Thesis - Open Access
Master of Science (MS)
Civil and Environmental Engineering
Urbanization’s influence the features of a watershed’s subcatchments. The soil’s low permeability causes a decrease in infiltration and storage and an increase in runoff. The management of peak runoff and stormwater quality must follow SCMs. LID controls provide natural practices for handling stormwater management. This study used the LID controls of traditional drainage, vegetative swales, and bioretention cells to handle the runoff quantity and quality resulting from a 5-year storm event and a 100-year storm event. The SWMM modelled and analyzed the effectiveness of each model to remove the most of three pollutant loads: TSS, lead, and nitrate. When compared to each other and the initial conditions, the model of bioretention cells (Design C) proved most effective in maintaining the water quality and preventing a significant concentration of TSS and nitrate from leaving the study area of subcatchments. Even though there was an improvement, the LID control of Design C was not managing stormwater quantity and quality most proficiency. Therefore, further study into the parameters of bioretention cells would be required.
Number of Pages
South Dakota State University
Copyright © 2020 Anne M. Salazar
Salazar, Anne M., "Stormwater Management Model Analysis on the Effectiveness of Low Impact Development Controls for Suburban Lid Designs in Brookings, South Dakota" (2020). Civil and Environmental Engineering Graduate Students Plan B Capstone Projects. 1.