Climate Educator Guide -- A Guatemala Case Study
Carbon is the fourth most abundant element on Earth and necessary for all life. Yet it is the same element which is a component of carbon dioxide (CO2), a greenhouse gas famous for its effect on Earth’s climate and rising temperatures. During these lessons, students will begin to discover the relationship between CO2 and the Earth’s climate, as well as the intricate path of the carbon cycle and how carbon in the atmosphere is connected to living things. Students will also explore the role forests play in climate change, and how communities -- such as Carmelita, Guatemala -- are taking part in the UN initiative REDD+ to help protect forests while fighting climate change.
Overview: The Earth’s climate is changing due to an increase of carbon dioxide (CO2) in the atmosphere. In this activity, students will explore the relationship between CO2 and climate by graphing changes in atmospheric CO2 over a 50-year period. They will also interview family members or neighbors to find out whether they have observed any climate changes in the area.
Overview: Earth has a fixed number of carbon atoms, which circulate among air, plants, animals, soil, and minerals by way of the carbon cycle. This activity uses a game to introduce students to the carbon cycle, and will help them see how carbon in the atmosphere is connected to living things.
Overview: Forests store more carbon than any other land-based ecosystem. Tropical rainforests--like Guatemala’s Petén region -- have the potential to store even more. In this activity, students will measure a tree to estimate the amount of carbon stored in it.
Overview: Students learn about the distribution of forest and humans around the world, and then analyze maps of the Maya Biosphere Reserve to determine recent changes in forest cover and to consider the causes of these changes.
Overview: Students consider what makes the forest valuable to people, and then read a case study about a community in the Petén gearing up to sell carbon credits based on carbon sequestered in the community’s forests.