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  5. Parametric Design and Artificial Wetlands’ Adaption in Landscape Design
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Parametric Design and Artificial Wetlands’ Adaption in Landscape Design

Date Issued
August 1, 2013
Author(s)
Wang, Xi  
Advisor(s)
Garry Menendez
Additional Advisor(s)
Bradford Collett, Curtis Stewart
Permanent URI
https://trace.tennessee.edu/handle/20.500.14382/38443
Abstract

The philosophy of sustainable development and design has become a widely accepted idea by today’s landscape architects. One of the most recent examples of a sustainable design trend is the application of the constructed wetland in an urban environment. By providing a water purification system for damaged water bodies and potential habitats for wildlife, artificial wetlands are considered as panacea to many cities challenged by water pollution and other ecological crisis. Yet artificial wetlands have obvious disadvantages and further improvements could still be made to them.


This Thesis will introduce basic information about artificial wetlands, their typology, advantages and disadvantages, and discuss the possibility of transforming traditional manmade wetlands into more successful systems by introducing the idea of digital design into the design process.

Subjects

Landscape Architectur...

Parametric Design

Wetland

Disciplines
Architectural Technology
Landscape Architecture
Degree
Master of Arts in Landscape Architecture
Major
Landscape Architecture
File(s)
Thumbnail Image
Name

Xi_Wang_Thesis_2013.pdf

Size

5.3 MB

Format

Adobe PDF

Checksum (MD5)

4022ad08885c769de6af22d161939a38

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