Mail Code NS
Steven Roof
Cole Science Center 304
413.559.5667
On sabbatical fall 2025 and spring 2026.
Steve Roof, professor of earth and environmental science, received his B.S. from the University of California at Santa Cruz, his M.S. from Syracuse University, and his Ph.D. from the University of Massachusetts Amherst.
Professor Roof's teaching and research focus on environmental issues such as climate change, pollution, and land conservation. He and his students travel frequently to Death Valley and the Southwest for climate change field research. Professor Roof also coordinates a climate change research program in the High Arctic for undergraduate students called the "Svalbard REU." He consciously integrates the scientific, political, and social aspects of environmental problems in his classes and projects. He teaches and supervises projects in geology, climate change, resource conservation, land use planning, geographic information systems, environmental chemistry, and the evolution of scientific thought.
In this course we will investigate how the natural world operates and examine how human societies interact with Earth. Class discussions and weekly projects will introduce the major concepts and techniques of earth science, environmental sciences, and resource management, providing grounding in the geosciences and forming a basis for the interdisciplinary study of environmental topics. We will explore the history of our planet and earth-shaping processes such as plate tectonics, glaciations, and volcanoes. We will also learn about natural resources we obtain from Earth, how our climate system works, and what steps need to be taken to reduce adverse climate and global change. By learning how our planet evolves, we can then evaluate the current state of Earth and solutions to environmental ills. Keywords:Earth, geology, environmental science, climate change, sustainability
Humans are recent tenants on an ancient Earth. Understanding Earth's remarkable history is enlightening yet humbling. Earth's history provides a critical lens for evaluating the environmental processes occurring in our modern world. In this course, we will travel through time to study the evolution of Earth from its fiery beginning over 4.5 billion years ago to the present day. We will explore the physical and biological evolution of Earth and gain an appreciation for Earth as a series of complex systems that interact dynamically and holistically. We will also learn how geologists reconstruct Earth history as well as predict the future. This course will be valuable for anyone who is curious about geology, life, and evolution and is concerned about the future of Earth and its tenants. Keywords:Geology, Environmental science, evolution, sustainability
Modern civilization was built on fossil fuels, but will global warming and other consequences of fossil fuel use bring the end of civilization? In this class we will explore how humans make and use energy, its benefits, and its consequences. We will examine all forms of energy but focus on renewable electrical energy. On the global scale, we will explore the history, current practices, and future potential of renewable energy from all angles, including technological, political, equitable, and environmental. On a local scale, we will examine renewable energy projects including Hampshire's PV arrays, New England wind turbines, and farmers producing electricity from cow poop. Students will be evaluated on enthusiasm, a series of short research papers, a final project, and group participation Keywords:climate action, climate change solutions, sustainability
In this Supported Project seminar, which is part of the Climate Action (CA) series of learning opportunities, students will take on projects to advance Hampshire College's new Climate Action Plan. This course provides a structured, collaborative environment for students to pursue projects alone or as part of a project team. Students will design, refine, and implement projects to further Hampshire's climate action strategies and goals, such as improving composting, increasing energy use awareness, or designing educational programming. Through this process, students will develop the skills to complete an action-oriented independent project in preparation for Division III. Skills include writing an effective project plan, clear and compelling communication, engaging in constructive feedback, and working ethically in community context. Completion of this course fulfills the Div II Supported Project Requirement. There are no prerequisites, but registered students will be expected to submit a brief project interest form by December 15th Keywords:Climate action, sustainability, entrepreneurship, project, environment This course could be used to fulfill the Division II Project requirement.
