Program
Thursday
8:30 Introductions and Welcome
8:40 Part 1: Systems Thinking in the Context of Earth Education Thursday Part 1 Slides (PowerPoint 2007 (.pptx) 10.5MB Jul19 18)
- 8:40 - 9:00 Ice-breaker: How do you engage in systems thinking as a professional? In what ways do you teach it in your class?
- 9:00 - 9:15 Presentation: Conceptual Frameworks of Earth Systems (brief recap)
- 9:15 - 10:00 Hands-on activity: Deep dive into conceptual frameworks and how they might help us look at classroom activities
- Sorting exercise - activities that align with conceptual frameworks
- Earth systems perspective (blue). Emphasis on high-level interconnections between major Earth spheres (bio-, hydro-, litho-, etc.); systems thinking abilities related to conceptualizing the Earth system as a whole and identifying connections between the spheres.
- The World in a River
- Food, Energy, Water, the Environment, and Public Policy: opportunities and Trade-offs
- Iceberg
- Links between the Climate System, Impacts, and Adaptation
- Earth system thinking skills (green). Emphasis on transformation of matter in Earth cycles (e.g. water cycle); systems thinking abilities related to identifying and organizing system components, processes, and relationships and dynamic and cyclic thinking.
- The World in a River
- Describe how a bathtub works
- Sustainability and Natural Resources
- Living Loops
- Understanding Complexity in Mass Extinction Events
- Web-o-Cycles
- Links between the Climate System, Impacts, and Adaptation
- Complexity sciences (orange). Emphasis on the scientific study of complex systems; systems thinking abilities related to recognizing complex system characteristics such as feedbacks, emergence, and self-organization.
- Describe how a bathtub works
- Living Loops
- Positive or negative feedback? (climate change)
- Authentic complex earth and environmental systems (pink). Emphasis on knowledge of a specific complex near-surface Earth system (e.g. a lake) or phenomenon (e.g. coastal eutrophication); systems thinking abilities related to reasoning about the specific system or phenomenon.
- Sustainability and Natural Resources
- Food, Energy, Water, the Environment, and Public Policy: opportunities and Trade-offs
- Positive or negative feedback? (climate change)
- Iceberg
- Understanding Complexity in Mass Extinction Events
- Web-o-Cycles
- Links between the Climate System, Impacts, and Adaptation
- 9:30 - 9:45 Small group reflection
- Why is it important to think about this?
- What are your realizations about how to teach systems thinking?
- What is the utility of the frameworks?
- 9:45 - 10:00 Large group discussion and wrap-up activity
10:00 - 10:15 Break
10:15- 11:00 Part 2: Practical considerations: some resources
- 10:15 - 10:30 InTeGrate Systems Thinking Module activity
×
- Poll 1
- Evaluate whether this systems diagram represents the system described here.
- If the diagram does not fully represent the complexity of the system described in the news story, what would you add or change?
- Poll 2
- 10:30 - 10:50 Develop a Loopy Visualization of a System
- 10:50 - 11:00 Living loops
11:00 Part 3: Work time to brainstorm how you could strengthen your systems thinking classroom activity
11:20 Road Check
11:30 Adjourn for the day
Friday
8:30 Overview
8:35 Warm-up: Grounding in ideas from end of day 1 brainstorming
8:45 Part 1: Understanding systems thinking abilities
- Discussion of strategies that have been used or could be used to elicit student systems thinking abilities - What are the possibilities/ limitations in these examples?
- 8:45-9:00 InTeGrate systems thinking essay
- 9:00-9:15 Lightning round - overview of your strategies
- 9:15-10:00 Small group discussions about specific strategies
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Possible working groups
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Teaching interests
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Research interests
11:15 Workshop evaluation
11:30 Adjourn