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We see the spaceship, and a space habitat as completely analogous to the modern, densely packed, technology-driven hyper-metros of tomorrow. Ideas and technologies for space can immediately impact the development of these cities.

In return, we see these living, thriving, survival-challenging uber-cities as collections of self-contained, super-redundant microcosms that prove themselves to be reliable and hardy over time. Ideas, learned adaptations and resiliencies of cities can directly translate to the space colonies of the future.
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“The Earth as a Spaceship”

is not merely a metaphor – it is a tangible, viable way for the future survival of mankind.
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We want CAAS to be a new way of thinking about humans and their relationships with their habitats, transporters and their environment.

We, as humans, are on a picnic, on this planet. The city that we live in – Imagine that one day it just unplugs and takes off and goes and lands someplace else. If it is a friendly city it leaves no trace of having been there. No trash. It has lived there lightly.
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We want CAAS to be an intelligent way of designing future cities.

Each city would be composed of small, spaceship-like semi-closed-loop eco-systems where most resources the city consumes, are produced locally, in-situ, leveraging the power of technology to reap efficiencies through sub-systems that plug into mega grids, to share excesses, while not sacrificing self-sufficiency, or the ability to decouple from ‘the city’ in the event of a crisis. Most things these eco-systems spit out as waste gets recirculated and recycled back in.

This urban philosophy can lead to the design of future cities that could exemplify what Buckminster Fuller meant with “Spaceship Earth”.

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We could find many different strategies.

On one hand, these eco-systems could be completely independent systems with even dedicated food supply. On the other, they could have strategic interconnections with the inevitable trade-offs. Within a framework of completely self-sufficient eco-systems, there will be certain costs imposed by redundancies, and the lack of scale, minimized somewhat by technology and through the accomplishment of grid-based scale economies.
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The benefits are those afforded by complete modularity. Resources would never collapse completely. The variety in technologies and eco-systems would play into security where one mode of attack, or failure, couldn’t compromise everything, or affect too large a part of the city.

Interestingly, practices such as organic farming would work rather well for such systems because they rely on diversity and variety for their success. In the model of selective interlinking, one would sacrifice the benefits of complete closed loops in favour of some scale economies.
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The implications for what we seek to address may be very significant, and urgent, especially in the present day context when global climate change is staring us in the face.

The western industrialized nations are re-thinking the results of several decades of thoughtless depredation of the Earth. Two of the most populous nations on the face of the planet – India and China - are urbanizing at a monstrous pace, and doing it in much the same way as the industrialized world did in the preceding decades.

The world needs new answers if we are to stand a chance to keep it habitable, and sustainable for the future generations.

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