In our world of globalized capitalism, the threats to vital ecosystems worldwide are innumerable. Unchecked urbanism, irresponsible industrial agriculture, deforestation, unethical logging practices, petrochemical hegemony, freshwater pollution, air pollution, automobile dependency, centralized economics and indifference towards viable alternatives are just a few of the most alarming human actions that continue to imperil the ecological health of our Earth. Despite the spread in environmental movements and the proliferation of recent scientific studies on anthropogenic ecological degradation, weak environmental policies remain the norm for the majority of world nations, cities and municipalities. Alternative models, practices, technologies and energies continue to occupy the fringes of our society. Yet, many such efforts to improve the relationship between humans and Nature offer real potential for reversing the present destructive dynamic and are still relatively unknown and ignored. One prime example is the holistic approach to agriculture, community, ecology and economics referred to as permaculture. In this thesis, urban community planning, agroecology and architecture are united in a detailed proposal to repurpose 260 hectares of Ottawa's 375-hectare Central Experimental Farm as an urban-suburban model for highly-sustainable residential and ii agricultural projects. The title of this envisioned project is, The Ottawa Permaculture Initiative (OPI). By imagining an economically-decentralized and eco-centric farming community that infiltrates a typical metropolitan environment, a subversive vision of a functioning alternative to our present urban paradigm is presented. Planned and designed to incorporate some of the most ecologically-sound agricultural techniques (as opposed to traditional monoculture and chemical-based industrial agriculture), the main yield crop would likewise be one of the most versatile and sustainable plants known today: industrial hemp (Cannabis sativa). The primary intended use for this crop would be twofold: provide high-grade organic plant fibres for research and development into novel building materials-structural biocomposites to replace wood and petrochemical-based plasticsas well as to supply existing hemp-based building product markets. iii ACKNOWLEDGEMENTS First and foremost, I would like to express my profound gratitude to my advisor, Dr. Federica Goffi, for her constant encouragement, insight, open mind, direction, continued patience, and, above all, her devotion to her students-someone who embodies all of the qualities of a true academic and mentor. The project may not have been possible without her supervision.