BIOcity

This thesis seeks to offer strategies for the densification of various American cities developing its hypothesis through the use of biomimicry and the analysis of indigenous ecosystems. Solutions will be devised and tested based on methodologies of negotiation between man-made and natural systems an...

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Main Author: Harrington, Anthony Joseph
Other Authors: Oliver, Douglas
Format: Thesis
Language:English
Published: 2005
Subjects:
Online Access:https://hdl.handle.net/1911/17856
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author Harrington, Anthony Joseph
author2 Oliver, Douglas
author_facet Harrington, Anthony Joseph
author_sort Harrington, Anthony Joseph
collection Rice University: Digital Scholarship Archive
description This thesis seeks to offer strategies for the densification of various American cities developing its hypothesis through the use of biomimicry and the analysis of indigenous ecosystems. Solutions will be devised and tested based on methodologies of negotiation between man-made and natural systems and infrastructures. Metropolises to be studied will include New Orleans, Denver, Portland, New York and Phoenix. These cities were selected based on their locations within specific ecosystems (Wetlands, Prairie/Tundra, Evergreen, Broadleaf, Desert---respectively), their large populations, and expansive suburbs. Coherent research material on relevant issues will be presented (land use, population, pollution, transportation, etc.) and compared among the cities. Following, a comprehensive investigation of indigenous plants for each of these regions will be carried out, whereby strategies and hypothesis will be developed for interventions in each city/ecosystem variation. Physical planning strategies can be gleaned from these varying micro and macro ecosystems that have already existed, grown and adapted long before our cities were founded. Current localized systems of each city will be studied and alterations proposed to take advantage of unique indigenous conditions while allowing for farmland and natural area preservation, inclusion, and support of and within the system. (Abstract shortened by UMI.)
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op_relation Harrington, Anthony Joseph. "BIOcity." (2005) Master’s Thesis, Rice University. https://hdl.handle.net/1911/17856 .
https://hdl.handle.net/1911/17856
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spelling ftriceuniv:oai:scholarship.rice.edu:1911/17856 2025-01-17T01:12:08+00:00 BIOcity Harrington, Anthony Joseph Oliver, Douglas 2005 227 p. application/pdf reformatted digital https://hdl.handle.net/1911/17856 eng eng Harrington, Anthony Joseph. "BIOcity." (2005) Master’s Thesis, Rice University. https://hdl.handle.net/1911/17856 . https://hdl.handle.net/1911/17856 RICE2743 THESIS ARCH. 2005 HARRINGTON Architecture Urban planning Regional planning Thesis Text 2005 ftriceuniv 2022-09-17T22:30:46Z This thesis seeks to offer strategies for the densification of various American cities developing its hypothesis through the use of biomimicry and the analysis of indigenous ecosystems. Solutions will be devised and tested based on methodologies of negotiation between man-made and natural systems and infrastructures. Metropolises to be studied will include New Orleans, Denver, Portland, New York and Phoenix. These cities were selected based on their locations within specific ecosystems (Wetlands, Prairie/Tundra, Evergreen, Broadleaf, Desert---respectively), their large populations, and expansive suburbs. Coherent research material on relevant issues will be presented (land use, population, pollution, transportation, etc.) and compared among the cities. Following, a comprehensive investigation of indigenous plants for each of these regions will be carried out, whereby strategies and hypothesis will be developed for interventions in each city/ecosystem variation. Physical planning strategies can be gleaned from these varying micro and macro ecosystems that have already existed, grown and adapted long before our cities were founded. Current localized systems of each city will be studied and alterations proposed to take advantage of unique indigenous conditions while allowing for farmland and natural area preservation, inclusion, and support of and within the system. (Abstract shortened by UMI.) Thesis Tundra Rice University: Digital Scholarship Archive Orleans ENVELOPE(-60.667,-60.667,-63.950,-63.950)
spellingShingle Architecture
Urban planning
Regional planning
Harrington, Anthony Joseph
BIOcity
title BIOcity
title_full BIOcity
title_fullStr BIOcity
title_full_unstemmed BIOcity
title_short BIOcity
title_sort biocity
topic Architecture
Urban planning
Regional planning
topic_facet Architecture
Urban planning
Regional planning
url https://hdl.handle.net/1911/17856