Generative Morphology: Establishing Relief Networks in the Dynamic Taklamakan Desert

Desertification, the deterioration of productive and fertile lands into barren and desolate deserts, usually occurs as a result of deforestation, drought, or improper planting and agriculture. This thesis investigates ways to provide reliefs such as water and shelter in a continuously desertifying l...

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Main Author: Han, Zhen (Luke)
Language:en
Published: 2013
Subjects:
Online Access:http://hdl.handle.net/10222/31492
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spelling ndltd-LACETR-oai-collectionscanada.gc.ca-NSHD.ca#10222-314922013-10-04T04:13:30ZGenerative Morphology: Establishing Relief Networks in the Dynamic Taklamakan DesertHan, Zhen (Luke)SustainabilityArchitectureDesertificationLandscapeNetworks and NodesSystems IntegrationWater CollectionDesertification, the deterioration of productive and fertile lands into barren and desolate deserts, usually occurs as a result of deforestation, drought, or improper planting and agriculture. This thesis investigates ways to provide reliefs such as water and shelter in a continuously desertifying landscape (Taklamakan desert, Xinjiang, China) for locals, pilgrims, travelers and expedition caravans. To create diverse experiences in the desert, both temporary and permanent structures are considered in this project to minimize further land degradation. Movements of historical trade routes, oasis towns, and modern population fluctuation are examined to determine strategies and locations for intervention. The progressions of architectural, environmental and cultural decay are revealed in three selected sites: the Kapakaskan Village, the Jafar Sadiq Shrine, and the ancient ruined city of Niya. The design and the primary area of study seek to explain and incorporate passive or low energy building systems, form, cultural community, and technological innovations.2013-07-30T14:54:27Z2013-07-30T14:54:27Z2013-07-302013-07-08http://hdl.handle.net/10222/31492en
collection NDLTD
language en
sources NDLTD
topic Sustainability
Architecture
Desertification
Landscape
Networks and Nodes
Systems Integration
Water Collection
spellingShingle Sustainability
Architecture
Desertification
Landscape
Networks and Nodes
Systems Integration
Water Collection
Han, Zhen (Luke)
Generative Morphology: Establishing Relief Networks in the Dynamic Taklamakan Desert
description Desertification, the deterioration of productive and fertile lands into barren and desolate deserts, usually occurs as a result of deforestation, drought, or improper planting and agriculture. This thesis investigates ways to provide reliefs such as water and shelter in a continuously desertifying landscape (Taklamakan desert, Xinjiang, China) for locals, pilgrims, travelers and expedition caravans. To create diverse experiences in the desert, both temporary and permanent structures are considered in this project to minimize further land degradation. Movements of historical trade routes, oasis towns, and modern population fluctuation are examined to determine strategies and locations for intervention. The progressions of architectural, environmental and cultural decay are revealed in three selected sites: the Kapakaskan Village, the Jafar Sadiq Shrine, and the ancient ruined city of Niya. The design and the primary area of study seek to explain and incorporate passive or low energy building systems, form, cultural community, and technological innovations.
author Han, Zhen (Luke)
author_facet Han, Zhen (Luke)
author_sort Han, Zhen (Luke)
title Generative Morphology: Establishing Relief Networks in the Dynamic Taklamakan Desert
title_short Generative Morphology: Establishing Relief Networks in the Dynamic Taklamakan Desert
title_full Generative Morphology: Establishing Relief Networks in the Dynamic Taklamakan Desert
title_fullStr Generative Morphology: Establishing Relief Networks in the Dynamic Taklamakan Desert
title_full_unstemmed Generative Morphology: Establishing Relief Networks in the Dynamic Taklamakan Desert
title_sort generative morphology: establishing relief networks in the dynamic taklamakan desert
publishDate 2013
url http://hdl.handle.net/10222/31492
work_keys_str_mv AT hanzhenluke generativemorphologyestablishingreliefnetworksinthedynamictaklamakandesert
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