Analysis of the irrigation data available indicates that rain sensors save 84% of the water used and are therefore economically viable on a plot of lawn of 260 sq. m and a bed of 520 sq. m based on a 10 year return period. The manufacturer specifies a water savings of 15% which would make rain sensors economically viable on a plot of lawn of 1460 sq. m and a bed of 2920 sq. m based on a 10 year return period. There is insufficient data to have confidence in the results from the data analysis so more research is required. If the results of the data analysis are confirmed then this report recommends rain sensors to be installed on all plots larger than the critical area. Plots smaller than the critical area can be transmogrified into rock gar...
Rain gardens are a relatively simple way to dispose of stormwater runoff. 70% of all water pollutio...
In this report, the researchers investigated three different solutions for the rooftop garden irrig...
The new Student Union Building (SUB) is designed to be a Leadership in Energy and Environmental Des...
Analysis of the irrigation data available indicates that rain sensors save 84% of the water used and...
CivGen Engineering has been contracted by the UBC Botanical Garden to provide a detailed design of a...
UBC Farm currently uses Metro Vancouver as a source of water for irrigation. Statistics shows that ...
In attempt to obtain LEED Platinum+ rating, the highest rating for a green building within North Am...
The objective of this report is to assess a variety of irrigation systems and make an informed reco...
Stormwater pollution is becoming a greater problem in Vancouver with the increase of urbanization. ...
Our group has explored some alternatives for solving the issue of stormwater management and water re...
In this report, research concerning the possibility of capturing rainwater for use at the UBC Farm d...
In this report, research concerning the possibility of capturing rainwater for use at the UBC Farm d...
An investigation has been carried out in this report regarding rain gardens. Rain gardens offer a u...
The Urbana Irrigation Controls Study was undertaken to determine if measurable potable water savings...
The purpose of this study was to evaluate the impacts of installing a Solar Aquatic System for water...
Rain gardens are a relatively simple way to dispose of stormwater runoff. 70% of all water pollutio...
In this report, the researchers investigated three different solutions for the rooftop garden irrig...
The new Student Union Building (SUB) is designed to be a Leadership in Energy and Environmental Des...
Analysis of the irrigation data available indicates that rain sensors save 84% of the water used and...
CivGen Engineering has been contracted by the UBC Botanical Garden to provide a detailed design of a...
UBC Farm currently uses Metro Vancouver as a source of water for irrigation. Statistics shows that ...
In attempt to obtain LEED Platinum+ rating, the highest rating for a green building within North Am...
The objective of this report is to assess a variety of irrigation systems and make an informed reco...
Stormwater pollution is becoming a greater problem in Vancouver with the increase of urbanization. ...
Our group has explored some alternatives for solving the issue of stormwater management and water re...
In this report, research concerning the possibility of capturing rainwater for use at the UBC Farm d...
In this report, research concerning the possibility of capturing rainwater for use at the UBC Farm d...
An investigation has been carried out in this report regarding rain gardens. Rain gardens offer a u...
The Urbana Irrigation Controls Study was undertaken to determine if measurable potable water savings...
The purpose of this study was to evaluate the impacts of installing a Solar Aquatic System for water...
Rain gardens are a relatively simple way to dispose of stormwater runoff. 70% of all water pollutio...
In this report, the researchers investigated three different solutions for the rooftop garden irrig...
The new Student Union Building (SUB) is designed to be a Leadership in Energy and Environmental Des...