Bioretention Cells (BRCs) are new features of Stormwater Management (SWM). The primary objective of BRCs is for water quality treatment but their contribution to water quantity control of SWM is not fully understood. A low-density residential subdivision in the Toronto Area was completed in 2017 and included BRCs. The objective of this research is to use the results of monitoring and computer modelling of that subdivision to help understand the contribution that BRCs can make to quantity control in SWM. Modelling results demonstrated that BRCs can help mitigate the loss of infiltration due to urbanization. Under favourable soil conditions, they may have the potential to fully mitigate that loss of infiltration. BRCs are also capable of red...
The University of Connecticut relies on the Fenton River water supply wells to support 25% of their ...
The objective of this thesis was to determine the effectiveness of hydraulic geometry curves for des...
In rivers it is difficult to quantify bedform dynamics during storm events. Direct observation of ...
Global trends of increasing urbanization have led many researchers to attempt to quantify the result...
Increased stormwater runoff due to the construction of impervious surfaces is a major issue ...
2019 Fall.Includes bibliographical references.Hydrologic analyses are used for dam safety evaluation...
Urban flooding — due to land cover change, inadequate drainage networks, and increased precipitation...
Urbanization growth resulting in increasing the amount of runoff caused by land use change has becom...
Regenerative Stormwater Conveyance (RSC) is a moderately new best management practice primarily impl...
Urbanization’s influence the features of a watershed’s subcatchments. The soil’s low permeability ca...
The aim of this thesis is to define and expand on what the environmental impacts of stormwater in re...
textLevels of bacteria in excess of water quality standards for contact recreational designated use ...
Bio-ecological drainage system (BIOECODS) in USM is a national pioneer project on sustainable urban ...
Urban development puts strain on the environment in numerous ways. Flora and fauna are pushed off th...
thesisBioretention is a structure which captures runoff from small catchments and stores it in porou...
The University of Connecticut relies on the Fenton River water supply wells to support 25% of their ...
The objective of this thesis was to determine the effectiveness of hydraulic geometry curves for des...
In rivers it is difficult to quantify bedform dynamics during storm events. Direct observation of ...
Global trends of increasing urbanization have led many researchers to attempt to quantify the result...
Increased stormwater runoff due to the construction of impervious surfaces is a major issue ...
2019 Fall.Includes bibliographical references.Hydrologic analyses are used for dam safety evaluation...
Urban flooding — due to land cover change, inadequate drainage networks, and increased precipitation...
Urbanization growth resulting in increasing the amount of runoff caused by land use change has becom...
Regenerative Stormwater Conveyance (RSC) is a moderately new best management practice primarily impl...
Urbanization’s influence the features of a watershed’s subcatchments. The soil’s low permeability ca...
The aim of this thesis is to define and expand on what the environmental impacts of stormwater in re...
textLevels of bacteria in excess of water quality standards for contact recreational designated use ...
Bio-ecological drainage system (BIOECODS) in USM is a national pioneer project on sustainable urban ...
Urban development puts strain on the environment in numerous ways. Flora and fauna are pushed off th...
thesisBioretention is a structure which captures runoff from small catchments and stores it in porou...
The University of Connecticut relies on the Fenton River water supply wells to support 25% of their ...
The objective of this thesis was to determine the effectiveness of hydraulic geometry curves for des...
In rivers it is difficult to quantify bedform dynamics during storm events. Direct observation of ...