Faculty

Institution

Unit

Venue

Guoquan Wang

Professor of Geophysics Geodesy and Geosensing Systems Engineering

University of Houston

Affiliations

Cullen College of Engineering

Civil and Environmental Engineering

College of Natural Sciences and Mathematics

Earth & Atmospheric Sciences

Guoquan Wang is currently serving as a Civil And Environmental Engineering Professor of Geophysics Geodesy and Geosensing Systems Engineering at University of Houston.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Guoquan Wang

University of Houston

Professor of Geophysics Geodesy and Geosensing Systems Engineering

You can click a keyword to filter the displayed items

earth science civil engineering engineering geology engineering surveying geomorphology geology environmental science remote sensing hydrology geodesy earth observation landslides puerto rico seismology tectonics construction engineering subsidence monitoring spatial analysis applied geography earth observation data coastal research geophysical research coastal geomorphology global navigation satellite system ground motions coastal management applied geomorphology land subsidence rock engineering marine geology geoscientific model development subsurface hydrology regional tectonics geospatial mapping houston metropolitan area continuous gps observations urban geography bridge engineering geoenvironmental engineering building engineering operational oceanography infrastructure engineering benchmark studies reference frame urban hydrology applied geophysics satellite meteorology groundwater management gps observations stable reference frame slumgullion landslide gps geodetic infrastructure geological engineering drilling engineering regional geology case studies basin analysis field observations geophysical interpretation key site geodetic network coral reefs deep sea optical remote sensing fault analysis neotectonics laser science gis mapping millimeter-accuracy gps gps landslide monitoring single base network solutions national-scale assessment major cities parkfield region physical geography coastal engineering coastal hazards geography

Notable Scholarly Works

Notable Federal Grants

Collaborators

A National-Scale Assessment of Land Subsidence in China’s Major Cities. Science (2024)

Zurui AoXiaomei HuShengli TaoXie HuGuoquan WangMingjia LiFang WangLitang HuXiuyu LiangJingfeng XiaoAsadilla YusupWenhua QiQinwei RanJiayi FangJinfeng ChangZhenzhong ZengYongshuo FuBaolin XuePing WangKefei ZhaoLe LiWenkai LiYumei LiMi JiangYuanhe YangHaihua ShenXia ZhaoYue ShiBo WuZhengbing YanMengjia WangYanjun SuTianyu HuQin MaHao BaiLijun WangZiyan YangYuhao FengDanhua ZhangErhan HuangJiamin PanHuiying YeChen YangYanwei QinChenqi HeYanpei GuoKai ChengYu RenHaitao YangChengyang ZhengJiangling ZhuShaopeng WangChengjun JiBiao ZhuHongyan LiuZhiyao TangZhiheng WangShuqing ZhaoYanhong TangHanfa XingQinghua GuoYu LiuJingyun Fang

applied geographyurban geographyscience and technology studiesenvironmental engineeringcivil engineeringland subsidencemajor citiesearth sciencenational-scale assessment

Preventing Subsidence Reoccurrence in Tianjin: New Preconsolidation Head and Safe Pumping Buffer. Ground Water (2024)

Kuan WangGuoquan WangYan BaoGuangli SuYong WangQiang ShenYongwei ZhangHaigang Wang

groundwater managementenvironmental engineeringcivil engineeringgroundwaterwater resourcesearth sciencehydrologysubsidence reoccurrencesafe pumping bufferhydrogeology

Unveiling the Hidden Threat: Drought‐Induced Inelastic Subsidence in Expansive Soils. Geophysical Research Letters (2024)

Jennifer WelchGuoquan WangYan BaoShuangcheng ZhangGuanwen HuangXie Hu

materials scienceenvironmental sciencedrought-induced inelastic subsidenceapplied geophysicssoil dynamicsreal world evidenceengineering geologygeoscientific model developmenthidden threatearth sciencegeodesygeodynamicsdroughtsoil propertiessoil erosiongeophysical researchgeophysicsgeologydrylandsclimatologyexpansive soils

A Methodology for Long-Term Offshore Structural Health Monitoring Using Stand-Alone Gnss: Case Study in the Gulf of Mexico. Structural Health Monitoring (2023)

Guoquan Wang

structural health monitoringoperational oceanographyoffshore platformoffshore structuresocean monitoringoffshore technologystand-alone gnssearth scienceenvironmental monitoringocean engineering

Land Subsidence in Tianjin, China: Before and After the South-To-North Water Diversion. Remote Sensing (2023)

Xiao YuGuoquan WangXie HuYuhao LiuYan Bao

south-to-north water diversionland usecoastal managementland managementearth observationland subsidencewater resourcesearth sciencegeographyremote sensinghydrologyenvironmental scienceurban hydrology

The 95 Per Cent Confidence Interval for the Mean Sea-Level Change Rate Derived From Tide Gauge Data. Geophysical Journal International (2023)

Guoquan Wang

tibetan plateaustratigraphycivil engineeringvolcanologyspatio-temporal modelsecologytectonicsengineering geologytemporal datacent confidence intervalquaternary sciencetide gauge datawater distributionwater scienceearth observation datageophysicsapplied mathematicsmarine biologyatmospheric researchsediment transport

Gnss_Vel_95Ci.Py: A Python Module for Calculating the Uncertainty of Gnss-Derived Site Velocity. Journal of Surveying Engineering (2022)

Brendan CornelisonGuoquan Wang

engineeringgnss-derived site velocitypython modulesurveyingglobal navigation satellite systemsurvey methodology

Houston Gnss Network for Subsidence and Faulting Monitoring: Data Analysis Methods and Products. Journal of Surveying Engineering (2022)

Guoquan WangAshley GreuterChristina M. PetersenMichael J. Turco

infrastructure engineeringconstruction engineeringengineering geologysystems engineeringcivil engineeringengineeringsubsidence monitoringbuilding engineeringsurveyingglobal navigation satellite systemdata analysis methodsconstruction managementhydrologybuilt environmenthouston gnss network

Erratum to Strong Ground Motion Recorded by High-Rate Gps During the 2021 Ms 6.4 Yangbi, China, Earthquake. Seismological Research Letters (2022)

Shiming LiangWeijun GanGenru XiaoGuoquan WangChenglong DaiKeliang ZhangDanqing DaiZhangjun LiLing ZhangYongqi ZhangYuebing WangJunqing Liu

ground motionsseismologymachine learningearth sciencehigh-rate gps

Machine‐Learning Estimation of Snow Depth in 2021 Texas Statewide Winter Storm Using Sar Imagery. Geophysical Research Letters (2022)

Xiao YuXie HuGuoquan WangKaicun WangXuelong Chen

state estimationremote sensingenvironmental scienceapplied meteorologysnow depthplanetary sciencesmachine-learning estimationmeteorologyearth sciencegeodesyclimate changegeophysical researchhydrometeorologyatmospheric researchsar imageryatmospheric scienceglacierssatellite meteorologyclimatology

1
2
3
4
5
6
7
10 / page

Guoquan Wang

Professor of Geophysics Geodesy and Geosensing Systems Engineering

University of Houston

Affiliations

Cullen College of Engineering

Civil and Environmental Engineering

College of Natural Sciences and Mathematics

Earth & Atmospheric Sciences

Guoquan Wang is currently serving as a Civil And Environmental Engineering Professor of Geophysics Geodesy and Geosensing Systems Engineering at University of Houston.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Guoquan Wang

University of Houston

Professor of Geophysics Geodesy and Geosensing Systems Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A National-Scale Assessment of Land Subsidence in China’s Major Cities. Science (2024)

applied geographyurban geographyscience and technology studiesenvironmental engineeringcivil engineeringland subsidencemajor citiesearth sciencenational-scale assessment

Preventing Subsidence Reoccurrence in Tianjin: New Preconsolidation Head and Safe Pumping Buffer. Ground Water (2024)

Kuan WangGuoquan WangYan BaoGuangli SuYong WangQiang ShenYongwei ZhangHaigang Wang

groundwater managementenvironmental engineeringcivil engineeringgroundwaterwater resourcesearth sciencehydrologysubsidence reoccurrencesafe pumping bufferhydrogeology

Unveiling the Hidden Threat: Drought‐Induced Inelastic Subsidence in Expansive Soils. Geophysical Research Letters (2024)

Jennifer WelchGuoquan WangYan BaoShuangcheng ZhangGuanwen HuangXie Hu

A Methodology for Long-Term Offshore Structural Health Monitoring Using Stand-Alone Gnss: Case Study in the Gulf of Mexico. Structural Health Monitoring (2023)

Guoquan Wang

structural health monitoringoperational oceanographyoffshore platformoffshore structuresocean monitoringoffshore technologystand-alone gnssearth scienceenvironmental monitoringocean engineering

Land Subsidence in Tianjin, China: Before and After the South-To-North Water Diversion. Remote Sensing (2023)

Xiao YuGuoquan WangXie HuYuhao LiuYan Bao

south-to-north water diversionland usecoastal managementland managementearth observationland subsidencewater resourcesearth sciencegeographyremote sensinghydrologyenvironmental scienceurban hydrology

The 95 Per Cent Confidence Interval for the Mean Sea-Level Change Rate Derived From Tide Gauge Data. Geophysical Journal International (2023)

Guoquan Wang

Gnss_Vel_95Ci.Py: A Python Module for Calculating the Uncertainty of Gnss-Derived Site Velocity. Journal of Surveying Engineering (2022)

Brendan CornelisonGuoquan Wang

engineeringgnss-derived site velocitypython modulesurveyingglobal navigation satellite systemsurvey methodology

Houston Gnss Network for Subsidence and Faulting Monitoring: Data Analysis Methods and Products. Journal of Surveying Engineering (2022)

Guoquan WangAshley GreuterChristina M. PetersenMichael J. Turco

Erratum to Strong Ground Motion Recorded by High-Rate Gps During the 2021 Ms 6.4 Yangbi, China, Earthquake. Seismological Research Letters (2022)

Shiming LiangWeijun GanGenru XiaoGuoquan WangChenglong DaiKeliang ZhangDanqing DaiZhangjun LiLing ZhangYongqi ZhangYuebing WangJunqing Liu

ground motionsseismologymachine learningearth sciencehigh-rate gps

Machine‐Learning Estimation of Snow Depth in 2021 Texas Statewide Winter Storm Using Sar Imagery. Geophysical Research Letters (2022)

Xiao YuXie HuGuoquan WangKaicun WangXuelong Chen

1
2
3
4
5
6
7
10 / page

Similar Faculty Members

Shuhab Khan

Institution

University of Houston

reservoir geology

remote sensing

R. Edward Beighley

Institution

Northeastern University

hydrology

earth science

Craig Glennie

Institution

University of Houston

remote sensing

unmanned aerial vehicle

Sagy Cohen

Institution

University of Alabama

earth science

environmental science

Christopher Parrish

Institution

Oregon State University

coastal management

earth science

Luke McGuire

Institution

University of Arizona

geological hazard

anthropogenic geomorphology

Ben Leshchinsky

Institution

Oregon State University

geological hazard

rock slide

Douglas Edmonds

Institution

Indiana University Bloomington

fluvial process

sedimentology

Thomas Oommen

Institution

University of Mississippi

natural disaster

geography

Josh Roering

Institution

University of Oregon

earth science

geomorphology

Similar Faculty Members

Shuhab Khan

Institution

University of Houston

reservoir geology

remote sensing

R. Edward Beighley

Institution

Northeastern University

hydrology

earth science

Craig Glennie

Institution

University of Houston

remote sensing

unmanned aerial vehicle

Sagy Cohen

Institution

University of Alabama

earth science

environmental science

Christopher Parrish

Institution

Oregon State University

coastal management

earth science

Luke McGuire

Institution

University of Arizona

geological hazard

anthropogenic geomorphology

Ben Leshchinsky

Institution

Oregon State University

geological hazard

rock slide

Douglas Edmonds

Institution

Indiana University Bloomington

fluvial process

sedimentology

Thomas Oommen

Institution

University of Mississippi

natural disaster

geography

Josh Roering

Institution

University of Oregon

earth science

geomorphology