|Ahmed, Mustaki||Transport Properties of Soil-bentonite Backfills and Rain Garden Soils for Chloride and Phosphorus|
|Albright, Cara||Resilience Strategies for Climate, Hyrdology, and Urban Green Infrastructure|
|Barbis, James||A Side-by-Side Water Quality Comparison of Pervious Concrete and Porous Asphalt, and an Investigation into the Effects of Underground Infiltration Basins on Stormwater Temperature|
|Barr, Catherine||Water Quality Impacts of a Green Roof in Comparison to Other Land Uses|
|Batroney, Tom||The Implications of the First Flush Phenomenon on Infiltration BMP Design|
|Rogers, Jaclyn||A Modeling Approach to the Performance of an Infiltration SCM Design and the Potential Implications of Climate Change|
|Benford, Hans M.||Continuous Simulation of an Infiltration Trench Best Management Practice|
|Braga, Andrea||An Infiltration Analysis of the Villanova Porous Concrete Infiltration Basin BMP|
|Bryant, Seth||Modeling and Evaluation of Real-Time Controlled Green Infrastructure|
|Burke, Erin||An Examination of the Effect of Plant Destiny on Low Reynolds Number Flow in a Wetland|
|Butwill, Samantha||Analysis of a Flow Regime: Understanding the Effectiveness of the Headwaters Approach to Restoration and Investigating how an Imperfect Rain Gauge Influences that Understanding|
|Calt, Elizabeth||Comparing the hydrologic performance of a linear cascading bioswale traditional bioinfiltration in a highly urbanized setting|
|Carambelas, Emily||Monitoring Effectiveness of SCM on Reversing Deteriorated Stream Functions in an Urban Setting|
|CarvajalSancez, Sergio||Thermal Effects of Rain Gardens at the Headwaters of the Jenkintown Creek in Pennsylvania|
|Chase, Maggie||The Design and Implementation of a Green Roof Shelter Research Site|
|Dean, Erika||A Hydrologic Analysis of an Infiltration Trench Best Managment Practices|
|DelVecchio, Taylor||Evaluating Soil Type and Flow Path for the Optimal Balance of Infiltration and Evapotraspiratiom in Vegetated Stormwater Control Measures to Achieve Maximum Volume and Pollutant Removal|
|Dovel, Erin||Evaluation of Stormwater Control Measures from the Micro and Macro Perspectives: Low Cost Monitoring of Nutrients in Non-Vegetated Systems and Watershed-Scale Effects of Rain Gardens|
|Emerson, Clay||Evaluation of Infiltration Practices as a Means to Control Stormwater Runoff|
|Ermilio, Jordan||Characterization Study of a Bio-Infilitration Stormwater BMP|
|Farnsworth, Megan||Investigation of the Hydrolocig Budget within a Rain Garden|
|Feller, Meghan||Quantifying Evapotranspiration in Green Infrastructure: A Green Roof Case Study|
|Figdore, Bryce||Simulation of Mesophilic Anaerobic Digestion of Municipal Waterwater Solids with Competitive Aceticlastic Methanogen Model Structure|
|Flynn, KM||Evaluation of Green Infrastructure Practices|
|Forgione, Erica||The Fate and Transport of Chloride in a Constructed Stormwater Wetland|
|Greising, Kathryn||The Application of an Integrated Monitoring Plan on Stormwater Control Measures|
|Hankins, Krista||An Integrated Monitoring Plan for Best Management Practices|
|Hess, Amanda||Monitoring of Evapotranspiration and Infiltration in Rain Garden Designs|
|Hess, A. Dissertation||Rain Garden Evapotranspiration Accounting|
|Hickmen, John||Evaluating the Role of Evapotranspiration in the Hydrology of Bioiniltration and Bioretention Basins Using Weighing Lysimeters|
|Isaac Ricketts, Keisha||A Soil Profile Characterization of a Bioinfiltration BMP|
|Jahangiri, Humaira Monowara||An Automated Method for Delineating Drainage Areas of Green Stormwater Infrastructures using GIS|
|Jawando, Wuraola||Effects of surface termination of boron-doped diamond anodes on oxidation of aqueous compounds|
|Jeffers, Patrick A.||Water Quantity Comparison of Pervious Concrete and Porous Asphalt Products for Infiltration Best Management Practices|
|Jones, Gerrad||A Randomization Process for Modeling Constructed Wetlands with an Optimization Example|
|Kwiatkowski, Michael||Water Quality Study of a Porous Concrete Infiltration Basin Best Management Practice|
|Ladd, Tyler||Water Quality Study of a Porous Concrete Infiltration Basin Best Management Practice|
|Lee, Ryan||Modeling Infiltration in a Stormwater Control Measure Using Modified Green and AMPT|
|Lewellyn, Conor||A Hydrologic Evaluation of Pretreatment and Variations in Seasonal and Large Storm Performance of Infiltrating Stormwater Control Measures|
|Lord, Laura||Evaluation of Nitrogen Removal and Fate Within a Bioinfiltration Stormwater Control Measure|
|Lyons, Cara||Implementation and Evaluation of Stormwater Control Measures in Series|
|Machusick, Matthew||The Observed Effects of Stormwater Infiltration on Groundwater|
|Molina, Stephanie||A Retrospective Analysis of a Constructed Stormwater Wetlands|
|Montano Valdez, Jhoanna||Fate and Transport of Algae in a Constructed Stormwater Wetland|
|Muller, Tobias||Forensic Analysis of an Aged Infiltration Trench and Evaluation of Its Retrofit|
|Nemirovsky, Evgeny||Evaporation from a Pervious Concrete Stormwater SCM: Estimating the Quantity and its Role in the Yearly Water Budget|
|Neptune, Ashley||Evaluating the Performance of a Constructed Stormwater Wetland as a Green Infrastructure Solution|
|Nichols, Wiliam||Modeling Performance of an Operational Urban Rain Garden Using HYDRUS-1D|
|Pittman, James J.||Urban Hydrology Modeling with EPA’s Stormwater Management Model (SWMM) and Analysis of Water Quality in a Newly Constructed Stormwater Wetland|
|Press, James D.||Determining the Minimum Number of Single-ring Infiltration Tests Required to Reliably Predict Performance of a Rain Garden|
|Prokop, Matthew||Determining the Effectiveness of the Villanova Bio-Infiltration Traffic Island in Infiltrating Annual Runoff|
|Rea, Matthew||Pollutant Removal Efficiency of a Stormwater Wetland BMP during Baseflow and Storm Events|
|Reis, Victoria||Techniques for Investigating Causes of Green Stormwater Infrastructure Underperformanceand Recommendations for Rehabilitation|
|Rife, Sara||An evaluation of chloride movement at a rain garden|
|Rindosh, Stephanie||An analysis of hydraulic monitoring equipment for inflow and outflow structures in urban SCMs|
|Rinker, Matthew||Evaluating Nutrient Removal and Hydraulic Efficiency in a Free Water Surface Flow Constructed Stormwater Wetland|
|Schmidt, Nora||Bioswale Modeling in a Transitive Urban Transportation Setting: Green Infrastructure Instrumentation, Challenges, and Lessons Learned|
|Schneider, Dominik||Quantifying Evapotranspiration from a Green Roof Analytically|
|Stoolmiller, Sarah||Analysis and Modeling of Philadelphia Green Stormwater Infrastructure Curb Openings|
|Tokarz, Erika||Pollutant Removal Efficiency of Three Infiltration BMPs during Storm Events|
|Truong, Nha||Quantifying Evapotranspiration Through a Sensitivity Study of Climate Factors and Water Table Interactions for a Constructed Wetland Mesocosm|
|Vanacore, Megan||An Infiltration Model of an Underground Rock Storage Bed Infiltration BMP|
|Vaughn, Casey||Determing an Optimal DEM Resolution and Evaluating Low Impact Redevelopment through Field Monitoring and LiDAR|
|Woodruff, Greggory||Pollutant Removal Efficiency and Sesonal Variation of a Stormwater Wetland BMP|
|Zaremba, Gerald||Evapotranspiration Measurement and Modeling for a Green Roof System|
|Zukowski, Zachary||Evaluating Rain Gardens of Different Configurations and SCM Infiltration Testing Methods to Determine Rain Garden Design and Site Investigation Recommendations|
8th International Conference on Case Histories in Geotechnical Engineering: Geotechnical Materials, Modeling, and Testing, Geo-Congress 2019; Philadelphia; United States; 24 March 2019 through 27 March 2019
Volume 2019-March, 2019
Mohammed, W., Welker, A., Press, J., Effect of Geotechnical Parameters on the Percolation Performance of an Established Rain Garden in Pennsylvania, Issue GSP 310, pp. 733-742.
Meehan, C., Kumar, S., Pando, M., Coe, J., Tong, S., Sample-Lord, K., Bohnoff, G., Balken, A., Ahmed, M., Dialysis Method to Measure Diffusion in Sodium and Enhanced Bentonites, Issue GSP 312, pp. 12-21.
Meehan, C., Kumar, S., Pando, M., Coe, J., Kugel, J., Carambelas, E., Welker, A., Kemp, S., Monitoring Stream Geometry at Headwaters in a Densely Developed Watershed, Issue GSP 313, pp. 44-52.
Meehan, C., Kumar, S., Pando, M., Coe, J., Gallagher, P., Yerk, W., Getty, P., Sample-Lord, K., Vanderkluysen, L., Swan, R., Developing an Engineering Geology Field Trip to Enhance Student Learning: A Case Study, Issue GSP 314, pp. 48-58.
Zaremba, G., Bryant, S., VonAlt, L., Wadzuk, B., Traver, R., Performance Review of a Real Time Control Equipped Irrigated Green Roof: Comparing Pre-Retrofit, Modeled, and Actual Performance, EWRI Congress, June 2018
Traver, R., Wadzuk, B., Schmidt, N., Rindosh, S., Instrumentation, Lessons Learned, and Benefits from Hydraulic Monitoring of Urban SMPs, EWRI Congress, June 2018.
Nichols, B., Welker, A., Traver, R., Tu, M., Modeling Performance of an Operational Urban Rain Garden Using HYDRUS-ID, EWRI Congress, June 2018.
Farnsworth, M., Welker, A., Traver, R., Investigation of the Hydrologic Budget within a Rain Garden, EWRI Congress, June 2018.
Carvajal-Sanchez, S., Komlos, J., Welker, A., Impact of a Rain Garden on the Headwaters of Jenkintown Creek, EWRI Congress, June 2018.
Lewellyn, C., Wadzuk, B., Risk Based Comparison of Green Infrastructure Design Under Present Day and Climate Change Scenarios, EWRI Congress, June 2018.
Tu, M., Traver, R., A Simple Methodology to Incorporate Vadoze Zone Mechanism into EPA SWMM (Storm Water Management Model) Model Building, EWRI Congress, June 2018.
Welker, A.L., Sample-Lord, K.M., Yost, J.R. (2017). Weaving entrepreneurially minded learning throughout a civil engineering curriculum, ASEE Annual Conference and Exposition, Conference Proceedings, 2017-June