"The Irrigation Industry Association of BC and the Partnership for Water Sustainability are again partnering to co-host and jointly organize a workshop about water management. This is the fourth consecutive year that our organizations have collaborated,” states Kim Kim Schaefer. This year the workshop moves to the Okanagan after being held in the Lower Mainland (2013, 2015) and on Vancouver Island (2014). The workshop will address both immediate and long term water security issues.
Five Regional Districts representing 75% of BC’s population are partners in the Georgia Basin Inter-Regional Educational Initiative (IREI). A program deliverable is the Beyond the Guidebook 2015. It is a progress report on how local governments are ‘learning by doing’ to implement affordable and effective science-based practices. It is the third in a series that builds on Stormwater Planning: A Guidebook for British Columbia.
"Convening for Action is a provincial initiative that supports innovation on-the-ground. From the perspective of those leading and/or participating in regional programs, having this community-of-interest provides the opportunity to 'tell our story' and 'record our history' as a work-in-progress," states Ray Fung.
In his 1969 book, Design With Nature, Ian McHarg pioneered the concept of environmental planning. "So, I commend Design with Nature to your sympathetic consideration. The title contains a gradient of meaning. It can be interpreted as simply descriptive of a planning method, deferential to places and peoples, it can invoke the Grand Design, it can emphasize the conjunction with and, finally it can be read as an imperative. DESIGN WITH NATURE!," wrote Ian McHarg.
"Over time, the Stormwater Utility provides the City of Victoria with the capability to foster a watershed stewardship ethic and influence landowner actions on the ground for the common good. These outcomes can be achieved through education in combination with financial incentives. It is about connecting the dots," wrote Kim Stephens. "In the case of Victoria, the dream is a Water-Resilient Future. The City’s goal: use rain as a resource and mimic the function of natural systems."
“We now realize that our current risk assessments with respect to climate disruption are built on confidence in relative hydrologic stability that no longer exists. This changes everything. We had no idea until recently of how much influence the hydrological cycle has on our day to day lives or on the broader conditions that define the distribution and diversity of life on this planet," states Bob Sandford.
"Cathedral Thinking has been applied to space exploration, city planning, corporate mandates and other long-range goals that require decades of foresight and preparation so future generations can enjoy their full realization. They all require the same foundation: a far-reaching vision, a well thought-out blueprint, and a shared commitment to long-term implementation," states Rick Antonson.
“Implementation of asset management along with the associated evolution of local government thinking is a continuous quality improvement process, not a discrete task. This led us to the concept of a continuum. The relevance of this way of thinking is that different local governments will always be at different points and different levels of maturity along the asset management continuum," wrote Ray Fung (photo left) and Glen Brown in their Sitelines article.
If we get the hydrology right, water quality typically takes care of itself in a residential development. “When the goal of land servicing practices is pre-settlement hydrology, this reduces the quantity of urban runoff discharged into a stream. It also improves the quality of the remainder of that which is discharged. In short, mimicking the natural water balance has a dual benefit,” emphasized Richard Horner.
"Work needs to be done today to ensure we see a secure water future. Benefits are long-term," wrote Kim Stephens. "Successful programs that are politically supported would ensure we restore the water balance and have sustainable watershed systems. This approach has the potential to re-set the ecological baseline along the east coast of Vancouver Island and in the Lower Mainland. Success would be abundant salmon in urban streams."
"The BC Framework sets strategic direction for asset management and its implementation in BC. It gives communities guidance to apply science-based methodologies and tools to plan for sustainability and resilience within their communities. Most critically, it encourages communities to think about what asset management entails at the land-use planning stage, when levels of service that can be provided sustainably—fiscally and ecologically—are determined," wrote Glen Brown.
The Municipal Engineering Division invited Kim Stephens to make a presentation on Sustainable Watershed Systems at the 2016 APEGBC Annual Conference. "We then invited Kim Stephens to write an article for Innovation magazine that would help spread word about his presentation, as well as provide a sneak peek for conference attendees," states Monique Kieran. "The article serves as a proceedings article for the conference presentation.”
"A key message in the Primer is the necessity of 'staying true to the science' IF communities are to achieve a vision for sustainable watershed systems," wrote Kim Stephens. "Achieving sustainable watershed systems through asset management will require long-term commitment by communities, successive municipal councils and regional boards, and generations of land and water professionals."
"The Ecological Accounting Protocol (EAP) is an economic tool to make real the notion of 'watersheds as infrastructure assets'. EAP would support four related analytical approaches to capital expenditure and life cycle costs represented in infrastructure (drainage) services drawn from natural assets. These are Substitution, Cost Avoidance, Environmental (watershed health) Benefits, and Attributed Values," wrote Tim Pringle.
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