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Team:ArtCenter MDP/Project
From 2014.igem.org
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"Imagine huge bodies of water, giant ponds and lakes and just below the surface are trillions of organisms working 24/7, eating plant life and producing gasoline." - George Church, envisioning future synthetic biofuel production via Radiolab episode "Intelligent Design?" "It is clear that pools are a pretty binary way of indicating those that 'have and 'have not' and we've now mapped how that plays out over the diverse economic landscape of L.A... Among the more than 43,000 pools tallied in the L.A. Basin. I recognize that no having pools may not necessarily be a choice and rather an artifact of socio-economic factors, land use planning, and history." - Joseph K. Lee, author of the "Big Atlas of L.A. Pools" |
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car pools |
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Synthetic biology assumes a future for modified organisms beyond the lab. Biofuel research is currently focusing on both natural and genetically engineered algae to generate gasoline, with the goal of one day being available for public use. This objective has created a network of open-ponds for algae production. Dispersed across the southwest of the United States, companies are utilizing the environment’s abundance of sunshine - ideal algae growing conditions. As synthetic biology moves out of the lab, to the wild, to factories, to garage labs, to people’s homes what are the potential ecological effects associated with the release of a modified organism? Car Pools is a series of simulations that examine the potential ecological effects associated with the public release of genetically altered algae for biofuel production. The project draws on current open-pond algae production methods to imagine a future infrastructure of fuel producing pools for the city of Los Angeles, a metropolis built for cars, home to more than 43,000 swimming pools. The pool is typically viewed as a symbol of suburban leisure, Car Pools recasts it into a site of homegrown fuel production. The oil wells of tomorrow may be in sunny California. The project plays out different scales of interaction, the home, the neighborhood, and the city, to explore potential ecological effects, such as pool wildlife & production management, neighborhood contamination, expanded pool networks, and modified commuting patterns. What if simulations of different scales, from micro to macro were used within synthetic biology? How could simulations be used to expose both the issues and opportunities beyond the lab? How does the process of live simulations reveal possible implications: the individual, neighborhood, city, and overall infrastructure? |
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