Faculty

Institution

Unit

Venue

Christopher L. Castro

Director of Research Applications

University of Arizona

Affiliations

College of Science

Hydrology and Atmospheric Sciences

Christopher L. Castro is currently serving as a College Of Science Director of Research Applications at University of Arizona.

Honors

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Experiences

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Christopher L. Castro

University of Arizona

Director of Research Applications

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earth science climatology meteorology geography hydrometeorology climate change atmospheric science climate dynamics atmospheric research climatic change environmental science geoscientific model development weather forecasting regional climate response climate forecasting climate models applied meteorology climate variability extreme weather forecasting numerical weather prediction climate projections hydrology climate modelling earth system science hydrological process summer monsoon north american monsoon mesoscale meteorology geophysical research water resource management hydrological modeling future climatic change southwestern united states meteorological forcing data assimilation dendrochronology journalism atmospheric environment aerosol science hydrological sciences southwest united states paleoclimatology dynamical downscaling numerical simulations surface-water hydrology climatic impact ocean sciences catchment scales forecasting model complex terrain water science vegetation science arid environments climate change effects western united states summer climate soil moisture quaternary science satellite meteorology watershed management oceanic forcing improved qpe contiguous united states cmip3 models environmental fluid mechanics latin american research quaternary research projected climate change cloud-to-ground lightning occurrences resource economics drylands atmospheric interaction environmental geography groundwater recharge raw climate model physical understanding north america

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evaluation of Mesoscale Convective Systems Tracking Using Ensemble-Based Convective Permitting Model Over Texas During Extreme Weather Events in May 2015. Authorea (Authorea) (2025)

earth system sciencegeographyclimatologymesoscale meteorologynumerical weather predictionforecastingclimate modelsclimate dynamicsenvironmental modellingmay 2015earth scienceatmospheric scienceextreme weather eventsapplied meteorologymesoscale convective systemshydrometeorologymeteorologygeoscientific model developmentweather forecastingmeteorological forcing

Rainfall Climatology and Predictability Over the Kingdom of Saudi Arabia at Subseasonal Scale. Quarterly Journal of the Royal Meteorological Society (2025)

hydrological processhydrometeorologyatmospheric researchearth sciencemeteorologymeteorological measurementsweather forecastingsaudi arabiadrought forecastinggeographyclimatologydroughtrainfall climatologysubseasonal scale

Climate Change Projections of Potential Evapotranspiration for the North American Monsoon Region. Hydrology (2024)

Eylon ShamirLourdes Mendoza FierroSahar Mohsenzadeh KarimiNorman PelakEmilie TarouillyHsin-I ChangChristopher L. Castro

climate changehydrometeorologyearth sciencemeteorologyclimate change projectionsatmospheric scienceenvironmental scienceregional climate responsehydrological sciencespotential evapotranspirationclimatologyhydrology

Enhancing Extreme Precipitation Predictions With Dynamical Downscaling: A Convection‐Permitting Modeling Study in Texas and Oklahoma. Journal of Geophysical Research Atmospheres (2024)

Hsin‐I. ChangYoshimitsu ChikamotoSimon S.‐Y. WangChristopher L. CastroMatthew D. LaPlanteC. Bayu RisantoXingying HuangPatrick Bunn

model skillfulnessclimatic changeearth system sciencegeographyclimatologynumerical weather predictionextreme precipitation predictionsclimate modelsclimate dynamicsclimate modellingclimate changeearth scienceforecasting modeldroughthydrometeorologymeteorologygeoscientific model developmentdrought forecastingweather forecasting

Enhancing Subseasonal Climate Predictions Through Dynamical Downscaling: A Case Study in the Southern Plains of the United States. (2024)

Yoshimitsu ChikamotoHsin-I ChangSimon WangChristopher CastroMatthew LaPlanteBayu RisantoXingying HuangPatrick Bunn

earth scienceclimate projectionsclimate predictionsclimatic changeearth system scienceweather forecastingdynamical downscalingclimate dynamicsgeographyclimate modellingsubseasonal climate forecastingclimate forecastingclimatologyextreme weather

Tropical Inter-Basin Interaction as Effective Predictors of Late-Spring Precipitation Variability in the Southern Great Plains. Journal of Climate (2024)

Yoshimitsu ChikamotoSimon S.-Y. WangHsin-I. ChangChristopher L. Castro

climate changehydrometeorologyreal-time forecastingearth sciencemeteorologyclimate projectionsclimate variabilityclimatic changeearth system scienceweather forecastingforecasting gapclimate dynamicsgeographytropical inter-basin interactionclimate modellingclimate forecastingclimatologydrought

Advancing South American Water and Climate Science Through Multidecadal Convection-Permitting Modeling. Bulletin of the American Meteorological Society (2023)

Francina DominguezRoy RasmussenChanghai LiuKyoko IkedaAndreas PreinAdam VarblePaola A. AriasJulio BacmeisterMaria Laura BettolliPatrick CallaghanLeila M. V. CarvalhoChristopher L. CastroFei ChenDivyansh ChugKwok Pan (Sun) ChunAiguo DaiLuminita DanailaRosmeri Porfírio da RochaErnani de Lima NascimentoErin DoughertyJimy DudhiaTrude EidhammerZhe FengLluís FitaRong FuJulian GilesHarriet GilmourKate HalladayYongjie HuangAngela Maylee Iza WongMiguel Ángel Lagos-ZúñigaCharles JonesJorge LlamoccaMarta LlopartJ. Alejandro MartinezJ. Carlos MartinezJustin R. MinderMonica MorrisonZachary L. MoonYe MuRichard B. NealeKelly M. Núñez OcasioSujan PalErin PotterGerman PovedaFranciano PuhalesKristen L. RasmussenAmanda RehbeinRosimar Rios-BerriosChristoforus Bayu RisantoAlan RosalesLucia ScaffAnton SeimonMarcelo Somos-ValenzuelaYang TianPeter Van OevelenDaniel Veloso-AguilaLulin XueTimothy Schneider

south american waterclimatic changeearth system scienceenvironmental scienceclimatologyclimate modelsclimate dynamicsregional climate responseenvironmental modellinghydrologyearth sciencemultidecadal convection-permitting modelingapplied meteorologyhydrometeorologyatmospheric researchmeteorologyclimate projectionsgeoscientific model developmentams copyright policyclimate modelling

An Aerosol Climatology via Remote Sensing Over Metro Manila, Philippines. (2023)

earth scienceatmospheric scienceaerosol scienceatmospheric measurement techniqueenvironmental scienceatmospheric sensingremote sensingaerosol formation

An Emerging Aerosol Climatology via Remote Sensing Over Metro Manila, the Philippines. Atmospheric chemistry and physics (2023)

Genevieve Rose LorenzoAvelino F. ArellanoMaria Obiminda CambalizaChristopher CastroMelliza Templonuevo CruzLarry Di GirolamoGlenn Franco GacalMiguel Ricardo A. HilarioNofel LagrosasHans Jarett OngJames Bernard SimpasSherdon Niño UyArmin Sorooshian

aerosol transportatmospheric researchearth scienceair pollutionatmospheric environmentair pollution climatologyatmospheric scienceaerosol climatologyaerosol scienceatmospheric measurement techniquesoutheast asiaenvironmental scienceenvironmental monitoringaerosol particlesaerosol formation

Comment on Egusphere-2023-197. (2023)

Lorenzo, Genevieve RoseArellano, Avelino F.Cambaliza, Maria ObimindaCastro, ChristopherCruz, Melliza TemplonuevoDi Girolamo, LarryGacal, Glenn FrancoHilario, Miguel Ricardo A.Lagrosas, NofelOng, Hans JarettSimpas, James BernardUy, Sherdon NiÃ±oSorooshian, Armin

urban climateearth system scienceaerosol scienceenvironmental scienceurban aerosol particlesair qualityair pollution climatologyair pollutionenvironmental monitoringaerosol particlesaerosol formationearth scienceatmospheric environmentatmospheric sciencesoutheast asiaaerosol transportatmospheric researchmeteorologyclimatology

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Christopher L. Castro

Director of Research Applications

University of Arizona

Affiliations

College of Science

Hydrology and Atmospheric Sciences

Christopher L. Castro is currently serving as a College Of Science Director of Research Applications 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

Christopher L. Castro

University of Arizona

Director of Research Applications

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evaluation of Mesoscale Convective Systems Tracking Using Ensemble-Based Convective Permitting Model Over Texas During Extreme Weather Events in May 2015. Authorea (Authorea) (2025)

Rainfall Climatology and Predictability Over the Kingdom of Saudi Arabia at Subseasonal Scale. Quarterly Journal of the Royal Meteorological Society (2025)

Climate Change Projections of Potential Evapotranspiration for the North American Monsoon Region. Hydrology (2024)

Eylon ShamirLourdes Mendoza FierroSahar Mohsenzadeh KarimiNorman PelakEmilie TarouillyHsin-I ChangChristopher L. Castro

Enhancing Extreme Precipitation Predictions With Dynamical Downscaling: A Convection‐Permitting Modeling Study in Texas and Oklahoma. Journal of Geophysical Research Atmospheres (2024)

Hsin‐I. ChangYoshimitsu ChikamotoSimon S.‐Y. WangChristopher L. CastroMatthew D. LaPlanteC. Bayu RisantoXingying HuangPatrick Bunn

Enhancing Subseasonal Climate Predictions Through Dynamical Downscaling: A Case Study in the Southern Plains of the United States. (2024)

Yoshimitsu ChikamotoHsin-I ChangSimon WangChristopher CastroMatthew LaPlanteBayu RisantoXingying HuangPatrick Bunn

Tropical Inter-Basin Interaction as Effective Predictors of Late-Spring Precipitation Variability in the Southern Great Plains. Journal of Climate (2024)

Yoshimitsu ChikamotoSimon S.-Y. WangHsin-I. ChangChristopher L. Castro

Advancing South American Water and Climate Science Through Multidecadal Convection-Permitting Modeling. Bulletin of the American Meteorological Society (2023)

An Aerosol Climatology via Remote Sensing Over Metro Manila, Philippines. (2023)

earth scienceatmospheric scienceaerosol scienceatmospheric measurement techniqueenvironmental scienceatmospheric sensingremote sensingaerosol formation

An Emerging Aerosol Climatology via Remote Sensing Over Metro Manila, the Philippines. Atmospheric chemistry and physics (2023)

Comment on Egusphere-2023-197. (2023)

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