August 12 2009 This is the fourth installment in

first_imgAugust 12, 2009 This is the fourth installment in a series of reports with the most recent 3D renderings of “SOLARE The Lean Linear City”. Excerpts from BEYOND GRIDLOCK Paolo Soleri’s Lean Linear City by Tomiaki Tamura, Cosanti Foundation, August 2009. [Waste Management] SOLARE’s urban structures certainly make waste material collection more efficient. The linear transportation system also provides easier access to processing and recycling locations, and to waste disposal sites. [3D rendering: YoungSoo Kim & text: Tomiaki Tamura] The biologically processed (composting) materials fill the landscaping and garden soil enrichment needs. The energy recovery system in forms of solid, liquid and gaseous materials can also be adopted. [3D rendering: YoungSoo Kim & text: Tomiaki Tamura] Perhaps the largest contribution to waste management in SOLARE is the reduction in the absolute amount of material consumption; redefining the “quality of life” by giving its residents pedestrian access to many amenities, so that each resident does not have to own everything (but can share), therefore creating an environment in which less materials are needed. [3D rendering: YoungSoo Kim & text: Tomiaki Tamura] [Agriculture/Greenhouse] Sustainable agriculture may be a somewhat elusive concept, especially with the complexity of varied and shifting environmental conditions, and socio-economic needs of the communities that produce and consume the goods involved in the process. [3D rendering: YoungSoo Kim & text: Tomiaki Tamura] However, humanity’s attempt to reduce the ecological footprint that supports our lifestyle necessitates bringing agricultural activities much closer to the habitat where the consumption occurs. SOLARE explores urban agriculture in the adjacent open field (close proximity to the human habitat) and vertical farm built into the structure where applicable. Another unique feature of SOLARE is the terraced greenhouse unit (Energy Apron) intended to extend the growing season and provide diversified horticulture and floriculture practices within its stratified micro-climatic conditions. This glazed productive environment substantially reduces the amount of water usage, while diverting excess heat to upper structures for space heating when needed. This report continues on 8/14/2009. [3D rendering: YoungSoo Kim & text: Tomiaki Tamura]last_img

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