Geography 4 cor

Ecological Footprint

For local governments to succeed in helping its residents to lead better lives both at the present and in future, they have to provide an ecological footprint that will guide them by. This can be achieved in terms of making the natural capital available, the ability of nature to make the resources and services available. These resources include food, infrastructure, basic needs such as shelter and clothing. To add on these fundamental necessities, it is also vital for the local government to provide both the current and future overview of the natural capital failure to which nature will be unable to secure the very essential services and resources (Rosa, 2010). This paper will tackle the China’s global and ecological footprint.

According to Rosa (2010), china’s per capita has increased by about 50 percent. This has made many its citizen’s experience a decrease in poverty. Despite this, China has experienced rapid industrialization, rural- urban migration and rigorous agricultural activities that have put much pressure on the environment. Due to this, the next decades will be fundamental for China to decouple both the economic and resource depletion (Rosa, 2010).

China has about 1.3 million people, and so it is the most populated country on earth. It is also estimated to have 17,300 species of blossoming plants and 667 widespread vertebrates thus China is one of the most biodiversity-rich countries in the world. Also, there are 2000 nature reserves present in China taking up about 15% of the land. Ecologically, it has threatened species such as pandas, tigers, lynx, snow leopards and Tibetan gazelles (Rosa, 2010).

China has one of the largest global and ecological footprints per capita. It requires about 7.25 hectares per individual. In terms of ecology, it is comprised of many carbon emissions and a very productive land for agriculture and animal rearing. This country needs around 3.6 planet earth to sustain nature’s demands. This means that its residents are exceeding nature’s ability to accommodate our lifestyle, and so people should improve their lifestyles if they want their lives not to be degraded (Rosa, 2010). China has claimed itself to be leading in the United States in terms of the best sustainability policies.

Due to China’s modern designs in infrastructure, many impacts has been evident on its residents. The primary aim of delving into the ecological footprint was to increase the general thinking in terms of the people living in the urban centers and also in terms of sustainability policies. In a footprint study that was done for China in 2010 showed that in comparison with that of the United States, the general footprint was 6% higher (Rosa, 2010). According to this study also, it was discovered that the current paradoxical trends of footprints than in urban areas go hand in hand with the population of the area at that particular moment. This happens while at the same time the infrastructure reducing per capita. A $1000 increase in outflow is expected, on a standard basis, to connect with a 0.09 gha per capita add to in Ecological Footprint. A 100 residents per square mile enlarge in population density is associated with a 0.06 gha per capita lessen in the Ecological Footprint (Harris, 2006).

Global and ecological footprint will enable the China’s local government and others as well to keep track on the city’s demand for natural capital in comparison with the available natural capital. They will be also able to provide details on the resource metabolism. Growth in China has been due to by the plans that are formulated to be in place for five years. This is a program used to realize economic, social and environmental sustainability. Among the recent environmental sustainability is to reduce carbon levels while at the same time increasing its internal consumption and the rate of industrialization. As such, China should look after our planet, its available resources and the population by ensuring that they lead sustainable lives and extend the same sustainability to their future generations.

References

Harris, J. D. (2006). The Triassic-Jurassic terrestrial transition. Albuquerque, New Mexico: New Mexico Museum of Natural History & Science.

Rosa, E. A. (2010). Human footprints on the global environment: Threats to sustainability. Cambridge, MA: MIT Press.