Latest News

EPA

This study recommends best practices that will help communities in British Columbia better understand the impacts of higher and lower density on their water resources. The findings indicate that low-density developments may not always be the preferred strategy for protecting water resources.

Green Infrastructure Community-of-Interest

The Green Infrastructure Community-of-Interest is a communication platform for informing British Columbians about a 'design with nature' approach to community development.

Water Balance Model

Developed by a BC-based Inter-Governmental Partnership as an extension of Stormwater Planning: A Guidebook for British Columbia, the Water Balance Model for Canada enables users to compare scenarios for rainwater runoff volume reduction in order to achieve a light 'hydrologic footprint'. The tool is developed by a consortium of local, regional, provincial and federal agencies.

Landscape Irrigation Scheduling Calculator

The Irrigation Industry Association of British Columbia (IIABC) has developed this Landscape Irrigation Scheduling Calculator to assist irrigators in developing a proper irrigation schedule taking into account the location, landscape, soil and irrigation system operation parameters. The calculator will provide the irrigator with the number of days to water, the irrigation run time for each day and the maximum run time per cycle.

Rain gardens soak up urban stormwater pollution

Properly designed "rain gardens" can effectively trap and retain up to 99 percent of common pollutants in urban storm runoff, potentially improving water quality and promoting the conversion of some pollutants into less harmful compounds. This is according to new research scheduled for publication in the February 15, 2006 issue of the American Chemical Society journal, "Environmental Science and Technology". The affordable, easy-to-design gardens could help solve one of the nation’s most pressing pollution problems.

New EPA ‘Smart Growth’ Release – “Growing Toward More Efficient Water Use: Linking Development, Infrastructure, and Drinking Water Policies”

This publication focuses on the relationship between development patterns, water use, and the cost of water delivery. It reviews literature that shows how large-lot, dispersed development patterns can cost more to serve because of the length of pipe required, pumping costs, and other factors. It also includes policy options that directly reduce the cost and demand for water, while indirectly promoting smarter growth.