Life in the Woods: production and consumption of the urban forest , 2011. MArch Thesis.
    "By drawing the boundaries within which their exchange and production occur, human communities label certain subsets of their surrounding ecosystems as resources, and so locate the meeting places between economics and ecology." William Cronon,  Changes in the Land ,1983  “Managed woodlands forge important connections between people, nature, and responsible resource use by offering citizens the opportunity to be involved in their own sustenance, to understand the connections between patterns of consumption and their environmental consequences, and to witness the link between forested habitats and biodiversity.” Wildlands and Woodlands, Harvard Forest, 2010   Abstract:  The use of wood is fraught with paradox. Wood as a building material is embraced for its naturalness, while the cutting of trees is indicted as a destruction of nature. Wood is lauded for its structural properties and visual appearance, but challenged for its lack of durability and dimensional stability; all traits tied to the original tree. The controversial field of transgenics further complicates matters as scientists now work to genetically modify trees for improved yield and performance. Many environmentalists argue that the risk of infecting native tree populations is too great, while others see potential for sparing native populations by using purpose-grown alternatives. Both camps claim to be working to halt global climate change.  How can we locate today's wood industry within this disparity? Dilemmas inherent to wood use are entangled with conflicting attitudes towards nature. The urban forest is uniquely poised to address this debate through an opportunity to intersect nature and industry within the public realm.  Phasing phytoremediation, timber and biomass production over time, the strategy of this thesis is to co-opt a network of underutilized and contaminated parcels in Boston's developing  Innovation District  as a system of productive landscapes. Transgenic trees are here considered as a means of stretching a given species' function and yield, and offer new opportunities for design. Initial years of tree growth provide plots that double as public green space while improved parcels are open for future development. On one such plot, the project envisions a wooden architecture that accounts for its own material, energy, and even the soil upon which it is built. By integrating systems of production and consumption into the public life of the city, the relationship between people and natural resources can be reestablished; the paradox made public.   
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