Facilitator Guide -- Environmental Systems Literacy
This guide is for the adult running the lessons. You do not need a background in environmental science or engineering.
Purpose
Environmental Systems Literacy teaches children ages 8-12 to understand Earth as a physical system -- how energy flows, how matter cycles, and where human industrial systems intersect with those natural processes. The approach is engineering-oriented: students learn to identify where open-loop human systems create problems and how to propose circular alternatives.
This is not an advocacy curriculum. It does not tell students what to believe about policy. It explains how systems work.
Who This Is For
Parents, teachers, homeschool families, nature centers, libraries, and any adult interested in helping children understand environmental systems from a physical and systems-thinking perspective.
How to Run a 10-20 Minute Lesson
Before the session (5 min): Read the lesson and gather any simple materials needed (many lessons have hands-on components).
During the session:
- Open with the week's central question or observation (1-2 min)
- Explain the main concept or system (3-5 min)
- Work through the hands-on or discussion activity (5-10 min)
- Close with a reflection or Systems Log entry (1-2 min)
Recommended Session Flow
| Step | Time | What You Do |
|---|---|---|
| Opening question | 1-2 min | Observation or "have you ever noticed..." |
| Concept | 3-5 min | Explanation of the physical system |
| Activity | 5-10 min | Hands-on or discussion |
| Close | 1-2 min | Systems Log or exit prompt |
The Systems Log
Many lessons include a Systems Log -- a running record of observations, patterns, and questions. This can be a physical notebook, loose paper, or verbal discussion. It is private and not submitted anywhere.
Adapting for Different Settings
One child at home: Use the kitchen, garden, or neighborhood as your laboratory. The water cycle, food supply chain, and household waste are all accessible systems. The terrarium (Week 3) is an excellent home project.
Homeschool group: The capstone project (Weeks 15-18) works very well for groups. Students can work on different redesign proposals and present to each other.
Classroom: Pairs naturally with science, social studies, and math (data collection, patterns). The capstone is excellent as a school science fair entry.
Nature centers and environmental programs: The outdoor observation activities (Weeks 1, 4, 7-9) are strong anchors for field-based programs.
Supporting Different Learners
Younger learners (8-9): Focus on Weeks 1-7 -- energy, cycles, and the "away audit." The terrarium and water drop journey are especially accessible.
Older learners (11-12+): The optional extension weeks (feedback loops, geoengineering) are strong for advanced learners. The capstone project can go deeper with older students.
Handling Sensitive Topics
Environmental topics can be emotionally charged. Some students have heard alarming messaging about climate change. This curriculum focuses on understanding systems, not generating fear or urgency. If students express anxiety, redirect to: "What do scientists understand about how this works?" and "What kinds of solutions are people designing?"
Avoid political framing. Do not discuss which political parties support which environmental policies.
Checking Understanding
- "What is one cycle we talked about? What goes in and what comes out?"
- "What is the difference between a closed-loop system and an open-loop system?"
- "What is one change your proposed redesign makes, and why?"
Privacy and Student Data
No student data is collected. Systems Log and capstone work are kept by the student. Nothing is submitted to the website.