Many teachers are frustrated with not only how spelling traditionally is taught, but also with finding time to support young spellers with explicit strategy instruction. So Mark Weakland has developed Super Spellers, an approach to teaching spelling in a way that is research-based, focused, developmentally appropriate, and tied to authentic reading and writing. Super Spellers first helps teachers understand what their students need through frequent formative assessments, The book then focuses on the scope of spelling instruction and goes deeper into teaching more words and directly teaching spelling strategies to increase students’ word-solving skills. Once kids are comfortable and competent spellers they become super readers and writers, too.

You probably use Wi-Fi all the time to connect to the internet through your laptop, tablet or phone. It's easy. Wi-Fi hotspots surround you as you go through your day - from school to a pizza place or coffee shop and then back home. Not so long ago, the internet wasn't as accessible. Find out how Wi-Fi works, how it became commonplace and what it might do for you in the future.

You probably use Wi-Fi all the time to connect to the internet through your laptop, tablet or phone. It's easy. Wi-Fi hotspots surround you as you go through your day - from school to a pizza place or coffee shop and then back home. Not so long ago, the internet wasn't as accessible. Find out how Wi-Fi works, how it became commonplace and what it might do for you in the future.

Gemm, Nova, and Jarrell are traveling to a space station orbiting Jupiter. On their two-year journey, they experiment with the oxygen levels given off by saplings in microgravity environments. Will they be able to prove that saplings give off more oxygen in space, and can they get their results back to the scientists on Earth?

The science of reading meets the art of teaching readers Do you have the knowledge and instructional ability to effectively teach foundational skills and to support students who show signs of reading difficulties? It is a tall order - and one that challenges many new and veteran teachers. How to Prevent Reading Difficulties, Grades PreK-3 builds on decades of evidence and years of experience to help teachers understand how the brain learns to read and how to apply that understanding to Tier 1 instruction. The book includes: step-by-step descriptions of techniques for effectively teaching phonological awareness, spelling, phonics, vocabulary, and comprehension specific Tier 1 activities, routines, and frameworks that build and strengthen word recognition and language comprehension links to video demonstrations and online resources clear, practical explanations of the science of reading, including the Eternal Triangle and the Simple View of Reading, to help teachers understand the fundamentals of the reading process, recognize how difficulties arise - and understand how to address them A book study guide is available on the Free Resources tab to provides group guidance on how to effectively teach foundational skills and to support students who show signs of reading difficulties. Author Mark Weakland brings new energy to teaching high-priority foundational skills. By blending the science of reading with the best instructional practices that lead to authentic reading-the ultimate goal of balanced literacy-teachers can prevent many reading difficulties in K-3 learners.

Where does light come from? How do magnets work? What is force? How does sound travel? Science Basics explores these questions (and more!) in an easy to explain, easy to read format that will spark a kid's interest in the world around them.

We can see light. We know it makes plants grow. Light pours from the sun and from glowing light bulbs. But we can't touch it, or hold it. What is light? Learn about this science basic, and then get hands-on with an experiment that will light up the classroom.

We can see light. We know it makes plants grow. Light pours from the sun and from glowing light bulbs. But we can't touch it, or hold it. What is light? Learn about this science basic, and then get hands-on with an experiment that will light up the classroom.