“Bridging the gap between interest and practice involves motivating practitioners to engage in ways that provide sufficient meaning to inspire them and lead to action. The desired outcome is implementation of on-the-ground changes in policies, programs, applied research, practitioner education and standards of practice that lead to full integration of land development and water management," stated Erik Karlsen.
The keynote address was a co-presentation by Kim Stephens and Ted van der Gulik of the Partnership for Water Sustainability in BC. “Licensing 20,000 wells initially seemed daunting when a provincial group met in mid-2015 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 an Aha Moment and a solution took shape," stated Ted van der Gulik.
The 2010 Land Awards Gala provided a platform for announcing formation of the Partnership as a not-for-profit society. "The Partnership will continue to evolve and deliver program elements developed under the umbrella of the Water Sustainability Action Plan for British Columbia," stated Tim Pringle.
"Everyone learns from stories and the most compelling ones are based on the experience of the champions who are leading implementation of watershed-based solutions," wrote Richard Boase. "The rate of progress in implementing new ideas or standards of practice generally depends on the willingness of individual champions in local government to push the envelope in applying new approaches."
“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," stated Kim Stephens. "I introduced Australians to three 'big ideas' that underpin where we are heading in BC, namely: Primacy of Hydrology, Shifting Baseline Syndrome, and Cathedral Thinking."
"Major breakthroughs happen when decision-makers in government work with grass-roots visionaries in the community to create the future desired by all. Collaboration grows from a shared vision about the future and commitment to action. This is the ‘top down and bottom up’ approach," stated Eric Bonham.
“A key message is the speed with which scenario analyses and comparisons can now be completed,” stated Jim Dumont. “What previously took weeks can now be done in hours. The significant benefit of the ‘new Water Balance Model’ is the resulting emphasis on strategy and alternative implementation methodologies. The QUALHYMO model is the proven hydrologic calculation engine that will provide consistent delivery of reliable results.”
Communities would benefit from shifting their definitions of community infrastructure to include entire watersheds. “We invited Kim Stephens to be our lead speaker because we’re very interested in the work that he and the Partnership are doing around asset management and sustainable watersheds,” explained the City of Campbell River's Sara Brodie. She is on the APEGBC Municipal Engineering Division executive.
“The case study applications built a common understanding of how to achieve runoff-based performance targets for rainwater management and green infrastructure,” stated Rob Conway. “What is unique about our approach is the educational context. Willing owners/developers and their planning/design consultants volunteered to develop and share the case studies. It truly is a collaborative effort.”
"The project 'Sustainable Watershed Systems, through Asset Management' describes a whole-system, water balance approach to community development and infrastructure servicing," stated Kim Stephens. “As understanding grows, local governments will progress incrementally along the Asset Management Continuum for Sustainable Service Delivery. Step Three is Sustainable Watershed Systems."
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