Ecological footprint information

We review the emergy, exergy, ecological footprint, and ecological information-based approaches to quantifying the concept of sustainability.

We evaluate the ability of those approaches to integrate ecological and economic dimensions, consider long term resiliency and measure both extensive and intensive properties of a system.

This paper is intended to provide a base for advancing the development of future methods for quantifying the concept of sustainability.

Sustainability is increasingly used to describe a paradigm for shaping the social and economic future of mankind. While the concept of sustainability remains elusive, various attempts to construct a framework towards the quantification of sustainability have been made. In this paper, we review the attempts of emergy, exergy, ecological footprint, and the ecological information-based approach towards quantifying the concept of sustainability. Specifically, we review these methods based on their ability to address three criteria namely, the integration of ecological and economic dimensions, the long term resilience of a system, and the consideration of both extensive and intensive properties, e.g. properties that depend on system size and properties that do not. This paper is intended to provide a base for advancing the development of better methods for quantifying sustainability.

Keywords

• Sustainability quantification;
• Emergy;
• Exergy;
• Ecological footprint;
• Ecological information-based approach;
• Resilience

• Ecological footprint ranking
• Ecological Footprints Per Person
• Ecological footprint Reduction