Faculty

Institution

Unit

Venue

Avelino F. Arellano

Associate Professor

University of Arizona

Affiliations

College of Science

Hydrology and Atmospheric Sciences

Avelino F. Arellano is currently serving as a College Of Science Associate Professor at University of Arizona.

Honors

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Experiences

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Education

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Avelino F. Arellano

University of Arizona

Associate Professor

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atmospheric science environmental science earth science atmospheric research atmospheric chemistry atmospheric environment air pollution meteorology aerosol science climate change atmospheric measurement technique data assimilation planetary sciences air quality geophysical research climatology geoscientific model development ecology geophysics atmospheric models carbon monoxide satellite meteorology atmospheric impact assessment atmospheric process forecasting earth system science air pollution climatology hydrometeorology applied meteorology earth observation mesoscale meteorology aerosol transport weather forecasting fire ecology urban air quality chemical emission urban climate atmospheric interaction aerosol formation southeast asia east asia combustion science plant science soil science satellite retrievals united states terrestrial ecology climate forecasting top-down estimates mercury emissions southwestern united states pesticide science infrastructure engineering optical remote sensing climate change effects mercury biogeochemistry case studies mopitt measurements global co sources global biomass burning biomass burning previous years multiple regression kernel prediction surface state parameters natural hazards disparate impact persistent organic pollutants global change impacts particulate matter spatiotemporal organization surface-water hydrology hydrological sciences subsurface hydrology hydrological modeling aerosol sampling remote sensing chemical transport modeling

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Long-Term (2001-2022) Examination of Surface Ozone Concentrations in Tucson, Arizona. Environmental Science Atmospheres (2025)

atmospheric researchenvironmental scienceozone layer depletionair qualityenvironmental healthenvironmental monitoringatmospheric chemistryatmospheric scienceatmospheric measurement techniqueair pollutionatmospheric environmentearth sciencesurface ozone concentrationsatmospheric hazards

Assimilation of Doppler Lidar-Derived Planetary Boundary Layer Height Measurements Using an Ensemble Kalman Filter: Case Studies During the Pecan Field Campaign. Journal of Applied Meteorology and Climatology (2025)

geophysicsradarmesoscale meteorologyatmospheric researchcase studiesmeteorologyplanetary scienceatmospheric soundinggeophysical researchatmospheric scienceatmospheric measurement techniqueatmospheric sensingensemble kalman filterearth scienceplanetary sciencespecan field campaigndata assimilation

Assimilation of Doppler Lidar-Derived Planetary Boundary Layer Heights Using the Ensemble Kalman Filter During the Pecan Field Campaign. 105th AMS Annual Meeting (2025)

geophysicsmesoscale meteorologyatmospheric modelsatmospheric researchmeteorologyplanetary scienceatmospheric soundingearth sciencegeophysical researchatmospheric scienceatmospheric measurement techniqueatmospheric sensingensemble kalman filterplanetary sciencespecan field campaigndata assimilation

Author Response for"a Long-Term (2001-2022) Examination of Surface Ozone Concentrations in Tucson, Arizona". (2025)

atmospheric researchenvironmental scienceozone layer depletionair qualityatmospheric impact assessmentenvironmental monitoringauthor responseatmospheric scienceatmospheric measurement techniqueair pollutionatmospheric environmentearth sciencesurface ozone concentrations

Can Global Chemistry-Climate Models Capture Salient Features of an Urban Atmosphere?. 105th AMS Annual Meeting (2025)

geoscientific model developmentatmospheric researchclimate modelsenvironmental scienceurban climatehuman activity impactatmospheric scienceearth scienceclimate changeurban atmosphereatmospheric process

Diagnosing Aerosol–Meteorological Interactions on Snow Within Earth System Models: A Proof-Of-Concept Study Over High Mountain Asia. Earth System Dynamics (2025)

geoscientific model developmentatmospheric researchatmospheric modelsaerosol transporthigh mountain asiameteorologyaerosol scienceearth system modelsaerosol–meteorological interactionsgeographyatmospheric scienceearth scienceatmospheric interaction

Impact of Assimilating Gps Precipitable Water Vapor on Simulations of Two North American Monsoon Convective Events Using Observing System Simulation Experiments. Journal of Geophysical Research Atmospheres (2025)

hydrometeorologygeoscientific model developmentatmospheric researchmeteorological forcingclimate modellingmeteorologygeographyclimate dynamicsatmospheric scienceclimatologyearth scienceatmospheric measurement techniquemeteorological measurementsnumerical weather predictionearth system sciencesystem simulation experiments

Impacts of Assimilating Gps-Pwv in Convective-Permitting Model on Forecasting Monsoon Precipitation Over Arizona Complex Terrain. (2025)

forecasting monsoon precipitationarizona complex terrainhydrometeorologygeoscientific model developmentatmospheric researchmeteorological forcingmeteorologyapplied meteorologyconvective-permitting modelforecastinggeographyclimate dynamicsatmospheric scienceclimatologyearth sciencenumerical weather predictionweather forecasting

Matcha, a Novel Regional Hydroclimate-Chemical Reanalysis: System Description and Evaluation. (2025)

water resourcesenvironmental sciencehydrological processcomputational geochemistryenvironmental geochemistryhydrologysystem descriptionearth sciencefluid geochemistryearth system science

Measurement Report: Characterization of Aerosol Hygroscopicity Over Southeast Asia During the NASA Camp 2 Ex Campaign. Atmospheric chemistry and physics (2025)

aerosol formationatmospheric researchenvironmental scienceair qualityaerosol transportaerosol scienceaerosol hygroscopicityatmospheric chemistryatmospheric scienceatmospheric environmentair pollutionatmospheric measurement techniqueearth sciencemeasurement reportsoutheast asiaatmospheric process

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Avelino F. Arellano

Associate Professor

University of Arizona

Affiliations

College of Science

Hydrology and Atmospheric Sciences

Avelino F. Arellano is currently serving as a College Of Science Associate Professor at University of Arizona.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Avelino F. Arellano

University of Arizona

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Long-Term (2001-2022) Examination of Surface Ozone Concentrations in Tucson, Arizona. Environmental Science Atmospheres (2025)

Assimilation of Doppler Lidar-Derived Planetary Boundary Layer Heights Using the Ensemble Kalman Filter During the Pecan Field Campaign. 105th AMS Annual Meeting (2025)

Author Response for"a Long-Term (2001-2022) Examination of Surface Ozone Concentrations in Tucson, Arizona". (2025)

Can Global Chemistry-Climate Models Capture Salient Features of an Urban Atmosphere?. 105th AMS Annual Meeting (2025)

Diagnosing Aerosol–Meteorological Interactions on Snow Within Earth System Models: A Proof-Of-Concept Study Over High Mountain Asia. Earth System Dynamics (2025)

Impacts of Assimilating Gps-Pwv in Convective-Permitting Model on Forecasting Monsoon Precipitation Over Arizona Complex Terrain. (2025)

Matcha, a Novel Regional Hydroclimate-Chemical Reanalysis: System Description and Evaluation. (2025)

water resourcesenvironmental sciencehydrological processcomputational geochemistryenvironmental geochemistryhydrologysystem descriptionearth sciencefluid geochemistryearth system science

Measurement Report: Characterization of Aerosol Hygroscopicity Over Southeast Asia During the NASA Camp 2 Ex Campaign. Atmospheric chemistry and physics (2025)

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Similar Faculty Members

Daniel Tong

Institution

George Mason University

atmospheric science

atmospheric model

John Chun-Han Lin

Institution

University of Utah

atmospheric chemistry

air quality

Paquita Zuidema

Institution

University of Miami

cloud aerosol observatory

aerosol science

Arlene Fiore

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greenhouse gas

atmospheric chemistry

Yuan Wang

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atmospheric science

environmental science

Xiquan Dong

Institution

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planetary sciences

cloud dynamic

Peter Hess

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human activity impact

global ecology

Ronald G. Prinn

Institution

Massachusetts Institute of Technology

greenhouse effect

atmospheric interaction

Russell R. Dickerson

Institution

University of Maryland, College Park

atmospheric science

environmental science

Emily V. Fischer

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environmental science

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