This past week, I was able to cap off a summer whirlwind of PD at CMU’s Biological Station, facilitating what we are calling our first Beaver Island Institute. The six-day event brought together middle school science and ELA teachers for an opportunity to engage in scientific inquiry, explore argument writing in science, and understand aspects of disciplinary literacy. I was fortunate enough to work with two other facilitators, one graduate student, and 16 teachers as they began to develop units of study that connect the Next Generation Science Standards, the Common Core Literacy Standards, and the ISTE Technology Standards. Our main focus was on thinking about how students can pose questions, gather data, analyze that data and refine it into useful evidence, and then make scientific arguments.
Among the many great opportunities that happened, we explored three technologies to support digital writing: infographics (using Piktochart), graphic designs (using Canva), and something new (for me), a tool called StoryMap JS (not to be confused with Story Maps or MapStory, though those both look interesting, too) as a tool for creating presentations that blend map coordinates, images, videos, and text into a coherent “story map” that, indeed, has the map at the center of the story. StoryMapJS is open source, and many news organizations have used it to tell visual stories.
A sample of existing maps shows a variety of ways that users have imagined maps, from the Washington Post tracking the growth of ISIS to the Milwaukee Journal Sentinel’s map of craft breweries in Wisconsin.
As you will see in the sample Story Map that I created below, the cover/title slide is a map that contains all the subsequent points on the map. If you made a story map that was as small as one block in a town, it would zoom in that close; similarly, you could have multiple points represented all over the world with a much wider map in the opening.
The additional slides in the presentation included a space for entering an additional location, uploading (or linking to) an image, and also entering some text. In this space, students could write just about anything — a narrative that moves characters from one location to the next, a poem that describes the location, an informational piece that describes the cultural or scientific value of a particular location, or even evidence for a longer argument (as we discussed this week). The story map, then, can be shared and embedded.
One additional tool that we used to help identify and, quite literally, pinpoint locations was GaiaGPS. Using their map tool, you can search for points of interest, zoom in and out to find other locations, and even drop pins to get exact GPS locations. I also learned from one of the participants that you can take GPS coordinates out of a Google Map, as seen in the close up of the URL bar below.
One idea that I was imagining was that students could, while out taking pictures and videos of a space, be sure to record their location with GPS coordinates (or enable location services in the mobile app) and then have those exact spots. They could create walking tours of their communities, of natural areas, of historical sites, or — as one participant shared with me this week — they could capitalize on the Pokemon Go craze and make a series of geocaches for others to discover… or historical markers tagged with a QR code or Aurasma augmented reality.
This entire week has been valuable for me in many ways, especially as I was invited to think about connections between science and literacy. My hope is that the teachers who were involved in the institute will carry many new ideas back to their classroom this fall and, in turn, engage their own students in scientific inquiry and building arguments with evidence, evidence that they themselves have collected and analyzed.
StoryMap JS, with the opportunities it affords, could be one innovative platform for students to then share their work. Here is just a brief sample of one story map that I created as a model for the teachers.
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