Table of Contents
Understanding the Urban Eco-Complex Concepts and Practices in China
Contents
I. Urbanization in China
China in Transition
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Pollution first, treatment followed, Growth first, efficiency and equity followed, Disorder first, sustainability followed, Wealth first, health and faith followed
The service ability of nature is infinite The market purchase power & natural carrying capacity is infinite All deteriorated ecosystem can be restored through technology Man can conquer nature
Wrong image about the Development, Environment & Modernisation
II. Systems thinking
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Urban Eco-Complex
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Network identification
Structural evaluation
SENCE Function
SENCE Process
SENCE Dynamics
SENCE Cybernetics
SENCE Cybernetics
SENCE Cybernetics
SENCE Cybernetics
Eight principles of ecological cybernetics
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Eco-Nothingness
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Mechanism of totality, harmony, circulation and vitality Dynamics of material, energy, information, people and money Process of time, spatial, quantity, configuration and functional order
III. Methodological exploring
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From linear quantification to network qualification
From mathematical optimization to ecological adaptation
Partial learning
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From physical being to ecological becoming
IV. Practical integration
Urban Sustainability
Hardware (capital, technology & equipment) 25% Software (planning, institution, legislation) 35% Mindware (knowledge, values, believing ) 40%
Eco-Integrity
Functional design: Systematically responsible institution Totally functioning technology Ecologically vitalized culture
Systematically responsible institution
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Feng-Shui (Wind & Water) theory
Feng-Shui (Wind & Water) theory
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Eco-building
Ecologically vitalized culture
V. Case of Tianjin
Research Objectives
Tianjin Ecosystem Succession
Age structure of Tianjin people
Water Budget of Tianjin City
Energy flow in Tianjin
Biological environment
Physical Structure
Problem diagnosing
Process tracing
Policy testing
Key promoting factors
Key limiting factors
Key components
Key positive feedback
Key process
Key negative feedback
Main opportunities
Main risks
Sustainability of Tianjin
Production efficiency
Life quality
Institutional harmony
Capability of people
Ecological order
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Recommendations:
Conclusion
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