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Campus ecology: Bridging the gap between campus sustainability efforts and urban ecology.

机译:校园生态:弥合校园可持续发展努力与城市生态之间的差距。

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Over the last 15 years, the field of campus sustainability efforts has made great strides in addressing resource use, sustainability education and in developing environmental and sustainability policies at higher education institutions. Concurrently, ecologists have begun to develop the field of urban ecology, the ecology of urban human-dominated areas. This research draws together these two fields by proposing that higher education institutions are small urban areas and should display the properties developed in urban ecology. First, I describe in detail urban ecology and campus sustainability and propose that an urban nitrogen budget is appropriate for the university campus by developing a conceptual campus nitrogen budget and describing how informational feedback loops could be developed. This model was then calibrated using data from the University of Minnesota, Twin Cities campus. Nitrogen inputs were 575,804 kg and nitrogen outputs were 544,393 kg, showing a 5% nitrogen sink. On the campus, the largest nitrogen emissions were energy use for heat, electricity, commuter transportation to campus, airline travel, and travel by campus buses and cars. I then develop the proposition that a campus nitrogen assessment can be an effective tool for education and civic engagement. I follow that with developing the idea that campus sustainability projects can be an effective tool specifically for conservation biology education. Finally, I offer an example of how to put together a campus sustainability project, based upon the University of Minnesota's Sustainable Campus Initiative, a collective of faculty, students and facilities staff that have accepted a mission of improving the campus environment while increasing teaching opportunities. Overall, I show that university campuses can be described as small urban sites, using an urban nitrogen cycle to build that argument. Viewing a campus as a dynamic ecological system can be an effective tool for environmental education and civic engagement within a campus sustainability effort.
机译:在过去的15年中,校园可持续发展领域在解决资源使用,可持续发展教育以及制定高等教育机构的环境和可持续发展政策方面取得了长足的进步。同时,生态学家已经开始发展城市生态学领域,即城市人类占主导地位的地区的生态学。这项研究通过建议高等教育机构是小城市地区并应显示城市生态学发展的特性来将这两个领域结合在一起。首先,我详细描述城市生态学和校园可持续性,并通过制定概念性的校园氮预算并描述如何开发信息反馈回路,提出城市氮预算适合大学校园。然后使用明尼苏达大学双城校区的数据对模型进行了校准。氮输入量为575,804千克,氮输出量为544,393千克,表明氮沉为5%。在校园中,最大的氮排放量是用于热量,电力,通勤到校园的通勤交通,航空公司旅行以及校园巴士和汽车旅行所消耗的能源。然后,我提出了一个建议,即校园氮评估可以成为教育和公民参与的有效工具。我以此为基础,提出了校园可持续性项目可以成为专门用于保护生物学教育的有效工具的想法。最后,我以明尼苏达大学的“可持续校园倡议”为基础,提出了一个如何组织校园可持续发展项目的示例,该倡议是由全体教职员工,学生和设施员工组成的,他们的使命是改善校园环境,同时增加教学机会。总体而言,我表明大学校园可以描述为小型城市场所,利用城市氮循环来证明这一点。将校园视为动态的生态系统可能是在校园可持续性工作中进行环境教育和公民参与的有效工具。

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