"This unique web-based tool is the shared legacy of a team of senior practitioners," stated Kim Stephens in 2012. "It is the outcome of a process that has depended on the commitment of a number of organizations, and especially the efforts of the champions within those organizations, to produce a series of deliverables that successively advanced the practice of rainwater management within British Columbia."
Philadelphia has developed a US$1.6 bllion plan to transform the city over the next 20 years. The plan reimagines the city as an oasis of rain gardens, green roofs, permeable pavements, thousands of additional trees, and more. According to Howard Neukrug, the Philadelphia Water Department’s Director of the Office of Watersheds, "We are taking that (old, grey infrastructure) barrier down, and are stopping the water from ever hitting the system."
"The threat of extreme heat and climate change, however, remains an imminent public health risk in the Puget Sound region and across the globe. In addition to blistering heat waves, increased stormwater runoff, flooding, low flows, and drought are increasingly threatening public health and safety, as rainfall frequency, duration, and magnitude are contingent on the climate," stated Brigette Burich.
"The early success of the Water Balance Model in British Columbia generated interest in expanding the focus of the tool to reach a national audience. This culminated in the decision by CMHC in 2004 to fund development of the national portal," stated Cate Soroczan. "The rainwater harvesting and storage component with variable sizing and demand will allow the user to optimize both the demand for potable water and the size of the physical storage."
“Our region is hemmed in by the mountains, the sea, the US border and the Agricultural Land Reserve. This means population growth will be accommodated through redevelopment, and this involves redevelopment of watersheds. This is what gives us the second chance to get it right," stated Kim Stephens. "As the housing stock turns over, there is a window of opportunity. We get one window every 50 years. Will local government take action in time?"
“The community of Water Balance Model users had been asking for a technical manual that documents the intelligent WBM interface that translates user information into data used by the QUALHYMO engine. The lens for manual development was the engineering user who wants to follow the numbers from the WBM interface keystroke to the QUALHYMO file. In a nutshell, it is all about data mapping," stated Richard Boase in 2010.
"A principal result of increased volumes and rates of flow associated with urbanization is the consequent increase in stream erosion,” stated Jim Dumont. “This can be an economically important factor as maintenance and hydraulic capacity is affected, and it can also be an ecologically important factor as habitat is impaired through degradation, aggregation and increased suspended solids transport.”
“Among the many enhancements that will be implemented over the next three years are capabilities not currently available in commercial software," stated Ted van der Gulik. “The rapid growth and success of the present second generation model has made it clear that the time has come for the next bold leap forward in the evolution of our web-based tool."
“The Rising to the Challenge conference was a milestone event. Because Australian practitioners are at a fork in their journey, they are looking to learn from BC experience. They are curious about our “whole systems” approach to water balance management," observed Kim Stephens. "BC is moving from asset management to 'sustainable service delivery', with a focus on protecting the 'water balance services' that a watershed system provides."
"Vancouver Island is the pilot for the Learning Lunch Seminar Series, a continuing education program for local government practitioners. This program will build capacity to apply 'the new Water Balance Model', and it will help make the transition to The New Business As Usual," announced Dale Wall. "The Cowichan Valley Regional District and the City of Courtenay are the host local governments for series in the Spring and Fall, respectively."
A scenario comparison tool to assess green infrastructure effectiveness, achieve a lighter 'water footprint' and protect stream health. Learn More
The Water Conservation Calculator illustrates how specific water conservation measures can yield both fiscal and physical water savings for communities. Learn More
This Landscape Irrigation Scheduling Calculator uses real-time daily evapotranspiration (ET) rates determined from climate stations located within British Columbia. Learn More
This Agricultural Irrigation Scheduling Calculator uses real-time daily evapotranspiration (ET) rates determined from climate stations located within British Columbia. Learn More
The BC Agriculture Water Calculator enables water licensing for all irrigation purposes, whether agricultural or landscape. All non-domestic users of groundwater in BC are required to obtain a licence. Learn More