Resource Collection
Data literacy is the ability to read, analyze, and interpret data to understand the world. This collection of data literacy lessons and activities helps students build essential skills like interpreting graphs, analyzing datasets, and drawing evidence-based conclusions. These classroom-ready STEM lessons are designed for middle and high school students and support real-world, NGSS-aligned learning.
Students will learn to think like chemical engineers as they delve into the dye technologies that allow us to express ourselves through colorful clothing. They will read and discuss complex texts, analyze concept maps and graphs, and develop an appreciation for indigenous (Māori) dye technology.
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Level-up data literacy skills by practicing the "PPSTT" Framework for unlocking any graph's secrets. Students watch scientists model this approach & then try it on their own using multiple data types, including: the frequency of certain words in books, streamflow rates, and maps.
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Spark your scientific thinking by observing cute Australian bird behavior! Fun, interactive videos feature real biologists and student inquiry & observation. Analyze the scientists' real data to get a window into ongoing research on the evolution of group size in fairywrens.
Students will learn how data visuals tell a story. They will analyze real bird song data to try to understand why female singing behavior has been overlooked in one of the most common birds in the world. They will also gain a deeper insight into the scientific peer review process.
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Food and climate are deeply connected. Students will dig into data to discover how our food choices impact greenhouse gas emissions. They will propose solutions to reduce their carbon “foodprint,” both as current consumers and as future food engineers. Students will eat this up in class and savor it for years to come!
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Students will deepen their understanding of basic genetics concepts as they dive into real data sets from ongoing research. They will hone critical thinking and communication skills and come away with clear examples of how science can lead to positive impacts on wildlife populations.
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Out of 8,000+ frog species, Guardian Frogs are one of the first to show females that call & males that care for offspring. Students will gain wonder and appreciation for how diverse animal mating systems are while doing fun activities and analyzing real data.
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Students will conduct experiments and analyze real scientific data as they learn about themselves. They'll learn how our eyes and brains interact to determine what we like and dislike, and apply this knowledge to fish research and the art of character design.
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Explore the secret lives of nonmigratory winter birds! Use data, games, and simulations to uncover their unique adaptations for surviving the cold and reveal the 'feathered flurries of activity' in the dead of winter.
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Data literacy is the ability to read, understand, analyze, and communicate data. In education, data literacy helps students interpret graphs, identify patterns, and use evidence to support scientific explanations.
Data literacy is a critical skill in modern science education. Students encounter data in nearly every field, from climate science to biology, and need to be able to interpret and evaluate it.
Teachers can build data literacy by giving students opportunities to work with real data and ask meaningful questions.
These data literacy lessons are designed to support teachers with ready-to-use classroom materials and structured investigations.
Students develop data literacy skills best through hands-on practice. These lessons include:
These activities go beyond traditional worksheets by engaging students with meaningful, real-world data.
Data literacy in education refers to the ability of students to read, analyze, and interpret data as part of learning across subjects, especially science and STEM.
It helps students understand real-world information, think critically, and make evidence-based decisions.
Examples include interpreting graphs, analyzing datasets, identifying patterns, and completing data-driven science projects.
Guide students through identifying trends, comparing data, and drawing conclusions. A strong example inside Galactic Polymath is the PPSTT graph-reading routine featured in the Data Streams unit.
