The video was created as part of an International climate workshop to provide a youth perspective on Indigenous knowledge, practices, and multi-generational approaches to addressing the climate crisis.
Have you heard your parents or people in videos talking about climate change? Ever wondered what it is and why we care about it so much? NASA scientists have been studying Earth’s climate for more than 40 years. We used what we’ve learned in that time to answer some of your biggest questions in this site!
You can use the orange arrows to move the slide show or let the images change on their own. After the slide show, test your understanding of fossil fuels.
In this passionate call to action, 16-year-old climate activist Greta Thunberg explains why, in August 2018, she walked out of school and organized a strike to raise awareness of global warming, protesting outside the Swedish parliament and grabbing the world's attention.
Rachel Carson investigated into the misuse of chemicals in nature and published her findings in “Silent Spring,” which drew a lot of attention to the problem
Indigenous peoples have wide-ranging knowledge of the land and its ecology. Through collaboration with Indigenous partners, Parks Canada benefits from traditional knowledge systems
Lands inhabited by Indigenous Peoples contain 80% of the world’s remaining biodiversity. Indigenous Peoples’ traditional knowledge and knowledge systems are key to designing a sustainable future for all.
Federal and provincial governments come and go and take with them their particular view of the value of protecting the environment. Indigenous Peoples on the other hand who do not come and go (have been here since time immemorial) place an extremely high value on protecting the environment and the resources that are important to them.
A PhD candidate at the University of Alberta is encouraging the government and other agencies to consider a pathway through climate change using the thoughtful approach of Indigenous knowledge for conservation and resource management.
Learn how mangroves are important for climate change mitigation and adaptation because they provide carbon sequestration, coastal protection, biodiversity conservation, and support for fisheries.
The PlantWatch program enables citizen scientists to get involved by recording flowering times for selected plant species and reporting these dates to researchers, who work to identify ecological changes that may be affecting our environment.
The deep connection between STEM and Native Americans started with understanding on how the environment worked and experimentation. Now, that relationship is still being fostered today.
It might seem obvious that plastic is bad for the environment, and that a paper bag or a cotton tote would be the better option. But is that really true?
What would the planet look like if everyone became a vegetarian right now? The creators of this video take a look at the numbers, factoring in land and water use, carbon emissions and animal by-products.
This video from "Nature: Leave it to Beavers" highlights scientists' discoveries of the dramatic impact of beavers on two different ecosystems: one in Canada, the other in the United States.
To feed our rapidly growing and changing world, we need innovative solutions. In this video, you'll learn about some environmental issues related to the food we grow and eat.
Reintroducing gray wolves to Yellowstone National Park resulted in an unexpected trophic cascade through the ecosystem. We now understand that they are a keystone species.
This guide takes you through the process of running a 6-week version of the club, which includes a welcome session, 4 hands-on activity sessions, and a party to celebrate at the end, as well as optional bonus activities.
This guide takes you through the process of running a 12-week version of the club, which includes a welcome session, 4 hands-on activity sessions, 6 sessions for an original student-led project, and a party to celebrate at the end, as well as optional bonus activities.
In this kit you will find everything that you need to bring your students outside for a study of a wetland or other aquatic ecosystem in your community!
The CARE package is designed to be used for a variety lessons focused on environmental stewardship. Over 28 items will help you and your students explore ways to conserve energy and water, and reduce waste.
This resource from the David Suzuki foundation includes five cross-curricular lessons that inspire environmental stewardship in both the classroom and beyond.
The Energy Dialogues interactive site allows students to view a series of videos that explore topics such as wind energy and hydraulic fracturing. Guiding questions that encourage critical thinking and analysis of current environmental and natural resource issues.
High-Adventure Science brings several of the big unanswered questions in Earth and space science — think climate change, the availability of freshwater, land management and more — to middle and high school science classrooms.
This website provides K-12 students and educators with access to quality homework resources, lesson plans and project ideas for learning and teaching about the environment from the US EPA.
An immersive Minecraft world with standards-based lessons. Explore these resources for hands-on learning about ecosystems, conservation and biodiversity.
This digital poster education kit focuses on how our use of energy relates to climate change. The teacher’s guide contains activities that encourage personal action to engage in effective stewardship.
Have you ever gotten lost? Don't panic, have some bannock! Wilfred Buck, a Knowledge Keeper and science facilitator, tells a story of how he got lost in the bush and shares how he used orienteering to get out safely using his knowledge of sky science
Every 24 hours, wind generates enough kinetic energy to produce roughly 35 times more electricity than humanity uses each day. So how can we harness this incredible amount of energy?
This activity asks students to follow the flow in an Alberta watershed and consider how water quality and quantity are affected by human activities on the landscape. It is designed to be given to students to work on individually with minimal instructions.
This video, created by Inside Education, is a review of "groundwater in Alberta. Topics include quality, distribution, uses in the province, and how it links to the hydrologic cycle." (site)
This education kit explores the science of water use in Alberta and now contains new information about climate change, energy development and stewardship. The resource includes a poster to project in your classroom, worksheets and a teacher’s guide full of activities.
