This curriculum was created based on a survey of Tribal Colleges and Universities (TCU). It includes: water quality and testing, sustainability planning, climate modeling and change impacts, and green power.
The core science behind climate change. Analyze geoscience data that describes how changes in the Earth's surface can create feedbacks that cause changes to other Earth systems. Evaluate a technological solution reducing impacts of human activities. Use global models to make a climate change forecast.
Three-week extension course for high school social studies classrooms, focused on climate education, policy, and student action. Inspiring students how they can help from a social and civic perspective.
Students learn where emissions come from and discover ways to get to net zero. They develop policies, action plans, or career aspirations to enact locally.
Developed by UNESCO. Taking climate change education outside the science classroom into the many other subject areas which climate change impacts now or in the future, such as ethics, social studies, economics, political science.
In this lesson students explore a range of STEM careers by watching video interviews on the SBAR YouTube channel. Students learn about a variety of careers and the problems those careers are helping solve.
This lesson explores the concept of resilience in several biotic organisms in a desert ecosystem. Lesson activities including creating lists of resilience strategies, many of which have long been practices of Native American communities, for human resilience facing water scarcity in arid ecosystems.