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“In the 1990s, seminal research at the University of Washington on the science of land use changes produced a road map for protection of stream system integrity. For the past generation of practice, then, communities and practitioners should have known what they ought to be doing. And some have made progress. Land use realities – master drainage planning, integrated stormwater planning, development pressures, etc. – push local government to pay lip-service to the role of the streamside protection zone,” stated Kim Stephens.

“To move the Ecological Services Initiative project forward, the Township of Langley was looking for a process that used real numbers to understand how to develop fair and equitable payments to farmers to enhance areas on their properties. Through the EAP work, the concept of ‘Riparian Deficit’ in the natural commons area highlights the shared responsibility of rural and urban landowners to maintain Bertrand Creek, an important asset in the Township. In the future, we can use EAP to expand the program to other watersheds,” stated Melisa Gunn.

John Henneberry’s pioneering work serves as validation of how EAP, the Ecological Accounting Process, looks at streams and water assets as a system. His eclecticism produced real insights into the operation of land and property markets, enabling all involved to see things more clearly and differently. “An industry has developed that values different aspects of nature in different ways. The sum of these parts is far short of the whole and does not capture the interconnectedness and holism of nature,” stated John Henneberry.

‘Asset Management for Sustainable Service Delivery: A BC Framework’ makes the link between local government services, the infrastructure that supports the delivery of those services, and watershed health. The BC Framework provides context for EAP, the Ecological Accounting Process. “By accounting for and integrating the services that nature provides, communities can achieve the goal of Sustainable Service Delivery for watershed systems. Resilient cities will be the ones that can absorb water and manage the water cycle as a closed loop,” stated Liam Edwards