Faculty

Institution

Unit

Venue

Bingqing Liang

Associate Professor of Geography

University of Northern Iowa

Affiliations

Arctic, Remote and Cold Territories Interdisciplinary Center (ARCTICenter)

College Of Social And#X0026

College of Education

Department of Social Foundations

College of Social & Behavioral Sciences

Division of Geography

Division Of Athletic Training

Studies Of Department Of Design, Textiles, Gerontology And Family

University of Northern Iowa

Bingqing Liang is currently serving as an Arctic, Remote And Cold Territories Interdisciplinary Center (Arcticenter) Associate Professor of Geography at University of Northern Iowa.

Honors

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Experiences

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Education

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Bingqing Liang

University of Northern Iowa

Associate Professor of Geography

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geography earth science spatial analysis urban geography urban climate geographical information science environmental science climatology remote sensing land use climate change applied geography urban modelling urban climate impact environmental monitoring geographic information systems urban heat mitigation landscape architecture geoscientific model development environmental hazards natural hazards earth observation earth observation data geospatial mapping urban environments weather disaster disaster vulnerability united states planetary sciences building engineering information visualization earth system science environmental planning digital earth air quality disaster prevention flood risk management disaster risk reduction urban weather climate variability applied meteorology climatic impact multiscale analysis building energy urban development sustainable buildings building design spatial data acquisition land management land-use planning urban land use watershed management climate risk land cover remote sensing sensor landscape evolution models urban energy budget stormwater management geospatial data gis integration pertinent factors seasonal variability spatial variations cool-humid climate fractal-based texture information plan prescriptions multi-sensor satellite images fractal characteristics urban landscape rokel-seli river basin space-time modeling surface runoff linkages spatial variability impervious surface data geoenvironmental engineering human impacts on the environment architecture urban planning landslides data science physical geography stormwater urban greening natural disasters urban studies civil engineering urban ecology environmental modelling hydrology sustainable cities hydroinformatics numerical modeling (geology) environmental impact assessment urbanization disaster risk science ecological indicator urban design hydrometeorology land degradation sustainable urbanism environmental engineering environmental research geomorphology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Urban Heat Mapping Strategies for Predicting Near-Surface Air Temperature in Unsampled Cities in Iowa. Sustainability (2025)

urban climate impacturban heat mitigationnear-surface air temperaturegeographical information scienceair qualityspatial analysisurban climateurban modellingurbanizationgeographyair pollutionclimatologyearth scienceclimate changeurban geographyurban energy budgetunsampled cities

Monitoring and Modeling Urban Temperature Patterns in the State of Iowa, USA, Utilizing Mobile Sensors and Geospatial Data. Applied Sciences (2024)

geoscientific model developmentclimate modelsgeographical information sciencespatial analysisurban climateurban modellinggeographic information systemsgeographyclimatologyearth scienceclimate changegeospatial datautilizing mobile sensorsapplied geography

Evaluating the Vulnerability of Farming Communities to Winter Storms in Iowa, Us. Environmental and Sustainability Indicators (2021)

stormwaternatural disastersenvironmental sciencedisastersclimate riskland useweather disasteragricultural economicsnatural hazardsgeographydisaster vulnerabilityhuman impacts on the environmentenvironmental hazards

Mapping Vulnerability of Farming Communities to Winter Storms in Iowa. (2020)

stormwaternatural disastersenvironmental sciencedisaster preventiondisaster risk sciencestormwater managementdisastersland useweather disasterdisaster risk reductionnatural hazardsgeographyflood risk managementdisaster vulnerabilityhuman impacts on the environmentclimate changeenvironmental hazards

Characterizing Urban Landscape by Using Fractal-Based Texture Information. Photogrammetric Engineering & Remote Sensing (2018)

geographical information scienceinformation visualizationspatial analysisgeospatial mappingfractal-based texture informationurban modellinggeographyurban geographyvisualizationlandscape architecture

Developing a Landscape of Urban Building Energy Use With Improved Spatiotemporal Representations in a Cool-Humid Climate. Building and Environment (2018)

Wenliang LiYuyu ZhouKristen S. CetinSha YuYu WangBingqing Liang

cool-humid climatebuilt environmenturban developmentenvironmental engineeringarchitecturebuilding engineeringbuilding energyurban geographybuilding designsustainable buildingslandscape architecture

Land Use, Microclimate, and Surface Runoff Linkages: Space-Time Modeling From Rokel-Seli River Basin, Sierra Leone. The international archives of the photogrammetry, remote sensing and spatial information sciences/International archives of the photogrammetry, remote sensing and spatial information sciences (2018)

C. WilsonB. LiangS. WilsonF. Akiwumi

environmental sciencespace-time modelingremote sensingland usehydrologyrokel-seli river basingeographysurface runoff linkagesearth scienceapplied geography

Projecting Future Land Use/Land Cover by Integrating Drivers and Plan Prescriptions: The Case for Watershed Applications. GIScience & Remote Sensing (2018)

Cyril O. WilsonBingqing LiangShannon J. Rose

urban planninggeographical information scienceland managementland useenvironmental planningenvironmental scienceurban land usewatershed managementearth sciencedigital earthgeographic information systemsgeographygeoscientific model developmentspatial analysisland-use planningspatial data acquisitionremote sensingearth system scienceplan prescriptions

Multiscale Fractal Characteristics of Urban Landscape in Indianapolis, USA. (2014)

landscape evolution modelsspatial analysismultiscale fractal characteristicsurban modellinggeographyurban geographyurban environments

An Evaluation of Fractal Characteristics of Urban Landscape in Indianapolis, USA, Using Multi-Sensor Satellite Images. International Journal of Remote Sensing (2012)

geographical information sciencespatial analysisenvironmental monitoringremote sensinggeospatial mappingurban modellinggeographyurban geographymulti-sensor satellite imagesearth sciencefractal characteristicsurban landscape

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Bingqing Liang

Associate Professor of Geography

University of Northern Iowa

Affiliations

Arctic, Remote and Cold Territories Interdisciplinary Center (ARCTICenter)

College Of Social And#X0026

College of Education

Department of Social Foundations

College of Social & Behavioral Sciences

Division of Geography

Division Of Athletic Training

Studies Of Department Of Design, Textiles, Gerontology And Family

University of Northern Iowa

Bingqing Liang is currently serving as an Arctic, Remote And Cold Territories Interdisciplinary Center (Arcticenter) Associate Professor of Geography at University of Northern Iowa.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Bingqing Liang

University of Northern Iowa

Associate Professor of Geography

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Urban Heat Mapping Strategies for Predicting Near-Surface Air Temperature in Unsampled Cities in Iowa. Sustainability (2025)

Monitoring and Modeling Urban Temperature Patterns in the State of Iowa, USA, Utilizing Mobile Sensors and Geospatial Data. Applied Sciences (2024)

Evaluating the Vulnerability of Farming Communities to Winter Storms in Iowa, Us. Environmental and Sustainability Indicators (2021)

Mapping Vulnerability of Farming Communities to Winter Storms in Iowa. (2020)

Characterizing Urban Landscape by Using Fractal-Based Texture Information. Photogrammetric Engineering & Remote Sensing (2018)

geographical information scienceinformation visualizationspatial analysisgeospatial mappingfractal-based texture informationurban modellinggeographyurban geographyvisualizationlandscape architecture

Developing a Landscape of Urban Building Energy Use With Improved Spatiotemporal Representations in a Cool-Humid Climate. Building and Environment (2018)

Wenliang LiYuyu ZhouKristen S. CetinSha YuYu WangBingqing Liang

cool-humid climatebuilt environmenturban developmentenvironmental engineeringarchitecturebuilding engineeringbuilding energyurban geographybuilding designsustainable buildingslandscape architecture

C. WilsonB. LiangS. WilsonF. Akiwumi

environmental sciencespace-time modelingremote sensingland usehydrologyrokel-seli river basingeographysurface runoff linkagesearth scienceapplied geography

Projecting Future Land Use/Land Cover by Integrating Drivers and Plan Prescriptions: The Case for Watershed Applications. GIScience & Remote Sensing (2018)

Cyril O. WilsonBingqing LiangShannon J. Rose

Multiscale Fractal Characteristics of Urban Landscape in Indianapolis, USA. (2014)

landscape evolution modelsspatial analysismultiscale fractal characteristicsurban modellinggeographyurban geographyurban environments

An Evaluation of Fractal Characteristics of Urban Landscape in Indianapolis, USA, Using Multi-Sensor Satellite Images. International Journal of Remote Sensing (2012)

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