2014Journal of Civil Engineering and ManagementOpen access

Ecological Footprint Based Experimental Dynamic Analysis of Ecological Carrying Capacity of Bijie Ecological Experimental Area

Qin Ru-pe

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Abstract

In order to understand whether the ecological environment of Bijie test area is in a sustainable development state or not,this paper uses the theoretical and computational methods of ecological footprint and ecological carrying capacity to assess the ecological status of Bijie experimental area of 1987-2007, calculates the ecological footprint per capita which growing from 0. 38748 hm2to 0. 7549 hm2in1987 to 2007,and also calculates the average personal ecological carrying capacity floating between 0. 4848 hm2and 0. 5669 hm2from 1996 to 2007. And according to the results of ecological footprint and ecological capacity,we know that Bijie test area ecological deficit 0,and find the ecological carrying capacity supply-demand balance index 1. Ecological deficit and ecological carrying capacity supply-demand balance index show that Bijie test area is in an unsustainable state. And we also give corresponding countermeasures and suggestions according to the corresponding results and analysis.

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What this paper is about

In order to understand whether the ecological environment of Bijie test area is in a sustainable development state or not,this paper uses the theoretical and computational methods of ecological footprint and ecological carrying capacity to assess the ecological status of Bijie experimental area of 1987-2007, calculates the ecological footprint per capita which growing from 0. 38748 hm2to 0. 7549 hm2in1987 to 2007,and also calculates the average personal ecological carrying capacity floating between 0. 4848 hm2and 0. 5669 hm2from 1996 to 2007. And according to the results of ecological footprint and ecological capacity,we know that Bijie test area ecological deficit 0,and find the ecological carrying capacity supply-demand balance index 1. Ecological deficit and ecological carrying capacity supply-demand balance index show that Bijie test area is in an unsustainable state. And we also give corresponding countermeasures and suggestions according to the corresponding results and analysis.

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Available abstract

In order to understand whether the ecological environment of Bijie test area is in a sustainable development state or not,this paper uses the theoretical and computational methods of ecological footprint and ecological carrying capacity to assess the ecological status of Bijie experimental area of 1987-2007, calculates the ecological footprint per capita which growing from 0. 38748 hm2to 0. 7549 hm2in1987 to 2007,and also calculates the average personal ecological carrying capacity floating between 0. 4848 hm2and 0. 5669 hm2from 1996 to 2007. And according to the results of ecological footprint and ecological capacity,we know that Bijie test area ecological deficit 0,and find the ecological carrying capacity supply-demand balance index 1. Ecological deficit and ecological carrying capacity supply-demand balance index show that Bijie test area is in an unsustainable state. And we also give corresponding countermeasures and suggestions according to the corresponding results and analysis.

Key concepts: Ecological footprint, Carrying capacity, Sustainable development, Ecology, Per capita, Environmental science, Ecological deficit, Balance of nature

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