At the 8th annual Canadian Water Summit in Toronto in June 2017, delegates will explore opportunities to collaborate on water technology and infrastructure finance, “blue economy” growth and climate change resilience. “Conserving our freshwaters can only happen with the support of businesses and corporations. It is their leadership that can shift market forces from loss and overuse, to conservation and sustainability," stated Dan Krause.
“The economic efficiency of Australia’s centralised water utilities is rapidly declining – and consumers are paying for it. At a macroeconomic level (household welfare across the economy), grid water costs of households in Melbourne, Adelaide and South East Queensland have jumped by up to 180 per cent over the past decade, while water usage has increased by less than 10 per cent," wrote Peter Coombes.
"Other languages like French and German often use more exact terms than English for 'stormwater' and 'wastewater', and this changes how relationships and worth are perceived," states Robert Hicks. “The reason why other languages use more exact terms relates to the structural nature of those languages.
"Business-as-usual is now no longer possible with the crisis that is faced by our global water resources," wrote Rylan Dobson. "The actions that will secure our water future will be more locally driven. Referred to as either context-based or science-based sustainability, there is a greater need for the business community and watershed users to better understand their individual local boundaries and directly their actions in order to ensure they operate within these boundaries."
“There have been many changes in our approach to urban water management in Australia since the establishment of the centralised and separate water supply, stormwater and wastewater paradigm in the 1800s," stated Peter Coombes. "Urban water cycle management starts with the integration of land and water planning across time horizons and spatial scales. It must be cognisant of likely advances in science and professional practice over the next 30 years."
“A history of top down management of water in Australia was challenged by drought. Concerned citizens called for implementation of bottom up strategies and inclusion in the decision making process. It was an emerging insight that there were no ‘silver bullet’ single solutions for water management. Both bottom-up and top-down approaches were needed," wrote Peter Coombes.
“The easy going ‘she’ll be right mate’ culture of Australians masks strong aversion to change ‘we’ve always done it this way’. Our water management is, mostly, a centralised top down (driven by institutions) process. In contrast, Canadians have a bottom up (driven by people) discussion ‘let’s talk about this’ about ideas – consensus via non-government organisations and community governance," wrote Peter Coombes.
"The definition of 'water' is not typically a controversial subject. But..... The final rule for WOTUS takes into account the 'interconnectedness' of tributaries, wetlands and other waters to downstream waters. This means the federal government would substantially increase federal control of Minnesota's lakes, streams, wetlands and drainage ditches," wrote Rich Sve, local government politician.
In July 2015 Metro Vancouver moved to Stage 3 water restrictions – banning all lawn sprinkling with treated drinking water and bringing in a number of other water conservation measures. “We need to reduce our discretionary use of water including lawn sprinkling and washing cars,” said Board Chair Greg Moore. “Our reservoir levels need to be maintained for priority needs in our homes and businesses, and for community needs like fire protection.”
"A Water Conservation Strategy for British Columbia" was developed by a working group chaired by Prad Khare. The Strategy will contribute to a sustained and healthy resource and provide a common framework for water management activities throughout the province by advancing water as a valuable resource which must be utilized efficiently, wisely and cost-effectively to sustain a high quality of social, environmental and economic well-being, for now and in the future.
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