Faculty

Institution

Unit

Venue

Thomas J. Burbey

Professor Emeritus of Hydrogeosciences

Virginia Tech

Affiliations

College of Science

Department of Geosciences

Thomas J. Burbey is currently serving as a College Of Science Professor Emeritus of Hydrogeosciences at Virginia Tech.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Thomas J. Burbey

Virginia Tech

Professor Emeritus of Hydrogeosciences

You can click a keyword to filter the displayed items

earth science hydrology environmental engineering environmental science hydrogeology groundwater engineering engineering geology geology hydrological sciences water resources geotechnical engineering tectonics spatial analysis arid environments hydraulic engineering hydrological modeling regional tectonics basin analysis geoscientific model development subsurface hydrology regional geology las vegas valley geophysical research hydraulic research tectonophysics water science subsidence monitoring hydraulic fracturing applied geomorphology hydraulics crustal deformation environmental geology three-dimensional deformation fluid injection land subsidence coastal research geoenvironmental engineering hydrological process marine geology vadose zone drilling engineering fault geometries mining environment fluvial process reservoir geology power consumption municipal pumping blue ridge province specific storage fracture characterization subsidence observations pumping-induced groundwater flow ecohydrology land degradation fuzzy sets environmental planning regional studies subsurface systems urban hydrology applied geophysics confined spaces land management water stress charge separation hydrothermal geochemistry mineral geochemistry exploration geology energy consumption undergrounding regional land subsidence groundwater extraction ground failure basin-fill deposits two-dimensional resistivity methods fractured crystalline-rock terrane hydrogeophysics groundwater flow geography physical hydrogeology hydrogeologic system aquifer storage

Notable Scholarly Works

Notable Federal Grants

Collaborators

Spatiotemporal Subsidence Feature Decomposition and Hotspot Identification. Environmental Earth Sciences (2024)

Hone-Jay ChuNone TatasSumriti Ranjan PatraThomas J. Burbey

spatial analysisenvironmental sciencehotspot identificationearth scienceenvironmental geologygeology

Rapid Spatio-Temporal Pumping Volume Estimation From Electricity Consumption Big Data. Journal of Environmental Science and Engineering Technology (2023)

Hone-Jay ChuTatas TatasCheng-Wei Lin Wei LinThomas Burbey

environmental engineeringdata modelingpower consumptiontime seriesspatio-temporal modelsanalyticsenvironmental scienceenvironmental technologydata sciencebig data

Estimation of Annual Groundwater Changes From Insar‐Derived Land Subsidence. Water and Environment Journal (2022)

Muhammad Zeeshan AliHone‐Jay ChuNone TatasThomas J. Burbey

groundwaterhydrogeologyhydrologyenvironmental scienceearth scienceinsar-derived land subsidence

Mapping Regional Subsidence Rate From Electricity Consumption-Based Groundwater Extraction. Journal of Hydrology Regional Studies (2022)

None TatasHone-Jay ChuThomas J. BurbeyCheng-Wei Lin

environmental engineeringhydrogeologyhydrologycivil engineeringdata sciencehydrological scienceswater resourcesregional subsidence rate

Development of Spatially Varying Groundwater-Drawdown Functions for Land Subsidence Estimation. Journal of Hydrology Regional Studies (2021)

Hone-Jay ChuMuhammad Zeeshan AliNone TatasThomas J. Burbey

environmental engineeringspatial analysisland subsidence estimationgroundwaterhydrogeologyhydrologyenvironmental sciencegeoscientific model developmentregional studiesbasin analysissubsurface hydrologygroundwater-drawdown functionsearth sciencehydrological scienceswater resourcesfluvial processhydrological modeling

Estimating Future (Next-Month’s) Spatial Groundwater Response From Current Regional Pumping and Precipitation Rates. Journal of Hydrology (2021)

None TatasHone-Jay ChuThomas J. Burbey

groundwaterspatial groundwater responsehydrologycurrent regional pumpingprecipitation ratesearth science

Spatio-Temporal Data Fusion for Fine-Resolution Subsidence Estimation. Environmental Modelling & Software (2021)

Hone-Jay ChuMuhammad Zeeshan AliThomas J. Burbey

environmental engineeringspatial analysisenvironmental modellingfine-resolution subsidence estimationenvironmental scienceremote sensingearth sciencespatio-temporal data fusiondata fusion

Spatio-Temporal Estimation of Monthly Groundwater Levels From Gps-Based Land Deformation. Environmental Modelling & Software (2021)

Muhammad Zeeshan AliHone-Jay ChuNone TatasThomas J. Burbey

spatial analysisgps-based land deformationenvironmental modellinggeospatial datageological modelinghydrologyenvironmental sciencegeodesygeoscientific model developmentspatio-temporal estimationgeodynamicsdata scienceearth sciencegeographic information systemsmonthly groundwater levelshydrological modeling

Mapping and Predicting Subsidence From Spatio-Temporal Regression Models of Groundwater-Drawdown and Subsidence Observations. Hydrogeology Journal (2020)

Muhammad Zeeshan AliHone-Jay ChuThomas J. Burbey

spatio-temporal regression modelsgroundwaterhydrogeologyhydrologyearth scienceforecastingsubsidence observationshydrological modeling

Ongoing Research on the Pumping-Induced Land Deformation in the Aguascalientes Valley: An Analysis of the Recent Data of Vertical Deformation, Groundwater Level Variations and Local Seismicity. Proceedings of the International Association of Hydrological Sciences (2020)

Martin Hernandez-MarinRuben Esquivel-RamirezMario Eduardo Zermeño-De-LeonLilia Guerrero-MartinezJesus Pacheco-MartinezThomas J. Burbey

hydraulic researchgroundwater level variationsregional tectonicsaguascalientes valleylocal seismicityapplied geomorphologytectonophysicsvertical deformationfluvial processapplied physicscrustal deformationhydrologyearthquake engineeringengineering geologyearth sciencegeotechnical engineeringground motionsplanetary sciencesseismologypumping-induced land deformationgeomorphology

1
2
3
4
5
8
10 / page

Thomas J. Burbey

Professor Emeritus of Hydrogeosciences

Virginia Tech

Affiliations

College of Science

Department of Geosciences

Thomas J. Burbey is currently serving as a College Of Science Professor Emeritus of Hydrogeosciences at Virginia Tech.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Thomas J. Burbey

Virginia Tech

Professor Emeritus of Hydrogeosciences

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Spatiotemporal Subsidence Feature Decomposition and Hotspot Identification. Environmental Earth Sciences (2024)

Hone-Jay ChuNone TatasSumriti Ranjan PatraThomas J. Burbey

spatial analysisenvironmental sciencehotspot identificationearth scienceenvironmental geologygeology

Rapid Spatio-Temporal Pumping Volume Estimation From Electricity Consumption Big Data. Journal of Environmental Science and Engineering Technology (2023)

Hone-Jay ChuTatas TatasCheng-Wei Lin Wei LinThomas Burbey

environmental engineeringdata modelingpower consumptiontime seriesspatio-temporal modelsanalyticsenvironmental scienceenvironmental technologydata sciencebig data

Estimation of Annual Groundwater Changes From Insar‐Derived Land Subsidence. Water and Environment Journal (2022)

Muhammad Zeeshan AliHone‐Jay ChuNone TatasThomas J. Burbey

groundwaterhydrogeologyhydrologyenvironmental scienceearth scienceinsar-derived land subsidence

Mapping Regional Subsidence Rate From Electricity Consumption-Based Groundwater Extraction. Journal of Hydrology Regional Studies (2022)

None TatasHone-Jay ChuThomas J. BurbeyCheng-Wei Lin

environmental engineeringhydrogeologyhydrologycivil engineeringdata sciencehydrological scienceswater resourcesregional subsidence rate

Development of Spatially Varying Groundwater-Drawdown Functions for Land Subsidence Estimation. Journal of Hydrology Regional Studies (2021)

Hone-Jay ChuMuhammad Zeeshan AliNone TatasThomas J. Burbey

Estimating Future (Next-Month’s) Spatial Groundwater Response From Current Regional Pumping and Precipitation Rates. Journal of Hydrology (2021)

None TatasHone-Jay ChuThomas J. Burbey

groundwaterspatial groundwater responsehydrologycurrent regional pumpingprecipitation ratesearth science

Spatio-Temporal Data Fusion for Fine-Resolution Subsidence Estimation. Environmental Modelling & Software (2021)

Hone-Jay ChuMuhammad Zeeshan AliThomas J. Burbey

environmental engineeringspatial analysisenvironmental modellingfine-resolution subsidence estimationenvironmental scienceremote sensingearth sciencespatio-temporal data fusiondata fusion

Spatio-Temporal Estimation of Monthly Groundwater Levels From Gps-Based Land Deformation. Environmental Modelling & Software (2021)

Muhammad Zeeshan AliHone-Jay ChuNone TatasThomas J. Burbey

Mapping and Predicting Subsidence From Spatio-Temporal Regression Models of Groundwater-Drawdown and Subsidence Observations. Hydrogeology Journal (2020)

Muhammad Zeeshan AliHone-Jay ChuThomas J. Burbey

spatio-temporal regression modelsgroundwaterhydrogeologyhydrologyearth scienceforecastingsubsidence observationshydrological modeling

Martin Hernandez-MarinRuben Esquivel-RamirezMario Eduardo Zermeño-De-LeonLilia Guerrero-MartinezJesus Pacheco-MartinezThomas J. Burbey

1
2
3
4
5
8
10 / page

Similar Faculty Members

Manoochehr Shirzaei

Institution

Virginia Tech

inverse theory

tsunami

Derek Sawyer

Institution

Ohio State University

oceanography

marine geology

Dennis Lowell Newell

Institution

Utah State University

tectonics

earthquake cycle

Elizabeth Screaton

Institution

University of Florida

sediment research

groundwater flow

W. Steven Holbrook

Institution

Virginia Tech

geography

critical zone geophysics

David F. Boutt

Institution

University of Massachusetts Amherst

environmental engineering

hydrologic cycle

Shemin Ge

Institution

University of Colorado Boulder

earth science

environmental science

Frank Schwartz

Institution

Ohio State University

hydrogeology

groundwater hydrogeochemistry

Eliot A. Atekwana

Institution

University of California, Davis

ore geology

chemical geology

Chi-Yuen Wang

Institution

University of California, Berkeley

earth science

geophysical research

Similar Faculty Members

Manoochehr Shirzaei

Institution

Virginia Tech

inverse theory

tsunami

Derek Sawyer

Institution

Ohio State University

oceanography

marine geology

Dennis Lowell Newell

Institution

Utah State University

tectonics

earthquake cycle

Elizabeth Screaton

Institution

University of Florida

sediment research

groundwater flow

W. Steven Holbrook

Institution

Virginia Tech

geography

critical zone geophysics

David F. Boutt

Institution

University of Massachusetts Amherst

environmental engineering

hydrologic cycle

Shemin Ge

Institution

University of Colorado Boulder

earth science

environmental science

Frank Schwartz

Institution

Ohio State University

hydrogeology

groundwater hydrogeochemistry

Eliot A. Atekwana

Institution

University of California, Davis

ore geology

chemical geology

Chi-Yuen Wang

Institution

University of California, Berkeley

earth science

geophysical research