The improvement and application of the ecological footprint model about campus environmental bearing capacity--A Case Study of Tsinghua University
This study is based on the Energy Theory, aimed at improving the traditional ecological footprint model in the campus, and building the energy-ecological footprint model to measure the campus environments bearing capacity. Taking Tsinghua Universitys main campus as an example, it estimates the energy- ecological footprint and the energy-ecological bearing capacity of energy, food, garbage, paper, water and transportation energy of the teachers and students in Tsinghua Universitys main campus in daily life. Overall, the energy-ecological footprint of the main campus of Tsinghua University has a significant amount, while the per capita amount is high with great energy ecological deficit, and among them, the raw coal and gasoline take the highest proportion. At last, according to the calculated result, from (planning, system construction, technological innovation, etc.) these three aspects, it puts forward the strategy of green campus construction, including reducing the energy ecological footprint of campus and improving the energy ecological bearing capacity.
energy-ecological footprint model environmental capacity sustainable development Tsinghua University
Shijie Gai Qichang Bao Yongpei Guo
Campus Planning and Construction Department Tsinghua University Beijing, China College of Urban and Environmental Sciences Peking University Beijing, China
国际会议
三峡
英文
2806-2809
2012-05-18（万方平台首次上网日期，不代表论文的发表时间）