Archive:

2011

"Understand How Water Reaches the Stream and Design for Interflow", urges Department of Fisheries and Oceans


“Interflow is often the dominant drainage path in glaciated landscapes of British Columbia. Even undeveloped sites founded on till and bedrock rarely show overland flow because of interflow pathways. The lesson is that the interflow system is an incredibly important and yet fragile component of a watershed. It is critical for maintaining stream health and our fishery resource,” states Al Jonsson of DFO.

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DESIGN WITH NATURE: "Understand How Water Reaches the Stream and Design for Interflow", urges Department of Fisheries and Oceans


“Interflow is often the dominant drainage path in glaciated landscapes of British Columbia. Even undeveloped sites founded on till and bedrock rarely show overland flow because of interflow pathways. The lesson is that the interflow system is an incredibly important and yet fragile component of a watershed. It is critical for maintaining stream health and our fishery resource,” states Al Jonsson of DFO.

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A Science-Based Road Map for Integrated Rainwater Management


“The pioneering work of Richard Horner and Chris May provided a science-based understanding of the importance of ‘changes in hydrology’. The stream health findings by Horner and May gave us a springboard to reinvent urban hydrology. Their work yielded guiding principles that are standing the test of time,” states Peter Law.

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Metro Vancouver Develops Design Guidelines to Complement Water Balance Model


“Our focus was on the technical details of practices in landscape areas that treat rainwater through plant materials and soils by infiltration, retention, detention and evapotranspiration”, states Ed von Euw. “The objective of this project was to reduce information barriers that previously stood in the way of effective implementation of rainwater source controls.”

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