- Anything that has a “route” involved
- The circulatory system with highlights of important stops (heart, lungs, extremities) with brief explanations of their function and what happens there (pumping, blood pressure, gas exchange, etc.)
- The electrical power grid and how electricity moves through the system and what happens at each stop along the way
- Retracing the steps of Homer’s Iliad and Odyssey
- Historical re-enactments of battles, journeys, etc.
- Anything that is process-driven
- The blood banking process tracing the route of a collected unit and its transformations
- Any manufacturing process showing inputs/outputs and delivery
- Topological explanations with highlight spots
- Protein folding along primary, secondary, and tertiary structures with pop-up explanations of gene sequences causing the folding (Former biology teacher – what can I say?)
- Diagram of highway or traffic system with pop-up accident stats to show topography of dangerous intersections or stretches of road.
- Let your imagination be your guide.
I was looking at the web site for Columbus Segway tours. While it may not have all the sites that the Washington Segway Tours have, it does have a couple things that are better.
1. Our Segway tour guides have helmets with headphones installed so you can hear the tour guide talk while touring.
2. This cool interactive map of the route: http://www.segawaytoursofcolumbus.com/index.php/tour-map
if you just watch it, it has the tour stops and it loads automatically. But if you mouse over it, you can highlight any spot to see it at your leisure.
And a 1001 ideas popped into my head for how this style of graphic could be employed in a variety of learning interactions.
If I let my mind wander too long, I would end up with a list of stuff that I could never use. My challenge now is to figure out how to use this cool tool in my current setting.
So here’s the question – do any of you know how to build such a thing?