Project Title: Anning River New South Town in Miyi County: Future Historic Ecologies
Location: Miyi County, Panzhihua, China
Built, Unbuilt or Under Construction: Unbuilt
Project Year: 2009
Firm: SWA Group
Firm Website: www.swagroup.com
Project Team Members:
Project Lead Designer: Gerdo Aquino, President
SWA Group Project Team: Gerdo Aquino, Patrick Curran, Ying-Yu Hung, Dawn Dyer, Alexander Robinson, Youngmin Kim, Grace Qin Gao, Ying-Hu, Michael Hee, Natalie Sandoval, Gary Garcia, Meng Yang, Ryan Hsu, Hyun-Min Kim, Qiu Hong Tang
Architecture: Studio Shift, Mario Cipresso, Chris Warren
Sustainable Planning and Engineering Consultants: ARUP, Tony Chan, Yong-Wei, Qi-Liang He, James Chen
Control Plan: Shanghai Tongji Urban Planning & Design
Ecological Engineering: Biomatrix Water
Project Description: The design for the development of the 200-hectare Anning River New South Town proposes an innovative hydrologic system, a hybrid of the historic waterways and a new ecological system to serve as the backbone for a vibrant new town. At the core of the proposal is an understanding of how people and program interface with water systems, ranging from infrastructure (new hydroelectric dam) to ecological recreational features (a lake for swimming at the southern end of the project containing filtered water). The goal was to create a city identified through an improved relationship with water, setting a new precedent for Chinese waterfront design.
The proposal was based on thorough analysis conducted by the landscape architect and affiliated consultants, including commercial consultants, civil engineers, and hydrology engineers. Central to this study was an understanding of the site’s landscape structure, defined largely by the Anning River and its new hydroelectric dam, a system of mountain and agriculture waterways, and the agriculture fields that they serve.
The successful execution of this project relies on an integrated approach to land planning and hydrological design. The project is defined by three strategies: integrating the existing landscape systems and agricultural heritage with new development, enriching the new city’s relationship to water with a hybrid approach to new and old hydrological infrastructure, and using an array of planning strategies to activate the rich underlying landscape infrastructure.
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