Students explore the phenomenon of different life stages of trees in the forest. Students will investigate the life cycle by collecting data on seeds, seedlings, saplings, and mature trees of prominent trees in their local forest. Students will learn that through tree generation, growth, and death, our forests are constantly changing, and gathering data on the life cycles of tree life stages can reveal an important aspect of forest health.
Find detailed protocols and lists of tools for Modules 2-4 on the Field Protocols page.
Utilize grade-specific notebooks throughout the modules using the link.
Collect and analyze forest ecology data related to tree life cycle stages
Describe several human activities that can protect forest environments and communities
Communicate their ideas of present and future forest health
Recommended forest management activities to a Community Partner (and potentially other audiences)
Acknowledges prior experiences around forest fires.
Explore a phenomenon, introduce a driving unit question, and develop an initial model.
Students prepare to measure mature trees and how observations of mature trees factor into a forest’s health.
Students collect data on mature trees, identify trees in their Our Forest plots and begin to understand what forest health is.
Students analyze their mature tree data set and build their understanding about how tree density affects forest health.
Students prepare to measure seedlings and saplings (young trees) and begin to understand why these life stages are important to forest health.
Students collect data on young trees' life stages and begin to understand why these life stages are important to forest health.
Students analyze their young tree data set and build their understanding about young trees affect the forest’s health in the future.
Students revisit their forest experiences, including their observations and questions to send to their community partner as a class.
Students observe traits of different seeds, distinguish between acorns and pine cones, and learn how to estimate quantities of each.
Students collect data on two different seeds (pine cones and acorns) and also culminate their forest experiences with a share-out about their plot.
Students will analyze their ladder fuel data in the classroom and build their understanding about how fire behaves and the potential for high intensity catastrophic fire at their forest site. Students will supplement their analysis with information about hand thinning, a forest management technique that helps reduce the amount of fuels on the forest floor.
Students design and create a meaningful presentation that can be in multiple or different formats for a variety of audiences.