologysatellite meteorology

Convection Initiation Forecasting Using Synthetic Satellite Imagery From the Warn-On-Forecast System. Journal of Operational Meteorology (2023)

Thomas A. JonesJohn R. Mecikalski

synthetic satellite imageryatmospheric researchapplied meteorologyremote sensingearth scienceweather forecastingwarn-on-forecast systemforecastingatmospheric sciencemeteorologysatellite meteorology

Mesoscale Influences of Land Use, Topography, Antecedent Rainfall, and Atmospheric Conditions on Summertime Convective Storm Initiation Under Weak Synoptic-Scale Forcing. Weather and Forecasting (2023)

Christopher TracyJohn R. Mecikalski

weak synoptic-scale forcingenvironmental scienceantecedent rainfallland usemeteorology

Signatures of Oceanic Wind Events in Convection-Resolving Wrf Model Simulations. Weather and Forecasting (2023)

Kelsey B. ThompsonJohn R. MecikalskiMonte G. Bateman

oceanic wind eventsplanetary sciencesatmospheric scienceweather forecasting

A Polarimetric Radar Operator and Application for Convective Storm Simulation. Atmosphere (2022)

Xuanli LiJohn R. MecikalskiJason A. OtkinDavid S. HendersonJayanthi Srikishen

polarimetric radar operatorplanetary sciencesatmospheric sciencemeteorologyconvective storm simulation

Examining the Role of the Land Surface on Convection Using High‐Resolution Model Forecasts Over the Southeastern United States. Journal of Geophysical Research Atmospheres (2022)

David S. HendersonJason A. OtkinJohn R. Mecikalski

land surfaceplanetary sciencesclimatologygeophysical researchatmospheric researchenvironmental sciencegeophysicshydrometeorologyapplied meteorologyclimate forecastinghigh-resolution model forecastssoutheastern united statesclimate modellingearth scienceweather forecastingclimate changeatmospheric sciencemeteorology

Goes-16 Simulated Bts Over the Southeastern Us.. Zenodo (CERN European Organization for Nuclear Research) (2022)

David HendersonJason OtkinJohn Mecikalski

physicsnuclear physicsspace explorationnuclear sciencespace sciencemodeling and simulation

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John R. Mecikalski

Professor

University of Alabama in Huntsville

Affiliations

College of Science

Atmospheric & Earth Science

John R. Mecikalski is currently serving as an Atmospheric & Earth Science Professor at University of Alabama In Huntsville.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John R. Mecikalski

University of Alabama in Huntsville

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Brief History of the Thermal Ir-Based Two-Source Energy Balance (Tseb) Model – Diagnosing Evapotranspiration From Plant to Global Scales. Agricultural and Forest Meteorology (2024)

Characterization of Reflectance Signatures Within Above Anvil Cirrus Plumes in Goes‐16 Infrared and Visible Imagery. Journal of Geophysical Research Atmospheres (2024)

Kelley M. MurphyJohn R. MecikalskiKristopher M. BedkaJohn W. CooneyCameron R. Homeyer

visible imagerygeophysical researchinfrared opticanvil cirrus plumesreflectance signaturesatmospheric science

Hydrometeor Identification Using Gmi Passive Microwave Brightness Temperatures. Journal of Applied Meteorology and Climatology (2024)

Daniel J. CecilMichael B. SolomonRetha MecikalskiKenneth D. Leppert

climatologyhydrometeor identificationhydrometeorologyenvironmental scienceapplied meteorologymeteorology

David T. HaliczerJohn R. MecikalskiPavlos Kollias

Convection Initiation Forecasting Using Synthetic Satellite Imagery From the Warn-On-Forecast System. Journal of Operational Meteorology (2023)

Thomas A. JonesJohn R. Mecikalski

synthetic satellite imageryatmospheric researchapplied meteorologyremote sensingearth scienceweather forecastingwarn-on-forecast systemforecastingatmospheric sciencemeteorologysatellite meteorology

Christopher TracyJohn R. Mecikalski

weak synoptic-scale forcingenvironmental scienceantecedent rainfallland usemeteorology

Signatures of Oceanic Wind Events in Convection-Resolving Wrf Model Simulations. Weather and Forecasting (2023)

Kelsey B. ThompsonJohn R. MecikalskiMonte G. Bateman

oceanic wind eventsplanetary sciencesatmospheric scienceweather forecasting

A Polarimetric Radar Operator and Application for Convective Storm Simulation. Atmosphere (2022)

Xuanli LiJohn R. MecikalskiJason A. OtkinDavid S. HendersonJayanthi Srikishen

polarimetric radar operatorplanetary sciencesatmospheric sciencemeteorologyconvective storm simulation

Examining the Role of the Land Surface on Convection Using High‐Resolution Model Forecasts Over the Southeastern United States. Journal of Geophysical Research Atmospheres (2022)

David S. HendersonJason A. OtkinJohn R. Mecikalski

Goes-16 Simulated Bts Over the Southeastern Us.. Zenodo (CERN European Organization for Nuclear Research) (2022)

David HendersonJason OtkinJohn Mecikalski

physicsnuclear physicsspace explorationnuclear sciencespace sciencemodeling and simulation

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5
15
10 / page

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regional climate response

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