Faculty

Institution

Unit

Venue

Paul Voss

Associate Professor of Engineering

Smith College

Affiliations

Smith College

Department Of Chemistry

Department Of Psychology

Department of Film and Media Studies

Department of Engineering

Engineering

Paul Voss is currently serving as a Chemistry Associate Professor of Engineering at Smith College.

Honors

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Experiences

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Education

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Paul Voss

Smith College

Associate Professor of Engineering

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atmospheric science atmospheric research aerospace engineering earth science meteorology atmospheric environment atmospheric measurement technique environmental science geophysical research atmospheric chemistry aerosol science climatology atmospheric sensing atmospheric sounding climate change air pollution aircraft arctic engineering geophysics cold region science cryosphere geoscientific model development lower atmosphere lower stratosphere environmental engineering aerodynamics atmospheric models arctic structure sea ice atmospheric condition aeronautics urban air quality aerospace systems aerosol transport controlled meteorological balloons technology law unmanned aircraft systems meteorological measurements aerospace technology unmanned systems aerosol formation free-floating altitude-controlled balloons situ measurements altitude-controlled balloons operational oceanography climatic change numerical simulations vehicular technology marine pollution chemical evolution marine meteorology numerical weather prediction weather forecasting aerial robotics privacy issues privacy anonymity privacy protection mesoscale meteorology volcanic process volcanic fumaroles volcanic gas chemistry volcano monitoring benchmark studies meteorological forcing system optimization mass absorption cross-section black carbon atmospheric transport volatile organic compounds mkiv balloon atmospheric trace gases trajectory model validation international consortium inorganic chlorine budget arctic region ozone loss design carbon dioxide mechanical design fluid mechanics aerospace engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bias Quantification and Correction for Meteorological Sensors of an Air-Mass Following Drifting Balloon. (2026)

measurementbias quantificationcalibrationmeteorological sensorssensorsenvironmental monitoringatmospheric sensingearth scienceaerospace engineeringmeteorological measurementsatmospheric sciencemeteorology

Coordinated Observations of the Water Cycle of Marine Cold-Air Outbreaks in the European Arctic During the Islas 2022 Field Campaign. (2024)

coordinated observationsclimatologyfield campaignclimate dynamicsocean sciencesoceanographycold region scienceenvironmental sciencesea iceeuropean arcticearth sciencecryosphereclimate changeoceanic forcing

Tracking Arctic Boundary Layer Evolution During On-Ice Flow Using Cmet Balloons. (2024)

on-ice flowice-water systemcmet balloonsfluid dynamicsclimate dynamicscold region sciencesea iceice-structure interactionearth scienceaerospace engineeringcryospherearctic engineeringatmospheric sciencemeteorology

Bridging Land-Surface Fluxes and Aerosol Concentrations to Triggering Convective Rainfall. (2021)

earth system scienceaerosol transportatmospheric environmentatmospheric researchaerosol scienceenvironmental sciencehydrometeorologyapplied meteorologygeoscientific model developmentatmospheric conditionweather modificationearth scienceaerosol concentrationsclimate changeatmospheric sciencemeteorology

A Comparison of Amps Forecasts Near the Ross Sea Polynya With Controlled Meteorological Balloon Observations. Journal of Geophysical Research Atmospheres (2020)

climatologymarine meteorologyamps forecastsross sea polynyageophysical researchatmospheric researchgeographynumerical weather predictionearth scienceweather forecastingforecastingatmospheric sciencemeteorology

Controlled Meteorological (Cmet) Balloon Profiling of the Arctic Atmospheric Boundary Layer. HAL (Le Centre pour la Communication Scientifique Directe) (2017)

atmospheric measurement techniquecloud physicsclimatologyclimate dynamicsatmospheric environmentatmospheric researchballoon profilingearth scienceaerospace engineeringarctic engineeringlower atmosphereatmospheric soundingatmospheric sciencemeteorology

Examining the Eastern Amazon Basin Breeze Circulations, Channeling and Boundary Layer Properties Using Altitude Controlled Meteorological Balloons. AGUFM (2017)

atmospheric measurement techniquemeteorological balloonsboundary layer propertiesclimatologyclimate dynamicsgeophysical researchatmospheric researchgeographygeophysicsremote sensingatmospheric conditionenvironmental fluid mechanicsearth sciencelower atmospheremeteorological forcingatmospheric sciencemeteorology

Controlled Meteorological (Cmet) Free Balloon Profiling of the Arcticatmospheric Boundary Layer Around Spitsbergen Compared to Era-Interim Andarctic System Reanalyses. Atmospheric chemistry and physics (2016)

atmospheric measurement techniquefree balloon profilingplanetary sciencesclimatologyclimate dynamicsgeophysical researchatmospheric researchsea icearcticatmospheric boundary layerarctic structureearth sciencelower atmosphereatmospheric sciencemeteorology

Measurements by Controlled Meteorological Balloons in Coastal Areas of Antarctica. Antarctic Science (2016)

controlled meteorological balloonsextreme environmentsclimatologyatmospheric researchgeographyatmospheric sensingearth scienceoperational oceanographymeteorological measurementsatmospheric soundingatmospheric sciencemeteorology

We Need a National Conversation About Sensible Drone Laws. (2016)

cyber conflictunmanned aerial vehiclesenvironmental lawpublic policylawdronesgovernment informationsensible drone lawsunmanned vehiclesunmanned systemstechnology lawunmanned aircraft systemsflying robot

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Paul Voss

Associate Professor of Engineering

Smith College

Affiliations

Smith College

Department Of Chemistry

Department Of Psychology

Department of Film and Media Studies

Department of Engineering

Engineering

Paul Voss is currently serving as a Chemistry Associate Professor of Engineering at Smith College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Paul Voss

Smith College

Associate Professor of Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bias Quantification and Correction for Meteorological Sensors of an Air-Mass Following Drifting Balloon. (2026)

Coordinated Observations of the Water Cycle of Marine Cold-Air Outbreaks in the European Arctic During the Islas 2022 Field Campaign. (2024)

Tracking Arctic Boundary Layer Evolution During On-Ice Flow Using Cmet Balloons. (2024)

Bridging Land-Surface Fluxes and Aerosol Concentrations to Triggering Convective Rainfall. (2021)

A Comparison of Amps Forecasts Near the Ross Sea Polynya With Controlled Meteorological Balloon Observations. Journal of Geophysical Research Atmospheres (2020)

Controlled Meteorological (Cmet) Balloon Profiling of the Arctic Atmospheric Boundary Layer. HAL (Le Centre pour la Communication Scientifique Directe) (2017)

Examining the Eastern Amazon Basin Breeze Circulations, Channeling and Boundary Layer Properties Using Altitude Controlled Meteorological Balloons. AGUFM (2017)

Measurements by Controlled Meteorological Balloons in Coastal Areas of Antarctica. Antarctic Science (2016)

We Need a National Conversation About Sensible Drone Laws. (2016)

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5
10 / page