Your students may recognize the words determine, explain, and summarize in the above standard, but would they understand and be able to apply these concepts? Students encounter these and other academic vocabulary words throughout their school years, but too often, they don't have a firm grasp of these words' meanings or what skills they require.…

Games have been used as instructional tools throughout history. Educational experiences are more effective when learners are active participants, and when teachers carefully choose fun games with appropriate game mechanics and clear curricular connections, students can engage in rigorous mental processes. At the same time, students may learn a…

The more you know about the brains of your students, the better you can be at your profession. Brain-based teaching gives you the tools to boost cognitive functioning, decrease discipline issues, increase graduation rates, and foster the joy of learning. This innovative, new edition of the bestselling "Brain-Based Learning" by Eric…

Students of all ages can learn to think like artists! "Studio Thinking: The Real Benefits of Visual Arts Education" changed the conversation about quality arts education. This new publication shows how the eight Studio Habits of Mind and four Studio Structures can be used successfully with younger students in a range of socioeconomic…

The book that inspired millions of educators to refine their approach to teaching returns for an all-new third edition. Built on a more rigorous research base and updated to emphasize student diversity, equity, and inclusion, "The New Classroom Instruction That Works" offers a streamlined focus on the 14 instructional strategies proven…

"What" and "how" young children are thinking are typically expressed and shared at home and school through verbal and written modes of communication. As a visual language framework conceived and developed by David Hyerle, Thinking Maps® offers an additional way for learners to represent their ideas by visually mapping their…

This is the second edition of the seminal text designed to empower educators with an innovative and inspiring conceptual framework for effective teaching. This bestseller is grounded in the synergy of five big ideas for connecting mind, brain, and education research to classroom practice: neuroplasticity, potential, malleable intelligence, the…

Twice-exceptional (2e) learners have often been misunderstood, disciplined, unchallenged, and left behind. Even as awareness of 2e students has grown, educators are still in need of practical tools to recognize and support their twice-exceptional students. This book answers that need, providing teachers with accessible information about…

How do we prepare students to become problem-finders, innovators, and entrepreneurs who can thrive in a global society? The Common Core charts a pathway to success, yet we know that checking off each standard one by one will not achieve the kind of results we want. This powerful book by bestselling author Nancy Sulla has the answers. She explains…

In this book, Erik M. Francis explores how one of the most fundamental instructional strategies--questioning--can provide the proper scaffolding to deepen student thinking, understanding, and application of knowledge. You'll learn: (1) Techniques for using questioning to extend and evaluate student learning experiences; (2) Eight different kinds…

Often, students who solve fraction tasks respond in ways that indicate inadequate conceptual grounding of unit fractions. Many elementary school curricula use folding, partitioning, shading, and naming parts of various wholes to develop children's understanding of unit and then nonunit fractions (e.g., coloring three of four parts of a pizza and…

The attainment gap in science may not be as well-documented as the gap in English and maths, but it is just as pervasive. Our research has shown that disadvantaged pupils start to fall behind in science in Key Stage 1; the gap only gets wider throughout primary and secondary school and on to A-level. Helping schools to use evidence and to…

As students progress from working with whole numbers to working with integers, they must wrestle with the big ideas of number values and order. Using objects to show positive quantities is easy, but no physical negative quantities exist. Therefore, when talking about integers, the author refers to number values instead of number quantities. The…

How can a simple dot--the decimal point--be the source of such frustration for students and teachers? As the author worked through her own frustrations, she found that her students seemed to fall into groups in terms of misconceptions that they revealed when talking about and working with decimals. When asking students to illustrate their thinking…

This playbook contains resources that can be used by individual instructors to support putting student care into action or by institutions seeking guidance for incorporating caring for students into their campus strategy and instructional development programming. While the impetus for this playbook was the COVID-19 pandemic, the information and…