Faculty

Institution

Unit

Venue

John D. Albertson

Professor

Cornell University

Affiliations

College of Engineering

School of Civil and Environmental Engineering

John D. Albertson is currently serving as a College Of Engineering Professor at Cornell University.

Honors

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Experiences

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Education

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John D. Albertson

Cornell University

Professor

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earth science geography environmental science meteorology hydrology atmospheric science hydrological process atmospheric research hydrometeorology geoscientific model development climatology environmental fluid mechanics ecology environmental modelling ecohydrology ecosystems atmospheric measurement technique forest ecology atmospheric environment soil dynamics turbulence modeling canopy micrometeorology fluid dynamics forest meteorology forest ecosystems atmospheric condition climatic change soil modeling geophysical research atmospheric models fluid mechanics drylands terrestrial ecosystems fluid flow applied meteorology ground heat flux water balance soil moisture atmospheric process boundary layers arid environments soil properties climate modelling hydrological modeling vegetation science numerical simulations environmental fluid dynamics meteorological measurements forest hydrology surface-water hydrology soil physics catchment scales large eddy simulation turbulent flow heat transfer atmospheric sensing surface fluxes carbon sinks land cover terrestrial ecosystem productivity geophysical flows land surface fluxes soil moisture variability forest carbon large-eddy simulation sensible heat flux hydraulic properties extreme weather scalar fluxes canopy sublayer coherent turbulent structures carbon fluxes water fluxes vegetation density length scale savanna ecosystem turbulent fluxes environmental engineering hydroinformatics hydraulic research water-energy nexus sustainable energy systems remote sensing environmental monitoring water technology innovation civil engineering engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Estimating Anthropogenic Heat Flux by Assimilating Meteorological Observations With a Kalman Filter Approach. (2025)

Yuanfeng CuiMinghan ChuJohn AlbertsonQi Li

urban climatekalman filtersurface energyatmospheric researchearth sciencemeteorologyatmospheric environmenturban energy budgetgeoscientific model developmenturban weathergeographyenvironmental monitoringremote sensing

Local Cloud Enhancement in Cities Depends on Urban Morphology. (2025)

Yuanfeng CuiSisi ChenLulin XueDomingo Munoz-EsparzaJeremy SauerLeiqiu HuJohn AlbertsonQi Li

urban climateurban formhydrometeorologyatmospheric researchearth sciencemeteorologyenvironmental fluid mechanicsurban geographyatmospheric scienceurban weathergeographyurbanizationcloud physicsurban roughnesslocal cloud enhancementurban canopyurban modelling

Quantification of Hydrogen Emission Rates Using Downwind Plume Characterization Techniques. Environmental Science & Technology (2025)

Ahmad MomeniJohn D. AlbertsonScott HerndonConner DaubeDavid NelsonJoseph Robert RoscioliJoanne ShorterElizabeth LunnyRick WehrGreeshma GadikotaYuanfeng CuiTianyi Sun

multiple tracer gasesaerosol scienceenvironmental scienceatmospheric sensingair pollution measurementair qualityair pollutionenvironmental monitoringatmospheric chemistrychemical emissionatmospheric processsensorsearth sciencegreenhouse gasatmospheric environmentatmospheric sciencehydrogen emissionatmospheric researchatmospheric measurement techniquetracer gases

Real‐Time Flood Inundation Modeling With Flow Resistance Parameter Learning. Water Resources Research (2025)

Alexander YoungJohn D. AlbertsonGiovanni MorettiStefano Orlandini

hydrological processflood risk managementnumerical modeling (geology)earth sciencecivil engineeringforecasting cycletarget resistance parameterflood plainflood controlenvironmental modellinghydrologyhydrological modeling

Spectral Distortions to Momentum and Scalar Exchanges by Non-Turbulent Motion and Patchy Landscape Variability. Agricultural and Forest Meteorology (2025)

Serena SiriguRoberto CoronaNicola MontaldoJohn D. AlbertsonGabriel G. Katul

spectral distortionsenvironmental fluid mechanicsgeophysicsturbulence modelingwave nonlinearitygeographyscalar exchangespatchy landscape variabilitygeophysical flowsplanetary sciencesgeophysical research

Streamflow Forecasts Enhance Reservoir Drought Resilience: A Preference-Preserving Framework for Robustness Evaluation. Authorea (Authorea) (2025)

Xiao PengRohini S GuptaZhanwei LiuHaoling ChenMeilian LiZiwei LiuJohn D. Albertson

hydrological processpreference-preserving frameworkwater resourceswater resource managementdrought risk managementgeographyrobustness evaluationdata sciencereservoir managementdroughthydrology

Quantifying Leaks With a Field-Deployable, Fast, Sensitive Hydrogen Instrument. (2024)

Elizabeth LunnyRichard WehrJoseph RoscioliConner DaubeJoanne ShorterTianyi SunWilliam LongAhmad MomeniJohn AlbertsonScott HerndonDavid Nelson

hydrogen transitionhydrogen energyinstrumentationspectroscopyhydrogen leaksabsorption spectroscopyanalytical atomic spectrometryenvironmental scienceaccurate quantificationenvironmental monitoringlaser absorption spectrometryanalytical instrumentationinfrared spectroscopyplanetary sciencessensitive hydrogen instrumenthydrogen

Understanding the Influence of Urban Form on the Spatial Pattern of Precipitation. Earth s Future (2024)

Yanle LuZhou YuJohn D. AlbertsonHaonan ChenLeiqiu HuAngeline PendergrassXiaodong ChenQi Li

urban climateurban formhydrometeorologyearth sciencemeteorologyatmospheric environmentspatial patternatmospheric sciencemeteorological measurementsurban precipitation patternurban weathergeographyclimatologyapplied meteorology

Real-Time Flood Inundation Modeling With Microtopography and Vegetation Resistance Parameter Learning. Zenodo (CERN European Organization for Nuclear Research) (2023)

Young, AlexanderOrlandini, StefanoMoretti, GiovanniAlbertson, John

hydroinformaticshydrometeorologyhydrological processnumerical modeling (geology)earth sciencenatural disastersenvironmental fluid mechanicsflood risk managementflooded areaflash floodshydrological disastercivil engineeringremote sensingflood controlenvironmental modellinghydrologyhydrologic hazard

A Bayesian Surveillance Model to Track Variable Rainfall-Runoff Responses for Small Watersheds. arXiv (Cornell University) (2021)

Peng, XiaoAlbertson, John D.

catchment scaleshydrological processforecastingsmall watershedswater resourceswater resource managementhydrological modelinggeographydata sciencebayesian methodbayesian surveillance modelhydrologybayesian analysisstatisticsstatistical models

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John D. Albertson

Professor

Cornell University

Affiliations

College of Engineering

School of Civil and Environmental Engineering

John D. Albertson is currently serving as a College Of Engineering Professor at Cornell University.

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 D. Albertson

Cornell University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Estimating Anthropogenic Heat Flux by Assimilating Meteorological Observations With a Kalman Filter Approach. (2025)

Yuanfeng CuiMinghan ChuJohn AlbertsonQi Li

Local Cloud Enhancement in Cities Depends on Urban Morphology. (2025)

Yuanfeng CuiSisi ChenLulin XueDomingo Munoz-EsparzaJeremy SauerLeiqiu HuJohn AlbertsonQi Li

Quantification of Hydrogen Emission Rates Using Downwind Plume Characterization Techniques. Environmental Science & Technology (2025)

Ahmad MomeniJohn D. AlbertsonScott HerndonConner DaubeDavid NelsonJoseph Robert RoscioliJoanne ShorterElizabeth LunnyRick WehrGreeshma GadikotaYuanfeng CuiTianyi Sun

Real‐Time Flood Inundation Modeling With Flow Resistance Parameter Learning. Water Resources Research (2025)

Alexander YoungJohn D. AlbertsonGiovanni MorettiStefano Orlandini

Spectral Distortions to Momentum and Scalar Exchanges by Non-Turbulent Motion and Patchy Landscape Variability. Agricultural and Forest Meteorology (2025)

Serena SiriguRoberto CoronaNicola MontaldoJohn D. AlbertsonGabriel G. Katul

Streamflow Forecasts Enhance Reservoir Drought Resilience: A Preference-Preserving Framework for Robustness Evaluation. Authorea (Authorea) (2025)

Xiao PengRohini S GuptaZhanwei LiuHaoling ChenMeilian LiZiwei LiuJohn D. Albertson

hydrological processpreference-preserving frameworkwater resourceswater resource managementdrought risk managementgeographyrobustness evaluationdata sciencereservoir managementdroughthydrology

Quantifying Leaks With a Field-Deployable, Fast, Sensitive Hydrogen Instrument. (2024)

Elizabeth LunnyRichard WehrJoseph RoscioliConner DaubeJoanne ShorterTianyi SunWilliam LongAhmad MomeniJohn AlbertsonScott HerndonDavid Nelson

Understanding the Influence of Urban Form on the Spatial Pattern of Precipitation. Earth s Future (2024)

Yanle LuZhou YuJohn D. AlbertsonHaonan ChenLeiqiu HuAngeline PendergrassXiaodong ChenQi Li

Real-Time Flood Inundation Modeling With Microtopography and Vegetation Resistance Parameter Learning. Zenodo (CERN European Organization for Nuclear Research) (2023)

Young, AlexanderOrlandini, StefanoMoretti, GiovanniAlbertson, John

A Bayesian Surveillance Model to Track Variable Rainfall-Runoff Responses for Small Watersheds. arXiv (Cornell University) (2021)

Peng, XiaoAlbertson, John D.

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