Faculty

Institution

Unit

Venue

Matthew E. Baker

Professor

University of Maryland, Baltimore County

Affiliations

College of Arts, Humanities, and Social Sciences

Geography & Environmental Systems

Matthew E. Baker is currently serving as a College Of Arts, Humanities, And Social Sciences Professor at University of Maryland, Baltimore County.

Honors

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Experiences

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Education

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Matthew E. Baker

University of Maryland, Baltimore County

Professor

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environmental science ecology hydrology earth science forest ecology environmental engineering landscape ecology aquatic ecosystems urban ecology climate change hydrological process urban geography water quality remote sensing plant science watershed management water resources applied ecology water science urban climate urban forestry biodiversity vegetation science spatial ecology forest research applied geography surface-water hydrology river basin management water resource management coastal research coastal management restoration ecology avian biology urban environments terrestrial ecology earth observation hydrological sciences hydrological modeling wildlife ecology urban greening ornithology sedimentation arid environments urban hydrology forest biology land cover coastal geomorphology optical remote sensing applied geomorphology ecological community thresholds riparian buffers urban tree canopy earth observation data urban vegetation urban canopy water ecologies soil ecology environmental quality environmental quality management landscape change forest health monitoring ecological restoration urban growth impervious cover metropolitan region landsat-based estimates dam removal digital elevation models lower michigan forest conservation parallel processing watershed land cover spatial considerations global observatory network forest diversity stream community thresholds ecological engineering geography ecohydrology land use rural systems

Notable Scholarly Works

Notable Federal Grants

Collaborators

CORRECTION: Accuracy Differences in Aboveground Woody Biomass Estimation With Terrestrial Laser Scanning for Trees in Urban and Rural Forests and Different Leaf Conditions. Trees (2024)

Georgios ArseniouDavid W. MacFarlaneKim CaldersMatthew Baker

forestrywood sciencetree physiologyrural forestsenvironmental sciencevegetation scienceforest ecologyaccuracy differencesplant scienceurban forestry

Data and Replication Code for Analyzing the Variation in Urban Tree Canopy and Air Temperature Reduction in New Haven, Connecticut, 2019 - 2021. Forest Service Research Data Archive (2024)

Dexter H. LockeMatthew BakerMicheal AlonzoYichen YangCarly D. ZiterColleen Murphy-DunningJarlath P.M. O’Neil-Dunne

forestryresearch data archivingenvironmental scienceenvironmental researchthermal managementdata scienceatmospheric scienceclimatologyurban climateforest ecologyurban geographyurban ecologyurban forestryair temperature reductionenvironmental engineeringforest ecosystemsdendrochronologyreplication codeforest health monitoringurban tree canopyforest research

Impounded Sediment and Dam Removal: Erosion Rates and Proximal Downstream Fate. Earth Surface Processes and Landforms (2024)

Mathias J. CollinsMatthew E. BakerMatthew J. CashmanAndrew MillerStephen Van Ryswick

environmental engineeringsediment transporthydrologyerosion ratesproximal downstream fatecivil engineeringcoastal engineeringgeomorphologysedimentationapplied geomorphologyecologydam removal

Predicting Urban Trees’ Functional Trait Responses to Heat Using Reflectance Spectroscopy. Remote Sensing (2024)

Thu Ya KyawMichael AlonzoMatthew E. BakerSasha W. EisenmanJoshua S. Caplan

forestrytree physiologyearth observationoptical remote sensingreflectance spectroscopyurban treesfunctional trait responsesenvironmental scienceremote sensingforest ecologyplant scienceecologyurban ecologyurban forestry

Remotely Mapping Gullying and Incision in Maryland Piedmont Headwater Streams Using Repeat Airborne Lidar. Geomorphology (2024)

Marina J. MetesAndrew J. MillerMatthew E. BakerKristina G. HopkinsDaniel K. Jones

repeat airborne lidarremote sensinggeomorphologycoastal geomorphologyearth scienceecology

Shaping Baltimore’s Urban Forests: Past Insights for Present-Day Ecology. Landscape Ecology (2024)

Nancy F. SontiMatthew E. BakerJohn J. LagrosaMichael AllmanJ. Morgan GroveMichelle P. Katoski

urban greeningpresent-day ecologypast insightsurbanizationurban geographyenvironmental scienceurban vegetationurban canopylandscape changelandscape ecologyecologyurban ecologyurban forestryurban forests

Variation the in Relationship Between Urban Tree Canopy and Air Temperature Reduction Under a Range of Daily Weather Conditions. Heliyon (2024)

Dexter Henry LockeMatthew BakerMichael AlonzoYichen YangCarly D. ZiterColleen Murphy-DunningJarlath P.M. O'Neil-Dunne

environmental scienceurban climateurban tree canopyair temperature reductiondaily weather conditionsurban ecologyatmospheric sciencemeteorology

Canopy Composition Drives Variability in Urban Growing Season Length More Than the Heat Island Effect. The Science of The Total Environment (2023)

Michael AlonzoMatthew E. BakerJoshua S. CaplanAvery WilliamsAndrew J. Elmore

forestrycanopy compositionclimatologyheat island effectterrestrial ecologyenvironmental scienceurban climateenvironmental researchforest ecologyurban environmentsearth sciencetotal environmentplant scienceforest researchecologyurban ecologyclimate variability

Congressional Constraint? the Review of in Absentia Immigration Removal Orders in Federal Circuit Courts. Political Research Quarterly (2023)

Christina L. BoydRoberto F. CarlosMargaret H. TaylorMatthew E. BakerElise Blasingame

jurisprudencepolitical sciencepoliticscongressional constraintpublic policylawlegal processfederal circuit courtspolitical science research

Do Trees Cool the Same Every Summer's Day? Temporal Non-Stationarity in Urban Environments From Bike-Based Air Temperature Monitoring in New Haven, Ct. SSRN Electronic Journal (2023)

Dexter LockeMatthew E. BakerMichael AlonzoYichen YangCarly D. ZiterColleen Murphy-DunningJarlath O’Neil-Dunne

public healthforestrydendrochronologyclimatologyforest biologytree physiologyenvironmental scienceenvironmental monitoringurban climateforest ecologytemporal non-stationarityforest research

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Matthew E. Baker

Professor

University of Maryland, Baltimore County

Affiliations

College of Arts, Humanities, and Social Sciences

Geography & Environmental Systems

Matthew E. Baker is currently serving as a College Of Arts, Humanities, And Social Sciences Professor at University of Maryland, Baltimore County.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Matthew E. Baker

University of Maryland, Baltimore County

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

CORRECTION: Accuracy Differences in Aboveground Woody Biomass Estimation With Terrestrial Laser Scanning for Trees in Urban and Rural Forests and Different Leaf Conditions. Trees (2024)

Georgios ArseniouDavid W. MacFarlaneKim CaldersMatthew Baker

forestrywood sciencetree physiologyrural forestsenvironmental sciencevegetation scienceforest ecologyaccuracy differencesplant scienceurban forestry

Data and Replication Code for Analyzing the Variation in Urban Tree Canopy and Air Temperature Reduction in New Haven, Connecticut, 2019 - 2021. Forest Service Research Data Archive (2024)

Dexter H. LockeMatthew BakerMicheal AlonzoYichen YangCarly D. ZiterColleen Murphy-DunningJarlath P.M. O’Neil-Dunne

Impounded Sediment and Dam Removal: Erosion Rates and Proximal Downstream Fate. Earth Surface Processes and Landforms (2024)

Mathias J. CollinsMatthew E. BakerMatthew J. CashmanAndrew MillerStephen Van Ryswick

environmental engineeringsediment transporthydrologyerosion ratesproximal downstream fatecivil engineeringcoastal engineeringgeomorphologysedimentationapplied geomorphologyecologydam removal

Predicting Urban Trees’ Functional Trait Responses to Heat Using Reflectance Spectroscopy. Remote Sensing (2024)

Thu Ya KyawMichael AlonzoMatthew E. BakerSasha W. EisenmanJoshua S. Caplan

Remotely Mapping Gullying and Incision in Maryland Piedmont Headwater Streams Using Repeat Airborne Lidar. Geomorphology (2024)

Marina J. MetesAndrew J. MillerMatthew E. BakerKristina G. HopkinsDaniel K. Jones

repeat airborne lidarremote sensinggeomorphologycoastal geomorphologyearth scienceecology

Shaping Baltimore’s Urban Forests: Past Insights for Present-Day Ecology. Landscape Ecology (2024)

Nancy F. SontiMatthew E. BakerJohn J. LagrosaMichael AllmanJ. Morgan GroveMichelle P. Katoski

Variation the in Relationship Between Urban Tree Canopy and Air Temperature Reduction Under a Range of Daily Weather Conditions. Heliyon (2024)

Dexter Henry LockeMatthew BakerMichael AlonzoYichen YangCarly D. ZiterColleen Murphy-DunningJarlath P.M. O'Neil-Dunne

environmental scienceurban climateurban tree canopyair temperature reductiondaily weather conditionsurban ecologyatmospheric sciencemeteorology

Canopy Composition Drives Variability in Urban Growing Season Length More Than the Heat Island Effect. The Science of The Total Environment (2023)

Michael AlonzoMatthew E. BakerJoshua S. CaplanAvery WilliamsAndrew J. Elmore

Congressional Constraint? the Review of in Absentia Immigration Removal Orders in Federal Circuit Courts. Political Research Quarterly (2023)

Christina L. BoydRoberto F. CarlosMargaret H. TaylorMatthew E. BakerElise Blasingame

jurisprudencepolitical sciencepoliticscongressional constraintpublic policylawlegal processfederal circuit courtspolitical science research

Do Trees Cool the Same Every Summer's Day? Temporal Non-Stationarity in Urban Environments From Bike-Based Air Temperature Monitoring in New Haven, Ct. SSRN Electronic Journal (2023)

Dexter LockeMatthew E. BakerMichael AlonzoYichen YangCarly D. ZiterColleen Murphy-DunningJarlath O’Neil-Dunne

public healthforestrydendrochronologyclimatologyforest biologytree physiologyenvironmental scienceenvironmental monitoringurban climateforest ecologytemporal non-stationarityforest research

1
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5
10
10 / page

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remote sensing

geography

Julia Jones

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hydrology

disturbance effects

Thomas Giambelluca

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University of Hawaii at Manoa

continental ecosystem

climatic impact

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Mary L. Cadenasso

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