REU Site: The Environmental and Earth Systems Research Experiences for Undergraduates Program at Biosphere

生物圈2研究教育本科生网站：生物圈2的环境和地球系统研究（B2- EESR REU）计划利用亚利桑那大学生物圈2 （B2）的独特性质。B2作为监测全球环境变化的受控科学研究的实验室，并允许跨时空尺度的整合。学生在这个夏季REU计划的目标是：(1)发展研究技能；(2)体验地球系统科学工作的跨学科合作；(3)培养对从事科学事业的实际方面的理解，包括研究生院的性质。(4)接受向公众传播研究的培训和经验。通过该计划进行的研究项目有助于对地球系统的跨学科理解，特别关注关键区域，生态系统如何响应环境变化和人为变化，以及系统的物理和生物元素如何整合。项目涉及多个学科，包括生态学、生物学、地球科学、水文学、土壤科学、气候和大气科学。学生与教师导师一起在一个单独的领域或实验室项目中工作，参加每周的职业技能培训课程，并向公众和科学同行展示他们的研究。这个REU网站通过连接物理和生物过程以及连接模型和现实世界系统来研究地球生态系统对变化和人类引起的变化的反应。通过积极的研究，学生可以直接学习如何使用模型和现实世界系统来产生科学的理解。该项目培养下一代科学家，使他们具备必要的技能来解决环境问题，这些技能可以架起学科之间的桥梁，并能够将研究成果传达给公众和决策者。REU站点由国防部与NSF REU项目合作资助。

The Biosphere 2 Research Education for Undergraduates site: the Environmental and Earth Systems Research at Biosphere 2 (B2- EESR REU) program leverages the unique nature of the University of Arizona Biosphere 2 (B2). B2 serves as a laboratory for controlled scientific studies that monitor global environmental change and that allow integration across spatial and temporal scales. The goals for students in this summer REU program are to: (1) develop research skills; (2) experience the cross-disciplinary collaborations that characterize work in Earth system science; (3) develop an understanding of practical aspects of pursuing a career in science, including the nature of graduate school., and (4) receive training and experience communicating research to the public. Research projects conducted through this program contribute to an interdisciplinary understanding of the Earth system with particular focus on the critical zone, how ecosystems respond to environmental variation and anthropogenic change, and how physical and biological elements of systems are integrated. Projects draw from several disciplines, including, ecology, biology, geosciences, hydrology, soil science, climate and atmospheric sciences. Students work with a faculty mentor on an individual field or laboratory project, participate in weekly training sessions on career skills, and present their research to the public and scientific peers.This REU site investigates the responses of the Earth's ecosystems to variation and human-induced changes by linking physical and biological processes and linking model and real-world systems. Through active research, students learn first-hand how model and real world systems are used to generate scientific understanding. The program trains the next generation of scientists to tackle environmental issues with necessary skills that bridge disciplines and with the ability to communicate research findings to the public and policy makers.The REU site is co-funded by the Department of Defense in partnership with the NSF REU program.