And what I assume you shall assume, For every atom belonging to me as good belongs to you.
Subdivision 2- summary- Whitman says if I do it, you should do it too because we are all humans, we are all made up of atoms and are connected to each other.
And what I assume you shall assume, For every atom belonging to me as good belongs to you.
Subdivision 2- summary- Whitman says if I do it, you should do it too because we are all humans, we are all made up of atoms and are connected to each other.
for: John Boik, societal design, whole system change, science-driven societal transformation
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the victims that suffer under over consumption over 00:10:38 depletion and environmental degradation they don't really have a say so we want a fair World At Large we need to start with Fair countries and with Fair countries the prerequisite is fair cities what's needed here too is direct 00:10:51 mechanisms by which they're people can have their voices heard can hold Elites accountable and fundamentally have an opportunity to partake in the designing of the rules of the institutions and of 00:11:05 the outlying sort of overarching structures of their cities and therefore we move from cities to countries and countries to the World At Large
However, I would say that the distributive and regenerative society that Raworth proposes would depend a lot on resilient and self-reliant local communities and local government acting as a ‘partner’ as is nowadays talked about a lot.These communities and government would need to figure out together how to let amongst others local agriculture, manufacturing and managing the Commons flourish. The book instead pretty much leaves out local communities in which the households are embedded and government focus is almost completely on nation states.
Communities could be the key to a successful transition, as they are small enough to be agile in decision making, if done optimally, and large enough to be impactful.
Riolo, M. A., & Newman, M. E. J. (2020). Consistency of community structure in complex networks. Physical Review E, 101(5), 052306. https://doi.org/10.1103/PhysRevE.101.052306