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Author | Title | Subject | Department | Date |
1 |
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Houdeshel, Christopher Dasch | Adapting bioretention for stormwater treatment in xeric climates | Bioinfiltration; Bioretention; Green infrastructure; Isotope; Low impact development; Xeric climates | Civil & Environmental Engineering | 2013-08 |
2 |
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Dhungel, Sulochan | Predicting watershed-scale agricultural water consumption using statistical and cropping systems models with satellite-based remote sensing | | Civil & Environmental Engineering | 2019 |
3 |
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Griffiths, William Heggie | Design of canal system including canals, gates, and drops | Irrigation; Canals | Civil & Environmental Engineering | 1910-05 |
4 |
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Lillywhite, Jason Russell | Performance of water supply operations measured by reliability and marginal cost | Water-supply; Water-supply engineering | Civil & Environmental Engineering | 2008-05 |
5 |
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Orr, Austin M. | Transpiration performance in bioretention systems designed for semiarid climates | Bioinfiltration; Bioretention; Low-impact development; Native plants; Transpiration; Urban hydrology | Civil & Environmental Engineering | 2013-12 |
6 |
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Han, WooSuk | Analysis of satellite rainfall data and global runoff process to improve global runoff modeling | Global rainfall runoff modeling; Satellite rainfall observation; TMPA | Civil & Environmental Engineering | 2010 |
7 |
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Sochanska, Marianna Dorota | Performance and cost effectiveness of centralized infiltration basins and decentralized low impact development practices ina semi-arid urban watershed | | Civil & Environmental Engineering | 2014-08 |
8 |
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Feng, Youcan | Potential of stormwater green infrastructure to recreate the natural water budget of a semiarid urban catchment | Social sciences; applied sciences; earth sciences; budget; catchment; infrastructure; natural; recreate; semiarid; storm water; urban; water | Civil & Environmental Engineering | 2016 |
9 |
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Augustus, Nicholas Walter | Interrelationships among water cycle fluxes and stores in a semi-arid urban environment | Hydrologic cycle; Groundwater recharge; Urban ecology | Civil & Environmental Engineering | 2010 |
10 |
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Rafique, Ahmed | Evaluation of reservoir operation alterations to improve water supply, hydropower generation, and flood control performance of Tarbela Dam | Water resources management | Civil & Environmental Engineering | 2018 |
11 |
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Larsen, Sara Gaye | Determining energy requirement for future water supply and demand alternatives | Energy requirements; Water supply; Water energy nexus | Civil & Environmental Engineering | 2010-05 |
12 |
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Jensen, Mark A | Feasibility of rainwater harvesting for urban water management in Salt Lake City | Water harvesting; Water supply | Civil & Environmental Engineering | 2008-05 |
13 |
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Goharian, Erfan | A framework for water supply system performance assessment to support integrated water resources management and decision making process | decision support; hydroinformatics; integrated water resource management; stormwater management; eystem analysis; system performance assessment | Civil & Environmental Engineering | 2016 |
14 |
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York, Christopher | Impacts of large-scale green infrastructure implementation and climate change on receiving water response in the Salt Lake City area | Bioretention; Green infrastructure; Rainwater harvesting | Civil & Environmental Engineering | 2015-05 |
15 |
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Talbot, Nathan John | Satellite-based study of water demand reductions from urban landscape modification in Salt Lake City, Utah | Water use--Utah; Vegetation mapping--Utah; Landscape architecture in water conservation | Civil & Environmental Engineering | 2008-05-16 |
16 |
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Heiberger, John R. | Infiltration and potential groundwater recharge performance of stormwater bioretention designed for semiarid climates | Bioretention; Infiltration; Recharge; Semiarid; Stormwater; Urban | Civil & Environmental Engineering | 2013-05 |
17 |
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Magdol, Zachary E. | The environmental benefits and impacts of Red Butte Garden on Reb Butte creek: a case study of sustainable landscape management | Water Resource Management; Environmental engineering | Civil & Environmental Engineering | 2014-12 |
18 |
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Pappu, Aiswarya Rani | Nitrogen transformations and greenhouse gas emissions from urban green infrastructures | | Civil & Environmental Engineering | 2018 |
19 |
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Stout, Daniel Trevor | Determining water supply benefits of residential rainwater harvesting in India using tropical rainfall measuring mission (TRMM) data | Harvesting; India; Rainwater; Supply; TRMM; Water | Civil & Environmental Engineering | 2013-12 |
20 |
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Hanson, Shannon | Evaluation of concrete containing photocatalytic titanium dioxide | Concrete; Photocatalytic titanium dioxide; Air pollution; Civil engineering; Materials science | Civil & Environmental Engineering | 2014-05 |
21 |
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Becraft, Frank William | Rating an undershot weir | Weirs | Civil & Environmental Engineering | 1911 |
22 |
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Tavakoldavani, Hessam | Green infrastructure optimization to achieve natural hydrology conditions of a small semiarid catchment | Green Infrastructure; Multi-Objective Optimization; Water Budget Restoration; Hydrology; Hydraulics | Civil & Environmental Engineering | 2018-08 |
23 |
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Reynolds, Shannon Kelene | Evaluating green stormwater infrastructure modeling methods for urban areas | Best management practices; Green infrastructure; Low impact development; Civil engineering; Water Resource Management; Urban planning | Civil & Environmental Engineering | 2015-05 |
24 |
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Panthail, Jai kanth | The impact of black carbon deposition on snowpack and streamflow in the wasatch mountains in utah: a study using modis albedo data, statistical modeling and machine learning | hydrology; machine learning; MODIS; snow; statistical; water resources | Civil & Environmental Engineering | 2015-05 |
25 |
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Teeters, Daniel Scott | Nutrients in great salt lake wetlands: the importance of sediment fluxes and biogeochemistry | Denitrification; Nitrification; Phosphorus; Remediation; Water Quality; Wetlands | Civil & Environmental Engineering | 2016 |