Faculty

Institution

Unit

Venue

Steven Burian

Professor Director of Science

University of Alabama

Affiliations

College of Engineering

Civil, Construction and Environmental Engineering

Steven Burian is currently serving as a Civil, Construction And Environmental Engineering Professor Director of Science at University of Alabama.

Honors

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Experiences

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Education

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Steven Burian

University of Alabama

Professor Director of Science

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environmental engineering hydrology water resources environmental science engineering civil engineering meteorology climate change climatology hydrological modeling hydrometeorology urban climate resilience water science watershed management urban hydrology atmospheric science infrastructure engineering hydrological sciences environmental modelling hydrological process water resource management hydraulic engineering stormwater management sustainable development disaster risk reduction flood risk management applied meteorology urban water management rainwater harvesting surface-water hydrology green infrastructure hydraulic research atmospheric research urban geography numerical simulations hydroinformatics resilience engineering environmental technology environmental planning climate change mitigation climate variability real-time control water distribution climate modelling river basin management urban development urban adaptation climate change adaptation water security earth observation comparative analysis crop production resilience analysis land cover urban climate impact flood control impact assessment disaster mitigation vulnerability assessment artificial neural networks urban canopy parameters water distribution system event-based resilience index water quality improvement case studies low-impact development practices urban stormwater runoff diurnal rainfall pattern quantitative resilience measures water infrastructure systems systematic review national urban database access portal tool future coastal precipitation hydrologic model output water problem water sustainability water supply geography stormwater

Notable Scholarly Works

Notable Federal Grants

Collaborators

Extending the Decision-Making Lead Time of Municipal Water System Management Using Teleconnections to Support Supply and Demand Estimates. (2024)

Steve BurianRyan JohnsonDanyal AzizCourtenay StrongPaul BrooksMargaret WolfLogan JamisonLuke StoneLaura BrieferJesse StewartTracie KirkhamTamara Prue

demand estimatesdecision-making lead timeenvironmental engineeringforecasting

Impacts of Dem Type and Resolution on Deep Learning-Based Flood Inundation Mapping. Earth Science Informatics (2024)

Mohammad FereshtehpourMostafa EsmaeilzadehReza Saleh AlipourSteven J. Burian

earth observationinformaticsearth sciencedata sciencedem typedeep learning

Quantifying Regional Variability of Machine-Learning-Based Snow Water Equivalent Estimates Across the Western United States. Environmental Modelling & Software (2024)

Dane LiljestrandRyan JohnsonS. McKenzie SkilesSteven BurianJosh Christensen

environmental modellingenvironmental researchmachine learningwestern united statesdata scienceregional variabilityclimatologyenvironmental scienceclimate changeplanetary sciences

An Event-Based Resilience Index to Assess the Impacts of Land Imperviousness and Climate Changes on Flooding Risks in Urban Drainage Systems. Water (2023)

Jiada LiCourtenay StrongJun WangSteven Burian

disaster risk reductionland imperviousnessevent-based resilience indexwater treatmenturban adaptationenvironmental engineeringcivil engineeringresilience engineeringsystems engineeringurban drainage systemsresilienceimpact assessmentwater resourcesdisaster mitigationwater resource managementwater scienceinfrastructure engineeringflood risk managementhydrologyurban hydrology

Assessing Impacts of Future Land Cover and Rainfall Change on Urban Flooding Using an Event-Based Resilience Index. Authorea (Authorea) (2023)

Jiada LiSteven BurianCourt Strong

disaster risk reductionevent-based resilience indexdisaster risk sciencerainfall changeenvironmental scienceenvironmental engineeringresilience analysisclimate resilienceurban climateland coverurban climate impactsystems engineeringresiliencedisaster mitigationclimate changeurban planningcrisis managementclimatologyfuture land coverhydrologyenvironmental planning

Constraining Mountain Streamflow Constituents by Integrating Citizen Scientist Acquired Geochemical Samples and Sentinel‐1 Sar Wet Snow Time‐Series for the Shimshal Catchment in the Karakoram Mountains of Pakistan. Water Resources Research (2023)

Jewell LundRichard R. ForsterYusuf JameelSummer B. RupperElias J. DeebGhulam Hussain DarsAzhar ZaheerMasood AliAbdul GhafoorGaree KhanMuhammad ArfanGlen E. ListonJaved Akhter QureshiGregory CarlingSteven J. Burian

arid environmentsenvironmental geochemistrysurface-water hydrologycitizen scientistmountain streamflow constituentshydrological sciencesgeochemical samplesshimshal catchmentwater resourcesearth sciencedata sciencewater sciencegeochemistryhydrologyenvironmental scienceclimate changekarakoram mountainshydrogeology

Data-Driven Modeling of Municipal Water System Responses to Hydroclimate Extremes. Journal of Hydroinformatics (2023)

Ryan JohnsonSteven John BurianCarlos Anthony OrozaJames HalgrenTrevor IronsDanyal AzizDaniyal HassanJiada LiCarly HansenTracie KirkhamJesse StewartLaura Briefer

data-driven modelingenvironmental engineeringsystems engineeringmunicipal water systemdata sciencewater resource managementhydrologyhydroinformatics

Evaluating Real-Time Control of Stormwater Drainage Network and Green Stormwater Infrastructure for Enhancing Flooding Resilience Under Future Rainfall Projections. Authorea (Authorea) (2023)

Jiada LiSteven Burian

infrastructure engineeringgreen stormwater infrastructureenvironmental engineeringsystems engineeringengineeringresiliencecontrol optimizationdisaster risk reductionhydrometeorologystormwater drainage networkcontrol systemsflood controlriver basin managementreal-time controlflood risk managementstormwater managementfuture rainfall projections

Exploring Cost-Effective Implementation of Real-Time Control to Enhance Flooding Resilience Against Future Rainfall and Land Cover Changes. Authorea (Authorea) (2023)

Jiada LiSteven J BurianRyan C Johnson

environmental engineeringsystems engineeringfuture rainfallcoastal managementcost-effective implementationreal-time controlflood risk managementhydrologyland cover changes

Modeling Operations in System-Level Real-Time Control for Urban Flooding Reduction and Water Quality Improvement -an Open-Source Benchmarked Case. Authorea (Authorea) (2023)

Jiada LiSteven J BurianFangli Liao (Department of Economics, University of Kansas)Ryan C Johnson

system-level real-time controlsystems engineeringwater quality improvementreal-time controlmodeling and simulation

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Steven Burian

Professor Director of Science

University of Alabama

Affiliations

College of Engineering

Civil, Construction and Environmental Engineering

Steven Burian is currently serving as a Civil, Construction And Environmental Engineering Professor Director of Science at University of Alabama.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Steven Burian

University of Alabama

Professor Director of Science

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Extending the Decision-Making Lead Time of Municipal Water System Management Using Teleconnections to Support Supply and Demand Estimates. (2024)

Steve BurianRyan JohnsonDanyal AzizCourtenay StrongPaul BrooksMargaret WolfLogan JamisonLuke StoneLaura BrieferJesse StewartTracie KirkhamTamara Prue

demand estimatesdecision-making lead timeenvironmental engineeringforecasting

Impacts of Dem Type and Resolution on Deep Learning-Based Flood Inundation Mapping. Earth Science Informatics (2024)

Mohammad FereshtehpourMostafa EsmaeilzadehReza Saleh AlipourSteven J. Burian

earth observationinformaticsearth sciencedata sciencedem typedeep learning

Quantifying Regional Variability of Machine-Learning-Based Snow Water Equivalent Estimates Across the Western United States. Environmental Modelling & Software (2024)

Dane LiljestrandRyan JohnsonS. McKenzie SkilesSteven BurianJosh Christensen

environmental modellingenvironmental researchmachine learningwestern united statesdata scienceregional variabilityclimatologyenvironmental scienceclimate changeplanetary sciences

An Event-Based Resilience Index to Assess the Impacts of Land Imperviousness and Climate Changes on Flooding Risks in Urban Drainage Systems. Water (2023)

Jiada LiCourtenay StrongJun WangSteven Burian

Assessing Impacts of Future Land Cover and Rainfall Change on Urban Flooding Using an Event-Based Resilience Index. Authorea (Authorea) (2023)

Jiada LiSteven BurianCourt Strong

Data-Driven Modeling of Municipal Water System Responses to Hydroclimate Extremes. Journal of Hydroinformatics (2023)

Ryan JohnsonSteven John BurianCarlos Anthony OrozaJames HalgrenTrevor IronsDanyal AzizDaniyal HassanJiada LiCarly HansenTracie KirkhamJesse StewartLaura Briefer

data-driven modelingenvironmental engineeringsystems engineeringmunicipal water systemdata sciencewater resource managementhydrologyhydroinformatics

Evaluating Real-Time Control of Stormwater Drainage Network and Green Stormwater Infrastructure for Enhancing Flooding Resilience Under Future Rainfall Projections. Authorea (Authorea) (2023)

Jiada LiSteven Burian

Exploring Cost-Effective Implementation of Real-Time Control to Enhance Flooding Resilience Against Future Rainfall and Land Cover Changes. Authorea (Authorea) (2023)

Jiada LiSteven J BurianRyan C Johnson

environmental engineeringsystems engineeringfuture rainfallcoastal managementcost-effective implementationreal-time controlflood risk managementhydrologyland cover changes

Modeling Operations in System-Level Real-Time Control for Urban Flooding Reduction and Water Quality Improvement -an Open-Source Benchmarked Case. Authorea (Authorea) (2023)

Jiada LiSteven J BurianFangli Liao (Department of Economics, University of Kansas)Ryan C Johnson

system-level real-time controlsystems engineeringwater quality improvementreal-time controlmodeling and simulation

1
2
3
4
5
14
10 / page

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Similar Faculty Members

Steven J. Burian

Institution

University of Utah

stormwater management

water resource system

R. Edward Beighley

Institution

Northeastern University

hydrology

earth science

Philip Bedient

Institution

Rice University

environmental engineering

civil engineering

Casey Brown

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University of Massachusetts Amherst

climate risk management

geography

Franco Montalto

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Drexel University

sustainable cities

sustainability science

Sajjad Ahmad

Institution

University of Nevada, Las Vegas

water conservation

sustainable water

Terri S. Hogue

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Colorado School of Mines

hydrologic fluxes

hydrologic processes

Stefano Galelli

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Cornell University

water-energy nexus

energy system

Costa Samaras

Institution

Carnegie Mellon University

life cycle assessment

sustainability science

Balaji Rajagopalan

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University of Colorado Boulder

environmental science

earth science