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  • 3.00 Credits

    The class approaches resource conservation and environmental management from a geographic perspective and focuses on human-environmental interactions. The course considers the challenges currently facing resource conservationists, the science used to recognize environmental problems, and possible methods to prevent or mitigate the overuse of natural resources. Students in this course study a wide range of topics including food, waste, water, and energy. Expert guest speakers and field trips are incorporated into the class.
  • 3.00 Credits

    This course provides a strong foundation for students interested in contemporary energy issues and our transition to decarbonized energy systems. A primary focus of the course is today's energy transition, which is playing out amid deep concerns about climate change, well-funded efforts to protect fossil fuel capital investments, and expanding demands for electricity. It also is occurring across multiple geographical fronts, as seen in changing spatial patterns and distribution of energy-related activities, the processes underlying those patterns, and the connections and interactions across space.
  • 3.00 Credits

    Questions surrounding food ' whether we produce enough of it for growing populations; eat the right kind of it for our health, culture, or environment; and around inequality in access and outcomes ' are important subjects of contemporary concern, from within the United States to the Global South and everywhere in between. Production, distribution, and consumption of food are among the earliest and most central ways humans relate to their environment. Food thus serves as a key lens for thinking through human-environment relations, our history, and the challenges of the future. This class explores how the increasingly global food system came to be, its social and environmental implications for different peoples and places, and how it might change ' and be changed. We will deploy a historical, geographical, and critical approach ' drawing on an interdisciplinary array of scholarship from the social sciences, as well as insights from the physical sciences, humanities, journalistic, and popular treatments ' to better understand our present moment. A geographical approach to food begins with the proposition that human-environment interactions are not uniform, preordained, or readily predictable. Rather, how food and other natural resources are produced, distributed, valued, consumed, conserved, and degraded are historically- and geographically-specific questions. Nonetheless, there are patterns that can be identified, discernable processes that have produced those patterns, and theories through which we might better understand and intervene around those processes.
  • 3.00 Credits

    This course provides a strong foundation for students interested in contemporary energy issues and our transition to decarbonized energy systems. A primary focus of the course is today's energy transition, which is playing out amid deep concerns about climate change, well-funded efforts to protect fossil fuel capital investments, and expanding demands for electricity. It also is occurring across multiple geographical fronts, as seen in changing spatial patterns and distribution of energy-related activities, the processes underlying those patterns, and the connections and interactions across space.
  • 3.00 Credits

    This course will provide training in the physical, chemical, and biological factors that sustain streams and riparian areas. Social, Political and economic factors will be considered in the context of conservation and restoration of these habitats and the ecosystem services they provide. The course will use readings, videos, discussion, and classroom and field exercises to facilitate student learning. Field-based exercises will be conducted at sites along Red Butte Creek with contrasting land uses and at a local restoration site.
  • 3.00 Credits

    This course will engage students in real-world challenges and possibilities for species conservation through a 'think globally, act locally' approach. Students will learn from conservation stakeholders working on-the-ground in an international context while themselves conducting community engaged learning projects with local conservation organizations. Alongside this hands-on exposure to conservation work, students will learn to read, critically analyze and lead classmates in discussion about scientific articles on conservation and land management. Students will also gain skills for learning through collaboration and relationship-building, in part by taking a multi-day field trip to the University's Bonderman Field Station at Rio Mesa.
  • 3.00 Credits

    Food movements are playing an increasingly vital role in the development, promotion, and success of justice, sustainability, and health movements throughout our society. From "eat local" and Community-Supported Agriculture operations to guerilla gardening and 'food freedom' bills, food has become a merging of the personal and the political that can either reject or embrace a commitment to justice, sustainability, and health. In this course, students will explore food and land justice through the lens of political economy, and there will be cooking, canning, and field trips to local farms and restaurants who are variously engaged in the food movement. This is a community-engaged learning class.
  • 3.00 Credits

    In this three-week intensive course, high school students will earn 3 college credits from the University of Utah in a community and university garden-based classes. Students will learn the skills of urban agriculture including food cultivation and preparation with instructors from a variety of backgrounds. The course will take place primarily at the CLC Garden and the University of Utah Edible Campus Gardens. Transportation will be provided from the CLC. Class will meet from 9am - 1pm Mondays through Thursdays and lunch will be provided. This program is being offered through a partnership between the Glendale CLC, The University of Utah, University Neighborhood Partners, and Hartland Community 4 Youth & Families.
  • 3.00 Credits

    The goal for this class is to have students versed in the topics of: 1) Ecology and Sustainability, 2) Biodiversity, and 3) Earth Resources and Environmental Quality. The course consists of lectures, participation exercises, which will require critical thinking and data analysis. The materials have been designed to step you through the topics and if you already have some science background this class will help you make connections among scientific disciplines and ESS.
  • 1.00 Credits

    This 1 credit course is a complement to the 3 credit Introduction to Environmental Science (ENVST 2050) class. This course is designed to allow students to more deeply explore environmental science concepts through computer-based and interactive laboratory exercises, while developing greater proficiency in research literacy, laboratory safety, experimental design and implementation, quantitative problem-solving, and use of Excel software. In addition, students will critically evaluate environmental footprints and product life-cycles, promoting a greater understanding of environmental externalities and the interconnectedness of life supporting systems. This class includes written, graphical, and verbal communication assignments as assessment of course learning objectives. Recommended Co-requisites: concurrently enrolled in ENVST 2050.