JoinIf you think of science as a puzzle, you’ll see that data is a key to unlocking it. Exemplary Evidence: Scientists and Their Data touches on the world’s many riddles—from how we see to what’s at the bottom of the ocean. It shares how scientists have solved such puzzles by collecting measurements, taking notes, and even making sketches. The book also provides mini-bios of the nine featured scientists plus four steps to using data to tease out your own answers about how the world works
If you think of science as a puzzle, you’ll see that data is a key to unlocking it. Exemplary Evidence: Scientists and Their Data touches on the world’s many riddles—from how we see to what’s at the bottom of the ocean. It shares how scientists have solved such puzzles by collecting measurements, taking notes, and even making sketches. The book also provides mini-bios of the nine featured scientists plus four steps to using data to tease out your own answers about how the world works
If you think of science as a puzzle, you’ll see that data is a key to unlocking it. Exemplary Evidence: Scientists and Their Data touches on the world’s many riddles—from how we see to what’s at the bottom of the ocean. It shares how scientists have solved such puzzles by collecting measurements, taking notes, and even making sketches. The book also provides mini-bios of the nine featured scientists plus four steps to using data to tease out your own answers about how the world works.
If you think of science as a puzzle, you’ll see that data is a key to unlocking it. Exemplary Evidence: Scientists and Their Data touches on the world’s many riddles—from how we see to what’s at the bottom of the ocean. It shares how scientists have solved such puzzles by collecting measurements, taking notes, and even making sketches. The book also provides mini-bios of the nine featured scientists plus four steps to using data to tease out your own answers about how the world works.
Teaching Teachers
Learning Science and Literacy Together
Professional learning that supports disciplinary literacy instruction for our youngest learners
Learning Science and Literacy Together
By Jacy Ippolito, Cami Condie, Jaclyn Blanchette, and Cleti Cervoni
Methods and Strategies
Draw a Scientist
Uncovering students’ thinking about science and scientists
By Laura Beth Kelly
Science 101
Q: Is It Really Caused by the Bernoulli Effect?
By Matt Bobrowsky
Formative Assessment Probes
Magnets in Water
Using a TLR scaffold to support productive talk and careful listening
By Page Keeley
Teaching Through Trade Books
From the Tip of a Beak to the End of a Tail
The Poetry of Science
Visual Poetry
By Sylvia Vardell and Janet Wong
Teacher's Toolkit
Using a Systems Thinking Approach to Figure Out Why a Ball Drops, Bounces, and Stops
This column provides how-to strategies and practical advice for the science teacher. In this issue, learn how to develop students’ systems thinking skills and have them apply these skills to discover and explain the energy conversions and transfers that take place in simple systems.
This column provides how-to strategies and practical advice for the science teacher. In this issue, learn how to develop students’ systems thinking skills and have them apply these skills to discover and explain the energy conversions and transfers that take place in simple systems.
This column provides how-to strategies and practical advice for the science teacher. In this issue, learn how to develop students’ systems thinking skills and have them apply these skills to discover and explain the energy conversions and transfers that take place in simple systems.