I spent last week at Royal Roads University delivering the first Residency of the Sustainability Graduate Certificate. Ten students from across Canada provided a rigorous proving ground for the Integral City approach to sustainability. Using the Integral City Compass to prove the design with three leverage points, here is what we did. Integral City Compass [...]
I feel like I am standing in the centre of an Integral City Square with a Fountain of Integral Insights spraying life-giving rainbows that can refresh a mayor's way of thinking in these hot fires of summer. Not surprisingly, this fountain I see, has four quadrants -- all issuing flows of emerging wisdom that seem to be tapping a deep [...]
Mayors need a framework appropriately complex to respond to the emergence of zoonotic diseases (ie. diseases that cross over from animal populations into human populations) (Sapient Circle, 2004). These threats make demands on emergency response systems that are not merely complicated, but are complex. This means that the interconnections of animal and human health systems, through diseases such as SARS, West Nile Disease, BSE, E-Coli and Avian Influenza, create exponential levels of complexity. It appears that zoonotic bio-emergencies are more dynamic and subject to sudden jumps in severity, than non-bio-emergencies, because the underlying viral/biological elements are capable of learning or adapting to their human environments/life conditions. Thus they require complex non-linear approaches to develop successful response strategies.