Teaching Sustainability in Physics
Exploring Sustainability through Physics
- Energy and Work - Foundations for Sustainability Issues
- Thermodynamics - Issues of Heat, Entropy, and Energy Use
- Electricity and Magnetism - Commercial power and use
- Nuclear Physics - Commercial power generation and waste
- Electronics - Energy transport
Sustainability and Physics for the Undergraduate Curriculum
PhET Simulation: Greenhouse gases - sense making by observing photonsSt. Marys College: Energy Management Simulators
This simulation-based activity illustrates how different gases and clouds affect the earth's temperature. Students are guided through an exploration of connections between temperature and the microscopic properties of molecules in the atmosphere. The qualitative nature of the simulation makes the activity suitable for a wide range of classes. Students can extend the activity to determine the changes that can cause an ice age or extensive global warming.
This web page provides a series of simulators for energy supply, demand, production, and waste. These are suitable for a wide range of student explorations. Related is an example Energy 2100 class project for exploring global energy production and demand in an introductory general physics course.
For more resources on teaching sustainability across many disciplines, see the SERC Sustainability Site Guide. This site guide contains annotated links to hundreds of teaching activities, course descriptions, visualizations, and articles compiled through a number of projects.
Textbooks and Other Resources
Teaching about Energy
AAPT/PTRA teaching manual on Energy
Foundations of Environmental Physics
Textbook for a course on environmental issues studied through the use of physics-related concepts
Sustainable Energy - without the hot air
A constructive, educational, and quantitative review of energy, environmental, and climate issues.
C21: Physics Teaching for the 21st Century
A collection of activities, videos, and other teaching resources that incorporate 21st Century problems into physics courses. Of particular interest are the active student explorations in the Take-Home Experiments section of the site.
Al Bartlett: The Essential Exponential
This web site is dedicated to the work of Al Bartlett on issues of sustainability, population, energy, and economics. Information about his book The Essential Exponential and several of his presentations are available.
The AAPT Resource Letters in the American Journal of Physics, focused on a particular topic in physics, or connections between physics and other disciplines or topics. Each Letter provides a brief introduction to the topic and a bibliography of articles, books, websites, and other resources. These topical introductions are well-suited for those interested in teaching the topic in some depth. For topics where active research is ongoing and the field is changing, multiple letters may be created.
FuNP-1: The Future of Nuclear Power
George Flanagan, George Kulynych, and Cecil Parks, 2010GW-2: Global Warming
Michael D. Mastrandrea and Stephen H. Schneider, 2008
GW-1: Global Warming
John W. Firor, 1994SE-2: Solar Energy
Laurent Hodges, 1982
ENC-1: Environmental Noise Control
Thomas D. Rossing, 1978
SE-1: Solar Energy
D. K. McDaniels and M. J. Throop, 1976
PE-1: Physics and the Environment
John I. Shonle, 1974
ERPEE-1: Energy: Resources, Production, and Environmental Effects
R. H. Romer, 1972
Incorporating Sustainability and 21st-Century Problem Solving into Physics Courses
Example from a Multidisciplinary Science Education project at Ithaca College
Using Environmental Science as a Motivational Tool to Teach Physics to Non-Science Majors
A freely available article from The Physics Teacher outlining the change of a standard physical science course into an environmental physical science class. Basic physical principles are applied to environmental issues of current interest.
Fukushima Daiichi Accident and Its Radiological Impact on the Environment
A freely available article from The Physics Teacher describing the Fukushima Daiichi nuclear accident and ways this event can be used to motivate discussion in physics classes.
Teaching About Energy: Problems Related to Energy Choices
This student activity is designed to explore the potential difficulties related with different power sources. Difficulties such as nuclear waste, pollution, and the environmental degradation.
Teaching About Energy: Using Less Fuel to Heat and Cool Your Home
This student activity is designed to study energy flow and conservation. The rate at which the temperature of water increases in different containers is used to explore the conservation of energy and how it relates to your home environment.
Using Earth's Resources: What are the Tradeoffs?
This teacher's guide and education module contains student problem-solving activities related to the use of the Earth's soil and mineral resources.
Energy Conservation: Student Activities
This teacher's guide contains six student activities on the topic of energy conservation and the impact of energy use on society.
Energy: How Does It Impact Our Lives?
This teacher's guide and education module contains student activities that outline the impact of energy issues on society and human activities.
Physicists Teaching Sustainability
Physics for Future Presidents
University of California-Berkeley course on the physics and science of societal issues.
Organizations and Institutes with Additional Resources
American Institute of Physics - The Discovery of Global Warming
This web site by Spencer Weart, the companion to a smaller book of the same name, provides a scholarly history of climate change research.
American Physical Society - Future Energy - Energy Efficiency Study
This report web site examines energy efficiency examines what works, what can work soon, and what is feasible for the future from a scientific and technological perspective.
Continuing Education and Networking
Physics and Society Education Group
This is the home page of the Physics and Society Education special interest group, started by members of the American Association of Physics Teachers. It includes a link to an active email list on issues related to physics and society, as well and newsletters and links to related efforts.
APS: Forum on Physics and Society
This division of the American Physical Society is a collaboration of physicists interested in the relations between the physics community and society. The quarterly FPS newsletters provide a wide range of articles for those interested in these topics.