Faculty

Institution

Unit

Venue

Max Berkelhammer

Professor

University of Illinois Chicago

Affiliations

College of Liberal Arts and Sciences

Earth and Environmental Sciences

Max Berkelhammer is currently serving as a College Of Liberal Arts And Sciences Professor at University of Illinois Chicago.

Honors

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Experiences

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Education

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Max Berkelhammer

University of Illinois Chicago

Professor

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environmental science climate change earth science climatology ecology atmospheric science planetary sciences paleoclimatology meteorology climatic change atmospheric research plant science hydrometeorology forest ecology aerosol science forestry geophysical research ecosystems cryosphere climate dynamics quaternary science isotope geochemistry carbonyl sulfide holocene geophysics ecohydrology climate variability quaternary research terrestrial ecology forest ecosystems water science regional climate response arid environments atmospheric environment global ecology global climate applied meteorology extreme weather earth system science terrestrial ecosystem productivity mesoscale meteorology chemical oceanography earth observation atmospheric measurement technique applied geophysics forest hydrology terrestrial ecosystems hydrological sciences climatic impact formal subdivision indian summer monsoon marine boundary layer isotopic fractionation summer monsoon climate system primary production earth observation data surface water carbon dioxide high sensitivity last millennium past millennium carbon cycle fire modeling fire research burned area mapping fire risk analysis atmospheric hazards speleothem record terrestrial records discussion paper international commission quaternary stratigraphy formal ratification abrupt shift global context palaeogeography stable isotopes geography biogeomorphology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Analysis of Urban Flooding in Chicago Based on Crowdsourced Data: Drivers and the Need for Community-Based Mitigation Strategies. Environmental Research Infrastructure and Sustainability (2025)

flood controlurban floodingcrowdsourced datacommunity-based mitigation strategiesurban planninggeographynatural disastersurban hydrologyflood risk managementdata scienceurban studiesdisaster preventioninfrastructure engineeringdisasters

Canopy Structure Modulates the Sensitivity of Subalpine Forest Stands to Interannual Snowpack and Precipitation Variability. Hydrology and earth system sciences (2025)

Max BerkelhammerGerald F. M. PageFrank ZurekChristopher StillMariah S. CarboneWilliam TalaveraLaura HildebrandJames ByronKyle InthabandithAngellica KucinskiMelissa CarlsonKelsey FossWendy BrownRosemary W. H. CarrollAustin SimonpietriMarshall WorshamIan BreckheimerAnna RykenReed MaxwellDavid GochisMark S. RaleighEric SmallKenneth H. Williams

forestryclimatologyinterannual snowpackcanopy structureenvironmental sciencevegetation scienceprecipitation variabilityforest ecologyclimate variabilityearth sciencesubalpine forest standsclimate changeatmospheric sciencemeteorology

Comparing Multi-Source Urban Flood Indicators: Satellite, Simulation, and Citizen-Reported Data. Environmental Research Water (2025)

spatial analysisgeographical information sciencehydrologygeographyhydrometeorologynatural hazardsnatural disastersurban climateflash floodsflooded areaflood risk managementearth sciencecitizen-reported datadisasters

Evaluating the Influence of Traffic Congestion on Surface Urban Heat Island Intensity. Geophysical Research Letters (2025)

traffic congestionurban energy budgettransportation engineeringmobilitygeographythermal engineeringcivil engineeringurban heat mitigationurban climateinfrastructure engineeringheat transfer

Location Identifiers, Metadata, and Map for Field Measurements at the East-Taylor Watershed Community Observatory, Colorado, USA (Version 3.2). OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2025)

Varadharajan, CharulekaBurrus, MadisonO'Ryan, DylanKakalia, ZarineAlper, ErekBanfield, JillianBerkelhammer, MaxBeutler, CurtisBrodie, EoinBrown, WendyCarbone, Mariah S.Carroll, RosemaryChristianson, DanielleChou, ChunweiCrystal-Ornelas, RobertChadwick, K. DanaChristensen, JohnDafflon, Baptistede Boer, GijsElbashandy, HeshamEnquist, Brian J.Feldman, DanielFox, PatriciaGilbert, BenjaminGochis, DavidHenderson, MatthewJohnson, DouglasKueppers, LaraLi, LanglangMatheus Carnevali, PaulaNewman, AlexanderPowell, ThomasSingha, KaminiSorensen, PatrickSprenger, MatthiasTokunaga, TetsuVersteeg, RoelofWilkins, MikeWilliams, KennethWorsham, MarshallWong, CatherineWu, YuxinZhang, DamaoAgarwal, Deborah

spatial analysisgeographical information sciencefield measurementslocation identifierscartographyenvironmental sciencedata scienceearth science

Not All Green is Equal: Growth Form is a Key Driver of Urban Vegetation Sensitivity to Climate in Chicago. Remote Sensing (2025)

urban greeninggrowth formsustainable urbanismurban adaptationgreen isgeographyenvironmental scienceclimate changeurban vegetationurban climateurban climate impacturban vegetation sensitivityecologyurban ecology

Opportunistic Short-Term Compensatory Water Uptake by Subalpine Trees Observed via in Situ Water Isotope Measurements. (2025)

forest ecosystemswater balancetree physiologyforest hydrologyhydrologyecosystemsaquatic ecosystemsenvironmental sciencewater scienceecohydrologyhydrological processforest ecologyfreshwater biologyisotope geochemistrysubalpine trees observedwater resourcesecologylimnology

Opportunistic Short‐Term Water Uptake Dynamics by Subalpine Trees Observed via in Situ Water Isotope Measurements. Water Resources Research (2025)

forest ecosystemshydrological behaviourtree physiologyforest hydrologyhydrologyecosystemsaquatic ecosystemsenvironmental sciencewater scienceecohydrologyhydrological processfreshwater biologysubalpine trees observedisotope geochemistrywater resourcesecologylimnology

Plant Species Selection and Participatory Community Co-Design Are Essential in Balancing Ecosystem Services and Disservices in Urban Areas. Environmental Research Letters (2025)

urban greeningcommunity-based conservationecosystem managementparticipatory community co-designurban vegetationplant species selectioncommunity (ecology)ecosystem servicesapplied ecologyecologyurban ecology

Crocus Air Quality Data at University of Illinois - Chicago Tower. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2024)

O'Brien, JosephTuftedal, MatthewWawrzyniak, ElizabethBerkelhammer, MaxGrover, MaxwellCollis, ScottSankaran, RajeshBeckman, PeterFerrier, NicolaShahkarami, SeanKim, YonghoPark, SeonghaDematties, DarioConrad, Neal

public healthair cleaningpollution monitoringair qualityatmospheric environmentchicago towerenvironmental scienceenvironmental healthair pollution measurementenvironmental monitoringglobal healthurban air qualityindoor air qualityair samplingair pollution

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Max Berkelhammer

Professor

University of Illinois Chicago

Affiliations

College of Liberal Arts and Sciences

Earth and Environmental Sciences

Max Berkelhammer is currently serving as a College Of Liberal Arts And Sciences Professor at University of Illinois Chicago.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Max Berkelhammer

University of Illinois Chicago

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Analysis of Urban Flooding in Chicago Based on Crowdsourced Data: Drivers and the Need for Community-Based Mitigation Strategies. Environmental Research Infrastructure and Sustainability (2025)

Canopy Structure Modulates the Sensitivity of Subalpine Forest Stands to Interannual Snowpack and Precipitation Variability. Hydrology and earth system sciences (2025)

Comparing Multi-Source Urban Flood Indicators: Satellite, Simulation, and Citizen-Reported Data. Environmental Research Water (2025)

Evaluating the Influence of Traffic Congestion on Surface Urban Heat Island Intensity. Geophysical Research Letters (2025)

traffic congestionurban energy budgettransportation engineeringmobilitygeographythermal engineeringcivil engineeringurban heat mitigationurban climateinfrastructure engineeringheat transfer

spatial analysisgeographical information sciencefield measurementslocation identifierscartographyenvironmental sciencedata scienceearth science

Not All Green is Equal: Growth Form is a Key Driver of Urban Vegetation Sensitivity to Climate in Chicago. Remote Sensing (2025)

Opportunistic Short-Term Compensatory Water Uptake by Subalpine Trees Observed via in Situ Water Isotope Measurements. (2025)

Opportunistic Short‐Term Water Uptake Dynamics by Subalpine Trees Observed via in Situ Water Isotope Measurements. Water Resources Research (2025)

Plant Species Selection and Participatory Community Co-Design Are Essential in Balancing Ecosystem Services and Disservices in Urban Areas. Environmental Research Letters (2025)

Crocus Air Quality Data at University of Illinois - Chicago Tower. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2024)

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