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Linking block coding, visual representations, and science concepts

GeoCoder with block code (left) and a visual representation of two tectonic plates (right).

The everyday work of modern seismologists—the scientists who study earthquakes, hazards, and risks—exists right at the intersection of two NGSS practices: “Analyzing and Interpreting Data” and “Using Mathematics and Computational Thinking.” Seismologists collect huge amounts of data from satellites, remote sensors, and GPS networks in order to monitor Earth’s surface for signs of land movement […]

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Learning science practices with moths and collaborative software

Teachers and MothEd project staff in lab at Michigan State University

Moths live around the world. Despite their ubiquity, they haven’t been studied nearly as much as their daytime counterparts, not even by entomologists. Butterflies have gotten most of the attention. The MothEd: Authentic Science for Elementary and Middle School Students project is exploring ways to deepen independent science inquiry learning in young learners using technology […]

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Data in Space and Time

In collaboration with James Madison University and Northwestern University, we are investigating how learners make sense of spatiotemporal data and how technology-based affordances can support learners in understanding and analyzing spatiotemporal data.

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A search for data offers a new friendship and answers to 8th graders’ questions

Four students at desk exploring data in CODAP

Google “Japanese Internment data” and you’ll find thousands of links. There are sites dedicated to Japanese culture, ancestry, and history, plus government records, university departments, museums, and public television stations with scores of information. There are even sites devoted to finding other sites with links to data. I recently found myself, like Edgar Allan Poe, […]

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A rocky road to curiosity

TecRocks Explorer

Ambitious Science Teaching now includes a focus on equity and reaching diverse student populations. One principle of the Critical and Cultural Approaches to Ambitious Science Teaching (C2-AST) framework (Thompson et al., 2021) is to situate learning around phenomena that prioritizes students’ communities and cultures, their local environment, and daily experience. While this can be a […]

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