20102010 Sixth International Conference on Natural ComputationRequires access

Dynamic analysis of ecological footprint and ecological carrying capacity

Weizhuo Ji

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Abstract

One dynamic model has been established in ecological system. Considering the influence of foreign trade on the ecological footprint and ecological carrying capacity, the stability analysis of the system has been given. Theoretic analysis and numerical simulation showed that the range of the parameters leading to the chaos. Based on the model, the complex nonlinear relationships among foreign trade, ecological footprint and ecological carrying capacity are obtained. This model offers a new method for evaluating the sustainable utilization of natural resources quantitatively.

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What this paper is about

One dynamic model has been established in ecological system. Considering the influence of foreign trade on the ecological footprint and ecological carrying capacity, the stability analysis of the system has been given. Theoretic analysis and numerical simulation showed that the range of the parameters leading to the chaos. Based on the model, the complex nonlinear relationships among foreign trade, ecological footprint and ecological carrying capacity are obtained. This model offers a new method for evaluating the sustainable utilization of natural resources quantitatively.

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Available abstract

One dynamic model has been established in ecological system. Considering the influence of foreign trade on the ecological footprint and ecological carrying capacity, the stability analysis of the system has been given. Theoretic analysis and numerical simulation showed that the range of the parameters leading to the chaos. Based on the model, the complex nonlinear relationships among foreign trade, ecological footprint and ecological carrying capacity are obtained. This model offers a new method for evaluating the sustainable utilization of natural resources quantitatively.

Key concepts: Ecological footprint, Carrying capacity, Footprint, Sustainable development, Ecology, Environmental science, Stability (learning theory), Social ecological model

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