"Water-centric planning means planning with a view to water – whether for a single site or the entire province. At the core of the approach is a water balance way-of-thinking and acting. The underpinning premise is that resource, land use and community design decisions will be made with an eye towards their potential impact on the watershed," explains Kim Stephens.
Published in March 2002 by the Greater Vancouver Regional District, the "Watershed / Landscape-Based Approach to Community Planning" was developed by an interdisciplinary working group and is the genesis of "water-centric planning".
“The Climate Change Module enables a wide range of stakeholders to make decisions based on a detailed assessment of climate change effects on local drainage, without having to decode the huge body of confusing and contradictory literature," stated Charles Rowney. "Delivering this capability quickly and easily on the web is a ‘must’ – and this result is a ‘first’. The art form here was to find a way to incorporate meaningful estimates of future precipitation."
“With the development and launch of the Lower Coquitlam River Watershed Plan in 2015, the Roundtable is poised to implement strategies for action in partnership with local municipalities, the regional government, First Nations, and private/public stakeholders to support watershed sustainability." states Melissa Dick. “To ensure the long-term engagement of the Roundtable in watershed initiatives and planning, sustainable funding sources are required."
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 book ‘downstream: reimagining water’ is an anthology,” explains Michael Blackstock. “It brings together the perspectives of artists, writers, scientists, scholars, environmentalists, and activists. It does this by exploring the key roles that culture, arts, and the humanities play in supporting healthy water-based ecology. My chapter is titled Interweaving Water. It outlines four steps toward transforming sovereign knowledge into collaborative knowledge."
”The stewardship and conservation sector has traditionally focused on habitat restoration and protection of lands with high ecological values,” states David Stapley, Program Manager with the Comox Valley Conservation Partnership. “With cumulative impacts from climate change, urban and resource development escalating, these groups have now become community leaders in educating and supporting improved land use practices.”
“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.
"Blue Ecology is defined as the interweaving of Western science and traditional First Nations teaching and local knowledge," stated Kim Stephens. "This article is an early step in a process to raise awareness of Blue Ecology and inform a provincial conversation about what we can do to manage water as a whole-system. Blue Ecology aligns with the whole-system, water balance approach for restoration of watershed systems within the built environment."
Kim Stephens and Ted van der Gulik of the Partnership for Water Sustainability in BC co-presented the keynote. “Licensing 20,000 wells initially seemed daunting when a provincial group met to brainstorm an approach to this immense task. The team had to solve the challenge of HOW to help groundwater users reliably quantify their annual water licence volumes. Suffice to say, the brainstorming resulted in a solution," stated Ted van der Gulik.
“We have known for more than a century that for every degree Celsius of warming we can expect the atmosphere to carry 7% more water vapour,” stated Bob Sandford. “Storms are now occurring that feature higher relative humidity than ever experienced before. This in combination with rising sea surface temperatures allows for extreme cloud bursts and storms with greater power that last longer and carry more punch.”
“Hydrologists are encouraged to embrace the companion Blue Ecology water cycle that is meant to enhance Western science’s hydrological cycle by providing a holistic cultural context," stated Michael Blackstock. “Hydrologists and water managers could also communicate complex climate change impacts to the public, using common sense terms. Hydrologists and water managers can use the hydrological and Blue Ecology cycles to help explain how and why the climate is changing.”
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